HEIGHT-ADJUSTABLE PLATFORMS AND ASSOCIATED MECHANISMS

Abstract

Mobile workstation (2400) comprising: a height-adjustable lifting device (2420); a head unit assembly (2430) connected to the lifting device (2420); a work surface (2431) connected to the head unit assembly (2430) and configured to shift between an open configuration and a closed configuration with respect to the head unit assembly (2430); a first sliding element (4200A) rotatably connected to the head unit assembly (2430) and engaging with the work surface (2431), the first sliding element (4200A) comprising a first locking element (4500) configured to shift with respect to a first sliding element body (4510) of the first sliding element (4200A);and a work surface opening mechanism (4300) with a locking configuration and an unlocking configuration, wherein the work surface opening mechanism (4300) comprises: a unlocking handle (4310) movably connected to the head unit assembly (2430), wherein a movement of the unlocking handle (4310) is configured to transfer the work surface opening mechanism (4300) between the locking configuration and the unlocking configuration; a release assembly (400) connected to the unlocking handle (4310) configured for selective engagement with the first lock (4500); a lifting system (4800) configured for biasing the work surface (2431) away from the head unit assembly (2430); and a detent (4620) designed to engage with the first lock (4500) to hold the first sliding element (4200A) and to keep the working surface (2431) in the closed configuration.;

Description

PRIORITY CLAIM

[0001] This patent application claims priority from Lindblad et al., U.S. provisional patent application number 62 / 637,562, entitled “HEIGHT ADJUSTABLE PLATFORMS AND ASSOCIATED MECHANISMS”, filed on March 2, 2018 (Attorney's File No. 5983.426PRV), which is hereby incorporated by reference in its entirety. This patent application also claims priority from Runger et al., U.S. provisional patent application number 62 / 721,351, entitled “WORKSURFACE OPENING MECHANISM”, filed on August 22, 2018 (Attorney's File No. 5983.426PV2), which is hereby incorporated by reference in its entirety. TECHNICAL AREA

[0002] This document generally concerns workplaces, but is not limited to them. STATE OF THE ART

[0003] Workstations can be freestanding (e.g., standing on a floor), attached to a structure (e.g., a wall), or mobile (e.g., mounted on a rolling base). A workstation can include a work surface, and the work surface can allow a user to perform one or more tasks (e.g., writing, typing, manufacturing, or the like). List of characters

[0004] In the drawings, which are not necessarily to scale, the same numbers in different views may describe the same components. The same numbers with different letter suffixes may represent different instances of similar components. The drawings illustrate various embodiments, which are explained in this document, generally by way of example and without limitation. Fig. Figure 1 shows an example of a height-adjustable wall mounting assembly. Fig. Figure 2 shows a front view of a lifting device. Fig. Figure 3 shows a cross-section of an exemplary support bracket. Fig. Figure 4 shows a perspective view of the wall mounting assembly of the Fig. 1 with the support bracket of the Fig. 3. Fig. Figure 5 shows a detailed perspective view of the wall mounting assembly. Fig. Figure 6 shows another perspective view of the support bracket. Fig. Figure 7 shows a perspective view of a release assembly and the support bracket of the Fig. 3. Fig. Figure 8 shows a perspective view of a tilting workstation. Fig. Figure 9 shows a detailed perspective view of the tilting workstation of the Fig. 8. Fig. Figure 10 shows a detailed perspective view of the tilting workstation of the Fig. 8 with a locking assembly in an unlocked configuration. Fig. Figure 11 shows a perspective view of the tilting workstation of the Fig. 8 with the locking assembly in the locked configuration. Fig. Figure 12 shows a detailed perspective view of the tilting workstation of the Fig. 8 with the locking assembly in an unlocked configuration. Fig. Figure 13 shows a perspective view of the height-adjustable wall mounting assembly of the Fig. 1 with a fastening system. Fig. Figure 14 shows a front view of the wall mounting assembly with the fastening system of the Fig. 13. Fig. Figure 15 shows another perspective view of the height-adjustable wall mounting assembly of the Fig. 1 with a fastening system of Fig. 13. The Fig. Figures 16A-16C show detailed perspective views of an interface assembly. The Fig. Figures 17A-17C show perspective views of a fastening mechanism. The Fig. Figures 18A-18B show further perspective views of the fastening mechanism of the Fig. 17A-17C. Fig. Figure 19 shows a front view of the wall mounting assembly of the Fig. 1 and the fastening system of the Fig. 13 during an assembly process. Fig. Figure 20 shows a perspective view of an exemplary keyboard drawer with a height adjustment mechanism. Fig. 21 shows a front view of the keyboard drawer of the Fig. 20. Fig. Figure 22 shows a detailed perspective view of the keyboard drawer of the Fig. 20. Fig. Figure 23 shows another detailed perspective view of the keyboard drawer of the Fig. 20. Fig. Figure 24 shows a side view of an example mobile workstation. Fig. Figure 25 shows a perspective view of a screen mounting assembly. Fig. Figure 26 shows another perspective view of the screen mounting assembly. Fig. Figure 27 shows a perspective view of a screen arm assembly in its extended configuration. Fig. Figure 28 shows a perspective view of the screen arm assembly in the retracted configuration. The Fig. Figures 29A-29C show perspective views of the screen arm assembly in an offset configuration and top views of it. Fig. Figure 30 shows a perspective view of an example keyboard drawer. Fig. Figure 31 shows a detailed view of a mounting bracket. The Fig. Figures 32A-32B show a top view of the keyboard drawer in the extended and retracted configurations. The Fig. Figures 33A-33B show a top view of the keyboard drawer in a rotated configuration. The Fig. Figures 34A-34B show perspective views of an exemplary head unit, which may optionally include a computer storage compartment. Fig. Figure 35 shows a perspective view of an exemplary mobile vehicle of the Fig. 24, which may contain one or more cable access holes. Fig. Figure 36 shows a perspective view of the head unit. Fig. Figures 37A-37B show perspective views of a rolling base for the mobile workstation. Fig. Figure 38 shows a perspective view of another exemplary mobile workplace. Fig. Figure 39 shows a perspective view of an exemplary accessory holder. Fig. Figure 40 shows a perspective view of an example belt. Fig. Figure 41 shows a perspective view of the head unit with a work surface. Fig. Figure 42 shows another perspective view of the head unit. Fig. Figure 43 shows another perspective view of the head unit. Fig. Figure 44 shows a perspective view of a work surface opening mechanism and sliding elements. Fig. Figure 45 shows a detailed perspective view of a sliding element. Fig. Figure 46 shows another perspective view of the work surface opening mechanism and the sliding element. Fig. Figure 47 shows a further perspective view of the work surface opening mechanism and the sliding element. Fig. Figure 48 shows a detailed perspective view of an exemplary work surface opening mechanism. Fig. Figure 49 shows another perspective view of the sliding element. Fig. Figure 50 shows another perspective view of the sliding element. Fig. Figure 51 shows a front view of the mobile workstation 2400. Fig. Figure 52 shows a detailed side view of the head unit and the work surface. Fig. Figure 53 shows a side view of the head unit, the sliding element and the work surface opening mechanism. Fig. Figure 54 shows another side view of the head unit, the sliding element and the work surface opening mechanism. Fig. Figure 55 shows a side view of the work surface opening mechanism and the sliding elements. DETAILED DESCRIPTION

[0005] Fig. Figure 1 shows an example of a height-adjustable wall mounting assembly. 100 In some examples, a work surface can 110 in the wall mounting assembly 100 It should be integrated. The height-adjustable wall mounting assembly 100 can a stationary lifting device 120 and a sliding mount 130 Included. The fixed lifting device 120 It can be permanently attached to a structure, such as a wall. The fixed lifting device 120 It can have a width, a height in the vertical direction, and a depth. The sliding bracket 130 can be used with the stationary lifting device 120 to be brought into sliding engagement. The sliding mount 130 may relate to a section of the stationary lifting device 120 , for example a frame 140 the stationary lifting device 120 , move.

[0006] Fig. Figure 2 shows a front view of the lifting device 120 . Between the stationary lifting device 120 and the sliding mount 130 can a height adjustment mechanism 200 to be connected to provide height adjustment for the workplace 100 to provide. The height adjustment mechanism 200 Furthermore, a locking assembly may be used. 210 Included. The locking mechanism can secure the work surface. 110 Hold at a desired height using the height adjustment mechanism 200 is fixed in its position.

[0007] The frame 140 can include one or more fastening devices, such as a fastening hole 220 , define. The fastening devices can be designed to assist in securing the lifting device. 120to connect it to a supporting structure (e.g., a wall, a partition, a freestanding frame, or the like) (e.g., to attach it, fasten it, or the like). The frame 140 can be designed to include components of the wall mounting assembly 100 absorbs and can provide support in other ways.

[0008] The sliding mount 130 can be designed to interact with components of the wall mounting assembly 100 e.g. the work surface 110 , connects and thereby supports them. The sliding bracket 130 can be used with the frame 140 be movably connected so that the sliding mount 130 is trained to work within the framework 140 to be movable. A section of the sliding bracket 130 can be used with a section of the frame 140 are engaged and thus the sliding mount 130 movable with the frame 140 connect. The frame140 defines in an example a keyway and the sliding bracket 130 a wedge. The keyway can be dimensioned and shaped to receive the wedge. The wedge can be dimensioned and shaped so that it engages with the keyway. The engagement of the wedge with the keyway can help to secure the sliding fixture. 130 with the frame 140 to connect in a movable way.

[0009] As described in this revelation, the sliding mount can 130 in relation to the framework 140 move, e.g. linearly, thereby changing the height of the sliding bracket 130 (and components attached to the sliding mount) 130 are attached, such as to the work surface 110 ) can be changed.

[0010] The lifting device 120 can provide a counterweight mechanism 230 included and the counterweight mechanism 230 can be found in the height adjustment mechanism200 It should be included. The counterweight mechanism. 230 can one or more springs 231 Included. The counterweight mechanism. 230 can a wheel cable 232 (e.g., a pull element). One end of the wheel cable 232 can be used with the sliding mount 130 be connected and the other end of the wheel cable 232 can be done with one or more springs 231 be connected. The counterweight mechanism 230 can a wheel / cam assembly 233 Included. The wheel cable 232 can be used with a section of the wheel / cam assembly 233 come into contact with the cable. Furthermore, the wheel cable can... 232 with a pulley 234 come into play.

[0011] In another example, the counterweight mechanism 230 a plurality of bicycle cables 232 included. For example, one end of a first wheel cable may contain 232with the sliding mount 130 be connected and can be the other end of the first wheel cable. 232 with the wheel / cam assembly 233 be connected. A second wheel cable 232 can be chosen between the wheel / cam assembly 233 and the one or more feathers 231 be connected.

[0012] With renewed reference to Fig. 2. Can the springs 231 , the wheel cable 232 and the wheel / cam assembly 233 work together to help create a solution for the sliding mount 130 to compensate for the force exerted on the sliding bracket. A compensation of the force acting on the sliding bracket 130 The applied force can help determine the amount of force required to move the sliding bracket. 130 in relation to the framework 140 to shift, to maintain. In other words, the counterweight mechanism can 230 be trained in such a way that he can control the sliding bracket 130supported in such a way that the sliding bracket is used to move the 130 in relation to the framework 140 Required amount of force despite increasing force exerted by the springs 231 The force generated during the displacement remains essentially constant. Furthermore, the counterweight mechanism can 230 to help determine the position of the sliding bracket 130 in relation to the framework 140 to maintain, for example by using a weight that matches the combined weight of the sliding bracket 130 and all its associated components, including the work surface 110 (in Fig. 1 shown) (without being limited to it), provides equivalent lifting capacity.

[0013] In one example, the sliding mount 130 with the counterweight mechanism 230 and the work surface 110 connected (in Fig. (shown in Figure 1). For example, a user can place a 7.5 kilogram object on the work surface. 110 place and the counterweight mechanism 230 can help adjust the position (e.g., the height) of the sliding bracket 130 (and thus the work surface) 110 ) in relation to the user. If the user changes the position of the work surface 110 If you want to change something (e.g., raise or lower it), the counterweight mechanism also helps. 230 in doing so, the one for changing the position of the sliding bracket 130 (and thus the work surface) 110 ) required amount of force to be maintained, so that the force required to change the position of the sliding bracket 130 in relation to the framework 140 The required force is essentially the same, regardless of whether the 7.5 kg load is placed on the work surface. 110 is applied or not.

[0014] With renewed reference to Fig. 2. The wall mounting assembly 100 a locking bar 240 Included. The locking bar 240 can be used with the frame 140 be connected. Although the locking bar 240 within or outside the framework 140 The position can be shown in Fig. 2. Specific configuration shown: the locking rod 240 on one outside of the frame 140 positioned. The locking bar 240 can be at a first distance from the frame 140 be spaced apart (e.g., there can be a gap between the locking bar) 240 and the framework 140 (be present). The locking bar 240 It can have a circular, square, rectangular, other geometric shape or an irregular cross-section (e.g., the locking bar can be circular). 240 (define a keyway).

[0015] As described in this revelation, the wall mounting assembly can 100 the locking assembly 210 Included. The locking assembly 210 can be used to hold the locking bar 240 The locking assembly must be dimensioned and shaped. 210 can be designed in such a way that it relates to the locking bar 240 (e.g., along these) selectively shifts. The locking assembly 210 can be used with the sliding mount 130 be connected to or integrated within it. The locking assembly 210 can help to adjust the position of the sliding bracket 130 in relation to the framework 140 to maintain. The locking assembly 210 can be used with the work surface 110 be connected (in Fig. 1 shown). The locking assembly 210 can be designed in such a way that it aligns with the work surface 110is connected, for example indirectly with the sliding bracket 130 or directly with the work surface 110 The locking assembly 210 can help determine the position of the work surface 110 with regard to the lifting device 120 (or the frame 140 ) to maintain. In one example, the locking assembly can 210 in a first direction (e.g. vertical) with respect to the locking bar 240 Move. Moving the locking assembly 210 In the first direction, this can lead to the work surface 110 is shifted in the first direction.

[0016] Fig. Figure 3 shows a front view of an example support bracket. 300 . Sections of the support bracket 300 They may be removed for clarity. One or more of the support brackets 300 can be installed in the wall mounting assembly 100 (in Fig. (shown in 1) can be integrated. For example, the support bracket can be 300 with the sliding mount 130 be connected (in Fig. 1 shown). In some examples, the support bracket 300 a U-shaped cross-section. The support bracket 300 can a first page 310 , a second page 320 opposite the first page 310 and a third page 330 , which forms the bottom of the first page 310 and the second page 310 , 320 connects, contained. The height of the first page 310 and the second page 320 can increase in size while the cross-section narrows towards a rear end of the support bracket. 300 approximates where the support bracket 300 with the sliding mount 130 can be connected to provide an additional support structure for the work surface 110 to create a first flange 340 and a second flange 350can be found at the top of the first page 310 or the second side 320 be trained. A work surface 110 can be achieved by one or more connections to the first and second flanges 340 , 350 arranged openings on the support bracket 300 be attached (e.g., one or more fasteners may extend through the openings to secure the work surface) 110 and the support bracket 300 to connect).

[0017] Fig. Figure 4 shows a perspective view of the wall mounting assembly. 100 the Fig. 1 with the support bracket 300 the Fig. 3. A release assembly 400 can be used with the work surface 110 become interconnected (in Fig. 1 shown). The unlocking assembly 400 can be used to lock the locking mechanism 210 selectively to solve in order to adjust the height of the work surface 110to adjust. The unlocking assembly 400 can partially within the support bracket 300 be arranged, for example, in Fig. 4 shown. The unlocking assembly 400 can have a fixed handle 410 and an elongated element 420 Included. In some examples, the fixed handle may be 410 on the underside of the work surface 110 be attached (in Fig. 1 shown). A handle 430 can with a first end 421 of the elongated element 420 be connected. In some examples, the handle can be 430 with the fixed handle 410 in sliding engagement. The handle 430 can at a first distance 450 to the support bracket 300 be arranged.

[0018] Additionally, a second end can be added. 422 of the elongated element 420 into the support bracket 300protrude. As described in more detail herein, the elongated element can 420 one or more connecting holes 440 along one length of the elongated element 420 included. The one or more connecting holes. 440 can reposition the handle 430 opposite the support bracket 300 to facilitate. For example, the connecting holes 440 repositioning the handle 430 at a second distance from the support bracket 300 facilitate (e.g. the second distance) 700 , in Fig. 7 shown).

[0019] Fig. Figure 5 shows a detailed perspective view of the wall mounting assembly. 100 As described in this document, the handle 430 with the fixed handle 410 in sliding engagement. In one example, the fixed handle can be 410 a groove 500included and can the handle 430 to accommodate the groove 500 be dimensioned and shaped (e.g. the sliding handle can be 430 define a channel to accommodate the groove 500 (measured and shaped).

[0020] Fig. Figure 6 shows another perspective view of the support bracket. 300 A section of the support bracket 300 is hidden, so that internal components of the support bracket 300 will be shown. With the support bracket 300 can a first guide bar 600 and a second guide bar 610 be connected, with the first guide bar 600 from the second guide bar 610 It can be spaced apart. The first guide bar 600 and the second guide bar 610 can a first opening 601 or a second opening 611 Define the elongated element. 420 can through the first opening 601and the second opening 611 pass through it. For example, the elongated element can 420 with the first opening 601 and the second opening 611 in sliding engagement. The first opening 601 and the second opening 611 can provide a guide for the elongated element 420 during the displacement of the elongated element 420 opposite the support angle 300 provide.

[0021] On the elongated element 420 can a connecting bracket 620 be attached. The connecting bracket 620 can a first area 621 , a second area 622 and a third area 623 exhibit the first area 621 can parallel to the second surface 622 run and the third area 623 can the first area 621 and the second area 622 connect. The first area 621 can a third opening624 define, and the second area 622 can a fourth opening 625 Define the elongated element. 420 can through the third opening 624 and the fourth opening 625 pass through. The third area 623 of the connecting link 630 can a hole 626 Define. Through the hole 626 can a fastening element 630 are used, whereby the fastening element 630 with the elongated element 420 can be intervened. For example, the fastening element 630 (e.g. a screw, a pin or the like) with the one or more connecting holes 440 to intervene in order to secure the connecting link 620 with the elongated element 420 to connect. In some examples, the connecting link can 620 between the first guide bar 600 and the second guide bar 610be arranged.

[0022] The unlocking assembly 400 Furthermore, a pre-tensioning element can 640 (e.g., a spring). The preload element 640 can move between the second guide bar 610 and the second area 622 of the connecting bracket 620 are located. The prestressing element 640 can be used with the guide bar 610 and the connecting bracket 620 be connected, and the prestressing element 640 can the connecting bracket 620 pre-tension in a first direction (such as by the arrow) 660 in Fig. 6 shown). The connecting bracket 620 can be in an attack 670 intervene, and the attack 670 can the movement of the connecting bracket 620 relative to the support bracket 300 inhibit. In one example, the attack can 670 into the second guide bracket 610be integrated. In another example, the attack can be 670 with a section of the support bracket 300 be connected. A user can use the handle. 430 actuate (e.g. pull, twist, push or the like) and the actuation of the handle 430 can the connecting bracket 620 in a second direction opposite to the first direction (e.g. along a longitudinal axis of the elongated element) 420 ) relocate. By relocating the connecting bracket 620 can the preloading element 640 be relocated, and if the handle 430 When released, the pre-tensioning element can 640 the connecting bracket 620 pre-tension in the first direction to engage with the stop 670 to intervene.

[0023] With renewed reference to Fig. 6. The unlocking assembly 400 a release cable 650 Included. The release cable.650 can be used with the connecting bracket 620 (e.g. the second area) 622 ) and with the locking mechanism 210 (in Fig. 2 shown) be connected. As described herein, a user can connect the handle 430 actuate and the connecting link 620 for example, shift it in the second direction. The connecting bracket 620 can the release cable 650 relocate accordingly and the relocation of the release cable 650 can the locking mechanism 210 activate and adjust the height of the work surface 110 facilitate.

[0024] As described in this document, the handle 430 opposite the support bracket 300 The wall mounting assembly can be repositioned. 100 In one example, work surfaces can be of different dimensions. 110(e.g., different depths). By repositioning the handle. 420 opposite the support bracket 300 can the handle 430 near the front edge of the work surface 110 to be mounted, for example to attach the handle 430 to make it more accessible for the user.

[0025] Fig. Figure 7 shows a perspective view of the unlocking assembly. 400 and the support bracket 300 the Fig. 3. As described in this document, the handle can 430 (and the fixed handle) 410 ) at a first interval 450 (in Fig. 4 shown) to the support bracket 300 be arranged. In another example, the handle can be 430 at a second interval 700 to the support bracket 300 be arranged. By repositioning the handle. 430 can the positioning of the handle 430near a front edge of the work surface 110 be made easier. The second distance 700 can be larger than the first distance 450 (in Fig. 4 shown).

[0026] The repositioning of the handle 430 can be achieved by the first guide bar 600 , the second guide bar 610 and the connecting bracket 620 in the same position relative to the support bracket 300 be held. In one example, the handle can be 460 by loosening the fastening element 630 from one or more connecting holes 440 can be repositioned by loosening the fastener. 630 from the connecting holes 440 can the elongated element 420 in relation to the connecting bracket 630 move. By moving the elongated element 420 in relation to the connecting bracket 630Can the distance between the handle 430 and the support bracket 300 (e.g. between the first distance 450 and the second distance 700 ) can be varied. The fastening element 630 can be done through the connecting bracket 620 to be inserted and into the connecting holes 440 intervene. The engagement of the fastening element 630 with the connecting holes 440 can the displacement of the elongated element 420 opposite the connecting bracket 620 inhibit. If the fastening element 430 with the connecting bracket 430 and the connecting holes 440 The grip is therefore in motion, the handle can 430 must be activated to release the release cable (in Fig. (shown in section 6) to relocate and the locking assembly 210 (in Fig. 2 shown) to activate.

[0027] Fig. Figure 8 shows a perspective view of a tilting workstation. 800 The tilting workstation 800 The height-adjustable wall mounting assembly 100 Included. With the sliding bracket. 130 can a mounting bracket 810 be connected. The mounting bracket 810 can a hinge 820 included, and the support bracket 300 can be used with the mounting bracket 810 be connected. In one example, the support bracket can be 300 around the hinge 820 rotate and the rotation of the support bracket 300 can the work surface 110 to transfer between a horizontal and a vertical position. With the mounting bracket 810 can a hook pin 830 be connected.

[0028] Fig. Figure 9 shows a detailed perspective view of the tilting workstation. 800 the Fig. 8. The workplace 800can a locking assembly 900 included, and the locking assembly 900 can the hook pin 830 included. The hook pin 830 can occur between sides of the mounting bracket 810 extend. In some examples, the hook pin 830 near one upper end of the mounting bracket 810 be arranged. Furthermore, the hinge can 820 between the sides of the mounting bracket 810 extend and can the hinge 820 near one of the lower ends of the mounting bracket 810 are located. Furthermore, the hinge can 820 from the hook pin 830 be spaced apart.

[0029] Fig. Figure 10 shows a detailed perspective view of the tilting workstation. 800 the Fig. 8 with the locking assembly 900 in an unlocked configuration. The locking assembly 900can a blocking assembly 1000 included, and the locking assembly 1000 can form a first arm 1010 included. The first arm 1010 can create a pin channel 1020 define, and the pen channel 1020 can be used to hold the hook pin 830 The locking assembly must be dimensioned and shaped. 900 can be in the unlocked configuration when the hook pin 830 not in the pin channel 1020 is included. Furthermore, the locking assembly can 900 have a locked configuration, and the locking assembly 900 can be in the locked configuration when the hook pin 830 in the pin channel 1020 The recording of the hook pin is recorded. 830 within the pen channel 1020 can prevent the support bracket from shifting 300 around the hinge 820 rotates. For example, the hook pin 830into a canal wall 1030 of the pin channel 1020 intervene, and the intervention can affect the work surface 110 (in Fig. Hold (as shown in 8) in a horizontal position.

[0030] Fig. Figure 11 shows a perspective view of the tilting workstation. 800 the Fig. 8 with the locking assembly 900 in the locked configuration. Sections of the tilting workstation 800 were in Fig. 11 removed for clarity. For example, the ones in Fig. 9 shown work area 110 and sides of the support bracket 300 for the sake of clarity Fig. 11 away. How Fig. 11 shows the hook pin 830 in the pin channel 1020 recorded. Accordingly, the support arm is positioned 300 in a horizontal position.

[0031] As described in this document, the locking assembly 1000 the first arm1010 included. Furthermore, the locking assembly can 1000 a second arm 1100 included, the one with the first arm 1010 is connected. For example, the first arm 1010 with an arm hinge 1110 rotatable with the second arm 1100 be connected. The arm hinge 1110 can be used with the support bracket 300 be connected and the arms 1010 , 1100 can in relation to the support bracket 300 rotate. In another example, the first arm can 1010 and the second arm 1100 be designed as integral parts of a single component and the arms 1010 , 1100 can surround the arm hinge 1110 turn.

[0032] The barrier assembly 1000 can be a locking actuator 1120 included and an actuation of the locking actuator 1120 can the arms 1010 , 1100 relative to the support bracket 300relocate. For example, the actuator can 1120 with a locking bar 1130 be connected, and the locking bar 1130 can be related to the support bracket 300 move (e.g. the locking bar) 1130 can be within the support 300 slide when the locking actuator 1120 (operated by a user). The locking bar 1130 can a door handle 1140 included and the handle 1140 can with the arm 1110 to intervene in order to save the arm 1010 to relocate. Since the arms 1010 , 1100 are connected to each other, shifting the arm's position 1100 the arm 1010 In this example, accordingly (e.g., the arms). 1010 , 1100 rotate around the wrist 1110 , when the arm 1100 (is displaced). As described in more detail in this document, the displacement of the arms can 1010 , 1100 the hook pin 830from the pin channel 1030 release and enable the locking assembly 900 transitions from the locked configuration to the unlocked configuration.

[0033] Fig. Figure 12 shows a detailed perspective view of the tilting workstation. 800 the Fig. 8 with the locking assembly 900 in an unlocked configuration. The locking assembly 1000 can a pre-tensioning element 1200 included, and the preload element 1200 can the first arm 1010 towards the direction of engagement with the locking pin 830 pre-tension. As described herein, the pin channel can be 1020 the hook pin 830 record. In one example, the prestressing element can be used. 1200 the arm 1010 pre-tension to secure the hook pin 830 within the pen channel 1020 to hold. The actuation of the locking mechanism. 1120 can the preload of the preload element1200 overcome and allow the hook pin to 830 from the pin channel 1030 solves.

[0034] Additionally, the arm can 1010 a cam surface 1210 included and the cam surface 1210 can be used for intervention with the hook pin 830 be trained. The engagement of the cam surface 1210 with the hook pin 830 can the arm 1010 relocate and allows the hook pin to be inserted 830 in the pin channel 1020 In one example, the work surface 110 from a vertical (e.g., storage) position to a horizontal (e.g., working) position. The cam surface 1210 can enable the locking assembly 900 is transferred to the locking configuration when the work surface 110 (in Fig. (shown in 1) is raised into the horizontal position. The hook pin 830can be incorporated into the cam surface 1210 intervene when the work surface is raised, and is connected to the pen channel 1020 aligned. The prestressing element 1020 can the arm 1010 towards the insertion of the hook pin 830 pre-tension, and the hook pin 830 can in the pen channel 1020 be recorded. Accordingly, the cam surface can be 1210 enable the locking assembly 800 transitions to the locked configuration when the work surface 110 is raised.

[0035] Fig. Figure 13 shows a perspective view of the height-adjustable wall mounting assembly. 100 the Fig. 1 with a fastening system 1300 As described in this document, the height-adjustable wall mounting assembly can 100 It can be attached directly to a structure (e.g., a wall). In another example, the wall mounting assembly can be100 with the fastening system 1300 to be attached to a structure (e.g., a wall, a wall panel, a partition, or the like). As explained in more detail in this document, the fastening system can 1300 enable the wall mounting assembly 100 is connected to a structure with different dimensions or properties.

[0036] Fig. Figure 14 shows a front view of the wall mounting assembly. 100 with the fastening system 1300 the Fig. 13. As described in this document, the fastening system can 1300 enable the wall mounting assembly 100 is connected to a structure with different dimensions or properties. In one example, the structure could be slotted brackets. 1400A , 1400B containing a plurality of slots 1410 included, and the majority of slots 1410can be arranged in a row (e.g., spaced apart and arranged in a column). The fastening system 1300 can be used with the slots 1410 to intervene and enable the mounting assembly 100 is connected to the structure.

[0037] Fig. Figure 15 shows another perspective view of the height-adjustable wall mounting assembly. 100 the Fig. 1 with a fastening system 1300 In one example, the fastening system 1300 a first interface assembly 1500 and a second interface assembly 1510 Included are the interface modules. 1500 , 1510 can be connected to the structure on a first side. Additionally, the interface assemblies can be 1500 , 1510 with the lifting device 120 be connected on a second side to secure the mounting assembly 100to connect to the structure. In one example, the lifting device can 120 a first intervention bracket 1520 , a second locking bar 1530 and a third handrail 1540 Included. The handguards 1520 , 1530 , 1540 can be used to accommodate the interface assemblies 1500 , 1510 be dimensioned and shaped and accommodate the interface assemblies 1500 , 1510 through the handguards 1520 , 1530 , 1540 can the lifting device 120 with the interface modules 1500 , 1510 connect.

[0038] The Fig. Figures 16A-16C show detailed perspective views of the interface assembly. 1500 The interface assembly 1500 can an elongated support element 1600 and a deployment 1610 included. The support element 1600 can be used to begin the operation1610 be dimensioned and shaped, and the use 1610 can in one end 1605 of the support element 1600 be arranged. An outer profile of the insert. 1610 can be the inner profile of the support element 1600 at least partially correspond. The use 1610 can be in the support element 1600 be arranged, and one or more fasteners 1620 can be used to increase the deployment 1610 with the support element 1600 to connect.

[0039] The deployment 1610 can a deployment body 1611 and a wedge 1612 (e.g., a cone, a projection, or the like). The wedge 1612 can detach itself from the deployment body 1611 . extend and the wedge 1612 A slight taper from one end to the other end of the wedge is possible. 1612 have in the wedge 1612 can a threaded hole 1613be defined, and the threaded hole 1613 can accommodate a fastening element for use with other components of the fastening system 1300 to connect.

[0040] The Fig. Figures 17A-17C show perspective views of a fastening mechanism. 1700 The fastening mechanism 1700 can be integrated into the interface assembly 1500 be integrated. The fastening mechanism 1700 can be used with the slotted hangers 1400A , 1400B (in Fig. (shown in 14) may be connected. For example, the fastening mechanism may 1700 a first tab 1710 with an initial hook advantage 1720 and a second tab 1730 with a second hook projection 1740 Included. In the slots 1410 can the hook projections 1720 , 1740 to be recorded and the recording of the hook projections 1720 , 1740 in the slots1410 can the fastening mechanism 1700 with the slotted hangers 1400A , 1400B connect.

[0041] As the Fig. 17A and Fig. 17C shows, the first hook advantage can 1720 be aligned in a first direction and the second hook projection can 1740 be oriented in a second direction. For example, the first hook projection can 1720 a first channel 1721 It contains a feature that opens in the first direction (e.g., downwards). The second hook projection 1740 can have a second channel 1741 includes one that opens in the second direction (e.g. upwards).

[0042] The tabs 1710 , 1730 can be used with a mounting body 1750 be connected. One or more of the tabs 1710 , 1730 can differ in relation to the fastening body 1750 align, for example to align the fastening mechanism1700 with the slotted hangers 1400A , 1400B (in Fig. (shown in 14) to connect. In one example, a mother can 1760 in the mounting body 1750 be arranged and located near a first flange 1711 the tab 1710 are located. A bolt 1770 can be achieved through a second flange 1731 the tab 1730 to be inserted and the bolt 1770 can enter the mother 1760 intervene. A user can adjust the bolt. 1770 actuate (e.g. turn, twist, tighten or the like) and actuate the bolt 1770 can the tab 1720 in relation to the fastening body 1750 move.

[0043] As described in this document, the fastening mechanism 1700 with the slotted hangers 1400A , 1400B (in Fig. (shown in 14) can be connected. In one example, the fastening mechanism can be attached to the slotted brackets. 1400A , 1400B Clamping. The hook projections 1720 , 1740 can in the slots 1410 (in Fig. (shown in 14) and the second tab 1730 can be compared to the mounting body 1750 can be moved to adjust the distance between the tabs 1710 , 1730 (and accordingly between the hook sections) 1720 , 1740 ) close.

[0044] With renewed reference to Fig. 17A-17C the mounting body 1750 a keyway 1780 define the keyway 1780 can be used to accommodate the groove 1612 the deployment 1610 (in the Fig. (shown in sections 16A-16C) must be dimensioned and shaped. The engagement of the wedge 1612 with the keyway 1780 can the use 1610with the fastening mechanism 1700 connect the keyway 1780 can have a wedge groove profile that corresponds to the wedge profile of the wedge 1612 corresponds. In one example, the keyway 1780 corresponding to the tapered profile of the wedge 1612 be rejuvenated.

[0045] In the mounting body 1750 can a first through hole 1790A be defined. The first through-hole 1790A can provide access to the bolt 1770 enable and allow a user to the bolt 1770 to operate and the tabs 1710 , 1730 to shift relative to the mounting body. Furthermore, the mounting body can be moved. 1750 a second through hole 1790B be defined. Into the through-hole 1790B Can a fastening element (e.g. a screw) be used to secure the insertion? 1610 (in the Fig. 16A-16C shown) with the fastening mechanism1700 to connect. In one example, the fastener can be inserted into the threaded hole. 1613 the deployment 1610 intervene and the intervention of the fastening element with the use 1610 can the use 1610 with the fastening mechanism 1750 connect (e.g. prevent the tab from 1612 within the keyway 1780 (will be postponed).

[0046] The Fig. Figures 18A-18B show further perspective views of the fastening mechanism 1700 the Fig. 17A-17C. As described in this document, the tab can 1730 in relation to the fastening body 1750 (and the tab) 1710 ) move. In one example, as in Fig. 18A shown, the tab 1730 so that they are moved so that they are attached to the tab 1710 is attached. In another example, the tab can 1730 so that they move away from the tab1710 removed, for example to allow the insertion of the fastening mechanism 1700 into the slots 1410 (in Fig. 14 shown) to enable. The tab 1730 can (e.g. by actuating the bolt) 1770 , in Fig. (shown in 17) are moved so that they are attached to the tab 1710 is attached, for example to the fastening mechanism 1700 with the slotted bracket 1400A , 1400B to connect (e.g., to clamp onto it).

[0047] Fig. Figure 19 shows a front view of the wall mounting assembly. 100 the Fig. 1 and the fastening system 1300 the Fig. 13 during an assembly process. As described herein, the fastening mechanism can 1700 with the slotted hangers 1400A , 1400B be connected. With the slotted hangers 1400A , 1400B For example, multiple fastening mechanisms can be used. 1700be connected. For example, a first fastening mechanism can be 1700A and a second fastening mechanism 1700B with the slotted bracket 1400A be connected. A third fastening mechanism 1700C and a fourth fastening mechanism 1700 D can be used with the slotted bracket 1400B be connected.

[0048] As described in this document, the interface assemblies 1500 , 1510 the support element 1600 included. Additionally, the use 1610 with the support element 1600 be connected. In an example, a first deployment could be 1610A and a second deployment 1610B with the support element 1600 be connected. The support element 1600 the interface assembly 1510 can be used with the fastening mechanisms 1700B , 1700D be connected by the stakes 1610A , 1610Bwith the fastening mechanisms 1700B , 1700D can be connected. Furthermore, the support element can 1600 the interface assembly 1500 with the fastening mechanisms 1700A , 1700C be connected by the stakes 1610A , 1610B with the fastening mechanisms 1700A , 1700C to be connected. The support element 1600 can have an adjustable length (e.g., the support element can be 1600 (consisting of telescopic sections that allow for variable length). The support element 1600 can therefore determine the distance between the fastening mechanism 1700A , 1700C overstretch if the distance between the slotted brackets increases 1400A , 1400B between structures (e.g., a first cubic wall with a first distance between the brackets) 1400A , 1400B and a second cubic wall with a second spacing between the brackets 1400A ,1400B ) changes.

[0049] The support element 1600 the interface assembly 1500 can be used with the first bracket 1530 (in Fig. 15 shown) the lifting device 120 come into contact with it (e.g., be incorporated into it). Furthermore, the support element can 1600 the interface assembly 1510 with the handholds 1540 , 1550 (in Fig. (15 shown) can be intervened. Accordingly, as in Fig. 14 shows the lifting device 120 with the fastening system 1300 with the slotted hangers 1400A , 1400B be connected.

[0050] Fig. Figure 20 shows a perspective view of an example keyboard drawer. 2000 with a height adjustment mechanism 2010 One or more suspension assemblies 2020 can be used with the underside of a work surface (e.g. the work surface) 110 , in Fig. (shown in 1) be connected. As in Fig. As shown in 20, the keyboard drawer can be used. 2000 with the suspension assembly 2020 be connected.

[0051] Fig. Figure 21 shows a front view of the keyboard drawer. 2000 the Fig. 20. Using the work surface 110 For example, two suspension assemblies can 2020 be connected. A first suspension assembly 2020A and a second suspension assembly 2020B can be similarly structured (e.g., the assemblies) 2020A , 2020B can be mirror images of each other).

[0052] Fig. Figure 22 shows a detailed perspective view of the keyboard drawer. 2000 the Fig. 20. The suspension assembly 2020 can provide a first mounting bracket 2200 and a second mounting bracket 2210 contain.

[0053] The mounting brackets 2200 ,2210 can be one end of a first suspension bracket 2220 hold and can be used with the underside of the work surface 110 be connected (in Fig. 21 shown). The first suspension bracket 2220 can be formed in a hollow cross-section, and a second suspension bracket 2230 can be in the hollow cross-section of the first suspension bracket 2220 be arranged. The second suspension bracket 2230 can be done with the first suspension bracket 2220 come into sliding engagement, and the bar 2230 can be related to the bracket 2220 shift. The first suspension bracket 2220 It can also have a slotted hanger 2240 included, which is connected to one side of the first suspension bracket 2220 is connected. One or more slots 2250 can be attached to the slotted bracket 2240 be trained. The keyboard drawer 2000 can be used with the second suspension bracket 2230be connected. Accordingly, the keyboard drawer can 2000 in relation to the bracket 2220 move.

[0054] Fig. Figure 23 shows another detailed perspective view of the keyboard drawer. 2000 the Fig. 20. Sections of the suspension assembly 2020 are hidden for clarity. The second suspension bracket 2230 can a hollow profile 2300 included and a hook arm 2310 can be within the hollow profile 2300 of the second suspension bracket 2230 be arranged. The hook arm 2310 can be used with the second suspension bracket 2230 be connected via a hinge, for example 2320 The hook arm 2310 There might be a catch. 2340 included, and the hook 2340 can be inserted into the slotted bracket 2240 intervene to change the position of the second suspension bracket 2230 relative to the first suspension bracket2220 to maintain. A handle 2350 can be used with the second suspension bracket 2230 be rotatably connected, and the actuation of the handle 2350 can the hook arm 2310 around the hinge 2320 turn the handle 2350 can be fixed to the hook arm 2310 can be attached and accordingly the handle can 2350 and the hook arm 2310 in line around the hinge 2320 turn.

[0055] As described in this document, the second suspension bracket can 2230 with the first suspension bracket 2220 enter sliding engagement. The second suspension bracket 2230 can in relation to the first suspension bracket 2220 to be repositioned, and the hook's engagement 2340 with the slotted bracket 2240 can the position of the second suspension bracket 2230 retain. In one example, the hook can be... 2340 in the slots 2250to be recorded in order to determine the position of the bracket 2230 in relation to the bracket 2220 to maintain.

[0056] In the suspension assembly 2020 can a pre-tensioning element 2360 to be included, and the preload element 2360 can prevent the hook from interfering 2340 with the slots 2250 maintained. In one example, a torsion spring can be attached to an axis of the hinge. 2320 be arranged. The torsion spring can the hook arm. 2310 pre-tension counter-clockwise so that the hook 2340 always with a single slot of one or more slots 2250 can come into play. In this example, if the handle 2350 around the hinge 2320 The hook arm is rotated 2310 together with the handle 2350 turn clockwise and the hook 2340It can detach from the respective slot. Consequently, the second suspension bracket can also detach. 2230 relative to the first suspension bracket 2220 move.

[0057] Fig. Figure 24 shows a side view of an example mobile workstation. 2400 The mobile workplace 2400 can a rolling base 2410 and one with the rolling base 2410 connected lifting device 2420 Included. The lifting device 2420 can be similar to the one in Fig. 1 lifting device shown 120 be. For example, a sliding mount (e.g., the one in Fig. 1. Sliding bracket shown 130 ) with the lifting device 2420 in sliding engagement. A head unit assembly can be mounted using the sliding bracket. 2430 and a cable storage box 2440 be connected. Additionally, a counterweight mechanism (e.g., the one in Fig. 2 shown counterweight mechanism 230 ) with the lifting device 2420 It can be connected and may be connected to the sliding bracket. As described herein, the counterweight mechanism can provide height adjustment for the sliding bracket. The distance between the rolling base 2410 and the head unit 2430 and the cable storage box 2440 can be achieved by moving the sliding bracket relative to a section of the lifting device 2420 They can be set selectively.

[0058] The head unit assembly 2430 can a work surface 2431 and a computer storage compartment 2432 It can contain, for example, the storage compartment 2432 below the work surface 2431 It can be arranged. Additionally, a keyboard drawer can be included. 2433 below the computer storage compartment 2432 be arranged. With the head unit assembly 2430 and with the keyboard drawer2433 can a keyboard drawer arm assembly 2434 be connected. The keyboard drawer arm assembly 2434 A certain degree of flexibility is needed for the keyboard drawer. 2433 relative to the work surface 2431 provide.

[0059] A screen mounting assembly 2450 can be used with the mobile workplace 2400 be connected, for example the screen mounting group 2450 above the work surface 2431 be arranged. A screen mount 2453 can be accessed via a screen arm assembly 2451 and a screen mount lifting device 2452 with the head unit 2430 be connected. The screen mount lifting device 2452 can be used with the head unit 2430 be connected, for example above the work surface 2431 The screen arm assembly 2451 can be used with the screen mount lifting device 2452and with the screen mount 2453 be connected. The screen arm assembly 2451 Can a flexible screen mount be used? 2453 relative to the screen mounting lifting device 2452 provide a screen (e.g., the one in Fig. 26 displayed screen 2600 ) can be attached to the screen mount 2453 It should be positioned to place the screen above the work surface 2431 to position. In some examples, the screen mount lifting device can be used. 2452 a height adjustment for the screen relative to the work surface 2431 provide.

[0060] Fig. Figure 25 shows a perspective view of the screen mounting assembly. 2450 As described in this document, the screen mount lifting device can 2452 with the head unit 2430 be connected (in Fig. 24 shown), to place a screen above the work surface2431 to hold. The screen mount lifting device 2452 can a mounting block 2500 , a first element 2510 and a second element 2520 containing the element that begins with the first element 2510 can be slidably connected. The second element 2520 can be used with the mounting block 2500 be connected, and the mounting block can be attached to the head unit 2430 be connected. A counterweight mechanism (e.g., a counterweight mechanism similar to the one in Fig. 2 shown counterweight mechanism 230 ) can be combined with the second element 2520 and the first element 2510 be connected to adjust the distance between the screen mount and the work surface 2431 (in Fig. (24 shown) can be selectively adjusted. In some examples, the screen arm assembly can be 2451 with an upper end 2530 the screen mount lifting device 2452 be connected.

[0061] Fig. Figure 26 shows another perspective view of the screen mounting assembly. 2450 A screen 2600 (e.g., monitor, television, screen, or similar) can be used with the screen mount. 2453 be connected. The position of the screen. 2600 relative to the screen mounting lifting device 2452 can be achieved by linking the screen arm assembly 2451 The monitor mount can be adjusted. 2453 can also have a tilting bar 2610 included to adjust the angle of the screen 2600 relative to the screen mounting lifting device 2452 to adjust.

[0062] Fig. Figure 27 shows a perspective view of the screen arm assembly 2451 in extended configuration. The monitor arm assembly 2451 can form a first arm 2700 , a second arm 2710 , a third arm 2720 and a fourth arm2730 included. The first arm 2700 and the second arm 2710 can be attached to a first hinge 2740 be rotatably connected. The second arm 2710 and the third arm 2720 can be attached to a second hinge 2750 be rotatably connected. The third arm 2720 and the fourth arm 2730 can be attached to a third hinge 2760 to be rotatably connected. The fourth arm 2730 and the first arm 2700 can be attached to a fourth hinge 2770 be rotatably connected to each other. An axis of rotation. 2780 the hinges 2740 , 2750 , 2760 , 2770 can run parallel to each other. The axes of rotation 2780 can be parallel to the direction of movement of the height adjustment in the screen mount lifting device 2452 (in Fig. (24 shown) run. The screen arm assembly 2451 can at the first hinge 2740with the screen mount lifting device 2452 be connected. Accordingly, the first arm can 2700 and the second arm 2710 at the first hinge 2740 with the screen mount lifting device 2452 It should be rotatably connected. The screen mount 2453 can be attached to the third hinge with the screen arm assembly 2760 be connected. Accordingly, the third arm can 2720 and the fourth arm 2730 at the third hinge 2760 with the screen mount 2453 be connected via a rotary joint.

[0063] Fig. Figure 28 shows a perspective view of the screen arm assembly 2451 in a retracted configuration. The monitor arm assembly 2451 can be articulated in such a way that it allows for a change in distance between the screen mount 2453 and the screen mount lifting device 2452 enabled. As in Fig. The screen mount is shown in section 28. 2453 near the screen mount lifting device 2452 arranged. As in Fig. As shown in 27, the screen mount can 2453 from the screen mount lifting device 2452 be arranged remotely.

[0064] With renewed reference to Fig. 28 can get the first arm 2700 and the second arm 2710 to the first hinge 2740 rotate and accordingly the second hinge can 2710 and the fourth hinge 2730 be moved away from each other. The third arm 2720 and the fourth arm 2730 , which with the first arm 2700 and the second arm 2710 at the second hinge 2750 or the fourth hinge 2760 They are connected and can also rotate relative to each other. Accordingly, the third hinge can 2760 closer to the first hinge 2740be moved, as in Fig. 28 shown.

[0065] The Fig. Figures 29A-29C show perspective views of the screen arm assembly. 2451 in an offset configuration and top views of this. The screen arm assembly 2451 Can the screen mount move sideways? 2453 (e.g. to the right or left) in relation to the screen mount lifting device 2452 enable. The first arm 2700 and the second arm 2710 They can rotate (e.g., counterclockwise), and accordingly, the third hinge can 2760 move the monitor mount 2453 can move laterally (e.g. to the right) of the screen mount lifting device 2452 move, for example, as in Fig. 29C is shown. Additionally, the screen mount can be used. 2453 around the third hinge 2760 be rotated to view the screen 2600to rotate in relation to the screen arm assembly, so that the screen 2600 for example, pointing in a sideways direction.

[0066] Fig. Figure 30 shows a perspective view of the example keyboard drawer. 2433 As described in this document, the keyboard drawer can 2433 with the head unit 2430 under the computer storage compartment 2432 be connected (in Fig. 24 shown). With the head unit 2430 can a mounting bracket 3000 be connected to the keyboard drawer arm assembly 2434 and the keyboard drawer 2433 with the head unit 2430 to connect. Between the keyboard drawer arm assembly 2434 and the keyboard drawer 2433 can a holding block 3010 be connected.

[0067] The keyboard drawer arm assembly 2434 can form a first arm 3020 , a second arm 3030, a third arm 3040 and a fourth arm 3050 included. The first arm 3020 and the second arm 3030 can be attached to a first hinge 3060 be rotatably connected. 3010 to be included, and the first arm 3020 and the second arm 3030 can be used with the holding block 3010 at the first hinge 3060 be rotatably connected. The first arm 3020 and the fourth arm 3040 can be attached to a second hinge 3070 be rotatably connected. The second arm 3030 and the third arm 3040 can be attached to a third hinge 3080 be rotatably connected. A fourth hinge 3090 can be in the mounting bracket 3000 It should be included, and the fourth hinge 3090 can be affected by the mounting angle 3000 extend.

[0068] Fig. Figure 31 shows a detailed view of the mounting bracket. 3000 Sections of the mounting bracket 3000 were in the Fig. 31 removed for clarity. The mounting bracket 3000 can a hinge retaining bracket 3100 Included. The hinge retaining bracket 3100 can be used with the mounting bracket 3000 at the fourth hinge 3090 be connected via a rotary joint.

[0069] The third arm 3040 can a first gear block 3110 included and the fourth arm 3050 can a second gear block 3120 included. The first gear block 3110 can be used with the hinge retaining block 3100 at a fifth hinge 3130 be rotaryally connected and the second gear block 3120 can be used with the hinge retaining block 3100 at a sixth hinge 3140 to be rotationally connected. Axes of rotation 3150 the hinges 3060 , 3070 , 3080 ,3090 , 3130 , 3140 can run parallel to each other and the axes of rotation 3150 can be in a vertical orientation.

[0070] The gear blocks 3110 , 3120 Several teeth can be affected at a time 3160 These include, for example, the teeth 3160 on outer surfaces of the gear blocks 3110 , 3120 be provided for. The teeth 3160 on the gear blocks 3110 , 3120 can interact with each other to rotate the arms 3040 , 3050 around the hinges 3130 , 3140 to synchronize. Through synchronization, the arms can 3040 , 3050 in equal increments around the hinges 3130 , 3140 turn.

[0071] The Fig. 32A-32B show a top view of the keyboard drawer 2433in extended and retracted configurations. The keyboard drawer arm assembly 2434 Can a keyboard linkage be used? 2433 in relation to the mounting angle 3000 enable and adjust the distance or orientation of the keyboard drawer 2433 in relation to the mounting angle 3000 accordingly. In an example, as in Fig. As shown in 32B, the keyboard drawer arm assembly can be 2434 be hinged to access the keyboard drawer 2433 near the mounting bracket 3000 to position.

[0072] By positioning the keyboard drawer 2433 near the mounting bracket 3000 can the keyboard drawer 2433 under the computer storage compartment 2432 (in Fig. (24 shown) can be stored, for example when the keyboard drawer 2433 is not in use. In another example, as in Fig. As shown in 32A, the keyboard drawer arm assembly can be 2434 be hinged to access the keyboard drawer 2433 removed the mounting bracket 3000 to position. The positioning of the keyboard drawer 2433 removed the mounting bracket 3000 can the keyboard drawer 2433 release, for example by allowing a user to open the keyboard drawer 2433 under the computer storage compartment 2432 pulls out.

[0073] The Fig. Figures 33A-33B show a top view of the keyboard drawer. 2433 in a rotated configuration. The keyboard drawer arm assembly 2434 can be around the fourth hinge 3090 rotate and allow the keyboard drawer to be moved laterally (e.g. to the right or left) in relation to the mounting angle. 3000 can be moved. Additionally, the keyboard drawer can be moved. 2433 to the first hinge 3060rotate to point in different directions, as in the Fig. 33A-33B shown.

[0074] The Fig. Figures 34A-34B show perspective views of an exemplary head unit. 2430 , which may include the computer storage compartment 2432 It can contain, as described in more detail in this document, the computer storage tray can contain 2432 from the work surface 3431 be covered. In addition, the work surface can be covered. 2431 from the head unit 2430 It should be removable. In the head unit 2430 can a control panel 3400 It may include, for example, the control panel. 3400 in a control panel housing 3405 be housed in the control panel housing. 3405 can be located near the computer storage compartment 2432 are located. In one example, a screen (e.g., the one in Fig. 26 displayed screen 2600 ) in the control panel 3400It may include features such as a touchscreen and various mobile workstation functions. 2400 They can be controlled via the screen. For example, the screen can adjust the height of the mobile workstation. 2400 , the internet access of a computer connected to the mobile workplace 2400 connected, controlling the energy monitoring of one or more components (e.g., a computer, a battery, or the like) and the like.

[0075] The head unit 2430 can have one or more handles 3410 included. In one example, the head unit 2430 the handles 3410 define, and the handles 3410 can be found near the computer storage compartment 2432 are located. Furthermore, the head unit can 2430 one or more accessory compartments 3420 for example, the compartments can contain 3420 with the head unit 3430near the computer storage compartment 2432 be connected. In another example, the control panel housing 3405 , the handles 3410 and the accessory compartments 3420 through the head unit 2430 be defined. In yet another example, the control panel housing 3405 , the handles 3410 and the accessory compartments 3420 be trained separately and later at the head unit 2430 to be attached.

[0076] Furthermore, the head unit can 2430 one or more exceptions 3440 Define. Using the cutouts. 3440 can an accessory platform 3450 on the head unit 2430 can be attached. In one example, the accessory platform can be used. 3450 one or more increases 3460 included. The increases 3460 can be done with the exceptions 3440 to engage the accessory platform on the head unit 2430to attach. Furthermore, the accessory platform allows 3450 one or more tabs 3470 It will be included. The tabs 3470 can be used with the head unit 2430 Intervention to provide additional stiffness to the connection between the head unit 2430 and the accessory compartment 3450 to create. For example, a screw can pass through the head unit. 2430 be inserted and the tab 3470 with accessory compartment 3450 to intervene and provide additional security for the connections of the accessory compartment. 3450 with the head unit 2430 provide.

[0077] The accessories platform 3450 can a floor area 3451 included. The floor area 3451 the accessories platform 3450 It can be flat or have different shapes to match the accessories available on the accessory platform. 3450 to be arranged. The floor area 3451the accessories platform 3450 can have one or more slots 3452 have slots for attaching accessories (e.g., a disinfectant wipe dispenser, a scanner mount, a printer, or the like) to the accessory platform. In a preferred embodiment, a fastening element (e.g., a screw) can be inserted through the slots. 3452 can be inserted, and the fastening element can engage in the accessory to attach the accessory to the accessory platform 3450 to attach.

[0078] Fig. Figure 35 shows a perspective view of an exemplary mobile vehicle. 2400 the Fig. 24, which may have one or more cable access holes 3500 may contain the head unit 2430 This could be one or more cable access holes. 3500 Define the cable access holes. 3500 can provide access to the computer storage compartment 2432 from outside the head unit 2430to enable this. In one example, the cable access holes can 3500 a cable routing between the cable storage box 2440 or the computer storage compartment 2432 and accessories located in the accessory compartments 3420 (or the accessories platform) 3450 , in the Fig. (shown in sections 34A-34B) to enable this. For example, the computer storage compartment can be used. 2432 (or on the accessory compartment) 3420 A power supply for a laptop computer should be arranged. A first power supply cable can be run from the computer storage compartment. 2432 through the cable access holes 3500 run and are connected to a second power supply cable, which is located in the cable storage box. 2440 is arranged.

[0079] Fig. Figure 36 shows a perspective view of the head unit 2430 One or more light sources 3600They can be integrated into the head unit to provide additional light when the ambient lighting is insufficient for performing various tasks associated with the mobile workstation. A primary light source 3600A can be attached to the head unit 2430 above the work surface 2431 be appropriate to protect the work surface 2431 to illuminate the objects located there. A second light source 3600B and a third light source can be located on the underside of the accessory compartments 3420 It would be appropriate to access the keyboard drawer. 2433 to illuminate when the keyboard drawer 2433 to the right or left side of the head unit 2430 is swivelled. A fourth light source 3600C can be found on the underside of the control panel housing 3405 It would be appropriate to access the keyboard drawer. 3433 to illuminate when the keyboard drawer 3433 in front of the head unit 3430is located.

[0080] Energy and dimming functions for the light sources 3600 can be accessed via the control panel 3400 can be controlled. For example, the brightness of each light source (e.g., the first light source) can be controlled. 3500A ) can be adjusted manually, or the brightness can be automatically adjusted using an ambient light sensor. 3610 , who is in the mobile workplace 2400 It can be integrated and configured. For example, as in Fig. As shown in 37B, the ambient light sensor 3700 in the control panel housing 3405 be arranged.

[0081] The Fig. Figures 37A-37B show perspective views of the rolling base. 2410 the mobile workplace 2400 The one or more light sources 3600 can also be used in the rolling base 2410 be included. As in Fig. As shown in 37A, a fifth light source can be used. 3600D on the rolling base 2410near one side of the rolling base 2410 be attached. Additionally, as in Fig. 37B shows a sixth light source 3600E on a second side of the rolling base 2410 be appropriate. With the light sources 3600D , 3600E can an area around the workplace 2400 be illuminated around it.

[0082] Fig. Figure 38 shows a perspective view of another exemplary mobile workplace. 2400 A storage basket 3800 can be used with the head unit 2430 (e.g. on one side of the head unit) 2430 ) be connected, and the storage basket 3800 It can be designed to hold accessories. For example, the storage basket 3800 It can accommodate a remote control, medical devices (e.g., an oximeter, a blood pressure cuff, a stethoscope, or similar), or other accessories. Additionally, the mobile workstation can2400 an accessory holder 3810 Included. The accessory holder 3810 can be used with the head unit 2430 be connected, for example the accessory holder can be connected to a bottom of the head unit 2430 be connected.

[0083] Fig. Figure 39 shows a perspective view of an exemplary accessory holder. 3810 The accessory holder 3810 can be used with the head unit 2430 be connected (in Fig. 38 shown). The accessory holder 3810 serves to be an accessory 3900 e.g. disinfectant wipes, a scanner or the like (but not limited to these), at the mobile workplace 2400 (in Fig. (shown in section 38) to attach the accessory holder. 3810 can have an L-shaped profile and can have a first side 3910 and a second page 3920 containing those extending transversely from the first side 3910extends. In another example, the accessory holder shows 3810 other profiles, for example a U-shaped, straight or other profile that has a plurality of holes 3900 can record. An upper end 3930 the first page 3920 can be attached to the head unit 2430 (e.g., a bottom side of the head unit) 2430 ) be attached.

[0084] The accessory holder 3810 can have one or more slots 3940 included. The slots 3940 can be found on the pages 3910 , 3920 of the accessory holder 3810 defined and for receiving a belt 3950 The belt must be dimensioned and shaped. 3950 (e.g., a strap with Velcro, an elastic strap, or the like) can be used to secure the accessory. 3900 to be wrapped around the accessories 3900 on the accessory holder 3810 to attach. One end of the strap 3950can be used with the accessory holder 3810 can be connected by the belt 3950 with one or more slots 3940 is inserted. Additionally, a clamp can be used. 3960 with the accessory holder 2810 be connected, for example by connecting the clamp 3960 with the slots 3940 The bracket 3960 can pass through the slots 3940 can be inserted and the clamp can be removed from the second side. 3920 of the accessory holder 3810 extend. The belt 3950 can the slots 3940 define, and the belt 3950 can be used with the clamp 3960 or connected to another accessory.

[0085] In one example, the accessories can 3900 (e.g. a disinfectant wipe container) on the accessory holder 3810 be attached. A first end 3951 the belt 3950 can go into the slot 3940Abe inserted. The belt 3950 can around the accessories 3900 to be wrapped, and a second end 3952 the belt 3950 can be attached to the accessory holder 3810 can be attached. For example, the second end can be 3951 the belt 3950 using the clamp 3960 on the accessory holder 3810 be attached.

[0086] Fig. Figure 40 shows a perspective view of an example belt. 3950 As described in this document, the belt can 3950 in the slots 3940 (e.g. in the slot) 3940A , in Fig. 39) can be recorded. A tab 4000 can be placed in the accessory holder 3810 (e.g. the page 3910 ) come into contact and the belt 3950 on the accessory holder 3810 attach it. For example, the tab can be used to secure it. 4000 have dimensions that are larger than the slots 3940are, and the tab 4000 can prevent the second end from 3952 the belt 3950 through the slots 3940 shifts. The tab 4000 can use a pen 4010 included, and the belt 3950 can have one or more holes 4020 define those for receiving the pen 4010 are measured and shaped. The belt 3950 can around the accessories 3900 (in Fig. 39 shown) are wound, and the belt 3950 can be used with the pen 4010 to intervene in order to remove the accessories 3900 on the accessory holder 3810 (in Fig. to attach (as shown in 38).

[0087] Fig. Figure 41 shows a perspective view of the head unit 2430 with the work surface 2431 As described in this document, the head unit can 2430 in the mobile workplace 2400It may be included. As described in more detail in this document, the workspace may 2431 in relation to the head unit 2430 move. In one example, the work surface can be moved. 2431 move between an open and a closed configuration. Additionally, the workspace can be adjusted. 2431 from the head unit 2430 removed, for example to allow access to the computer storage compartment 2432 (in Fig. 35 shown) to enable.

[0088] Fig. Figure 42 shows another perspective view of the head unit 2430 The work surface 2431 was for the sake of clarity in Fig. 42 removed. As described in this document, the head unit can 2430 the computer storage compartment 2432 included. The work surface 2431 (in Fig. 41) can be used in relation to the head unit 2430 advanced (or from the head unit)2430 (removed) to access the subject 2432 to enable this. In one example, the work surface can be 2431 with one or more sliding elements 4200 , for example a first sliding element 4200A or a second sliding element 4200B , are brought into action. The sliding elements 4200 can be equipped with one or more hinges 4210 with the head unit 2430 be rotationally connected. For example, the sliding element can 4200A with a first hinge 4210A with the head unit 2430 be rotationally connected, and the sliding element 4200B can be used with a second hinge 4210B with the head unit 2430 be rotary connected. The rotary connection between the sliding elements 4200 and the hinges 4210 can enable the sliding elements to 4200 in relation to the head unit 2430 move it. Since in this example the work surface2431 (in Fig. 41 shown) with the sliding elements 4200 The work surface can be affected if it is in intervention. 2431 in relation to the head unit 2430 move.

[0089] Fig. Figure 43 shows another perspective view of the head unit 2430 The mobile workplace 2400 can have a work surface opening mechanism 4300 included, and the opening mechanism 4300 can have a release handle 4310 Included. The release handle 4310 can be used with the head unit 2430 be connected and can control the opening mechanism 4300 transition between a locked configuration and an unlocked configuration. In this example, when the opening mechanism 4300 in the locked configuration, the work surface 2431 (in Fig. (shown in section 41) is secured in the closed configuration. When the opening mechanism is in the unlocked configuration, the work surface can be opened. 2431 from the closed configuration to the open configuration. A user can use the release handle. 4310 , to the opening mechanism 4300 to switch between the locked configuration and the unlocked configuration, actuate (e.g. pull, twist, push or the like).

[0090] Fig. Figure 44 shows a perspective view of the work surface opening mechanism. 4300 and the sliding elements 4200 Sections of the mobile workplace 2400 were removed for clarity (e.g., sections of the head unit). 2430 The opening mechanism 4300 can provide a support bracket 4400 included, and the support bracket 4400 can a wave 4410 carry. The release handle4310 can with the wave 4410 be connected, and the relocation of the release handle 4310 can the wave 4410 move. In one example, a user can move the release handle. 4310 activate and the release handle 4310 relocate. The relocation of the release handle 4310 can the wave 4410 rotate. As described in more detail in this document, the rotation of the shaft can be 4410 the opening mechanism 4300 transition between the locked configuration and the unlocked configuration.

[0091] Fig. Figure 45 shows a detailed perspective view of the sliding element. 4200A . Sections of the sliding element 4200A were removed for clarity. The sliding element 4200A can a ban 4500 included, and the lock 4500 can be related to a sliding element body 4510 of the sliding element 4200Amove (e.g., slide, move back and forth, or the like). In one example, the lock can 4500 from the sliding element body 4510 preside, and the blockade 4500 can extend (either partially or completely) within the sliding element body 4510 shift. A locking preload element 4520 can the block 4500 from the sliding element body 4510 Pre-tensioning away. The locking pre-tensioning element 4520 (e.g. a spring or the like) can get between the lock 4500 and the sliding element body 4510 are located, and the preloading element 4520 can the block 4500 Preload away from the sliding element body (e.g., the lock can 4500 pre-tension so that these are separated from the sliding element body 4510 (is in front).

[0092] Fig. Figure 46 shows another perspective view of the work surface opening mechanism. 4300 and the sliding element4200B As described herein, the release handle can 4310 (in Fig. 43 shown) the wave 4410 shift a nose 4600 can with the wave 4410 be connected, and the displacement of the wave 4410 can the nose 4600 relocate (e.g., rotate, move, or the like). The nose 4600 can be used with a push rod 4610 intervening and the repositioning of the nose can affect the pushrod 4610 move the push rod 4610 can be put on hold 4500 intervene (in Fig. 47 shown) and the displacement of the push rod 4610 can the block 4500 in relation to the sliding element body 4510 move.

[0093] The work surface opening mechanism 4300 can a rest 4620 Included. In some examples, the rest may 4620 in a guide bar 4630It should be included, and the guide bar 4630 can be used with the support bracket 4400 be connected. The block 4500 can rest 4620 intervene, and the intervention of the block 4500 with the rest 4620 can the sliding element 4200B to hold in place (e.g., secure, hold, or the like). In this example, if the sliding element 4200B is held and the work surface 2431 with the sliding elements 4200 is in intervention, the work surface 2431 be kept in the closed configuration. By moving the lock 4500 in relation to the sliding element body 4510 (e.g., through the push rod) 4610 ) can the block 4500 from the rest 4620 will be solved and it will be possible to remove the sliding elements 4200 in relation to the head unit 2430 (in Fig. (shown in 42). Accordingly, the work surface can be moved. 2431switch to the open configuration.

[0094] Fig. Figure 47 shows another perspective view of the work surface opening mechanism. 4300 and the sliding element 4200B . Sections of the support bracket 4400 and the guide bar 4630 are in Fig. 47 hidden for the sake of clarity. In some examples, the guide bar can be 4630 (and the support bracket) 4400 ) a rod channel 4700 define, and the rod channel 4700 can be used to accommodate the push rod 4610 It must be dimensioned and shaped. The push rod 4610 can be used with the rod channel 4700 in sliding engagement and in relation to the support bracket 4400 (or the head unit) 2430 ) move. As described in this document, the push rod can be moved. 4610 the ban 4500 relocate and release the blockage 4500 out of the repose 4620 make possible.

[0095] Fig. Figure 48 shows a detailed perspective view of an exemplary work surface opening mechanism. 4300 The work surface opening mechanism 4300 can a lifting system 4800 Included. The lifting system 4800 can the sliding elements 4200 (and the work surface) 2431 ) from the head unit 4230 Pre-tension away. In one example, the lifting system 4800 a piston 4810 contained, and the piston 4810 can be incorporated into the sliding elements 4200 (e.g. the sliding element) 4200B ) intervene and the sliding elements 4200 from the head unit 4230 pre-tensioning (in Fig. 42 (shown). In this example, if the work surface 2431 with the sliding elements 4200 The lifting system is engaged 4800 the work surface 2431 from the head unit 4230Pre-tension away. In some examples, the lifting system includes 4800 a plurality of pistons 4810 For example, a first piston 4810 near the sliding element 4200A be arranged, and a second piston 4810 can occur near the sliding element 4200B be arranged.

[0096] Additionally, the lifting system can 4800 a prestressing element 4820 and a hub housing 4830 included. The prestressing element 4820 (e.g. a spring or the like) can get between the piston 4810 and the hub housing 4830 are located, and the preloading element 4820 can the piston 4810 Pre-tension in a first direction (e.g. upwards or in the direction of engagement with the sliding elements) 4200 ). In this example, the piston can 4810 the sliding elements 4200 Pre-tension in the first direction, because the piston 4810 into the sliding elements4200 (e.g. the sliding element) 4200B) can intervene. As explained in more detail in this document, the lifting system can 4800 the work surface 2431 bias towards an open configuration when the lock 4500 (in Fig. 47 shown) from the grid 4620 (in Fig. 46 shown) is solved.

[0097] Fig. Figure 49 shows another perspective view of the sliding element. 4200A The sliding elements 4200 (e.g. the sliding element) 4200A ) can have an ejection system 4900 Included. The ejection system 4900 can the work surface 2431 pre-tension in a second direction (e.g. along a longitudinal axis of the sliding element) 4200A ), if the work surface 2431 (in Fig. 41 shown) with the sliding elements 4200 is in action. In one example, the ejection system 4900 a throwing bottle 4910included, and the ejection bottle 4910 can be placed in the work area 2431 intervene to clear the work surface 2431 to pre-tension in the second direction.

[0098] The sliding elements 4200 can create a gliding channel 4920 included and the gliding channel 4920 can be used to accommodate the work surface 2431 It must be measured and shaped. The ejection bottle 4910 can be incorporated into a through the sliding element body 4510 defined sliding channel 4920 extend, and the ejection bottle 4910 can be placed in the work area 2431 intervene if the work surface 2431 with the gliding channel 4920 is engaged. The gliding channel can be accessed through the gliding body. 4510 and a sliding rail 4930 be defined. The ejection bottle 4910 can be used with the work surface 2431 intervene and the work surface 2431pre-tension in the second direction (e.g. along a length of the sliding channel) 4920 In one example, the ejection bottle can 4910 in relation to the sliding element body 4510 move and adjust the work surface accordingly 2431 in relation to the sliding element body 4510 move.

[0099] Fig. Figure 50 shows another perspective view of the sliding element. 4200A . Sections of the sliding element 4200A are in Fig. 50 hidden for the sake of clarity. The ejection bottle 4900 can eject a sled 5000 and an ejection preload element 5010 Included. The ejection sled 5000 can the ejection bottle 4910 contained, and the ejection bottle can be removed through a slit 5020 , which passes through the sliding element body 4510 is defined, into the gliding channel 4920 extend the prestressing element 5010(e.g. a spring or the like) can be ejected with the ejector slide. 5000 and the sliding element body 4510 to be connected, and the prestressing element 5010 can the ejection sled 5000 (and the ejection bottle) 4910 ) bias in the second direction. In one example, the ejection bottle can 4910 in the sliding element body 4510 intervene (e.g., a wall of the slot) 5020 ), to allow for a range of movement of the ejection carriage 5000 to limit. For example, the sliding element body 4510 be trained in such a way that he can control the displacement of the ejection sled. 5000 in relation to the sliding element body 4510 stops.

[0100] Fig. Figure 51 shows a front view of the mobile workstation. 2400 As described herein, the mobile workplace can 2400 the head unit 2430 , the work surface 2431 and the sliding elements 4200included. The sliding elements 4200 can the gliding channel 4920 define, and the work surface 2431 can be used with the gliding channel 4920 are involved. In one example, the work surface 2431 a work surface flap 5100 contained and can the gliding channel 4920 to accommodate the work surface flap 5100 It must be dimensioned and shaped. The work surface flap 5100 can be used with the gliding channel 4920 in sliding engagement, and the work surface flap 5100 can be related to the gliding channel 4920 The work surface can shift accordingly. 2431 in relation to the sliding element body 4510 shift. Furthermore, the ejection bottle can 4910 (in Fig. 49 shown) into the work surface 5100 intervene, for example to clear the work surface 2431 to pre-tension in the second direction.

[0101] Fig. 52 shows a detailed side view of the head unit 2430 and the work surface 2431 An angled bracket 5200 can be used with the work surface 2431 be connected, and the angled bracket 5200 can be installed in the head unit 2430 intervene to clear the work surface 2431 relative to the head unit 2430 to move. In one example, a user can move the workspace. 2431 from the open configuration (as in Fig. 54 shown) in the direction of a closed configuration (as in Fig. (shown in section 53). The angled bracket 5200 can be installed in the head unit 2430 intervene to clear the work surface 2431 to lead towards the closed configuration. For example, the engagement of the angled bracket can 5200 with the head unit 2431 to overcome the preload caused by the ejection preload element 5010 (in Fig. 50) is generated, and allow the work surface to 2431 in relation to the sliding element body 4510 (in Fig. 50 (shown) shifts.

[0102] Fig. 53 shows a side view of the head unit 2430 , of the sliding element 4200B and the work surface opening mechanism 4300 . Sections of the head unit 2430 , of the sliding element 4200B and the work surface opening mechanism 4300 were in Fig. 53 hidden for the sake of clarity. The work surface 2431 is in Fig. 53 in the closed configuration. Additionally, the work surface opening mechanism... 4300 in Fig. 53 in the locked configuration. The piston 4810 of the lifting system 4800 can be used with the sliding element 4200B be intervened. Furthermore, the blockage can be lifted. 5000 with the rest 4620to be engaged in order to activate the opening mechanism 4300 in the locked configuration and the work surface 2431 to keep it in the closed configuration.

[0103] Fig. 54 shows another side view of the head unit 2430 , of the sliding element 4200B and the work surface opening mechanism 4300 . Sections of the head unit 2430 , of the sliding element 4200B and the work surface opening mechanism 4300 were in Fig. 54 hidden for the sake of clarity. The work surface 2431 is in Fig. 54 in the open configuration. Additionally, the work surface opening mechanism... 4300 in Fig. 54 in the unlocked configuration. The piston 4810 stands with the sliding element 4200B in engagement, and the sliding element 4200B is in the first direction (such as by the arrow) 5400 (shown) pre-tensioned. The work surface2431 can be converted into an open configuration (and the sliding element) 4200B can be adjusted around the hinge 4210B turn, in Fig. 42 shown), because the lock 4500 out of the repose 4620 is solved. As described in this document, the push rod can be 4610 into the lock-up 5000 intervene to lift the blockade 5000 to relocate and the blockade 4500 out of the repose 4620 to solve.

[0104] Furthermore, the ejection system 4900 the work surface 2431 pre-tension in the second direction (e.g., by the arrow) 5410 (shown). In this example, the work surface can 2431 in relation to the sliding element body 4510 move the work surface 2431 can from the sliding element 4200A protrude, for example to give a user access to the computer storage compartment 2432 (in Fig. 42) to enable this. Since the work surface 2431 In the open configuration, the workspace can also be expanded. 2431 from the head unit 2430 be removed. In one example, a user can remove the workspace. 2431 in relation to the sliding element 4200A move (e.g., pull, push, or the like) and the work surface flap 5100 (in Fig. 51 shown) from the sliding body channel 4920 (in Fig. 51 shown) solve.

[0105] Fig. Figure 55 shows a side view of the work surface opening mechanism. 4300 and the sliding body 4200B The opening mechanism 4300 can a lock 5500 (e.g., a keyhole, a combination lock, or the like). The lock 5500 Can the operation of the release handle 4310 (in Fig. 43 shown) inhibit. The lock 5500This can therefore prevent the opening mechanism from 4300 transitions from the locked configuration to the unlocked configuration. Various comments & examples

[0106] Aspect 1 may include or use an object (such as a device, system, apparatus, method, means of performing actions, or a device-readable medium containing instructions which, when executed by the device, can cause the device to perform actions), for example, may include or use a mobile workstation comprising: a height-adjustable lifting device; a head unit assembly connected to the lifting device; a work surface connected to the head unit assembly and configured to shift between an open configuration and a closed configuration with respect to the head unit assembly;a first sliding element rotatably connected to the head assembly and engaging with the work surface, wherein the first sliding element includes a first lock configured for displacement with respect to a first sliding element body of the first sliding element; and a work surface opening mechanism with a locking configuration and an unlocking configuration, wherein the work surface opening mechanism includes: a unlocking handle movably connected to the head assembly, wherein a movement of the unlocking handle is configured to displace the work surface opening mechanism between the locked configuration and the unlocked configuration; a release assembly connected to the unlocking handle and configured to selectively engage with the first lock; a lifting system configured to preload the work surface away from the head assembly;and a detent designed to engage with the first lock in order to hold the first sliding element and to keep the working surface in the closed configuration.

[0107] Aspect 2 may include or utilize the subject matter of Aspect 1, or may optionally be combined with it to optionally include or utilize, wherein the work surface is received in a work surface channel of the first sliding element, and further comprising an ejection assembly comprising: an ejection slide which is in sliding contact with the first sliding element, the ejection slide comprising an ejection bottle which extends into the work surface channel; and an ejection spring which is configured to bias the ejection slide in a first direction, wherein the ejection slide engages with the work surface and biases the work surface in the first direction.

[0108] Aspect 3 may contain or use the subject matter of Aspect 2, or may optionally be combined with it to optionally contain or use, wherein the ejection bottle extends through a slot into the work surface channel and the slot extends a first distance along a length of the work surface channel.

[0109] Aspect 4 may contain or use the subject matter of aspect 3, or may optionally be combined with it to optionally contain or use, wherein the ejection bottle is configured to engage with a wall of the slot and the engagement of the ejection bottle with the wall of the slot prevents displacement of the ejection bottle with respect to the first sliding element.

[0110] Aspect 5 may include or use the subject matter of one or any combination of aspects 2 to 4, or may optionally be combined with it, to optionally include or use an angled bracket connected to a section of the work surface and configured to engage with the head unit assembly, wherein the engagement of the angled bracket with the head unit assembly displaces the work surface in a second direction and overcomes the preload of the ejector spring.

[0111] Aspect 6 may contain or use the subject of any or any combination of aspects 2 to 5, or may optionally be combined with it to optionally contain or use, the ejection assembly being located near the hinge.

[0112] Aspect 7 may include or use the subject matter of one or any combination of aspects 1 to 6, or may optionally be combined with it to optionally include or use, wherein the work surface opening mechanism comprises: a shaft connected to the release handle and rotatably connected to the head unit; a lug connected to the shaft, wherein a movement of the release handle rotates the shaft and displaces the lug; and a push rod sliding in engagement with the head unit and configured to engage with the lock, wherein the lug engages with the push rod and a displacement of the lug displaces the push rod relative to the head unit, wherein the displacement of the push rod relative to the head unit selectively engages the push rod with the lock to displace the lock relative to the first sliding element and enables the lock to be released from the detent.

[0113] Aspect 8 may include or use the subject matter of aspect 7, or may be combined with it, to optionally include or use a guide bracket connected to the head unit assembly and dimensioned and shaped to receive the push rod.

[0114] Aspect 9 may contain or use the subject of any combination of aspects 1 to 8, or may be combined with it, if appropriate, to contain or use, wherein the working surface is in sliding connection with the first sliding element and the working surface is removable from the first sliding element.

[0115] Aspect 10 may include or use the subject matter of any combination of aspects 1 to 9, or may optionally be combined with it to optionally include or use, wherein the lifting system comprises: a piston configured to engage with the first sliding element; a preloading element arranged between the head assembly and the piston and configured to preload the piston in a first direction; wherein the engagement of the piston with the first sliding element preloads the first sliding element in the first direction.

[0116] Aspect 11 may include or use the subject matter of one or any combination of aspects 1 to 10, or may optionally be combined with it to optionally include or use, wherein the working surface is configured for receiving in a working surface channel of the first sliding element, and further comprising an ejection assembly comprising: an ejection slide which is in sliding contact with the first sliding element, wherein the ejection slide includes an ejection bottle which extends into the working surface channel; and an ejection spring configured to bias the ejection slide in a first direction, wherein the ejection slide is configured to engage with the working surface to bias the working surface in the first direction.

[0117] Aspect 12 may contain or use the subject of one or any combination of aspects 1 to 11, or may optionally be combined with it, to optionally contain or use a second sliding element which is rotationally connected to the head unit assembly and engages with the work surface, wherein the second sliding element includes a second lock configured for displacement with respect to the second sliding element, and wherein the release assembly is configured for selective engagement with the second lock.

[0118] Aspect 13 may contain or use the subject matter of any or any combination of aspects 1 to 12, or may be combined with them as appropriate, to contain or use a storage compartment designed to accommodate one or more electronic devices.

[0119] Aspect 14 may contain or use the subject of any combination of aspects 1 to 13, or may be combined with it, if appropriate, to contain or use, the hinge being located near one end of the first sliding element.

[0120] Aspect 15 may include or use an object (such as a device, system, apparatus, method, means of performing actions, or a device-readable medium containing instructions which, when executed by the device, can cause the device to perform actions), for example, may include or use a work surface opening mechanism for a mobile workstation comprising: a support bracket; a release handle movably connected to the support bracket, the movement of the release handle being configured to move the work surface opening mechanism between a locked configuration and an unlocked configuration; a release assembly connected to the release handle and configured for selective engagement with a lock; a lifting system configured to bias a first sliding element away from the support bracket;and a latch designed to engage with the lock and hold the work surface in the closed configuration.

[0121] Aspect 16 may include or use the subject matter of aspect 15, or may optionally be combined with it, to optionally include or use a shaft connected to the release handle and rotatably connected to the support bracket; a first lug connected to the shaft, wherein a movement of the release handle rotates the shaft and displaces the first lug; and a first push rod slidingly engaged with the support bracket and configured to engage with the lock, wherein the first lug engages with the first push rod and a displacement of the first lug displaces the first push rod relative to the support bracket, the displacement of the first push rod relative to the support bracket being configured to selectively engage the first push rod with the lock in order to displace the lock such that the first lock is released from the detent.

[0122] Aspect 17 may include or use the subject matter of aspect 16, or may optionally be combined with it to optionally include or use, wherein the lock is a first lock and the detent is a first detent, and further comprising: a second lug connected to the shaft, wherein a movement of the release handle rotates the shaft and displaces the second lug; and a second push rod slidingly engaged with the support bracket and configured to engage with the lock, wherein the second lug engages with the second push rod and a displacement of the second lug displaces the second push rod relative to the support bracket, wherein the displacement of the second push rod relative to the support bracket is configured to selectively engage the second push rod with a second lock in order to displace the second lock such that the second lock is released from a second detent.

[0123] Aspect 18 may include or use the subject matter of any combination of aspects 15 to 17, or may optionally be combined with it to optionally include or use, wherein the lifting system comprises: a first piston configured to engage with the first sliding element; a first preloading element arranged between a first lifting housing and the first piston and configured to preload the first piston in a first direction.

[0124] Aspect 19 may include or use the subject matter of Aspect 18, or may optionally be combined with it to optionally include or use, wherein the lifting system comprises: a second piston configured to engage with a second sliding element; a second preloading element arranged between a second lifting housing and the second piston and configured to preload the second piston in the first direction.

[0125] Aspect 20 may include or use the subject matter of any or any combination of aspects 15 to 5, or may be combined with it, to optionally include or use a guide bracket connected to the head unit assembly and dimensioned and shaped to receive the push rod.

[0126] Aspect 21 may include or use an object (such as a device, system, apparatus, method, means of performing actions, or a device-readable medium containing instructions which, when executed by the device, can cause the device to perform actions), for example, may include or use a tilting workstation configured for connection with a vertical support surface, comprising: a work surface; a wall-mounted assembly configured for connection with the vertical support surface, comprising: a frame; and a sliding support that moves with respect to the frame; a support bracket configured for connection with the work surface, the support bracket being hinged to the sliding support, and the support bracket being configured to rotate about the hinge;and a locking assembly with a locked configuration and an unlocked configuration, wherein: the locking assembly in the locked configuration is engaged with the sliding bracket and the working surface is in a horizontal first position, and the locking assembly in the unlocked configuration is released from the sliding bracket and the working surface is configured for displacement into a vertical second position.

[0127] Aspect 22 may include or use the subject matter of aspect 21, or may optionally be combined with it, to optionally include or use a locking assembly connected to the sliding bar, wherein the locking assembly defines a pin channel; a pin connected to the sliding bar, and wherein the pin channel is dimensioned and shaped to receive the pin, and the receiving of the pin in the pin channel configures the locking assembly into the locked configuration.

[0128] Aspect 23 may include or use the subject matter of one or any combination of aspects 21 or 2, or may optionally be combined with it to optionally include or use, wherein the locking assembly comprises: a first arm defining the pin channel; a second arm connected to the first arm by a locking hinge; and a locking actuator connected to the second arm, wherein a movement of the locking actuator rotates the second arm and the first arm about the pivot joint.

[0129] Aspect 24 may include or use the subject matter of one or any combination of aspects 21 to 3, or may optionally be combined with it to optionally include or use, wherein the wall mounting assembly comprises: a first fastening mechanism configured to engage with a first slotted bracket; a first fastening body; a first tab comprising a first hook projection oriented in a first direction; a second tab comprising a second hook projection oriented in a second direction opposite to the first direction; and wherein the second tab is configured to displace with respect to the fastening body and the displacement of the second tab varies a first distance between the first tab and the second tab.

[0130] Aspect 25 may include or use the subject matter of one or any combination of aspects 21 to 4, or may optionally be combined with it to optionally include or use that, wherein the wall mounting assembly comprises: a second fastening mechanism configured to engage with a second slotted bracket; a second fastening body; a third tab comprising a third hook projection oriented in the first direction; a fourth tab comprising a fourth hook projection oriented in the second direction; and wherein the third tab or the fourth tab is configured to be displaceable with respect to the fastening body and the displacement of the third tab or the fourth tab varies a second distance between the third tab and the fourth tab.

[0131] Aspect 26 may include or use the subject matter of one or any combination of aspects 24 or 25, or may optionally be combined with them to optionally include or use, wherein the wall mounting assembly comprises: a support element configured to extend between the first fastening mechanism and the second fastening mechanism, the second support element comprising a first wedge and a second wedge; the first fastening body comprising a first wedge groove configured to receive the first wedge, and the second fastening body comprising a second wedge groove configured to receive the second wedge; and the frame configured to engage with the support element to connect the frame to the structure.

[0132] Aspect 27 may contain or use the subject matter of any part or combination of any parts of one or more of Aspects 1 to 26, or may be combined with it as appropriate to contain or use it, which may include a means of performing one or more of the functions of Aspects 1 to 26.

[0133] The above description contains references to the accompanying drawings, which form part of the detailed description. The drawings illustrate specific embodiments with which the invention can be carried out. These embodiments are also referred to herein as "examples." Such examples may include additional elements beyond those shown or described. However, the inventors of the present invention also consider examples in which only the illustrated or described elements are provided. Furthermore, the inventors of the present invention also consider the use of any combination or interchange of the illustrated or described elements (or one or more aspects thereof), either with respect to a particular example (or one or more aspects thereof) or with respect to other examples (or one or more aspects thereof) shown herein.are described.

[0134] If there is inconsistency in usage between this document and any documents referenced by reference, the usage in this document shall prevail.

[0135] In this document, the terms "a", "an", "one", "an", or "a" are used, as is customary in patent documents, to include one or more, irrespective of any other instances or uses of "at least one" or "one or more". In this document, the term "or" is understood as non-exclusive, i.e., that "A or B" includes "A but not B", "B but not A", and "A and B", unless otherwise specified. In this document, the terms "containing" and "in the" are used as the plain English equivalents of the respective terms "comprising" and "whereby". Furthermore, in the following claims, the terms "containing" and "comprising" are open-ended, i.e., a system, device, article, composition, formulation, or process that includes, respectively,A claim that contains elements beyond those listed under such a term is still considered to fall within the scope of that claim. Furthermore, the terms "first," "second," and "third," etc., are used merely for distinction and are not intended to impose any numerical requirements on their objects.

[0136] Geometric terms such as "parallel," "perpendicular," "round," or "square" should not require absolute mathematical precision unless the context dictates otherwise. Rather, such geometric terms allow for manufacturing-related variations or equivalent functions. For example, if an element is described as "round" or "generally round," the description still includes a component that is not exactly circular (e.g., slightly elongated or a versatile polygon).

[0137] The above description is intended to be illustrative and not limiting. For example, the examples described above (or one or more aspects thereof) may be used in combination. Other embodiments may be applied, such as those that a person skilled in the art might consider after reviewing the above description. The summary is provided in accordance with 37 CFR § 1.72(b) to give the reader a quick overview of the nature of the technical disclosure. It is provided with the understanding that it is not intended to be used for the interpretation or limitation of the scope or meaning of the claims. Furthermore, the above detailed description may group various features together to streamline the disclosure. This should not be interpreted as an intention that an unclaimed disclosed feature is essential to a claim.Rather, the subject matter of the invention may consist of fewer than all features of a particular disclosed embodiment. Thus, the following claims are hereby incorporated into the detailed description as examples or embodiments, each claim constituting a separate embodiment, and it is pointed out that such embodiments may be combined with one another in various combinations or interchanges. The scope of the invention shall be determined by reference to the appended claims and the full scope of the equivalents to which these claims relate.

Claims

[1] Mobile workplace, which includes: a height-adjustable lifting device; a head unit assembly connected to the lifting device, a work surface that is connected to the head unit assembly and is designed to shift between an open configuration and a closed configuration with respect to the head unit assembly; a first sliding element which is rotationally connected to the head unit assembly and engages with the work surface, wherein the first sliding element includes a first lock which is configured for displacement with respect to a first sliding element body of the first sliding element; and a work surface opening mechanism with a locking configuration and an unlocking configuration, wherein the work surface opening mechanism includes: a release handle movably connected to the head unit assembly, wherein a movement of the release handle is configured to transfer the work surface opening mechanism between the locked configuration and the unlocked configuration; a release assembly connected to the release handle and designed for selective engagement with the first lock; a lifting system designed to pre-tension the work surface away from the head unit assembly; and a detent designed to engage with the first lock to hold the first sliding element and keep the working surface in the closed configuration. [2] Mobile workstation according to claim 1, wherein the work surface is received in a work surface channel of the first sliding element, and which further comprises an ejection assembly containing: an ejection slide which is in sliding connection with the first sliding element, the ejection slide containing an ejection bottle which extends into the work surface channel; and an ejection spring designed to pre-tension the ejection slide in a first direction, the ejection carriage engages with the work surface and pre-tensions the work surface in the first direction. [3] Mobile workstation according to claim 2, wherein the ejection bottle extends through a slot into the work surface channel and the slot extends a first distance along a length of the work surface channel. [4] Mobile workstation according to claim 3, wherein the ejection bottle is designed to engage with a wall of the slot and the engagement of the ejection bottle with the wall of the slot prevents a displacement of the ejection bottle with respect to the first sliding element. [5] Mobile workstation according to claim 2, further comprising an angled bracket connected to a section of the work surface and designed to engage with the head unit assembly, wherein the engagement of the angled bracket with the head unit assembly displaces the work surface in a second direction and overcomes the preload of the ejection spring. [6] Mobile workstation according to claim 2, wherein the ejection assembly is arranged near the hinge. [7] Mobile workstation according to claim 1, wherein the work surface opening mechanism includes: a shaft that is connected to the release handle and rotatably connected to the head unit; a nose connected to the shaft, wherein a movement of the release handle rotates the shaft and displaces the nose; and a push rod which is in sliding engagement with the head unit and is designed to engage with the lock, wherein the nose engages with the push rod and a displacement of the nose displaces the push rod in relation to the head unit, wherein a displacement of the push rod in relation to the head unit brings the push rod into selective engagement with the lock in order to displace the lock in relation to the first sliding element, and allows the lock to disengage from the detent. [8] Mobile workstation according to claim 7, further comprising a guide bracket connected to the head unit assembly and dimensioned and shaped to receive the push rod. [9] Mobile workstation according to claim 1, wherein the work surface is in sliding connection with the first sliding element and the work surface is removable from the first sliding element. [10] Mobile workstation according to claim 1, wherein the lifting system comprises: a piston designed to engage with the first sliding element; a preload element arranged between the head unit assembly and the piston and designed to preload the piston in a first direction; wherein the engagement of the piston with the first sliding element preloads the first sliding element in the first direction. [11] Mobile workstation according to claim 1, wherein the work surface is designed to be received in a work surface channel of the first sliding element, and which further comprises an ejection assembly containing: an ejection slide which is in sliding connection with the first sliding element, the ejection slide containing an ejection bottle which extends into the work surface channel; and an ejection spring designed to pre-tension the ejection slide in a first direction, wherein the ejection slide is designed to engage with the work surface and to pre-tension the work surface in the first direction. [12] Mobile workplace according to claim 1, further comprising: a second sliding element which is rotatably connected to the head unit assembly and engages with the work surface, wherein the second sliding element includes a second lock which is configured for displacement with respect to the second sliding element; and wherein the release assembly is designed for selective engagement with the second lock. [13] Mobile workstation according to claim 1, further comprising a storage compartment designed to accommodate one or more electronic devices. [14] Mobile workstation according to claim 1, wherein the hinge is arranged near one end of the first sliding element. [15] Work surface opening mechanism for a mobile workstation, comprising: a support bracket; a release handle movably connected to the support bracket, wherein a movement of the release handle is designed to shift the work surface opening mechanism between a locked configuration and an unlocked configuration; a release assembly connected to the release handle and designed for selective engagement with a lock; a lifting system designed to pre-tension a first sliding element away from the support bracket; and a detent designed to engage with the lock in order to hold the sliding element in place and to keep the work surface in the closed configuration. [16] Work surface opening mechanism according to claim 15, further comprising: a shaft that is connected to the release handle and rotatably connected to the support bracket; a first lug connected to the shaft, wherein a movement of the release handle rotates the shaft and displaces the first lug; and a first push rod which is in sliding engagement with the support bracket and is designed to engage with the lock, wherein the first lug is in engagement with the first push rod and a displacement of the first lug displaces the first push rod in relation to the support bracket, wherein a displacement of the first push rod in relation to the support bracket is designed such that it brings the first push rod into selective engagement with the lock in order to displace the lock so that the first lock is released from the detent. [17] Work surface opening mechanism according to claim 16, wherein the lock is a first lock and the latch is a first latch, and further comprising: a second lug connected to the shaft, wherein a movement of the release handle rotates the shaft and displaces the second lug; and a second push rod which is in sliding engagement with the support bracket and is designed to engage with the second lock, wherein the second lug engages with the second push rod and a displacement of the second lug displaces the second push rod in relation to the support bracket, wherein a displacement of the second push rod in relation to the support bracket is designed such that it brings the second push rod into selective engagement with a second lock in order to displace the second lock so that the second lock is released from a second detent. [18] Work surface opening mechanism according to claim 15, wherein the lifting system comprises: a first piston designed to engage with the first sliding element; a first preloading element located between a first stroke housing and the first piston, designed to preload the first piston in a first direction. [19] Work surface opening mechanism according to claim 18, wherein the lifting system comprises: a second piston designed to engage with a second sliding element; a second preloading element located between a second stroke housing and the second piston, designed to preload the second piston in the first direction. [20] Working surface opening mechanism according to claim 15, further comprising a guide bracket connected to the head unit assembly and dimensioned and shaped to receive the push rod.