77results about "Emergency casings" patented technology

This application provides a switch assembly, a button module, a combined button, and an electronic device. Abutting parts that are of a terminal pair and that are in contact with a dome and contacts that are of the terminal pair and that are electrically connected to an external circuit are accommodated in an accommodating member of the switch assembly, and the two contacts of the terminal pair are disposed adjacently. An external circuit board may be electrically connected to the two contacts of the terminal pair, to be electrically connected to the switch assembly. The external circuit board does not need to be disposed at a bottom of the switch assembly, or does not need to be stacked on the switch assembly. No glue filling space needs to be reserved on a back surface of the switch assembly. This helps reduce a width of the switch assembly. The switch assembly, the button module, and the combined button are small in size, have reliable functions, and occupy less space after being mounted. The electronic device on which the switch assembly is mounted can be further thinned in a thickness direction, so that use in an electronic device with limited accommodating space is extensive.

The present application provides a wall intelligent switch, a wireless intelligent switch and a switch mounting frame, wherein the wall intelligent switch comprises a housing, a detection member, a wireless communication module, a reset portion and at least one key; the reset acting force cooperates with a first rebound force of the detection member so that when the key is at the first pressing position, the reaction force is F1; when the key is pressed from the first pressing position to the second pressing position, the reaction force of the key jumps from F1 to F2, where F2<F1<400 g; and the difference between the displacement of the key at the first pressing position and the displacement at the second pressing position is ≤2 mm. This enables the keys to give clear feedback to the user while improving the smooth degree of pressing.

A keyboard key (1) comprising: - a base (2), - a plurality of light means (3) fixed to the base (2), - at least two light guides (4) fixed to the base (2) and configured to guide the light beam from the light means (3) to an external surface of the key (1), - a body (5) fixed to the base (2) and comprising housings (5a) for receiving the light guides (4), - a button (10) comprising an outer wall (11), a sealing membrane (12) integral with the outer wall (11), and a sliding member (13) on which the sealing membrane (12) is mounted and which is movable in translation within the body (5), and - a key switching member (7) integral with the base (2) and configured to be in contact with the sliding member (13) in a key (1) actuation position. Figure for the abbreviation: [Fig 2]

A keyboard includes a bottom plate, a plurality of keys, and a backlight module. The bottom plate has a short axis direction and a long axis direction. The keys are disposed on the bottom plate. The backlight module is disposed on one side of the bottom plate. The backlight module includes a light shielding sheet, a light guide plate, and a reflective sheet. The light shielding sheet includes an upper surface and a lower surface, and the upper surface faces the bottom plate. The light guide plate is disposed on the lower surface of the light shielding sheet. The light guide plate includes a plurality of light guide structures, and the light guide structures correspond to the keys, respectively. Each of the light guide structures includes a ring-shaped portion and at least one continuous fold line portion. The continuous fold line portion is connected to the ring-shaped portion, and the ring-shaped portion is formed by a plurality of bending portions. The reflective sheet is disposed below the light guide plate.

The aerosol generating device includes a housing and a button. The housing has an outer surface, an inner surface, and a through hole connecting the outer surface and the inner surface. The button is at least partially disposed within the through hole. The button is configured to be pressed in a pressing direction. A centering portion is provided on one of a lateral surface of the button and a wall portion of the housing that defines the through hole, the centering portion being configured to center the button within the through hole.

A housing assembly, a mobile energy storage apparatus, and an energy storage system are provided. The housing assembly includes a first housing, a button structure, and a circuit board. The first housing is provided with a first fixing portion on an inner surface of the first housing. The button structure includes a button body passing through a button via hole of the first housing and a resilient arm. The button body is provided with a button protrusion. The circuit board is positioned at one side of the button structure positioned facing away from the button via hole. The circuit board is provided with a control button positioned facing towards the button structure. One of the circuit board and a fixing end of the resilient arm is provided with a positioning portion, and the other of the circuit board and the fixing end is provided with a fitting portion.

The automatic cleaning device includes a moving platform (100) configured to automatically move an operation surface, the moving platform (100) including a cover plate (800) constituting at least a part of the top surface of the moving platform (100), and a button assembly (900) assembled to the cover plate (800), the button assembly (900) including a button cap (910) and a bracket (920), the button cap (910) being assembled to the bracket (920), the bracket (920) including a stepped structure (930) extending along the circumferential direction. The automatic cleaning device provides a sufficient space below the button assembly (900) to accommodate more components, and at the same time increases the elasticity of the bracket (920), making it easier for the button assembly (900) to return to its original position after being pressed.

An aerosol-generating device is disclosed. The aerosol-generating device of the disclosure includes An aerosol-generating device comprising: a body with a buttonhole; a button key configured to be inserted into the buttonhole; a circuit board disposed inside the body to face button key; a seal disposed between the circuit board and the body, wherein the seal comprises a central portion positioned to face the button key and a peripheral portion surrounding a periphery of the buttonhole and in contact with the body; an actuator mounted between the circuit board and the central portion of the seal to provide elastic force to the central portion toward the button key; and a support projecting from the circuit board toward the peripheral portion for supporting the peripheral portion.

A key structure includes a base, a bracket, a sensing circuit, an elastic member, a key cap, and a screwing member. The bracket is disposed on the base, the sensing circuit is disposed on the bracket, and the sensing circuit has an opening. The elastic member is disposed on the sensing circuit and covers the opening. The key cap is disposed on the elastic member. The screwing member passes through the opening and screws the bracket to the base, and the key cap, the elastic member, and the screwing member are coaxially arranged. In addition, a portable computer.

A key structure may include a lower shell inserted into an insertion opening, where an annular stopper protrudes from the lower shell, which may include transparent grooves arranged on opposite inner sides of the annular stopper, the annular stopper may be formed with elastic arms on outer sides of the grooves, clamping hooks engaged with the top plate extend downwardly from the elastic arms, the annular stopper, and the annular stopper and a top plate stop and locate each other. The key structure may include an upper shell above the lower shell, that may include a through opening. The key structure may include a pressing shaft movably disposed between the lower shell and the upper shell, where a top end of the pressing shaft penetrates the through insertion opening. Moreover, the key structure may include a spring disposed and elastically supported between the lower shell and the pressing shaft.

The aerosol generating device comprises a housing having an outer surface, an inner surface, and a through hole connecting the outer surface and the inner surface, The aerosol generating device further comprises a button at least partially disposed within the through hole and a membrane secured to the housing and extending across the through hole.

The relay structure comprises a control assembly, a power assembly and a cover plate, the front face of the control assembly is bonded with the interior of the power assembly, the back face of the control assembly is electrically connected with the interior of the power assembly to form an assembly part, and the cover plate covers the assembly part in a sealed and buckled mode. The assembling method of the relay structure comprises the following steps: S1, assembling the control assembly; s2, assembling a power assembly; s3, assembling the assembly parts; and S4, sealing assembly is carried out. A traditional single-face bonding installation structure is changed into a laminated structure through a two-face bonding installation mode of the control assembly and the power assembly, so that the power density of the product is improved, the power device is directly connected with the ceramic tube shell, main heating power is directly guided into the bottom of the product from the interior of the tube shell, and the power density of the product is improved. The input heating device and the output heating device are isolated through the control assembly, the internal heat balance of the product is improved while miniaturization is achieved, and the purpose of improving the power density of a traditional ceramic tube shell is achieved.

There is provided a portable electronic device (100), comprising: a housing member (203) defining a hole (215) extending therethrough; a display (103); a transparent cover (102) over the display (103) and coupled to the housing member (203); a button member (120) positioned along a side of the housing member (203) and defining: a chassis portion (205); and a post (222) extending from the chassis portion (205) and positioned at least partially in the hole (215), the post (222) defining a passage extending through the post (222) from the chassis portion (205) to an end of the post (222); a biometric sensing component (204) coupled to the chassis portion (205); and a flexible circuit element (212) extending through the passage and conductively coupling the biometric sensing component (204) to at least one of a processor, a circuit board, or a conductive connector within the portable electronic device (100).

The invention provides a wall intelligent switch, a wireless intelligent switch and a switch mounting rack, the wall intelligent switch comprises a shell, a detection piece, a wireless communication module, a reset part and at least one key, the key is arranged on the shell, at least part of the key can respond to a control force to generate pressing motion, then displacement and counter-acting force are generated, and the switch mounting rack is arranged on the shell. The key at least passes through the first pressing position and the second pressing position in sequence; the reset part responds to the displacement to generate reset acting force, the reset acting force is matched with first resilience force of the detection piece, so that when the key is located at the first pressing position, the counter-acting force of the key is F1, and when the key is pressed to the second pressing position from the first pressing position, the counter-acting force of the key jumps from F1 to F2; wherein F2 < F1 < 400 g; and the difference between the displacement of the key at the first pressing position and the displacement of the key at the second pressing position is less than or equal to 2mm. Therefore, clear feedback can be provided for a user while the pressing smoothness of the key is improved.

The present invention discloses a multiplex switch panel assembly and a method of installing the same. The multiplex switch panel assembly includes a plurality of front panel mounts and pushbutton switches. A printed circuit board (PCB) electrically connected to the plurality of front panel mounts pushbutton switches. A set of split mounting rings for each switch, configured to be installed around a respective switch on a front side of a panel after the assembly is inserted from a rear side of the panel, thereby preventing the switches from passing back through holes in the panel. A set of tensioning devices configured to secure the multiplex switch panel assembly in place from the rear side of the panel.

An apparatus for automated maintenance, adapted for maintaining an airtight equipment comprises airtight equipment including a casing, which forms an accommodation space and is adapted to accommodate an equipment component in the accommodation space. The apparatus for automated maintenance includes an automated maintenance machine, adapted to store and transport the equipment component, an enclosure, connected to the automated maintenance machine, the enclosure forming an enclosure space and selectively connected to the airtight equipment via an enclosure opening such that the enclosure space is in communication with the accommodation space and forms airtightness. A robotic arm, disposed in the enclosure space, is adapted to enter the accommodation space to maintain or replace the equipment component of the airtight equipment, and further adapted to enter the automated maintenance machine to take and place the equipment component.

A magnet retaining pocket defined by a bore having a first bore portion and a second bore portion, wherein the first bore portion comprises a resilient tongue, and wherein the second bore portion contains an opening and a second attachment member recessed from the openings. The magnet is retained by the magnet retaining pocket by being inserted into the first bore portion to deflect the tongue and slid into the second bore portion, such that the first attachment member of the magnet engages the second attachment member of the second bore portion, until the magnet is exposed through the opening.

An apparatus includes an inner curved portion of a ring and an outer curved portion of the ring. The outer curved portion defines a gap. The apparatus includes at least one electronic component configured to remotely operate a device, the at least one electronic component disposed within the gap. The apparatus includes a switch assembly at least partially disposed within the gap. The switch assembly includes a switch operably coupled to the at least one electronic component, a button configured to engage the switch, the button having a surface concyclic with an outer surface of the outer curved portion when not engaged, and a sealing component between the button and the switch, the sealing component configured to allow the button to operate the switch and to prevent a substance from contacting the at least one electronic component when the outer curved portion contacts the substance.

A housing assembly (10), a mobile energy storage apparatus (100), and an energy storage system (1000) are provided. The housing assembly (10) includes a first housing (11), a button structure (12), and a circuit board (13). The first housing (11) is provided with a first fixing portion (112) on an inner surface of the first housing (11). The button structure (12) includes a button body (121) passing through a button via hole (111) of the first housing (11) and a resilient arm (122). The button body (121) is provided with a button protrusion (1211). The circuit board (13) is positioned at one side of the button structure (12) positioned facing away from the button via hole (111). The circuit board (13) is provided with a control button (131) positioned facing towards the button structure (12). One of the circuit board (13) and a fixing end (1222) of the resilient arm (122) is provided with a positioning portion (132), and the other of the circuit board (13) and the fixing end (1222) is provided with a fitting portion (1223).

A button assembly is adapted to be installed at a conductive casing. Two opposite sides of the conductive casing respectively have first and second openings, and the first opening is communicated with the second opening. The button assembly includes a conductive button, a first insulating sleeve, and a second insulating sleeve. The conductive button includes a button part corresponding to the first opening and a shaft part connected to the button part and passing through the second opening from the first opening. The first insulating sleeve includes a first shaft hole and a first lateral slit. The second insulating sleeve includes a second shaft hole and a second lateral slit. The first insulating sleeve is sleeved on the shaft part and located at the first opening. The second insulating sleeve is sleeved on the shaft part and located at the second opening. An electronic device is also provided.

A 2D image-guided surgical robot system for drilling operations includes surgical image acquisition equipment, robot positioning and drilling equipment, and a remote operation workstation. To perform a drilling operation, images of the surgery area are acquired with the image acquisition equipment and are registered to the robot, and a distortion correction is performed. A drilling path is assigned by a doctor through the GUI of the remote operation workstation, and the remote operation workstation calculates the robot motion quantity using a position-based method and moves the robot accordingly. Based on the relative position of the surgical tool and drilling path in the images, the remote operation workstation calculates a motion quantity using image feedback and controls the robot to make further fine adjustments to the drilling path. The robot then performs the drilling operation with an electric drill or holds a drill guide for doctors to perform the drilling manually.

The invention relates to a user input unit comprising a housing configured to be attached to a base of a user input device, such as a keyboard. The input unit also has a first movable element coupled to the housing, the first movable element being movable along a first direction and user operable second movable element coupled to the housing, the second movable element being movable along a second direction, the second direction being different from the first direction. Further a transmission configured to transfer movement of the second movable element along the second direction into movement of the first movable element along the first direction is provided. The invention also relates to a user input device, such as a keyboard, comprising a base, such a user input unit, and a sensor configured to sense a movement or a position of the first movable element along the first direction.

The application discloses an open keyboard with multi-layer boards, which comprises a keyboard body and a bottom support arranged at the bottom of the keyboard body, wherein the keyboard body is provided with a key structure and a key cap arranged on the top of the key structure; the keyboard body comprises an upper board body, a middle board body, a circuit board and a lower board body arranged in sequence and spaced apart from each other to form three gap cavities, which are communicated with the inside and outside of the keyboard body; the key structure is arranged on the middle board body, the bottom of the key structure is inserted into the circuit board, and the key cap is exposed on the top of the upper board body; the bottom support is provided with a containing cavity, and an IO board electrically connected with the circuit board is arranged in the containing cavity. The keyboard body has improved heat dissipation performance, echo generation can be avoided, and the use experience of the keyboard is improved; in addition, the board body structure is easy to process and manufacture, mold opening is not needed, the production cost of the keyboard is reduced, the peripheral side of the board body can be designed as required, and open design of the keyboard is realized.

An apparatus includes an inner curved portion of a ring and an outer curved portion of the ring. The outer curved portion defines a gap. The apparatus includes at least one electronic component configured to remotely operate a device, the at least one electronic component disposed within the gap. The apparatus includes a switch assembly at least partially disposed within the gap. The switch assembly includes a switch operably coupled to the at least one electronic component, a button configured to engage the switch, the button having a surface concyclic with an outer surface of the outer curved portion when not engaged, and a sealing component between the button and the switch, the sealing component configured to allow the button to operate the switch and to prevent a substance from contacting the at least one electronic component when the outer curved portion contacts the substance.

Regarding cleaning robots, and regarding automatic cleaning devices and systems. [Solution] The automatic cleaning device is a moving platform configured to automatically move an operating surface, and includes a cover plate (800) that constitutes at least a portion of the top surface of the moving platform, and a button assembly assembled on the cover plate, the button assembly including a button cap and a bracket, the button cap being assembled to the bracket and the bracket including a stepped structure (930) extending along the circumferential direction. This provides sufficient space below the button assembly to accommodate more parts, and at the same time increases the elastic force of the bracket, making it easier for the button assembly to return to its original position after being pressed.