Support device for supporting a body part of a user

Abstract

The invention relates to a support device (1) for at least partially, optionally completely supporting at least one body part of a user, comprising a support body (2) having at least one support area (3) for at least partially, optionally completely supporting at least one body part of a user.

Description

Technical Field

[0001] The present invention relates to a support device for at least partially, optionally fully, supporting at least one body part of a user, wherein the support device includes a support body that includes at least one support region for at least partially, optionally fully, supporting at least one body part of the user. Background Technology

[0002] The corresponding support devices are known in the prior art to have different constructions and typically include a support body with at least one support area for at least partially, and optionally fully, supporting at least one body part of the user, such as a limb.

[0003] The primary function of the corresponding support device is to place the body part supported on the corresponding support area of ​​the support body. The support area is designed so that the body part can be supported or placed in a position that is as relaxed as possible for that body part; this may help relieve tension or affect the internal tension (tension) of muscles, optionally as part of treatment.

[0004] In this regard, known support devices need to be improved or developed because the associated support is usually a separate molded body, which makes the manufacturing of support devices quite laborious, even when considering only one type of body part, such as the hand, due to the large number of anatomically different body parts. Summary of the Invention

[0005] Based on this, the purpose of the present invention is to provide a support device for supporting a user's body parts, which is an improvement over the above.

[0006] This objective is achieved by a support device according to one aspect of the invention. Other aspects of the invention relate to possible embodiments of the support device.

[0007] A first aspect of the invention relates to a support device for at least partially, and optionally fully, supporting at least one body part of a user. Therefore, support devices are generally used for at least partially, and optionally fully, supporting at least one body part of a user. The term "user" as used below naturally includes all genders.

[0008] The term "support" can be understood as the placement of at least one body part or at least a portion of a body part. Therefore, a support device can be called or considered a placement device. Consequently, a support body associated with a support device can be called or considered a placement body. Accordingly, the support area to be allocated to the support body can be called or considered a placement area.

[0009] The term "body part" can be understood as both a body part and a portion of a body part. Examples of body parts are the torso or limbs. Therefore, examples of a portion of a body part are parts of the torso or limbs.

[0010] The term "limb" can be understood as a complete limb (end) and a limb part of a superior limb. Therefore, examples of a limb are an arm or a leg. Examples of limb parts are a hand or a foot. However, a hand or foot can also be an example of a limb. Therefore, examples of limb parts can also be fingers or toes.

[0011] As can be clearly seen from the above explanation, the support device can be specifically configured to support the user's upper limbs, particularly the hand, part of the hand, arm or part of the arm, or to support the user's lower limbs, particularly the foot, part of the foot, leg or part of the leg.

[0012] Support devices are typically used to support or place body parts of a person or human body, particularly limbs or parts of a body; however, support or placement of body parts or parts of an animal or animal body is also possible.

[0013] As described above, the support device includes a support body. As described above, the support body can also be referred to as or considered as a placement body, including at least one support region, which, as described above, can also be referred to as or considered as a placement region for at least partially, and optionally fully, supporting at least one body part of the user, i.e., a limb. Therefore, the support region is the area on the support device where the user (directly) supports the body part when the support device is used as intended. Therefore, the support region constitutes the actual area of ​​the support device, on which the user supports or places the body part when the support device is used as intended. Therefore, the support region typically forms at least a portion of the (exposed) surface of the support device.

[0014] Therefore, the support device includes, for example, a block-like or block-shaped support body designed to be configured in a predefined manner. This support body includes at least one surface that at least partially, and optionally entirely, has a three-dimensional profile or structure designed to be configured in a predefined manner relative to a specific body part of a particular user. In this case, these three-dimensional profiles or structures are typically formed by support regions. The support regions may be integrally formed with the support body. It is also conceivable that the support regions are formed as separate components that are connected to or can be connected to the support body to form the support device.

[0015] The dimensions of the support device, the corresponding support body, and the corresponding support area are typically adapted to the dimensions of the corresponding body part to be supported. Therefore, when the support device is used as intended, the support area is at least partially, and optionally completely, covered by the body part being supported in each case.

[0016] The support device is characterized in that at least the support region at least partially, optionally completely, has a geometric design or shape, the geometric design or shape being configured in a predefined manner based on data describing selected support device size information and body part size information describing multiple predefined support device size information, at least partially, optionally completely supporting the body part on the support region, wherein each support device size information of at least one size of the body part describes a predefined size allocation of the support device based on the corresponding support device size information. Therefore, the support region has a geometric design or shape configured in a predefined manner, formed or generated based on data described by the support device size information.

[0017] The support device size information used as the basis for forming or generating the support area is selected from multiple predefined support device size information, wherein each support device size information describes a predefined size of the support device that can be generated based on the corresponding support device size information, and each support device size information is assigned to at least one dimension of the body part, such as length, width, height, etc., or at least one dimension ratio, such as length-to-width ratio, length-to-height ratio, width-to-height ratio, length-to-width-to-height ratio, etc. The selection of support device size information from multiple support device size information is performed based on body part size information describing the dimensions of the body part to be at least partially, and optionally completely, supported on the support device.

[0018] The geometric design or shape of the support area, configured in a predefined manner, offers significant advantages in manufacturing, provided that the support area, and typically the entire support device, is not a separately configured component or part. This is because the support area is configured in a predefined manner, meaning it has a specific spatial physical design and therefore a specific spatial form. The support area is not configured separately for the body part to be supported on the support device, even if it typically includes support parts formed in abstract or standardized shapes. These abstract or standardized shapes are therefore also predefined in relation to certain characteristics of the corresponding body part to be supported, such as the number and arrangement of fingers in a (human) hand, the number and arrangement of toes in a (human) foot, etc. This also applies to the entire support device; especially when the support area is integrally formed with the support body.

[0019] Therefore, apart from potential sizing adjustments or scaling, the support area or support device does not have a separately configured geometry or customization. Thus, the support area or support device is not a separate component configured specifically for a particular body part of a particular user. Rather, the support area or support device can be understood as a mass-producible component with respect to the specific dimensions of the body part, but otherwise completely independent of the individual characteristics of the corresponding body part. Due to the predefined geometry or shape, the support area or support device typically has at least partially, and optionally entirely, a standardized geometry or shape, if any, that is adjusted only by, or is being adjusted by, scaling the dimensions of the body part to be specifically supported.

[0020] The geometric design of a support area configured in a predefined manner, particularly understood as the three-dimensional contour or structure of the support area surface configured in a predefined manner, typically constitutes an abstract or standardized (negative) replica of the body part to be supported on the support area. Although this abstraction or standardization is not a fit of the support device configured individually in a user-specific or body part-specific manner, it usually results in a sufficiently precise fit of the support area, allowing the corresponding body part to be supported on the support area in a relaxed or comfortable position specific to that body part.

[0021] Supporting a body part in a specific relaxed or comfortable position can have a relaxing effect on both the affected body part and other adjacent body parts, allowing the user's entire body to enter a relaxed or comfortable state when using the support device. Beyond simple relaxation or its consequences, it can also provide therapeutic benefits when necessary, as supporting a body part in a specific relaxed or comfortable position can, for example, have a therapeutic effect on blood flow and / or oxygen supply to the affected body part. Positive effects can be particularly seen in rheumatic body parts or limbs and / or body parts or limbs that are spastic, for example, due to stroke. By (regularly) using the support device, the increase in intramuscular tension (tension) in the corresponding body parts associated with spasticity can be (in some cases significantly) reduced.

[0022] In particular, the support device can be used without the help of a third party; therefore, users can independently perform therapeutic measures, such as for tension regulation, pain management, etc., and prepare themselves for the corresponding therapeutic measures in a self-help sense by using the support device as intended.

[0023] Taking hand cramps as an example, in this regard, a support device can be referred to as or considered as a support for the base of the hand to provide treatment for people with hand cramps or spasms. This support device allows the hand to be placed on the support device in a relaxed state, thereby achieving relaxation.

[0024] As described above, the support region can be integrally formed with the support body. In this first variant, the support region typically forms the (exposed) surface of the support body.

[0025] However, as also mentioned, it is conceivable that the support area is designed as a separate component from the support body, and that, when needed, the support area can be optionally and detachably connected to or able to be connected to the support body in a manner that is not damaged or destroyed, to form a support device. This second variation does not introduce any manufacturing disadvantages because the support body and the support area are manufactured using a standardized design.

[0026] In a second variation, the support body and / or support region may include suitable, optionally corresponding connecting elements that allow a stable but generally detachable (without damage or destruction) connection between the support body and the support region, and vice versa. The support body may, for example, include at least one first connecting element, and the support region may include at least one second connecting element, the at least one first connecting element and the at least one second connecting element being configured to interact with each other to form a support device. The at least one first connecting element and the at least one second connecting element may, for example, be configured to interact with each other in a form-fitting and / or force-locking manner to form a support device. Alternatively or additionally, it is also conceivable that the at least one first connecting element and the at least one second connecting element are configured to interact magnetically with each other to form a support device.

[0027] The support area may include one or more support portions, which are specifically designed as receiving portions and configured to receive specific parts of a body part (i.e., particularly limbs) that are supported or to be supported on the support area, particularly limb parts of a body part such as fingers or toes. Therefore, a support device designed to support a specific body part may include multiple support portions configured specifically for that body part in a predefined manner, and thereby configured specifically for that body part in a standardized manner. The corresponding support portions may, for example, be designed as receiving portions configured in a predefined or standardized manner. The corresponding receiving portions configured in a predefined or standardized manner may be designed to receive one or more body parts. Typically, the corresponding receiving portions configured in a predefined or standardized manner are designed to receive (exactly) a specific body part.

[0028] A support or support area may include a specific number and / or arrangement of corresponding support portions configured in a predefined or standardized manner, the support portions corresponding to the number and / or arrangement of limb portions (e.g., fingers or toes) of a corresponding body part to be supported on the support area. Using the example of a hand to be supported on the support area, the support or support area may therefore include, for example, several support portions, wherein each support area partially supports a specific finger of the hand to be supported. The same applies to other body parts.

[0029] The support or support area may specifically include at least one of a specific number and specific arrangement of support portions designed to be configured in a predefined manner, the support portions corresponding to the number and arrangement of limb portions (especially fingers and toes) of the corresponding body parts of the user to be supported on the support device.

[0030] If the corresponding finger is supported, the corresponding supporting part can be called or considered as the finger supporting part, and if the corresponding toe is supported, it is the toe supporting part.

[0031] To support the hand, the support body or support area may specifically include at least two finger support portions, particularly at least three, particularly at least four, and optionally five, designed to be configured in a specific manner, in a parallel arrangement, particularly in a substantially parallel arrangement, corresponding to the number and arrangement of the fingers of the user's respective hand to be supported on the support device. In this way, a particularly relaxing effect can be achieved on the corresponding hand supported on or to be supported on the support device. The corresponding finger support portions are also designed in a standardized manner or configured in a predefined manner. The corresponding finger support portions may be specifically designed, for example, as receiving portions or recessed portions, which are designed to be configured in a predefined or standardized manner.

[0032] The corresponding finger support portions can be arranged and / or positioned to extend in a first spatial direction, particularly in a first distal spatial direction relative to the hand supported on or to be supported on the support device. In this way, a particularly relaxing effect can be achieved on the corresponding hand supported on or to be supported on the support device. The same applies to other body parts.

[0033] The support device may also include at least one additional support portion, particularly disposed or aligned transversely to the finger support portion, for receiving the distal portion, especially the proximal portion, of the metacarpal region of the user's hand to be supported on the support device. In this way, a particularly relaxing effect can be achieved on the corresponding hand supported on or to be supported on the support device. The corresponding additional support portion is also designed to be configured in a predefined or standardized manner. This additional support portion may be specifically designed as, for example, a receiving portion or a recessed portion, which are designed to be configured in a predefined or standardized manner.

[0034] The corresponding finger support portion can transition to another support portion, particularly directly. Therefore, the corresponding finger support portion can communicate with another support portion, especially directly. In this way, a particularly relaxing effect can be achieved on the corresponding hand that is supported on or about to be supported on the support device.

[0035] The support or support area may include or contain a base portion comprising one or more curved sections, particularly relative to the non-curved base plane, these curved sections being modeled in particular on a hand. The corresponding curved sections are also designed to be configured in a predefined or standardized manner. Specifically, the corresponding curved sections may be designed, for example, in a pad-like or cushion-like protrusion, configured in a predefined or standardized manner. In this way, a particularly relaxing effect can also be achieved on the hand supported on or to be supported on the support device.

[0036] The base portion may specifically include at least one curved portion, particularly resembling a pad or cushion, configured, in the intended use of the support device, to support the metacarpal region of the user's hand that is supported on or to be supported on the support device. In this way, a particularly relaxing effect can also be achieved on the corresponding hand that is supported on or to be supported on the support device.

[0037] The corresponding finger support portion and / or at least one additional support portion can be designed, for example, as at least one curved portion formed by a loop-like or loop-shaped bend. In this way, a particularly relaxing effect can be achieved on the corresponding hand that is supported on or to be supported on the support device.

[0038] Regardless of the number and / or arrangement of the corresponding support components, the support body or support area can have a base form configured in a predefined manner, modeled after the body parts to be supported on the support device. This can positively influence user behavior because the base form of the support body or support area has already "invited" the corresponding body parts to be supported in a visually perceptible way; therefore, the base form of the support body or support area can positively influence "user compliance".

[0039] The support can be arranged or designed on a substrate or carrier plate. Designing or arranging the support on the substrate or carrier plate ensures that the support device is stably supported or placed on the surface. In addition, the corresponding substrate or carrier plate may be at least partially, or optionally completely, equipped with at least one structure that increases adhesion, such as special surface structures, such as roughening, rubber coating, etc., to ensure that the support device is stably supported or placed on the surface.

[0040] It is also conceivable that the corresponding substrate or carrier plate forms a component of a support device for supporting the support structure. Together with the support arranged or formed on the substrate or carrier plate, the corresponding substrate or carrier plate can therefore optionally (without damage or destruction) be detached, connected, or connectable to, for example, a frame-like or frame-like support element, for example, by attachment or insertion (if necessary, by forming a corresponding support device). The substrate or carrier plate or carrier element may include suitable, optionally corresponding connecting elements that ensure a stable but generally (without damage or destruction) detachable connection between the substrate or carrier plate and the support element, and vice versa. The substrate or carrier plate may include, for example, at least one first connecting element, and the support element may include at least one second connecting element, the at least one first connecting element and the at least one second connecting element being configured to interact with each other to form a support device. The at least one first connecting element and the at least one second connecting element may, for example, be configured to interact with each other in a form-fitting and / or force-locking manner to form a support device. Alternatively or additionally, it is conceivable that the at least one first connecting element and the at least one second connecting element are configured to interact magnetically with each other to form a support device.

[0041] The support device may include a detection device, particularly a detection device integrated into the support body and / or support region, configured to detect at least one chemical and / or physical variable of the support body and / or support region and / or body part supported on the support region. The corresponding detection device may be configured to detect, for example, chemical parameters, such as the composition of the surface of the supported body part or the composition of substances on the surface of the supported body part; and / or thermal parameters, such as the temperature of the support body and / or the supported body part; and / or mechanical parameters, such as forces applied to the support body and / or support region, particularly forces applied through the supported body part, i.e., particularly gravity, pressure, stress, etc.; and / or hydrological parameters, such as the humidity of the supported body part, etc. The corresponding detection device may include one or more detection elements, such as sensors designed or including sensors, arranged or formed on or in the support body, and / or arranged or formed on or in the support region. The specific design of the corresponding detection element is determined by the corresponding chemical and / or physical variable to be detected. The corresponding detection device typically has appropriate hardware-implemented and / or software-implemented evaluation and / or processing measures, i.e., appropriate evaluation and / or processing algorithms, for example, which allow for data-related evaluation or processing of the corresponding detection signals provided by the detection element.

[0042] The support device may also include a transmission device, which is assigned to or can be assigned to the detection device, particularly integrated into the support body and / or support area, and configured to transmit detection information describing the chemical and / or physical variables detected by the detection device to at least one communication partner. The corresponding transmission device can transmit the corresponding detection information to the at least one communication partner in a wired or wireless manner. Wireless transmission can be performed, for example, via a wireless connection or wireless network through known industry standards such as Bluetooth for data transmission. In this process, the corresponding detection information can be transmitted in an unencrypted or encrypted manner. The communication partner can be, for example, a mobile terminal such as a laptop, smartphone, tablet, or smart glasses; a fixed terminal such as a fixed computer (desktop computer, server); a web application; or network storage (cloud), etc.

[0043] The support device may also include a detection device, particularly a detection device integrated into the support body and / or support region, configured to detect body parts supported on the support region. The corresponding detection device may be configured, for example, to detect when a body part supported on or to be supported on the support region approaches or contacts the support region or support body. The corresponding detection device may include one or more detection elements, designed as sensors or including sensors, particularly proximity or contact sensors, arranged or formed on or in the support body, and / or arranged or formed on or in the support region. The corresponding detection device typically has suitable hardware-implemented and / or software-implemented evaluation and / or processing measures, i.e., suitable evaluation and / or processing algorithms, for example, that allow for data-related evaluation and / or processing of the corresponding detection signals provided by the detection elements. However, the corresponding detection device may also be configured identically to the detection devices described above for detecting chemical and / or physical variables, since conclusions can optionally be drawn about the body part supported on the support region based on the corresponding detected chemical and / or physical variables.

[0044] The support device may also include a transmission device assigned to or potentially assigned to a detection device, particularly integrated into the support body and / or support area, and configured to transmit detection information to at least one communication partner describing a body part supported on the support area, detected by the detection device. The corresponding transmission device can transmit the detection information to the at least one communication partner via wired or wireless means. Wireless transmission can be performed, for example, via a wireless connection or wireless network through known industry standards such as Bluetooth for data transmission. During this process, the detection information can be transmitted in an unencrypted or encrypted manner. The communication partner can be, for example, a mobile terminal such as a laptop, smartphone, tablet, or smart glasses; a fixed terminal such as a fixed computer (desktop, server); a web application; or network storage (cloud), etc.

[0045] The support device may also include a detection device, particularly one integrated into the support body and / or support region, configured to detect at least one physiological variable of a user supporting a body part on the support region, particularly blood pressure, oxygen saturation, or pulse. The corresponding detection device may include one or more detection elements, designed as sensors or including sensors, particularly blood pressure, oxygen saturation, or pulse sensors, arranged or formed on or in the support body, and / or arranged or formed on or in the support region. The corresponding physiological variable may be detected, for example, via a contact area between the support region and the corresponding body part supported on the support region. The corresponding detection device typically has suitable hardware-implemented and / or software-implemented evaluation and / or processing measures, i.e., suitable evaluation and / or processing algorithms, for example, that allow for data-related evaluation and / or processing of the corresponding detection signals provided by the detection elements.

[0046] The support device may also include a transmission device, which is assigned to or can be assigned to the detection device, particularly integrated into the support body and / or support area, and configured to transmit detection information describing the physiological variables detected by the detection device to at least one communication partner. The corresponding transmission device can transmit the corresponding detection information to the at least one communication partner in a wired or wireless manner. Wireless transmission can be performed, for example, via a wireless connection or wireless network through known industry standards such as Bluetooth for data transmission. In this process, the corresponding detection information can be transmitted in an unencrypted or encrypted manner. The communication partner can be, for example, a mobile terminal, such as a laptop, smartphone, tablet, or smart glasses; a fixed terminal, such as a fixed computer (desktop computer, server); a web application; or network storage (cloud), etc.

[0047] The support device may also include a detection device configured to detect the movement of the support body in at least one degree of freedom, particularly relative to a third object and / or relative to a surface, and / or to detect the movement of a body part supported on the support region in at least one degree of freedom, particularly relative to the support body. The corresponding detection device may include one or more detection elements, designed as sensors or including sensors, particularly motion sensors, arranged or formed on or in the support body, and / or arranged or formed on or in the support region. The corresponding detection device typically has suitable hardware-implemented and / or software-implemented evaluation and / or processing measures, i.e., suitable evaluation and / or processing algorithms, for example, that allow for data-related evaluation and / or processing of the corresponding detection signals provided by the detection elements.

[0048] The support device may also include a transmission device, which is assigned to or can be assigned to the detection device, particularly integrated into the support body and / or support area, and the transmission device is configured to transmit the movement of the support body in at least one degree of freedom, particularly the movement relative to a surface, detected by the detection device, and / or the movement of a limb supported on the support body in at least one degree of freedom, particularly the movement relative to the support body, detected by the detection device, to at least one communication partner. The corresponding transmission device can transmit the corresponding detection information to the at least one communication partner in a wired or wireless manner. Wireless transmission can be performed, for example, via a wireless connection or wireless network through known industry standards such as Bluetooth for data transmission. In this process, the corresponding detection information can be transmitted in an unencrypted or encrypted manner. The communication partner can be, for example, a mobile terminal, such as a laptop, smartphone, tablet, or smart glasses; a fixed terminal, such as a fixed computer (desktop computer, server); a web application; or network storage (cloud), etc.

[0049] The support device may also include a data storage device, particularly a data storage device integrated into the support body and / or support area, configured to store at least one piece of detection information detected by the detection device. The corresponding data storage device is typically equipped with a data transmission interface through which data can be read from the data storage device via wired or wireless means, and / or through which data can be input to the data storage device.

[0050] The support device may also include a signal output device, particularly a signal output device integrated into the support body and / or support area, configured to generate at least one, particularly acoustic and / or optical and / or tactile, output signal, based specifically on at least one detection message generated by the detection device. Thus, certain output signals, generally referring to signals, can be output via the corresponding signal output device by means of the support device. For example, an output signal indicating that a body part is properly supported on the support area can be output. For example, a corresponding output signal can be generated or has been generated based on detection information provided by at least one detection device, i.e., detection information describing that a body part has been detected as contacting the support area. The corresponding signal output device typically includes at least one signal output element, which, depending on the specific signal to be output, can be designed or include at least one acoustic signal output element, i.e., a loudspeaker; an optical signal output element, i.e., a display element, a light-emitting diode element, etc.; or a tactile signal output element, i.e., a vibrating element.

[0051] For example, the output signal that can be output by means of a signal output device can contain at least one piece of information related to the support device, particularly regarding the user's user-side actions and / or assessment of user-side actions. In this way, the user can be guided or assisted in the correct use of the support device by the corresponding output signal containing the relevant information. For example, the corresponding output signal can output to the user: the support device is ready to support a body part, and optionally, which body part is supported; whether the body part is properly supported or not; or when a specific support duration, such as one that is beneficial to therapeutic effects, has been reached or not yet been reached. Similarly, output signals that encourage or motivate the user are conceivable, i.e., output signals that encourage or motivate the user (e.g., auditory, visual, or tactile) to use the support device, to adopt and / or maintain a specific support position, etc. Similarly, output signals that evaluate (i.e., particularly praise or criticize) the user before and / or during and / or after using the support device are conceivable, such signals that evaluate the user or specific user actions, for example, auditorily, visually, or tactilely.

[0052] The support can be integrated into the input device of a device (i.e., a terminal, such as a computer, multimedia device, etc.), which can be controlled by the input device or designed as such an input device. In this way, increased functional integration is achieved, providing users with the option to perform specific actions (i.e., specific inputs, controls, etc.) using their body parts while the body is supported. Specific examples of such input devices are input elements, such as those designed as (electronic) computer mice for inputting data into a computer; or remote controls for inputting data into multimedia devices, such as audio systems or televisions. Other examples are also conceivable.

[0053] The support device may include a temperature control device, particularly a temperature control device integrated into the support body and / or support area, for at least partial, and optionally complete, control of the temperature of the support body and / or support area. With the aid of the appropriate temperature control device, static or dynamic temperature control (generally understood as heating and cooling) of the support body and / or support area becomes possible, which can help the supported body parts achieve desired relaxation or can help achieve therapeutic effects that the supported body parts are capable of achieving.

[0054] The corresponding temperature control device may include a temperature control conduit structure comprising a temperature control conduit through which a temperature control medium (e.g., gas or liquid) may flow. The corresponding temperature control conduit structure may extend at least partially, optionally entirely, and particularly planarly through a support or support region in one or more spatial directions (i.e., particularly in one or more horizontal and / or vertical spatial directions). Specifically, the corresponding temperature control conduit structure may extend, particularly with a closed profile, in or below the region of the (exposed) surface of the support or support region that forms the actual support surface of the support or support region.

[0055] Alternatively or additionally, the corresponding temperature control device may include at least one electrically operated temperature control element. The corresponding electrically operated temperature control element may, for example, be designed as or include at least one heating wire or a one-dimensional or multi-dimensional heating wire structure. The corresponding temperature control element may extend at least partially, optionally completely, particularly in a planar manner through the support or support region. In particular, the corresponding temperature control element may extend, particularly in a closed profile, in or below the region of the (exposed) surface of the support or support region that forms the actual support surface of the support or support region.

[0056] Alternatively or additionally, the corresponding temperature control device may include at least one temperature control element that, upon activation, performs an optional reversible exothermic chemical reaction. The corresponding temperature control element may be arranged or formed in or below the (exposed) surface of the actual support surface of the support or support region. The corresponding temperature control element may include an activation element, such as a tab, button, etc., through which the temperature control element is activated, i.e., the exothermic reaction is initiated.

[0057] The support device may also include or incorporate a ventilation system, particularly integrated into the support body and / or support area, for at least partial, and optionally complete, ventilation of the body part supported on or to be supported on the support device. Static or dynamic ventilation of the support body or support area is made possible by means of the appropriate ventilation system, enabling desired relaxation of the supported body part, and consequently, achieving a therapeutic effect by supporting the body part. Furthermore, support performance can be improved, particularly for supporting the body part over longer periods.

[0058] The corresponding ventilation device may include a ventilation duct structure, which may include at least one ventilation duct through which a ventilation medium (i.e., gas) flows. The corresponding ventilation duct structure may extend at least partially, optionally entirely, particularly in a planar manner through a support or support area. Specifically, the corresponding ventilation duct structure may extend in or below the (exposed) surface of the actual support surface forming the support or support area, particularly with a closed profile.

[0059] The ventilation duct structure can be formed by one or more biomimetic geometries configured in a predefined manner. The corresponding biomimetic geometries can support or improve the ventilation of body parts that are supported on or will be supported on a support device.

[0060] Therefore, biomimetic geometries can typically be formed in the support in a predefined manner to create the corresponding ventilation duct structure.

[0061] In this respect, it should be noted that the support can typically include, at least partially and optionally entirely, biomimetic geometry configured in a predefined manner.

[0062] The support device may also include or contain fixation devices that are assigned to or can be assigned to the support body and / or support area for temporarily securing a body part supported on the support area in a desired support position, particularly the body part on the support area. Such fixation can facilitate and maintain the desired orientation of the body part supported on the support area. In this way, the relaxation or therapeutic effects achievable by the support device can be aided. The corresponding fixation devices make it possible to directly fix the corresponding body part to the support body or support area; this can be achieved, for example, by fixation elements attached to or potentially attached to the support body or support area, such as straps, loops, etc., which, when worn, at least partially, and optionally completely, surround the corresponding body part, thereby securing the body part to the support body or support area. Similar tubular or tubular fixation devices are also conceivable, such as fixation tubes made of fabric, which can be pulled on the support device and the body part supported thereon or to be supported thereon, and in this way facilitate and maintain the desired orientation of the body part supported on the support area. Another possible fixation device is that, when the body part to be fixed is the hand, the fixation device can fix the upper body part, such as the arm, in a specific orientation.

[0063] The support device may also include or contain attachment means for temporarily attaching the support device to or onto a third object, particularly to or onto a third object worn on the body of a user. The support device may also be attached to a third object, particularly a mobile or portable third object. Attachment of the support device to a corresponding third object allows the support device to be in an orientation and / or position where a desired orientation of the body part supported on the support area is possible and can be maintained. A specific example of a third object is one worn on the user's body, such as a garment. Therefore, the support device may be attached to or into a third object, such as a garment. For example, it is conceivable that the support device may be attached to a pocket of garment, such as clothing to be worn on the upper body of a wearer, such as a jacket, sweater, etc., or clothing to be worn on the lower body of a wearer, such as trousers, skirt, etc. The attachment means may include one or more attachment elements configured to attach (without damage or destruction) the support device to the corresponding third object. The corresponding attachment elements can, for example, allow the support device to be attached to a corresponding third object in a form-fit and / or force-locking manner. Therefore, specific examples of the corresponding attachment elements are hook and / or ring elements (Velcro fastening elements).

[0064] The support may include at least one mounting portion for placing the support on a surface or base. Depending on the design, the support can be stably placed on a surface or base, such as a tabletop, via the appropriate mounting portion.

[0065] The corresponding mounting portion may be provided with or include at least one material or corresponding material structure that provides anti-slip support for the support on the surface or base. For example, the corresponding material or corresponding material structure can thus facilitate allowing the support to be stably supported on the surface or base. The corresponding material or corresponding material structure may be made, for example, of an elastomeric material or elastomeric material structure, or may include at least one of them. In principle, both natural and synthetic elastomeric materials or material structures are possible. For manufacturing purposes, thermoplastic elastomers may be advantageously used, for example.

[0066] The corresponding placement portion may be provided with or include at least one reversibly deformable material, particularly a reversibly deformable flexible material, or a reversibly deformable material structure, particularly a reversibly deformable flexible material structure. For example, the corresponding material or corresponding material structure may therefore facilitate any desired modification of the orientation of the support, particularly relative to a neutral or reference orientation, on the surface or base. This, for example, may make it easier or possible for a user with spasticity of a body part or limb to use the support device; this is particularly suitable if the spasticity or other anatomical disorder in question requires a specific orientation of the support, particularly relative to a neutral or reference orientation, in order to support the body part on the support area, especially without causing any pain. The corresponding material or corresponding material structure may be made, for example, of an elastomer or porous material or an elastomer or porous material structure, or may include at least one elastomer material. In principle, both natural and synthetic elastomers or porous materials or material structures are possible. For manufacturing purposes, for example, optionally foamed thermoplastic elastomers may be advantageously used.

[0067] The corresponding placement portion may include at least one placement portion element, which is specifically located on a plane or base in a non-planar manner, and allows a support (the support resting on a surface) to be placed relative to the surface or base so as to be movable, particularly pivotally movable, in at least one degree of freedom. In this way, the support can be moved relative to the surface or base, which may facilitate the creation of the most relaxed possible positions for the corresponding body part and the superior body part. For example, a modifiable orientation of the support compared to a reference orientation allows for (however) more relaxed or easier support of the body part. The corresponding placement portion element may, for example, have a unicornuate, polygonal, circular, round, or pointed geometry. Similarly, the movable placement of the support provides training options, such as for muscle exercises, because certain movement sequences associated with training effects can be performed by moving the support relative to the surface or base.

[0068] The corresponding mounting components can also be designed as separate parts and, when needed, can be detachably (without damage or destruction) connected to or be able to connect to the support to form a support device. The corresponding (e.g., spherical, hemispherical, cylindrical, semi-cylindrical, or pyramidal) mounting components can be connected to the support, for example, via a hook-and-loop fastener system or interchangeable fastener systems.

[0069] The support device may include at least one support element that is supported or can be supported on a support area, particularly in a detachable manner (without damage or destruction), to at least partially, and optionally completely, cover the support area. For hygiene reasons, the corresponding support element may be particularly advantageous because the support area or support body is protected from direct contact with the corresponding body part, and thus from, for example, skin deposits, sweat, etc. The corresponding support element may be made of a resilient flexible material or a resilient flexible material structure, such that the support element does not impair the fit of the support area. The corresponding support element may be made of optional washable natural and / or synthetic fabric materials or natural and / or synthetic fabric material structures. Leather or plastic materials are mentioned only as examples.

[0070] The support and / or support area can be made of at least one foam material, particularly expanded granular foam materials such as expanded plastic materials, or include one of them. The corresponding foam material reduces the weight of the support or support area. The corresponding foam material can additionally achieve comfortable tactile properties of the support or support area. Another advantage of the corresponding foam material is its ease of management and low processing cost.

[0071] Alternatively or additionally, the support and / or support area may be made of or include at least one magnetizable or magnetic material. Magnetizable or magnetic materials, such as corresponding ferromagnetic metals, can have a positive effect on blood flow through the corresponding body part, and this can promote therapeutic efficacy. Magnetizable or magnetic materials may be provided as solid materials or in granular form.

[0072] Alternatively or additionally, the support and / or support area may be made of or include at least one antimicrobial material. The antimicrobial material, such as an antimicrobial metal like silver, may have a positive effect on the hygienic properties of the support area and / or support. The antimicrobial material may be provided as a solid material or in granular form.

[0073] Regarding the production of support devices, i.e., the production of support bodies and / or support areas, any manufacturing method is considered in principle, especially molding and / or forming manufacturing methods.

[0074] In particular, additive manufacturing methods and subtractive manufacturing methods, especially machining methods and forming methods such as deep drawing, are considered.

[0075] Additive manufacturing methods may be advantageous because they are suitable for producing corresponding geometric designs configured in a predefined or standardized manner. Therefore, additive manufacturing methods that allow the additive deposition of three-dimensional objects by continuously and selectively hardening optional powdered building materials (which could be, for example, metals or plastics) that can be continuously and selectively hardened in layers. By way of example only, reference is made in this regard to binder jetting methods, selective laser melting methods, selective laser sintering methods, or stereolithography methods.

[0076] It should be noted that the support structure can generally be made of any material. Plastics, metals, and ceramics are mentioned only as examples. Composite materials containing several different materials or material structures, i.e., at least one with different chemical and / or physical parameters, can be envisioned.

[0077] A second aspect of the invention relates to a communication system comprising: at least one support device as described herein, the support device including a transmission device configured to transmit information to and / or receive information transmitted by at least one communication partner; and at least one communication partner configured to receive information transmitted by at least one support device and / or transmit information to at least one support device.

[0078] All embodiments relating to the support device, and in particular all embodiments relating to any transmission device of the support device, are equally applicable to the communication system.

[0079] A third aspect of the invention relates to a method for manufacturing a receiving device for at least partially and optionally fully supporting at least one body part of a user, wherein the method includes the following steps:

[0080] At least partially, and optionally completely, body part size information describing the dimensions of the body part to be supported on the support area of ​​the support device to be manufactured is provided.

[0081] Multiple support device size information are provided in, for example, a data storage device, wherein each support device size information describes at least one predefined size of the support device assigned to at least one body part, and the support device is either manufactured or to be manufactured based on the corresponding support device size information;

[0082] Select the support device size information based on the provided body part size information;

[0083] The support device is produced based on data that includes or describes the dimensions of the selected support device.

[0084] Therefore, the corresponding data on which the support device is based according to this method may include production data that can be used or employed by the production plant to produce the corresponding support device, or data that has been converted into such production data.

[0085] All embodiments relating to the support device, particularly those relating to the manufacturing of the support device, are equally applicable to this method.

[0086] According to this method, selection can be made by matching or comparing the provided body part size information with the corresponding body part size information assigned to the corresponding support device size information, wherein the support device size information can be selected, and the body part size information assigned to the support device size information is the same as or similar to the provided body part size information, especially within a predefined or predefined tolerance range.

[0087] Matching can be performed, for example, by matching at least one dimension (such as length, width, height, etc.) or dimensional ratio (such as aspect ratio) of the body part or body part described in the provided body part size information or the provided body part size information with the corresponding dimension (such as length, width, height, etc.) or corresponding dimensional ratio (such as aspect ratio) described in at least the support device size information or the support device size information. The matching can be performed by a user, such as the wearer of the support device to be manufactured or the manufacturer of the support device to be manufactured. Alternatively or additionally, matching can optionally be performed in an automated or automatable manner by a matching device implemented according to hardware and / or software and configured accordingly to perform the matching. The matching device may constitute a component of a higher-level mobile or fixed data processing device in terms of hardware and / or software, and the matching device can therefore be configured to perform the matching.

[0088] The comparison can be made by comparing at least one dimension (such as length, width, height, etc.) of the body part or body part portion described in the provided body part size information or the provided body part size information, or the size ratio (such as length-to-width ratio) of the body part or body part portion, with the corresponding dimension (such as length, width, height, etc.) or the corresponding size ratio (such as length-to-width ratio) described in at least the support device size information or the support device size information.

[0089] According to this method, the body part size information to be provided or provided can be obtained by detecting, in particular optically detecting, the body part of the user to be supported on the support area. According to this method, based on the detection information generated by the detection, the body part of the user to be supported on the support device can be detected, in particular optically, and the body part size information to be provided can be generated. As implied, the detection can be performed, in particular optically, and thus can be performed, for example, by means of a detection device in the form of a camera device or a video device. The corresponding camera device or video device constitutes a component on the user side or producer side, particularly a mobile terminal device, such as a mobile computer (laptop), smartphone, tablet computer, smart glasses, etc.

[0090] Typically, the corresponding body part can be detected, for example, by means of a raw data detection device, which is at least one, particularly mechanical or optical, detection device configured to detect one-dimensional or multi-dimensional raw data of the body part describing its size and / or morphology. The mechanical detection device can, for example, be designed as a sizing device, enabling the detection of raw data of the body part describing its morphology based on detected mechanical variables (i.e., particularly pressure). In particular, the mechanical detection device can also be configured to create an impression of the body part. As mentioned above, the optical detection device can, for example, be designed as a camera device, a video device, or a scanning device, particularly a body part scanning device. In any case, it is also conceivable that the corresponding raw data detection device is designed to or includes at least one detection device for detecting, particularly mechanically and / or optically, the one-dimensional or multi-dimensional dimensions of the body part, i.e., length, width, height, perimeter, or volume. Attached Figure Description

[0091] The invention will be explained in more detail based on the embodiments shown in the accompanying drawings, wherein:

[0092] Figures 1 to 16 These are schematic diagrams of a support device for supporting a user's body parts according to an embodiment;

[0093] Figure 17 This is a schematic diagram of a communication system according to an embodiment; and

[0094] Figure 18 This is a schematic diagram of a method for producing a support device for receiving a user's body part, according to an embodiment. Detailed Implementation

[0095] Figures 1 to 4 This is a schematic perspective view of a support device 1 for supporting a user's body parts (not shown) according to an embodiment, including a top view. Figure 1 First perspective view from a first-person point of view Figure 2), a second perspective view from a second point of view ( Figure 3 ) and cross-sectional side view ( Figure 4 ).

[0096] Typically, the support device 1 is used to support or place at least one body part, namely the user's hand as shown in the embodiment in the figure.

[0097] The support device 1 includes a support body 2. The support body 2, also referred to as or considered as a placement body, further includes a support area 3, which can also be referred to as or considered as a placement area, for supporting a user's body parts. Therefore, the support area 3 is understood as the area of ​​the support device 1 where the user (directly) supports their body parts when the support device 1 is used as intended. Thus, the support area 3 constitutes the actual area of ​​the support device 1, where the user supports or places their body parts when the support device 1 is used as intended. Figure 1 As shown, the support region 3 typically forms at least a portion of the (exposed) surface of the support device 1.

[0098] The support device 1 includes a support body 2 designed to be configured in a predefined manner, the support body including at least one surface. The surface of the support body 2 has a three-dimensional profile or structure designed to be configured in a predefined manner relative to a specific body part of a particular user, which is specifically formed by a support region 3. The support region 3 may be integrally formed with the support body 2, or formed as a separate part connected to or to be connected to the support body 2 to form the support device 1.

[0099] The dimensions of the support 2 and the support area 3 are typically adapted to the dimensions of the body part being supported in each case. When the support device 1 is used as intended, the support area 3 is therefore at least partially, and optionally completely, covered by the body part being supported in each case.

[0100] The support region 3 includes at least a geometric design or shape configured in a predefined manner based on body part size information selected from multiple predefined body part size information sources chosen from data describing support device size information. This body part size information describes the dimensions of the body part to be supported on the support device 1, wherein each support device size information source describes a predefined dimension of the support device 1 assigned to at least one dimension of the body part. These predefined dimensions can be generated based on the corresponding support device size information. Therefore, the support region 3 includes a geometric design or shape configured in a predefined manner, formed or generated based on data described by the support device size information.

[0101] The data used to form or generate the support area is based on a support device size information selected from multiple predefined support device size information. Each support device size information is assigned to at least one dimension of a body part, such as length, width, height, etc., or to at least one aspect ratio, such as length-to-width ratio, length-to-height ratio, width-to-height ratio, length-to-width-to-height ratio, etc., describing the predefined dimensions of the support device 1. The support device is generated or to be generated based on the corresponding support device size information. The selection of support device size information from multiple support device size information is based on body part size information, which describes the dimensions of the body part that will be at least partially and optionally completely supported on the support device 1.

[0102] The geometric shape or form of the support region 3, configured in a predefined manner, offers significant advantages in manufacturing because the support region 3 is not designed as a separately configured component or a component part designed as a separately configured part. Because the support region 3 is configured in a predefined manner—that is, it has a specific spatial physical design configured in a predefined manner, and therefore a specific spatial form configured in a predefined manner—the support region is not individually configured for the body part to be supported on the support device 1, even though it includes a support portion 4, which is formed in an abstract or standardized shape relative to certain features of the corresponding body part to be supported (i.e., the number and arrangement of fingers of the (human) hand), as shown in the embodiment in the accompanying drawings.

[0103] Therefore, support device 1 does not have a geometric design intended for individual configuration, and thus there is no customization except for potential sizing adjustments or scaling. Therefore, support device 1 or support area 3 is not a separate component configured specifically for a particular body part of a particular user. Instead, support device 1 or support area 3 can be understood as a mass component that is readily manufactured in terms of specific dimensions for a body part, but otherwise completely independent of the individual characteristics of the corresponding body part. Due to the predefined geometric design or shape, support device 1 or support area 3 typically has a standardized geometric design or shape, which, if any, is adjusted only by, or is being adjusted by, scaling the dimensions of the body part to be specifically supported.

[0104] The geometric design of the support region 3 (wherein this is understood as the three-dimensional contour or structure of the surface of the support region 3 configured in a predefined manner) clearly constitutes a (negative) replica of the body part to be supported on the support region 3, which is abstracted or configured in a predefined manner or in a standardized manner. Abstraction or standardization results in a sufficiently precise fit of the support region 3; however, it is not a fit of the support device 1 configured individually in a user-specific or body part-specific manner, such that the corresponding body part can be supported on the support region 3 in a relaxed or comfortable position for that body part.

[0105] Supporting a body part in a relaxed or comfortable position can have a relaxing effect on both the corresponding body part and other adjacent body parts, allowing the user's entire body to enter a relaxed or comfortable state when using the support device 1. In addition to simple relaxation effects or their results, therapeutic effects can also be achieved when necessary, as supporting a body part in a relaxed or comfortable position can, for example, have a therapeutic effect on blood flow and / or oxygen supply to the corresponding body part. Positive effects can be particularly achieved in rheumatic body parts or limbs and / or body parts or limbs that are spastic, for example, due to stroke. By (regularly) using the support device, the increase in internal tension (tension) of the muscles in the corresponding body parts associated with spasticity can be (in some cases significantly) reduced.

[0106] Support device 1 can be used without third-party assistance; therefore, users can independently perform therapeutic measures, such as tension regulation and pain treatment, and prepare for the corresponding therapeutic measures in a self-help sense by using support device 1 as intended.

[0107] Taking hand spasm as an example, in this respect, the support device 1 can be referred to as or considered as a support for the palm base of a person with hand spasm or cramps, which allows the hand to be placed on the support device 1 in a relaxed state, thereby achieving a relaxed state.

[0108] refer to Figure 1 It is evident that the support region 3 can be integral with or formed as a single unit with the support body 2. Here, the support region 3 forms the (exposed) surface of the support body 2. Therefore, the (exposed) surface of the support body 2 has a separately configured geometric design.

[0109] based on Figure 4As illustrated by the dashed lines for illustrative purposes only, it is conceivable that the support region 3 is designed as a component separate from the support body 2, and optionally, when needed, can be detachably (without damage or destruction) connected to or be able to connect to the support body 2 to form the support device 1. In this variant, the support body 2 and / or the support region 3 may include suitable, optionally corresponding connecting elements (not shown) that allow a stable but generally detachable (without damage or destruction) connection between the support body 2 and the support region 3, and vice versa. The support body 2 may, for example, include at least one first connecting element, and the support region 3 may include at least one second connecting element, wherein the at least one first connecting element and the at least one second connecting element are configured to interact with each other to form the support device 1. The at least one first connecting element and the at least one second connecting element may, for example, be configured to interact with each other in a form-fitting and / or force-locking manner to form the support device 1. It is also conceivable that the at least one first connecting element and the at least one second connecting element are configured to interact magnetically with each other to form the support device 1.

[0110] refer to Figures 1 to 4 Clearly, the support region 3 includes several support portions 4, which are designed and configured in a predetermined manner to receive a specific body part or limb portion of a body part that is supported or to be supported on the support region 3. Therefore, a support device 1 designed to support a specific body part may include multiple support portions 4 configured in a predefined manner for that body part. As shown in the embodiment in the accompanying drawings, the support portions 4 are designed as receiving portions 5 configured in a predefined manner.

[0111] As shown in the embodiment in the accompanying drawings, the support area 3 includes a specific number and arrangement of support portions 4, which are designed to be configured in a predefined manner corresponding to the number and arrangement of the fingers of the user's corresponding hand to be supported on the support device 1. Therefore, the support portions 4 can be referred to as, or considered as, finger support portions.

[0112] Specifically, the support area includes five finger support portions arranged (substantially) in parallel. These portions are designed to be configured in a predefined manner, as shown in the embodiment in the accompanying drawings, and (substantially) correspond to the number and arrangement of the fingers of the user's respective hand to be supported on the support device 1. The corresponding finger support portions are also configured in a predefined manner or designed in a standardized manner. Specifically, the corresponding finger support portions shown in the embodiment in the accompanying drawings are exemplary designed as receiving portions or recessed portions, which are designed to be configured in a predefined or standardized manner.

[0113] The finger support portion is clearly positioned in the first spatial direction (see...) Figure 1Arranged and / or oriented in a manner extending along the x-axis, particularly in the distal spatial direction relative to the hand supported on the support device 1.

[0114] refer to Figures 1 to 3 More clearly, the support device 1 may include or include one or more additional support portions 31 arranged or oriented in a manner that extends laterally toward the finger support portion, for receiving the end region of the (proximal) metacarpal region of the user's hand to be supported on the support device 1. These additional support portions 31 are also designed in a standardized manner or configured in a predefined manner, and may be specifically designed, for example, as receiving portions or recessed portions, which are designed to be configured in a predefined or standardized manner.

[0115] The corresponding finger support portion can transition to another corresponding support portion, especially through a direct transition, i.e., a direct connection with the corresponding support portion.

[0116] refer to Figures 1 to 4 Clearly, support 2 or support 3 includes or comprises a base portion 6, which includes several curved portions 8, 9 with a curved design, particularly relative to the non-curved base plane 7, these curved portions being modeled in particular on a hand. The curved portions 8, 9 are also designed to be configured in a predefined or standardized manner, and particularly in the metacarpal region, may be designed, for example, to resemble pads or cushion-like protrusions, these protrusions being designed to be configured in a predefined or standardized manner.

[0117] refer to Figures 1 to 3 More clearly, when the support device 1 is used as intended, the proximal base portion 9 may include at least one similar pad or cushion-like curved portion 30, which may be configured to support the metacarpal region of the user's hand supported on the support device 1.

[0118] As shown in the embodiment in the attached figure, the finger support portion is formed at the curved portion 8, which is designed to be curved in a distal loop or loop shape when the support device 1 is used as intended.

[0119] Typically, the support 2 or support area 3 includes a base form designed to be configured in a predefined manner based on the hand to be supported on the support device 1.

[0120] As shown in the embodiments in the accompanying drawings, the support 2 (optionally) is arranged or formed on the substrate or carrier plate 10. The substrate or carrier plate 10 may be provided with at least one structure to increase adhesion, such as a special surface structure, for example roughening, rubber coating, etc., to ensure stable support or placement of the support device 1 on the surface.

[0121] As shown, the substrate or carrier plate 10, typically optional, can form a component for supporting the support device 1 (unspecified). Together with the support 2 arranged or designed on the substrate or carrier plate, the substrate or carrier plate 10 can thus be optionally separated from, connected to, or joined (without damage or destruction) to, for example, a frame-like or frame-shaped support element 11 (if necessary, by forming a corresponding support device). The substrate or carrier plate 10 or the support element 11 may include suitable, optionally corresponding connecting elements that ensure a stable but generally (without damage or destruction) detachable connection between the substrate or carrier plate 10 and the support element 11, and vice versa.

[0122] Figure 5 This is a side view of a support device 1 for supporting a user's body parts (not shown) according to another embodiment.

[0123] refer to Figure 5 In the illustrated embodiment, it is evident that the support device 1 may include a detection device 12, particularly a detection device integrated into the support body 2, configured to detect at least one chemical and / or physical variable of the support region 3 and / or the support body 2 and / or the body part supported on the support region 3. The corresponding detection device 12 may, for example, be configured to detect chemical parameters, such as the composition of the surface of the supported body part or the substance on the surface of the supported body part; and / or thermal parameters, such as the temperature of the support body 2 and / or the supported body part; and / or mechanical parameters, such as the force applied to the support body 2 and / or the support region 3, particularly the force applied through the supported body part, i.e., particularly gravity, pressure, stress, etc.; and / or hydrological parameters, such as the humidity of the supported body part, etc. The corresponding detection device 12 may include one or more detection elements (not shown), which may be designed as or include sensors, arranged or formed on or in the support body 2, and / or arranged or formed on or in the support region 3. The corresponding detection device 12 typically has suitable hardware-implemented and / or software-implemented evaluation and / or processing measures, such as suitable evaluation and / or processing algorithms, which allow for data-related evaluation and / or processing of the corresponding detection signals provided by the detection element.

[0124] refer to Figure 5It is also clear that the support device 1 may include a detection device 13, particularly a detection device integrated into the support body 2, configured to detect body parts supported on the support region 3. The corresponding detection device 13 may be configured, for example, to detect when a body part supported on or to be supported on the support region 3 approaches or contacts the support region 3. The corresponding detection device 13 may include one or more detection elements (not shown), which are designed as or include sensors, particularly proximity or contact sensors, arranged or formed on or in the support body 2, and / or arranged or formed on or in the support region 3. The corresponding detection device 13 typically has suitable hardware-implemented and / or software-implemented evaluation and / or processing measures, i.e., suitable evaluation and / or processing algorithms, for example, that allow for data-related evaluation and / or processing of the corresponding detection signals provided by the detection elements. However, the corresponding detection device 13 may also be configured to be the same as the detection device 12 described above for detecting chemical and / or physical variables, since conclusions can be drawn about the body part supported on the support region 3 based on the corresponding detected chemical and / or physical variables.

[0125] refer to Figure 5 It is also clear that the support device 1 may include a detection device 14, particularly a detection device integrated into the support body 2, configured to detect at least one physiological variable of a user supporting a body part on the support region 3, particularly blood pressure, oxygen saturation, or pulse. The corresponding detection device 14 may include one or more detection elements (not shown), designed or comprising sensors, particularly blood pressure, oxygen saturation, or pulse sensors, arranged or formed on or within the support body 2, and / or arranged or formed on or within the support region 3. The corresponding physiological variable may be detected, for example, via a contact area between the support region 3 and the corresponding body part supported on the support region 3. The corresponding detection device 14 typically has suitable hardware-implemented and / or software-implemented evaluation and / or processing measures, i.e., suitable evaluation and / or processing algorithms, for example, that allow for data-related evaluation and / or processing of the corresponding detection signals provided by the detection elements.

[0126] refer to Figure 5It is also clear that the support device 1 may include a detection device 15 configured to detect the movement of the support body 2 in at least one degree of freedom, particularly relative to a surface, and / or to detect the movement of a body part supported on the support region 3 in at least one degree of freedom, particularly relative to the support body 2. The corresponding detection device 15 may include one or more detection elements (not shown), designed as sensors or including sensors, particularly motion sensors, arranged or formed on or in the support body 2, and / or arranged or formed on or in the support region 3. The corresponding detection device 15 typically has suitable hardware-implemented and / or software-implemented evaluation and / or processing measures, such as suitable evaluation and / or processing algorithms, which allow for data-related evaluation and / or processing of the corresponding detection signals provided by the detection elements.

[0127] As shown in the box formed by the dashed lines, the detection devices 12 to 15 can also be combined in terms of hardware and / or software in an optional higher-level common detection device.

[0128] refer to Figure 5 It is also clear that the support device 1 may include a transmission device 16, which is assigned to or can be assigned to the detection devices 12 to 15, particularly integrated into the support body 2 and / or support area 3, and the transmission device is configured to transmit corresponding detection information to at least one communication partner. The corresponding transmission device 16 can transmit the corresponding detection information to at least one communication partner in a wired or wireless manner. Wireless transmission can be performed, for example, via a wireless connection or wireless network through known industry standards, such as Bluetooth, for data transmission. In this process, the corresponding detection information can be transmitted in an unencrypted or encrypted manner. The communication partner can be, for example, a mobile terminal, such as a laptop, smartphone, tablet, or smart glasses; a fixed terminal, such as a fixed computer (desktop computer, server); a web application; or network storage (cloud), etc.

[0129] refer to Figure 5 It is also clear that the support device 1 may include a data storage device 17, particularly a data storage device integrated in the support body 2 and / or the support region 3, configured to store at least one piece of detection information detected by means of the detection devices 12 to 15. Typically, a data transmission interface (not shown) is assigned to the corresponding data storage device 17, through which data can be read from the data storage device 17 in a wired or wireless manner, and / or through which data can be input into the data storage device 17.

[0130] refer to Figure 5It is also clear that the support device 1 may include a signal output device 18, particularly a signal output device integrated into the support body 2, which is configured to generate at least one, particularly acoustic and / or optical and / or tactile, output signal, based specifically on at least one detection message generated by the detection devices 12 to 15. Thus, by means of the support device 1, a specific output signal can be output via the corresponding signal output device 18. For example, an output signal indicating that a body part is properly supported on the support area 3 can be output. For example, a corresponding output signal can be generated or has been generated based on detection information provided by at least one detection device 12 to 15, i.e., detection information describing that a body part has been detected as contacting the support area 3. The corresponding signal output device 18 typically includes at least one signal output element (not shown), which, depending on the specific signal to be output, may be designed or include at least one sound signal output element, i.e., a loudspeaker; an optical signal output element, i.e., a display element, a light-emitting diode element, etc.; or a tactile signal output element, i.e., a vibrating element.

[0131] For example, the output signal that can be output by means of the signal output device 18 may contain at least one piece of information related to the support device 1, particularly regarding the user's actions and / or evaluation of the user's actions related to the support device 1. In this way, the user can be assisted in the correct use of the support device 1 by the corresponding output signal containing the relevant information. For example, the corresponding output signal may output to the user: the support device 1 is ready to support a body part, and optionally, which body part is supported; whether the body part is properly supported or not; or when a specific support duration, such as one that is beneficial to therapeutic effects, has been reached or not yet been reached. Similarly, output signals that encourage or motivate the user are conceivable, i.e., output signals that encourage or motivate the user (e.g., auditory, visual, or tactile) to use the support device 1, to adopt and / or maintain a specific support position, etc. Similarly, output signals that evaluate (i.e., particularly praise or criticize) the user before and / or during and / or after using the support device 1 are conceivable, such signals that evaluate the user or specific user actions, for example, auditorily, visually, or tactilely.

[0132] Figure 6 This is a schematic side view of a support device 1 for supporting a user's body parts (not shown) according to an embodiment.

[0133] refer to Figure 6Clearly, the support 2 can be integrated into the input device 19 of the device 20 (i.e., a terminal, such as a computer, multimedia device, etc.), and the device can be controlled by the input device, or be designed as such an input device 19. In this way, increased functional integration is achieved, which also provides the user with the option to perform specific actions, i.e., specific inputs, controls, etc., using the body part while it is supported. A specific example of the corresponding input device 19 is as follows... Figure 6 The input element shown is, for example, designed as an (electronic) computer mouse for inputting data into a computer as indicated by the arrow; the input element is, for example, designed as a remote control for inputting data into multimedia devices such as televisions, audio systems, etc.

[0134] Figure 7 This is a side view of a support device 1 for supporting a user's body parts (not shown) according to an embodiment.

[0135] refer to Figure 7 Clearly, the support device 1 may include or contain a temperature control device 21, particularly a temperature control device integrated into the support body 2, for at least partially and optionally completely controlling the temperature of the support area 3 and / or the support body 2. With the aid of the corresponding temperature control device 21, static or dynamic temperature control (generally understood as heating and cooling) of the support area 3 and / or the support body 2 becomes possible, which may help the supported body part achieve desired relaxation or may help achieve therapeutic effects that are achievable by the supported body part.

[0136] The corresponding temperature control device 21 may include a temperature control conduit structure (not shown) through which a temperature control medium (e.g., gas or liquid) can flow. The corresponding temperature control conduit structure may extend at least partially, and optionally completely, through the support 2 or support region 3, particularly in a planar manner. Specifically, the corresponding temperature control conduit structure may extend, particularly in a closed profile, in or below the area of ​​the (exposed) surface of the support 2 or support region 3 that forms the actual support surface of the support 2 or support region 3.

[0137] Alternatively or additionally, the corresponding temperature control device 21 may include at least one electrically operated temperature control element (not shown). The corresponding electrically operated temperature control element may, for example, be designed as or include at least one heating wire or a one-dimensional or multi-dimensional heating wire structure. The corresponding temperature control element may extend at least partially, optionally completely, particularly in a planar manner through the support 2 or support region 3. In particular, the corresponding temperature control element may extend, particularly in a closed profile, in or below the region of the (exposed) surface of the support 2 or support region 3 that forms the actual support surface of the support 2 or support region 3.

[0138] Alternatively or additionally, the corresponding temperature control device 21 may include at least one temperature control element that, upon activation, performs an optional reversible exothermic chemical reaction. The corresponding temperature control element may be arranged or formed in or below a region of the (exposed) surface of the actual support surface of the support 2 or support region 3. The corresponding temperature control element may include an activation element (not shown), such as a tab, button, etc., by which the temperature control element can be activated, i.e., the exothermic reaction can be initiated.

[0139] Figure 8 This is a side view of a support device 1 for supporting a user's body parts (not shown) according to other embodiments.

[0140] refer to Figure 8 Clearly, the support device 1 may include or incorporate a ventilation device 22, which is particularly integrated into the support body 2 and / or support area 3, for at least partial, and optionally complete, ventilation of the body part supported on or to be supported on the support device 3. Static or dynamic ventilation of the support body 2 or support area 3 is made possible by means of the corresponding ventilation device 22, which can support the desired relaxation of the supported body part, thereby achieving a therapeutic effect by supporting the body part. Furthermore, support performance can be improved, particularly for supporting the body part for a longer period of time.

[0141] The corresponding ventilation device 22 may include a ventilation duct structure, which may include at least one ventilation duct through which a ventilation medium (i.e., gas) flows. The corresponding ventilation duct structure may extend at least partially, optionally entirely, particularly in a planar manner through the support 2 or the support region 3. In particular, the corresponding ventilation duct structure may extend, particularly in a closed profile, in or below the area of ​​the (exposed) surface of the support 2 or the support region 3 that forms the actual support surface of the support 2 or the support region 3.

[0142] Figures 9 to 13This is a side view of a support device 1 for supporting a user's body parts (not shown) according to other embodiments.

[0143] refer to Figure 9 It is evident that the support device 1 may include or contain attachment means 23 for temporarily attaching the support device 1 to or onto a third object, particularly to or onto a third object worn on the user's body. The support device 1 may also be attached to a third object in such a manner that it is particularly attached to a mobile or portable third object. Attachment of the support device 1 to the corresponding third object particularly allows the support device 1 to be in an orientation and / or position in which the desired orientation of the body part supported on the support area 3 is possible and can be maintained. A specific example of a third object is one to be worn on the user's body, such as a garment. Therefore, the support device 1 may be attached to or onto a third object, such as a garment. For example, it is conceivable that the support device 1 may be attached to a pocket of a garment, such as clothing to be worn on the wearer's upper body, such as a jacket, sweater, etc., or clothing to be worn on the wearer's lower body, such as trousers, skirt, etc. The attachment device 23 may include one or more attachment elements 24, which are merely illustrative, configured to attach (without damage or destruction) the support device 1 to a corresponding third object. The corresponding attachment elements 24 may, for example, allow the support device 1 to be attached to the corresponding third object in a form-fit and / or force-locking manner. Therefore, a specific example of a corresponding attachment element 24 is a hook and / or ring element (Velcro fastening element).

[0144] refer to Figure 10 Clearly, the support device 1 may include a support body 2 having a placement portion 25 for placing the support body 2 on a surface or base. According to the design, the support body 2 can be stably placed on a surface or base, such as a tabletop, via the corresponding placement portion 25.

[0145] The corresponding placement portion 25 may be provided with or include at least one material or corresponding material structure that provides anti-slip support for the support 2 on the surface or base. For example, the corresponding material or corresponding material structure can thus facilitate allowing the support 2 to be supported stably on the surface or base. The corresponding material or corresponding material structure may be made, for example, of an elastomeric material or elastomeric material structure, or may include at least one elastomeric material. In principle, both natural and synthetic elastomeric materials or material structures are possible. For manufacturing purposes, thermoplastic elastomers may be advantageously used, for example.

[0146] The corresponding placement portion 25 may be provided with or include at least one reversibly deformable material, particularly a reversibly deformable flexible material, or a reversibly deformable material structure, particularly a reversibly deformable flexible material structure. For example, the corresponding material or corresponding material structure may therefore facilitate any desired modification of the orientation of the support 2 on its surface or base, particularly relative to a neutral or reference orientation, which, for example, may make it easier or possible for a user with spasticity of a body part or limb to use the support device 1; this is particularly suitable if the spasticity or other anatomical disorder in question requires a specific orientation of the support 2, particularly relative to a neutral or reference orientation, in order to support the body part on the support area 3, especially without causing any pain. The corresponding material or corresponding material structure may be made, for example, of an elastomer or porous material or an elastomer or porous material structure, or may include at least one elastomer material. In principle, both natural and synthetic elastomers or porous materials or material structures are possible. For manufacturing purposes, for example, optionally foamed thermoplastic elastomers may be advantageously used.

[0147] like Figures 10 to 13 As exemplarily shown, the corresponding placement portion 25 may include a placement portion element 26, which is specifically positioned non-planarly on a plane or base, allowing the support 2 (the support resting on a surface) to be placed relative to the surface or base for mobility, particularly pivotal mobility, in at least one degree of freedom. In this way, the support 2 can be moved relative to the surface or base, which may facilitate creating the most relaxed possible positions for the corresponding body part and the superior body part. For example, a modifiable orientation of the support 2 compared to a reference orientation allows for (however) more relaxed or easier support of the body part. Figures 10 to 13 As shown, the corresponding placement element 26 can have, for example, a unicorn, polygon, circle, circular, or pointed geometry. Similarly, the movable placement of the support 2 can provide training options, such as for muscle training, because certain movement sequences associated with training effects can be performed by moving the support 2 relative to the surface or base.

[0148] The corresponding mounting element 26 can also be designed as a separate component and, when needed, can be optionally detachably (without damage or destruction) connected to or be able to be connected to the support 2 to form the support device 1. The corresponding (e.g., spherical, hemispherical, cylindrical, semi-cylindrical, or pyramidal) mounting element 26 can be connected to the support 2, for example, via a Velcro fastener system or an interchangeable fastener system.

[0149] Figure 14 This is a side view of a support device 1 for supporting a user's body parts (not shown) according to another embodiment.

[0150] refer to Figure 14 Clearly, the support device 1 may include a support element 27, which is particularly detachably (without damage or destruction) supported on or can be supported on the support area 3 to at least partially, and optionally completely, cover the support area. For hygiene reasons, the corresponding support element 27 may be particularly advantageous because the support area 3 or the support body 2 is protected from direct contact with the corresponding body part, and thus from, for example, skin deposits, sweat, etc. The corresponding support element 27 may be made of a resilient flexible material or a resilient flexible material structure such that the support element 27 does not impair the fit of the support area 3. The corresponding support element 27 may be made of optional washable natural and / or synthetic fabric materials or natural and / or synthetic fabric structures. References to leather or plastic materials are merely exemplary.

[0151] Figure 15 This is a plan view of a support device 1 for supporting a user's body parts (not shown) according to another embodiment.

[0152] Figure 15 The illustrated embodiment also includes a ventilation device 22 for ventilating the support area 3 and / or the support body 2 and / or the body parts supported on or to be supported on the support device 1.

[0153] refer to Figure 15 It is clear that the corresponding ventilation duct structure of the ventilation device 22 can be formed by one or more biomimetic geometries configured in a predefined manner. Figure 15 The ventilation duct structure is implicitly indicated by the corresponding opening 22a of the corresponding ventilation duct. The corresponding opening 22a may be formed, for example, a perforated or pore-shaped cavity. The corresponding ventilation duct can be clearly formed in the region of the base portion 6 and the region of at least one support portion 4. However, it is of course conceivable that the corresponding ventilation duct is formed only in the region of the base portion 6 or the region of at least one support portion 4.

[0154] Single, several, or all ventilation ducts can typically be interconnected through their arrangement. Corresponding biomimetic geometries can support or improve the ventilation of body parts supported or to be supported on the support device 1. Therefore, biomimetic geometries can typically be formed in the support body 2 in a predefined manner to create the corresponding ventilation duct structure.

[0155] Figure 16 This is a plan view of a support device 1 for supporting a user's body parts (not shown) according to another embodiment.

[0156] Figure 16 The illustrated embodiments and Figure 15The difference in the illustrated embodiment is that the support device 1 does not include a base plate or carrier plate 10, and therefore does not include a carrier for supporting the support device 1. As implied, this generally applies to all embodiments of the support device 1; thus, all embodiments of the support device 1 can be implemented without a corresponding carrier for supporting the support device 1.

[0157] Although not shown in the accompanying drawings, the support device 1 may include a fixation device assigned to or potentially assigned to the support body 2 and / or support region 3 for temporarily securing a body part supported on the support region 3 in a desired support position, particularly the body part on the support region 3. This fixation can facilitate and maintain the desired orientation of the body part supported on the support region 3. In this way, the relaxation or therapeutic effects achievable by the support device 1 can be aided. The corresponding fixation device allows for the direct fixation of the corresponding body part to the support body 2 or support region 3; this can be achieved, for example, via a fixation element attached to or potentially attached to the support body 2 or support region 3, such as a strap, loop, etc., which, when worn, at least partially, and optionally completely, surrounds the corresponding body part, thereby securing the body part to the support body 2 or support region 3. Similar tubular or tubular fixation devices are also conceivable, i.e., fixation tubes made of fabric, which can be pulled on the support device and the body part supported on or to be supported thereon, and in this way facilitate and maintain the desired orientation of the body part supported on the support region. Another possible fixation device is that, when the body part to be fixed is the hand, it can fix the upper body part, such as the arm, in a specific orientation.

[0158] In all embodiments, the support region 3 and / or the support body 2 can be made of at least one foam material, particularly expanded granular foam materials such as expanded plastic materials. The corresponding foam material reduces the weight of the support body 2 or the support region 3. The corresponding foam material can also additionally provide comfortable tactile properties to the support body 2 or the support region 3. Other advantages of the corresponding foam material are its ease of management and low processing cost.

[0159] Also applicable to all embodiments is that the support region 3 and / or the support 2 is made of or includes at least one magnetizable or magnetic material. Magnetizable or magnetic materials, such as corresponding ferromagnetic metals, can have a positive effect on blood flow through the corresponding body part, and this can promote therapeutic effects. Magnetizable or magnetic materials can be provided as solid materials or in granular form.

[0160] Also applicable to all embodiments is that, optionally or additionally, the support region 3 and / or the support body 2 are made of or include at least one antimicrobial material. Antimicrobial materials, such as antimicrobial metals, can have a positive effect on the hygienic properties of the support region 3 and / or the support body 2. The antimicrobial material can be provided as a solid material or in granular form.

[0161] Regarding the production of support device 1, i.e. support body 2 and / or support area 3, any manufacturing method is considered in principle, especially molding and / or forming manufacturing methods.

[0162] In particular, additive manufacturing methods and subtractive manufacturing methods, i.e., especially machining methods, are considered.

[0163] Figure 17 This is a schematic diagram of a communication system 28 according to an embodiment. The communication system 28 includes: at least one support device 1, which includes a transmission device 16 configured to transmit information to and / or receive information transmitted by at least one communication partner 29; and at least one communication partner 29 configured to receive information transmitted by at least one support device 1 and / or transmit information to at least one support device 1.

[0164] The communication partner 29 can be, for example, a mobile terminal, such as a portable computer (laptop), smartphone, tablet, or smart glasses; a fixed terminal, such as a fixed computer (desktop, server); a web application; or web storage (cloud), etc.

[0165] Figure 18 This is a schematic diagram of a method for producing a support device 1 for receiving a user's body part according to an embodiment. The method includes the following steps:

[0166] Step S1, wherein body part size information is provided, which describes the size of the body part to be supported at least partially, and optionally entirely, on the support device to be manufactured.

[0167] Step S2, wherein, for example, multiple support device size information are provided in a data storage device, wherein each support device size information describes at least one predefined size of the support device, the predefined size being assigned to at least one size of a body part, and the support device being manufactured or to be manufactured based on the corresponding support device size information.

[0168] Step 3 involves selecting the size information of the support device based on the provided body part size information.

[0169] Step 4, wherein support device 1 is produced based on data containing or describing the size information of the selected support device.

[0170] Therefore, the corresponding data on which the support device 1 is based according to the method may include production data that can be used or employed by the production plant that produces the corresponding support device 1, or be converted into such production data.

[0171] According to this method, selection can be made by matching or comparing the provided body part size information with the corresponding body part size information assigned to the corresponding support device size information, wherein the support device size information can be selected whose assigned body part size information is the same as or similar to the provided body part size information, especially within a predefined or predefined tolerance range.

[0172] The body part size information provided or to be provided according to this method can be accomplished by detecting, in particular optically detecting, the body part of the user to be supported on the support device 1. According to this method, based on the detection information generated by the detection, the body part of the user to be supported on the support device can be detected, in particular optically, and the body part size information to be provided can be generated (step S1'). As implied, the detection can be performed, in particular optically, and thus can be performed, for example, by means of a detection device in the form of a camera device or a video device. The corresponding camera device or video device constitutes a component on the user side or producer side, particularly a mobile terminal device, such as a mobile computer (laptop), smartphone, tablet computer, smart glasses, etc.

[0173] A single feature, multiple features, or all features disclosed in a particular embodiment may be combined with a single feature, multiple features, or all features disclosed in at least one other embodiment.

[0174] A key aspect relates to a support device for at least partially and optionally fully supporting at least one body part of a user. The support device includes a support body comprising at least one support region for at least partially and optionally fully supporting at least one body part of the user. The support region at least partially and optionally fully includes a geometric design or shape designed to be configured in a predefined manner based on body part size information selected and formed or generated from data describing support device size information. The support device size information describes the size of the body part to be at least partially and optionally fully supported on the support device 1. Each support device size information describes a predefined size of the support device 1 that can be generated based on the corresponding support device size information. The predefined size is assigned to at least one size of the body part.

Claims

1. A support device (1) for supporting a user's hand, the support device comprising a support body (2) including at least one support region (3) for supporting the user's hand, characterized in that, The at least one support region (3) has a geometric design or shape that is configured in a predefined manner, the geometric design or shape being: Designed or generated based on data described by the dimensions of the support device, where The support device size information is selected from multiple predefined support device size information as the basis for the data used in designing or manufacturing the support device, wherein... Based on hand size information, a support device size is selected from multiple support device size information sets, whereby the hand size information describes the size of the hand to be supported on the support device. The support body (2) or the support area (3) includes a specific number of receiving portions (4) designed to be configured in a predefined manner and / or a specific arrangement of receiving portions (4) designed to be configured in a predefined manner, the receiving portions corresponding to the number and / or arrangement of the user's fingers to be supported on the support device (1), wherein the support body (2) or the support area (3) includes at least two finger support portions, the finger support portions being designed to be configured in a predefined manner and in a parallel arrangement, the finger support portions corresponding to the fingers of the user's hand to be supported on the support device (1). The quantity and arrangement of the support devices, wherein the support devices include ventilation devices (22) integrated in the support area (3) and / or the support body (2), the ventilation devices being used to at least partially ventilate the support area (3) and / or the support body (2) and / or the hand supported on or to be supported on the support device (1), and wherein the support body or the support area (3) includes one or more support area portions (5) configured in a predefined manner, the support area portions being designed as receiving portions (4) and configured to receive the fingers of the hand supported on or to be supported on the support area (3). The support (2) or the support area (3) includes five finger support portions arranged in parallel, and the ventilation device (22) includes a ventilation duct structure that includes multiple ventilation ducts through which gas can flow.

2. The support device according to claim 1, characterized in that, The finger support portion is arranged and / or oriented to extend in a first spatial direction.

3. The support device according to claim 2, characterized in that, At least one additional support region (3) is arranged or oriented to extend laterally to the finger support portion for supporting the end region of the metacarpal bone region of the user's hand to be supported on the support device (1).

4. The support device according to claim 2, characterized in that, The finger support portion transitions to another support portion.

5. The support device according to any one of claims 1 to 4, characterized in that, The support (2) or the support area (3) includes a base portion, which includes one or more curved portions (8, 9) formed by bending, the curved portions being modeled after a hand.

6. The support device according to any one of claims 1 to 4, characterized in that, The finger support portion and / or at least one additional support portion are formed in at least one loop-shaped or loop-shaped curved portion (8, 9).

7. The support device according to claim 5, characterized in that, The base portion includes a pad-like or cushion-shaped curved portion (8, 9) that, when the support device is in its intended use state, is configured to support the metacarpal region of the user's hand that is supported on or to be supported on the support device.

8. The support device according to claim 7, characterized in that, The support (2) or the support area (3) includes a base form designed to be configured in a predefined manner, modeled on the hand to be supported on the support device (1).

9. The support device according to any one of claims 1 to 4, characterized in that, The support (2) is arranged or formed on the substrate.

10. The support device according to any one of claims 1 to 4, characterized in that, The first detection device (23) is configured to detect at least one chemical and / or physical variable of the support region (3) and / or the support body (2) and / or the hand supported on the support region (3).

11. The support device according to claim 10, characterized in that, The transmission device (16) is assigned to or can be assigned to the second detection device (12-15), the transmission device being configured to transmit detection information describing the chemical and / or physical variables detected by the first detection device (23) to at least one communication partner (29).

12. The support device according to any one of claims 1 to 4, characterized in that, The second detection device is configured to detect a hand supported on the support area (3).

13. The support device according to any one of claims 1 to 4, characterized in that, The transmission device (16) is configured to detect at least one physiological variable of the user who supports his hand on the support area (3).

14. The support device according to any one of claims 1 to 4, characterized in that, The second detection device is configured to detect the movement of the support (2) in at least one degree of freedom, and / or detect the movement of a hand supported on the support area (3) in at least one degree of freedom.

15. The support device according to claim 11, characterized in that, The data storage device (17) is configured to store at least one piece of detection information detected by the second detection device (12-15).

16. The support device according to claim 11, characterized in that, The signal output device (24) is configured to generate at least one acoustic and / or optical and / or tactile output signal based on at least one detection information generated by the second detection device.

17. The support device according to any one of claims 1 to 4, characterized in that, The support (2) is integrated into the input device (19) of the device that can be controlled by the input device (19), or is designed as such an input device (19).

18. The support device according to any one of claims 1 to 4, characterized in that, The temperature control device is used to control the temperature of the support area (3) and / or the support body (2) and / or the temperature of the hand supported on or to be supported on the support device (1).

19. The support device according to any one of claims 1 to 4, characterized in that, The fixing device is used to temporarily fix the hand supported on the support area (3).

20. The support device according to any one of claims 1 to 4, characterized in that, The attachment device is used to temporarily attach the support device (1) to or to the third object.

21. The support device according to any one of claims 1 to 4, characterized in that, The support (2) includes at least one placement portion (25) for placing the support (2) on a surface, wherein The placement portion (25) includes at least one placement portion element located on a flat surface in a non-planar manner, and enabling the support (2) placed on the surface to be placed relative to the surface so as to be movable in at least one degree of freedom.

22. The support device according to any one of claims 1 to 4, characterized in that, The support area (3) is designed as a component separate from the support body (2) to form the support device (1) and can be connected to the support body (2) when needed.

23. The support device according to any one of claims 1 to 4, characterized in that, At least one support element is supported or can be supported on the support area (3) to cover the support area.

24. The support device according to any one of claims 1 to 4, characterized in that, The support (2) and / or the support area (3) are made of foam material; and / or The support region (3) and / or the support body (2) are made of at least one magnetizable or magnetic material; and / or The support region (3) and / or the support body (2) are made of at least one antimicrobial material.

25. A communication system (28), comprising: At least one support device (1) according to any one of claims 1 to 24, comprising a transmission device (16) configured to transmit information to and / or receive information transmitted by at least one communication partner (29). At least one communication partner (29) is configured to receive information transmitted by at least one support device (1) and / or transmit information to at least one support device (1).

26. A method for producing a support device (1) according to any one of claims 1 to 24, the support device being used to support a user's hand, the method comprising the steps of: Provide hand size information, which describes the size of the hand to be supported on the support device (1) to be manufactured; Multiple support device size information are provided, wherein each support device size information describes at least one size, and the at least one size is assigned to at least one size of the hand of the support device (1) produced or to be produced based on the corresponding support device size information; Select the support device size information based on the provided hand size information; The support device is manufactured based on the selected support device size information (1).

27. The method according to claim 26, characterized in that, The selection is made by matching or comparing the provided hand size data with the corresponding hand size information assigned to the corresponding support device size information, wherein the selected support device size information is the same as or similar to the provided hand size information.

28. The method according to claim 26 or 27, characterized in that, The user's hand on the support device (1) is detected, and hand size information to be provided is generated based on the detection information generated by the detection.

Images