Stick holder, stick and system comprising a stick holder and a stick

Abstract

The present disclosure relates to a pen holder (2) for storing a pen (36) or marker, in particular a deep-hole marker, comprising a base body (4), preferably sleeve-shaped, which extends in a longitudinal direction (L) and defines a receiving space (12) for at least partially receiving the pen (36) and has a base body wall (62). The base body (4) has an insertion opening (10) in the base body wall (62) at a first end (38) in the longitudinal direction (L) for inserting the pen (36) into the receiving space (12), wherein at least a first coupling element (32) is formed in or on an end section (38) of the base body (4) facing the insertion opening (10) to reversibly fix the pen (36) in the receiving space (12), wherein the first coupling element (32) includes or is a magnetic element or a magnet.The present disclosure further relates to a pen (36) and a system (60) consisting of the pen holder (2) and the pen (36).

Description

Technical field

[0001] The present disclosure relates to: a pen holder for storing and transporting a pen or marker, in particular a deep-hole marker; a pen, in particular a deep-hole marker, for the pen holder; and a system comprising the pen holder and the pen. State of the art

[0002] In trades and on construction sites, various pens, such as deep-hole markers or carpenter's pencils, are used daily for marking, sketching, and taking notes. It is particularly important that the pen is easily accessible and can be operated with one hand, ensuring access even when the user's other hand is occupied with a tool, such as a spirit level, or assembly materials.

[0003] Additionally, the pen should be housed / fixed in such a way that loss / misplacement of the pen can be avoided, as pens lying around are easily lost, especially in construction site use.

[0004] To solve these problems, pen holders, such as those known from DE 695 06 392 T2, have become established on the market. These pen holders can be attached to a user's / operator's pocket or belt with a clip, allowing one-handed access to the pen.

[0005] Conventional pen holders have the disadvantage that the user must look towards the holder to insert, secure, and lock the pen. Furthermore, the pen can easily fall out, especially if the user bends far forward on a construction site.

[0006] To overcome this disadvantage, locking mechanisms were developed that reversibly lock the pen into the pen holder. Such locking mechanisms reduce the risk of losing the pen from the pen holder.

[0007] However, a disadvantage of such locking mechanisms is that, especially with pins and pin holders for construction site use, they must have a high preload force between the pin and the pin holder to ensure that the pin is reliably held in the pin holder.

[0008] Such a high preload force has the disadvantage that the pen holder must be held by the user to remove the pen, as it could otherwise detach from the user's trousers. Furthermore, the pen holder must be held to overcome the preload force when inserting the pen, since a trouser pocket waistband cannot reliably withstand the necessary insertion force required to overcome the preload and thus lock the pen into place. Therefore, the pen holder can only be operated with one hand to a limited extent, and user comfort is significantly reduced. Brief description of the Revelation

[0009] The purpose of this disclosure is therefore to provide a pen holder, a pen, and a system comprising the pen and the pen holder that overcome or at least reduce the disadvantages of the prior art. Specifically, the purpose of this disclosure is to provide a pen holder that, on the one hand, reliably and securely fixes the pen even during construction site use and, on the other hand, ensures easy one-handed operation. Furthermore, the purpose is to provide a suitable pen that can be securely and reliably fixed in the pen holder. Finally, the purpose of this disclosure is to provide a system comprising the pen holder and the pen.

[0010] These tasks are solved by a pen holder according to independent claim 1, by a pen according to claim 7, by a system comprising the pen holder and the pen according to claim 12, and by a use according to claim 14. Advantageous embodiments are part of the dependent claims and / or described below.

[0011] Specifically, the problem is solved by a pen holder for storing a pen / marker, in particular a felt-tip pen, paint marker, deep-hole marker, or carpenter's pencil, comprising a base body, preferably sleeve-shaped, which extends longitudinally and defines a receiving space for at least partially receiving the pen and has a base body wall. The base body has an insertion opening in its wall at a first end along its longitudinal direction to insert the pen into the receiving space. At least one first coupling element is formed in or on the base body, preferably in or on an end section of the base body facing the insertion opening (i.e., near the insertion opening), to reversibly fix the pen in the receiving space, wherein the coupling element includes or is a magnetic element or a magnet.

[0012] In other words, the problem is solved by the pin holder, which is designed and configured to reversibly receive at least one pin. The pin holder has a base body that extends longitudinally, preferably at least partially cylindrically. Alternatively or additionally, the base body can be partially conical and / or frustoconical. The pin holder preferably has a (much) greater extent in the longitudinal direction than in a lateral / radial / circumferential / transverse direction oriented perpendicular to the longitudinal direction. The base body can preferably have a sleeve shape or be sleeve-shaped. In other words, the base body can have a type of tube geometry closed at one end with a relatively thin base body wall. The base body or the base body wall defines the receiving space of the pin holder.

[0013] The receiving chamber is accessible through the insertion opening and connected to the environment surrounding the pen holder. The insertion opening is formed longitudinally at one end of the pen holder. In particular, the insertion opening can be formed on an end face of the base body or substantially form the end face. The insertion opening is the opening through which the pen can be inserted, at least partially, into the receiving chamber. Preferably, the insertion opening is the only opening that connects the receiving chamber to the environment surrounding the pen holder. Alternatively, embodiments with at least one drainage opening are conceivable. Drainage openings are particularly conceivable when using a pencil.

[0014] The first coupling element is formed at the first end / end section, i.e., adjacent to / near the insertion opening. The first coupling element is designed and configured to reversibly fix / lock the pen in the receiving space such that at least the writing tip is received in the receiving space. If the pen is a deep-hole marker, the first coupling element is designed and configured to reversibly fix the pen in the receiving space such that the marking tip, consisting of the writing tip and a shaft connecting the writing tip to the base body, is preferably completely received in the receiving space.

[0015] The first coupling element is, or at least contains, a magnetic element.

[0016] A magnetic element is defined as an element that is attracted, or can be attracted, by a magnet. In other words, a magnetic element is understood to be a ferromagnetic and / or a paramagnetic element.

[0017] The magnetic element can be made of, for example, iron, cobalt, nickel, or a suitable alloy.

[0018] Alternatively, the first coupling element is or includes at least one magnet.

[0019] A magnet is an element that generates a magnetic field in its surroundings. Within this magnetic field, certain other magnetic elements or magnets are attracted or repelled by the magnet.

[0020] The first coupling element can be permanently or detachably attached to or integrated with the base body. For example, the first coupling element can be bonded to the base body. Alternatively, the first coupling element can be cast into or integrated with the base body. Another alternative is that the first coupling element can be received in a receptacle provided for it. For example, the first coupling element can be pressed or bonded into the receptacle.

[0021] The first coupling element can be formed on or in an outer surface of the base body facing away from the receiving space. Alternatively, the first coupling element can be formed in or on an inner surface of the base body. Another alternative is that the first coupling element can be formed in the base body wall or in a projection or indentation of the base body wall.

[0022] Using a magnet or magnetic element as the primary coupling element ensures easy handling, as the pen adheres quickly and reliably to / is secured in the pen holder without requiring any manual twisting or pushing by the user. This reduces the effort required to remove or replace the pen in the holder and simultaneously improves usability. Furthermore, the magnetic primary coupling element provides a stable connection that maintains its holding power even with frequent use, reliably keeping the pen in place. The magnetic principle also secures the pen in the holder with minimal mechanical stress, extending the lifespan of the components and making the pen holder more convenient to use.Furthermore, the user can, for example when operating the pen holder with one hand, simply insert the pen tip into the insertion opening of the pen holder and then drop it in, while still being sure that the pen is reliably fixed in the pen holder.

[0023] In one aspect, at least one coupling element can be distributed, preferably uniformly, over a circumference or a circumferential section of the base body.

[0024] In other words, the single first coupling element can uniformly surround the base body and / or the receiving space. Alternatively, several first coupling elements can be uniformly distributed around the circumference of the base body. A uniform distribution of several first coupling elements means that there is a constant distance between adjacent first coupling elements in the circumferential direction of the base body or its wall. In other words, the included angle or arc length between adjacent first coupling elements can be constant around the circumference of the base body. Put another way, the spacing or angle of the coupling elements in or on the base body wall, or across the entire circumference of the base body wall, can be constant.

[0025] A reliable fixation of the pin in the pin holder can be ensured by a uniform, circumferential design of the at least one first coupling element. Specifically, the operator does not need to ensure correct alignment of the pin relative to the pin holder, but can simply slide the pin into the holder blindly. The uniform circumferential design of the at least one first coupling element ensures a reliable magnetic connection between the pin and the pin holder in a multitude of rotational positions. Preferably, this allows for (automatic) self-alignment of the pin within the receiving space of the pin holder.

[0026] In another aspect, the preferably exactly one first coupling element can be designed as a ring-shaped coupling element, wherein the coupling element can radially enclose / surround the receiving space section by section.

[0027] In other words, the preferably exactly one first coupling element can be designed as an annular strip-shaped or as a washer-shaped coupling element, which radially surrounds or limits the receiving space in a local section in the longitudinal direction of the receiving space.

[0028] This design of the first coupling element ensures both easy assembly of the pen holder and more reliable fixation of the pen within it. Specifically, the operator no longer needs to pay attention to the correct alignment of the pen relative to the pen holder, but can simply slide the pen into it blindly. The ring-shaped design of at least one coupling element guarantees a reliable magnetic connection between the pen and the pen holder in any rotational position.

[0029] Another aspect is the polar orientation of the first coupling element in the longitudinal direction. In other words, the north pole of the first coupling element can be oriented in the positive longitudinal direction, and the south pole of the first coupling element can be oriented in the negative longitudinal direction. Naturally, the polar orientation can also be reversed.

[0030] Alternatively, the polar orientation of the first coupling element could be designed perpendicular to the longitudinal direction. Such a polar orientation perpendicular to the longitudinal direction would allow for automatic positioning of the pin in the pin holder.

[0031] In another aspect, the first coupling element can be fixed or detachably attached to the base body via a first fixing element of the base body, preferably via a thread. Alternatively, embodiments are also conceivable in which the fixing element is formed separately from the base body.

[0032] In other words, the first fixing element can be designed to fix the first coupling element to the base body. The first fixing element can be designed and configured to firmly connect the first coupling element to the base body. Examples of a firm connection between the first fixing element and the (remaining) base body include welding, bonding, forming, or similar processes.

[0033] Alternatively, the first fixing element can be designed and configured to be detachably fixed to or with the base body. Examples of a detachable connection between the first fixing element and the base body include a thread, preferably an external thread on the base body and an internal thread in the first fixing element, a plug connection, a snap-fit ​​connection, a fit, or the like.

[0034] In another aspect, the first fixing element can include or be the insertion opening of the base body.

[0035] In other words, the first fixing element can be formed on the base body such that it is located in or on the first end of the base body, or it can (completely) form the first end of the base body. The first fixing element can include or form the insertion opening.

[0036] By designing the first fixing element in this way, the first coupling element can be located in the immediate vicinity of the insertion opening. Furthermore, mounting the first coupling element to the base body can be simplified.

[0037] Preferably, the first coupling element can be clamped to the base body by the first fixing element / fixed by a clamping force. In other words, the first fixing element can fix the first coupling element by means of a clamping force.

[0038] In a specific embodiment, the first coupling element can be pushed onto the base body via the external thread of the base body in a first step, and then, in a second step, the first fixing element can be screwed onto the external thread of the base body until the first fixing element secures the first coupling element to the base body in a force-fit and form-fit manner.

[0039] In another aspect, a fastening clip can be formed on the base wall to fix the pen holder to a pocket or belt of the user.

[0040] In other words, the fastening clip can be formed on the outer surface / circumferential surface of the base body wall. The fastening clip can be designed as a spring element that exerts a spring force against the base body wall. In other words, the fastening clip is preferably pre-tensioned against the base body wall so that a trouser pocket edge, in particular a ruler pocket edge, or the belt can be clamped between the fastening clip and the base body wall, thus securing the pen holder firmly to the trouser pocket or a belt.

[0041] Preferably, the fastening clip is formed integrally with the base body wall.

[0042] Particularly preferentially, first barbs or teeth may be formed on an inner side of the fastening clip facing the base body wall.

[0043] Preferably, second barbs or teeth can be formed on the base body wall facing the fastening clip. The first and second barbs can be arranged alternately in the longitudinal direction.

[0044] In another aspect, at least one grip element can be formed on the base body wall. This grip element can act as a point of force application when the pen is pulled out of the pen holder, in order to overcome the fixing force of the coupling element, especially during one-handed operation.

[0045] In another aspect, two handle elements can be formed on the base body, whereby the two handle elements can be arranged at an angle to each other in the top view in the direction of the longitudinal direction.

[0046] The two handle elements can be identical and / or symmetrical, in particular mirror-symmetrical, to each other.

[0047] Furthermore, the two handle elements can preferably be designed symmetrically to a first plane of symmetry of the fastening clip on the outer wall.

[0048] In other words, two handle elements can extend radially outwards from the base body wall. The two handle elements can be positioned in the same longitudinal direction.

[0049] The first plane of symmetry of the fastening clip can include a central fiber of the fastening clip and the central fiber of the pen holder. In other words, the first plane of symmetry can extend centrally through the base body and the fastening clip in the longitudinal direction. The two grip elements are preferably arranged and designed symmetrically, preferably mirror-symmetrically, with respect to the plane of symmetry.

[0050] The two handle elements are particularly preferably positioned in a top view that extends away from the main body in an ear-like shape.

[0051] Alternatively, the handle element can be designed as a circumferential flange, a partially circumferential flange, a funnel, as individual prongs or ribs distributed around the circumference of the pen holder, or similar features.

[0052] Furthermore, the problem of the present disclosure is solved by a pen, in particular a deep-hole marker, felt-tip pen, paint marker, or carpenter's pencil, which may also be used independently, wherein the pen includes a second coupling element. The second coupling element includes or is a magnetic element or a magnet, wherein the second coupling element is preferably magnetically compatible with the first coupling element.

[0053] The second coupling element is designed and configured to reversibly fix the pen in the receiving space such that at least the writing tip is received in the receiving space. If the pen is a deep-hole marker, the second coupling element is designed and configured to reversibly fix the pen to or in the pen holder such that the marking tip, preferably completely, is received in the receiving space.

[0054] The second coupling element is, or at least includes, a magnetic element.

[0055] Alternatively, the second coupling element is or includes at least one magnet.

[0056] The second or at least one coupling element can be permanently or detachably attached to or within the pin. For example, the first coupling element can be glued to the pin. Alternatively, the first coupling element can be encapsulated with or within the pin, particularly within a pin housing.

[0057] The second coupling element can be formed on or in an outer surface of the pen or pen body facing away from the lead receptacle. Alternatively, the second coupling element can be formed in or on an inner surface of the lead receptacle. Another alternative is that the second coupling element can be formed in the pen body wall.

[0058] The use of a magnet or magnetic element as a second coupling element enables easy handling, as the pen adheres quickly and reliably to / in the pen holder without the need for manual twisting or sliding. This reduces the effort required to pull or remove the pen from the holder and simultaneously improves user-friendliness. Furthermore, the magnetic second coupling element ensures a stable connection that maintains its holding power even with frequent use, reliably keeping the pen in place. The magnetic principle also secures the pen in the holder with minimal mechanical stress, extending the lifespan of the components and making pen use more comfortable.Furthermore, the user can, for example when operating the pen with one hand, simply insert the tip of the pen into the insertion opening of the pen holder and then drop it in, while still being sure that the pen is reliably fixed in the pen holder.

[0059] Magnetic compatibility of the first coupling element and the second coupling element means that the first coupling element and the second coupling element attract each other magnetically in a state in which the pen is inserted into the pen holder.

[0060] In one aspect, the second coupling element can be formed in or on a handle section of the pen.

[0061] In other words, the pen can include a grip section designed and shaped to be grasped by the user. The grip section can include, accommodate, and / or limit the second coupling element.

[0062] In one aspect, at least one second coupling element can be formed, preferably evenly distributed over a circumference or a circumferential section of the pin.

[0063] In other words, the second coupling element can uniformly surround the pen body and / or the refill chamber. Alternatively, several coupling elements can be uniformly distributed around the circumference of the pen body. A uniform distribution of several second coupling elements means that there is a constant distance between adjacent second coupling elements in the circumferential direction of the pen body or pen body wall. In other words, the included angle or arc length between adjacent second coupling elements can be constant around the circumference of the pen body. Put another way, the spacing or angle of the coupling elements in or on the pen body wall can be constant.

[0064] A reliable fixation of the pin in the pin holder can be ensured by a uniform, circumferential design of at least one second coupling element. Specifically, the operator does not need to ensure correct alignment of the pin relative to the pin holder, but can simply slide the pin into the holder blindly. The uniform circumferential design of the at least one second coupling element ensures a reliable magnetic connection between the pin and the pin holder in a multitude of rotational positions. Preferably, this allows for (automatic) self-alignment of the pin within the receiving space of the pin holder.

[0065] In another aspect, the preferably exactly one second coupling element can be designed as an annular coupling element, wherein the coupling element can radially enclose / surround the pin body section by section, in particular in a longitudinal section of the pin.

[0066] In other words, the preferably exactly one second coupling element can be designed as an annular strip-shaped or as a washer-shaped coupling element, which radially surrounds or limits the writing lead receiving space in a local section in the longitudinal direction of the writing lead receiving space.

[0067] This design of the second coupling element ensures both easy assembly of the pin and more reliable fixation of the pin in the pin holder. Specifically, the operator no longer needs to pay attention to the correct alignment of the pin relative to the pin holder, but can simply slide the pin into the holder without looking. The ring-shaped design of at least one of the second coupling elements guarantees a reliable magnetic connection between the pin and the pin holder in any rotational position.

[0068] Another aspect is the polar orientation of the second coupling element in the longitudinal direction. In other words, the north pole of the second coupling element can be oriented in the positive longitudinal direction, and the south pole of the coupling element can be oriented in the negative longitudinal direction. Naturally, the polar orientation can also be reversed.

[0069] Preferably, the polar orientation of the first coupling element corresponds to the polar orientation of the second coupling element. In particular, preferably, the polar orientation of the first coupling element with respect to the longitudinal direction corresponds to the polar orientation of the second coupling element with respect to the longitudinal direction.

[0070] Alternatively, it is conceivable to design the polar alignment perpendicular to the longitudinal direction. Such a polar alignment perpendicular to the longitudinal direction would allow for automatic positioning of the pin in the pin holder.

[0071] In another aspect, the second coupling element can be fixed or detachable to the pin via a second fixing element, preferably via a thread.

[0072] In other words, the second fixing element can be designed to fix the second coupling element to the pin or the pin housing. The second fixing element can be designed and configured to firmly and permanently connect the second coupling element to the pin. Examples of a permanent connection between the second fixing element and the pin housing include welding, bonding, forming, or similar processes.

[0073] Alternatively, the second fixing element can be designed and configured to be detachably fixed to the pin housing. Examples of a detachable connection between the second fixing element and the pin housing include a thread, preferably an external thread on the pin housing and an internal thread in the second fixing element, a plug connection, a snap-fit ​​connection, a fit, or the like.

[0074] The first fixing element and / or the second fixing element can, for example, be designed as a sleeve, a ring, a nut, or the like.

[0075] In one aspect, an inner or outer circumferential groove can be formed in the first fixing element and / or in the second fixing element to receive the first coupling element or the second coupling element in a form-fitting and / or force-fitting manner.

[0076] In another aspect, the second fixing element can include or be a stop for the pen against the pen holder.

[0077] In other words, the second fixing element can be designed on the pen body in such a way that it limits the grip section of the pen towards a writing tip.

[0078] By designing the second fixing element in this way, the second coupling element can be located in the immediate vicinity of the insertion opening of the pen holder, so that a high magnetic attraction force can be achieved between the first coupling element and the second coupling element.

[0079] Preferably, the second coupling element can be clamped to the pin housing by the second fixing element. In other words, the second fixing element can fix the second coupling element by means of a clamping force.

[0080] In another aspect, the first fixing element and / or the second fixing element can be made of a magnetically permeable material, i.e., a material such as plastic.

[0081] In another aspect, the holding or fixing force of the pin in the pin holder can be adjusted by selecting a dimension, for example a width or a length of the first fixing element and / or the second fixing element.

[0082] The problem of the present disclosure is further solved by a system comprising the pen holder according to one of the above aspects and the pen, in particular a deep-hole marker, according to one of the above aspects, wherein the first coupling element and the second coupling element are detachably magnetically connected to each other in an inserted state of the pen in the pen holder, i.e. attract each other magnetically, and reversibly fix / hold the pen in the pen holder, preferably with a predetermined / preset fixing force.

[0083] In one aspect, the first coupling element and the second coupling element can form a sealing device or, in conjunction with the first and / or second fixing element, form a sealing device which is designed and configured to seal the receiving space towards an environment surrounding the system.

[0084] Sealing means that, in the inserted state of the pen in the pen holder, no foreign bodies, such as dirt particles, can penetrate into the receiving chamber.

[0085] Preferably, and especially in conjunction with a felt-tip pen or paint marker, the seal can also be an essentially airtight seal.

[0086] In one aspect, the first and second coupling elements, when the pin is inserted into the pin holder, can preferably rest flat against each other, thus sealing the receiving space from the surroundings. The sealing surface between the first and second coupling elements can be perpendicular to the longitudinal direction or conical and angled to the longitudinal direction.

[0087] The sealing surface can alternatively be formed between the first fixing element and the second fixing element.

[0088] Alternatively, the sealing surface can be formed between the first fixing element and the pin housing.

[0089] Alternatively, the sealing surface can be formed between the second fixing element and the base body.

[0090] Alternatively, the sealing surface can be formed between the base body and the pin housing.

[0091] In another aspect, a sealing lip, sealing edge or the like may be formed instead of the sealing surface.

[0092] In another alternative embodiment of the system, the magnetic fixation of the pen in the base of the pen holder is provided not (or not exclusively) via the grip section, but via the writing tip and / or the shaft.

[0093] The pen, particularly when configured as a deep-hole marker, comprises a writing tip and a shaft connecting the writing tip to the pen body. In this embodiment, the writing tip and / or the shaft are at least partially made of a metallic material or are formed with a metallic element that constitutes a magnetic element. The magnetic element here is understood to be a (ferro-)magnetic element (for example, made of iron, cobalt, nickel, or an alloy) that is attracted to a magnet. In this configuration, the writing tip and / or the shaft thus form the second coupling element or a component thereof. Alternatively, the shaft can have a sleeve or ring that serves as the magnetic element.

[0094] The base of the pen holder features the first coupling element, which is designed as a magnet. Unlike the preceding embodiments, the first coupling element is preferably not located directly at the insertion opening, but rather positioned deeper within the receiving space. For example, the first coupling element can be located in the area of ​​the second, tapered section of the base or at an end / section of the receiving space opposite the insertion opening. The first coupling element can be designed as an annular coupling element that surrounds the receiving space in the area where the pen shaft rests when inserted. Alternatively, the magnet can be located at the bottom of the receiving space to interact with the writing tip. Furthermore, point-shaped, linear, or semicircular configurations of the magnet are also conceivable.

[0095] The first coupling element can be integrated into the base body wall, pressed in or glued in, or formed on an inside of the base body.

[0096] When the pen is inserted into the holder, the magnetically formed writing tip or shaft enters the effective range of the magnet (the first coupling element) in the pen holder. The first coupling element (the magnet in the base) and the second coupling element (the metallic writing tip / shaft) are magnetically compatible and attract each other. This reversibly fixes the pen, and especially the marker tip, in the pen holder.

[0097] This arrangement has the advantage that the pen is guided lengthwise along its entire length, and the holding force ("fixing force") acts directly on the sensitive writing tip or the sturdy shaft, ensuring secure retention even under strong vibrations. It also facilitates automatic positioning of the pen deep within the holder. Furthermore, depending on the specific design, an additional magnetic element may not be necessary.

[0098] The task of the present disclosure is further solved, according to an aspect that may be claimed independently, by using a / the pen holder, in particular according to one of the above aspects, for the, in particular sealing / sealed, reception of a / the pen, in particular according to one of the above aspects, in the receiving space of the pen holder.

[0099] According to a preferred aspect of the application, the first coupling element of the pin holder forms a sealing section or a component thereof that seals the pin, particularly the second coupling element of the pin. Thus, the first and second coupling elements preferably serve not only for magnetic attachment but also for sealing. Preferably, according to the application, the first coupling element of the pin holder is in direct or indirect sealing engagement with the second coupling element of the pin, preventing the ingress of dirt into the receiving space of the pin holder.

[0100] Indirect intervention here means that one or more elements, for example in the form of one or more fixing elements and / or sealing lips / sealing edges, may be formed between the first coupling element and the second coupling element.

[0101] The task of the present disclosure is further solved, according to any independently claimable aspect, by using a / the pen, in particular according to one of the above aspects, for the, in particular sealing / sealed, reception in a receiving space of a / the pen quiver, in particular according to one of the above aspects.

[0102] According to a preferred aspect of the application, the second coupling element of the pin forms a sealing section or a component thereof, which is received or is sealed against the pin holder, in particular against the first coupling element of the pin holder. Thus, the first and second coupling elements preferably serve not only for magnetic attachment but also for sealing. Preferably, according to the application, the first coupling element of the pin holder is in direct or indirect sealing engagement with the second coupling element of the pin, so that the ingress of dirt into the receiving space of the pin holder is prevented.

[0103] In a potentially independent aspect, the pen may have a detachable, essentially cylindrical cap at an end opposite the writing tip. The disclosure also relates to a pen which has a detachable, essentially cylindrical cap at an end opposite the writing tip. The cap may, for example, function as a push button for advancing a mechanical pencil of the pen and / or close the pen. The cap may be slipped or screwed onto the end of the pen. The cap may have a sharpening device for a writing lead of the pen on its inner surface.

[0104] The sharpening device can have an essentially cylindrical geometry, which is designed and intended to be inserted into a writing lead holder.

[0105] The cap may have knurling on one circumference, the knurling being designed to prevent the operator from slipping when unscrewing the cap from the pin.

[0106] A pictogram of a sharpening device may be formed on the outside of a cap lid, i.e., a top or bottom surface of the cap.

[0107] The sharpening device can be formed on the inside of the cap lid. Brief description of the characters

[0108] Fig. 1 is a side view of a revelatory pencil case; Fig. 2 is a perspective view of the revelatory quiver; Fig. 3 is a perspective view of the pen holder according to the disclosure in a first alternative embodiment; Fig. 4 is a perspective view of the pen holder according to the disclosure in a second alternative embodiment; Fig. 5is a perspective view of the pen holder according to the disclosure in a second alternative embodiment; Fig. 6 is a side view of a pen as revealed, in the form of a deep-hole marker; Fig. 7 is a perspective view of the pen as revealed; Fig. 8 is another side view of the pen as revealed in a first alternative configuration; Fig. 9 is a side view of the system revealed, consisting of the pen quiver and the pen; Fig. 10 is a top view of one cap of the pen; Fig. 11 is a perspective view of the cap; Fig. 12 is another side view of the revealed pen in a second alternative configuration; and Fig. 13 is a side view of the system revealed, consisting of the pen holder and the pen in the second alternative configuration. Description of the exemplary implementations

[0109] The following are examples of embodiments of the present disclosure based on the accompanying figures.

[0110] Figs. 1 to 5 show a pen holder 2 according to the disclosure for storing a pen, in particular a deep-hole marker or a felt-tip pen or a paint marker or a carpenter's pencil.

[0111] The pen holder 2 comprises a base body 4, which extends in a longitudinal direction L. The base body 4 includes a first, essentially tubular section 6 and a second, conically tapered section 8. The first section 6 is formed in one piece. The first section 6 of the base body 4 has an essentially circular insertion opening 10 on a first end face. The insertion opening 10 is designed and configured to allow the pen (see 36 in Fig. 6) to introduce at least part of a reception room 12. Instead of the first section 6 and the second section 8, a single-piece section may also be formed.

[0112] A fastening clip / retaining clip 16 is provided and designed on an outer surface 14 of the first section 6 of the base body 4 to fix the pen holder 2 to a belt, a (trouser or ruler) pocket or to another suitable object of a user of the pen holder 2.

[0113] Adjacent to the insertion opening 10, at a first end 38 of the base body 4, two gripping surfaces 18 are formed radially opposite each other on the outer surface 14. The gripping surfaces 18 have a locally roughened or grooved surface. Furthermore, a labeling field 28 is formed in the outer surface 14. The labeling field 28 is a recess in the outer surface 14, which is designed and configured to be labelled or covered with a sticker.

[0114] The second section 8 of the base body 4 has tubular segment-shaped recesses 20, which are designed and configured to reduce rotation of the pen holder 2, for example, within the user's pocket. Furthermore, the recesses 20 function as gripping recesses into which a hand can be inserted for two-handed operation.

[0115] The retaining clip 16 is formed integrally with the first section 6 of the base body 4. On the side of the retaining clip 16 facing the first section 6, first barbs 24 are formed. Alternating along the longitudinal direction L opposite the first barbs 24, second barbs 26 are formed on the base body 4. The first barbs 24 and the second barbs 26 securely fix the pen holder 2 over the retaining clip 16 and prevent the pen holder 2 from slipping or falling out, for example, from a user's pocket.

[0116] The first section 6 and the second section 8 are connected / coupled to each other in a connection area 30. The connection area 30 can be designed as a force-fit and / or form-fit connection between the first section 6 and the second section 8, with the second section 8 being partially inserted into the first section 6. In other words, the first section 6 and the second section 8 can be bonded, pressed, shrunk-fit, welded, or similarly joined. For this purpose, the second section 8 in the connection area 30 has a reduced outer diameter, so that the outer contour of the pin holder 2 in the connection area 30 is essentially stepless. Of course, the first section 6 can also be partially inserted into the second section 8, or the first section 6 and the second section 8 can be connected to each other at contacting end faces.A one-piece construction of the basic body is also conceivable.

[0117] Furthermore, embodiments are conceivable in which the connection area 30 is designed as a reversibly connected connection area 30, so that it can be connected and disconnected by the user. Preferably, the connection area 30 can be designed with a bayonet fitting for this purpose.

[0118] Adjacent to the insertion opening 10, an annular first coupling element 32 is formed. The first coupling element 32 is located in the Fig. 2In the first embodiment shown, the first coupling element 32 is pressed and / or glued into the first section 6. In this embodiment, the first coupling element 32 is a ring-shaped magnet with its north-south pole oriented in the longitudinal direction L. The first coupling element 32 is firmly connected to the first section 6 by a disc-shaped first fixing element 34. In this embodiment, the first fixing element 34 covers the first coupling element 32 towards the insertion opening 10. In this way, the first fixing element 34 protects the first coupling element 32 from damage.

[0119] Fig. 3Figure 1 shows a first alternative embodiment of the pen holder 2, which essentially corresponds to the first embodiment. The first alternative embodiment of the pen holder 2 differs from the first embodiment only in the design of the first coupling element 32. In the first alternative embodiment, the first fixing element 34 is omitted, and the first coupling element 32 forms the insertion opening 10 of the receiving chamber 12. The first coupling element 32 is pressed and / or bonded into the inner wall of the receiving chamber.

[0120] Fig. 4Figure 2 shows a second alternative embodiment of the pen holder 2, which essentially corresponds to the first embodiment and the first alternative embodiment. The second alternative embodiment of the pen holder 2 also differs from the first embodiment only in the design of the first coupling element 32. In the second alternative embodiment, the first fixing element 34 extends into the receiving space, and the first coupling element 32 is received in the first fixing element 34, here in a groove. The first fixing element is pressed into or onto the inner wall of the receiving space and / or glued in place.

[0121] Fig. 5Figure 1 shows a third alternative embodiment of the pen holder 2, which essentially corresponds to the second alternative embodiment. The third alternative embodiment of the pen holder 2 differs from the second alternative embodiment only in the design of the first coupling element 32. In the third alternative embodiment, a plurality of first coupling elements 32 are formed as points within the first fixing element 34. The plurality of first coupling elements 32 are regularly distributed circumferentially within the first fixing element 34. In the third alternative embodiment shown here, the plurality of first coupling elements 32 are oriented towards the receiving space 12. Of course, the plurality of first coupling elements 32 can also be received in an end surface (in the longitudinal direction L in the top view).Alternatively, the majority of the first coupling elements 32 can be oriented towards the base body wall 62.

[0122] Fig. 6 and Fig. 7Figure 36 shows the pen 36 as disclosed in a first configuration. The pen 36 is a deep-hole marker in a mechanical pencil configuration with a feed mechanism and includes a writing tip 40, a shaft 42 adjoining the writing tip, and a grip section 44. The grip section 44 is designed and configured to be gripped by the user. The grip section 44 includes grip surfaces 46. The grip surfaces 46 are local knurling, which facilitates gripping for the user and prevents slippage. A second coupling element 48 is formed on the grip section 44. The second coupling element 48 is designed as a magnetic ring that radially surrounds the grip section 44. The second coupling element 48 is formed on an end section of the grip section 44 facing the shaft 42.

[0123] The second coupling element 48 is fixed to the handle section 44 by means of a second fixing element 50. The second fixing element 50 is a circumferential edge on the handle section 44. In the embodiment shown here, the second fixing element 50 is formed integrally with the handle section 44.

[0124] The shaft 42 is partially enclosed / surrounded by a sleeve 52. The sleeve 52 is connected via a thread 54 (see Fig. 8 ) detachably fixed to the handle section 44. Thus, by screwing the sleeve 52 on or off over the shaft 42, two different deep hole marking depths can be set.

[0125] A cap 56 is formed at one end of the handle section 44, facing away from the shaft 42. The cap 56 serves as a button to activate or operate the feed mechanism. The cap 56 can be pulled or unscrewed from the handle section 44. As shown in Fig. 11As shown, a pencil sharpener 58 is formed on an inner side of the cap 56. The pencil sharpener extends into the space formed by the cap 56 and, when the cap 56 is mounted on the pencil 36, is received in the grip section 44 of the pencil 36.

[0126] Fig. 9Figure 60 shows the system 60 as disclosed, consisting of the pin 36 and the pin holder 2, in a state in which the pin 36 is inserted into the pin holder 2. In the embodiment shown here, the second coupling element 48 of the pin 36 rests against the first coupling element 32 of the pin holder 2 when inserted. The first coupling element 32 and the second coupling element 48 adhere magnetically to each other and thus fix the pin 36 in the pin holder 2. The first coupling element 32 and the second coupling element 48 adhere to each other in such a way that the receiving chamber 12 is sealed against the environment 64 surrounding the system. Thus, the first coupling element 32 and the second coupling element 48 together function as a sealing device for the receiving chamber.

[0127] Fig. 12 and Fig. 13 show a fourth alternative embodiment of the pen 36 and the system 60 as disclosed.

[0128] Fig. 12shows pen 36 in a side view. The structure essentially corresponds to that in Fig. 6 in the embodiment shown, wherein the pen 36 has a writing tip 40, a shaft 42 and a grip section 44 with grip surfaces 46 and a cap 56.

[0129] In contrast to the preceding embodiments, the second coupling element 66 is formed on the shaft 42 of the pin 36. The second coupling element 66 is designed as a sleeve or coating made of a magnetic or magnetizable material (for example, metal) which circumferentially encloses the shaft 42 in a defined longitudinal section. The second coupling element 66 is arranged longitudinally spaced from the handle section 44.

[0130] Fig. 13Figure 60 shows a side view of the system, with the pin 36 fully inserted into the pin holder 2. The pin holder 2 has on its outer surface the retaining clip 16, the gripping surfaces 18, and the marking field 28. The pin holder 2 includes a first coupling element 68, which in this embodiment is arranged inside the base body, spaced apart from the insertion opening (in Figure 60). Fig. 13 (shown with dashed lines). The first coupling element 68 is designed as a magnet or a magnetic arrangement which is integrated into the base body wall or on an inner side of the receiving space.

[0131] The position of the first coupling element 68 in the longitudinal direction of the pin holder 2 corresponds to the position of the second coupling element 66 on the shaft 42 of the pin 36. In the Fig. 13In the depicted installed state, the first coupling element 68 and the second coupling element 66 are thus radially opposite each other, or overlapping, separated by the base body wall or directly in the receiving space. The magnetic attraction between the first coupling element 68 and the second coupling element 66 securely and reversibly holds the pin 36 in the pin holder 2, with the fixation occurring in the area of ​​the shaft 42. Reference symbol list

[0132] 2 Pen holder 4 Base body 6 First section 8 Second section 10 Insertion opening 12 Receiving space 14 Sheath surface 16 Retaining clip 18, 46 Grip surface 20 Recess 24 First barb 26 Second barb 28 Labeling field 30 Connection area 32, 68 First coupling element 34 First fixing element 36 Pen 38 First end 40 Writing tip 42 Shank 44 Grip section 48, 66 Second coupling element 50 Second fixing element 52 Sleeve 54 Thread 56 Cap 58 Sharpener 60 System 62 Base body wall 64 Surroundings

Claims

1. Pen holder (2) for storing a pen (36) or marker, in particular a deep-hole marker, comprising a base body (4), preferably shaped like a sleeve, which extends in a longitudinal direction (L) and defines a receiving space (12) for at least partially receiving the pen (36) and has a base body wall (62), wherein the base body (4) has an insertion opening (10) in the base body wall (62) at a first end (38) of the longitudinal direction (L) for inserting the pen (36) into the receiving space (12), wherein at least a first coupling element (32, 68) is formed in or on the base body (4) to reversibly fix the pen (36) in the receiving space (12), characterized by the fact that the first coupling element (32, 68) includes or is a magnetic element or a magnet.

2. Pen holder (2) according to claim 1, characterized by the fact thatthe at least one first coupling element (32, 68) is preferably distributed uniformly over a circumference of the base body.

3. Pen holder (2) according to claim 2, characterized by the fact that preferably exactly one first coupling element (32, 68) is designed as an annular coupling element, wherein the coupling element radially encloses or surrounds the receiving space (12) section by section.

4. Pen holder (2) according to one of claims 1 to 3, characterized by the fact that the first coupling element (32, 68) is fixedly or releasably connected to a first fixing element of the base body, preferably via a thread to which the base body is fixed.

5. Pen holder (2) according to claim 4, characterized by the fact that the first fixing element includes or is the insertion opening (10) of the base body.

6. Pen holder (2) according to one of claims 1 to 5, characterized by the fact thatthe first coupling element (32) forms a sealing section, wherein the sealing section is provided and designed to receive the pin (36) in a sealing manner.

7. Pen (36), in particular deep-hole marker, for a pen holder according to one of claims 1 to 6, characterized by the fact that the pin (36) includes a second coupling element (48, 66), wherein the second coupling element (48, 66) includes or is a magnetic element or a magnet, and wherein the second coupling element (48, 66) is magnetically compatible with the first coupling element (32, 68).

8. Pin (36) according to claim 7, characterized by the fact that the second coupling element (48) is formed in or on a handle section (44) of the pin (36).

9. Pin (36) according to claim 7 or 8, characterized by the fact that the second coupling element (48, 66) is fixedly or releasably connected via a second fixing element, preferably via a thread to which the pin (36) is fixed.

10. Pin (36) according to one of claims 7 to 9, characterized by the fact that the pen (36) has a writing tip (40) at a first end section and a cap at a second end section facing away from the first end section, the cap having a sharpening device formed on or in a cap interior.

11. Pin (36) according to one of claims 7 to 10, characterized by the fact that the second coupling element (48) forms a sealing section, wherein the sealing section is provided and designed to receive the pin (36) in a sealing manner in the pin holder (2).

12. System comprising the pen holder (2) according to one of claims 1 to 6 and the pen (36) according to claims 7 to 11, characterized by the fact that the first coupling element (32) and the second coupling element (48) are detachably magnetically connected to each other in an inserted state of the pin (36) in the pin holder and reversibly fix the pin (36) in the pin holder, preferably with a predetermined fixing force.

13. System according to claim 12, characterized by the fact that the first coupling element (32) and the second coupling element (48) form a sealing device, preferably magnetic, and / or in conjunction with the first and / or second fixing element form a sealing device which is provided and designed to seal the receiving space (12) towards an environment surrounding the system.

14. Use of the pen holder (2) according to one of claims 1 to 6 for receiving, in particular sealing, the pen (36) according to one of claims 7 to 11 in the receiving space (12) of the pen holder (2).

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