A base of a touch terminal

Abstract

The utility model relates to a kind of pedestal of touch terminal, the pedestal corresponds with handheld terminal, the pedestal and the handheld terminal constitute a service terminal, every the pedestal includes integrated bottom plate, left inclined handle and right inclined handle, wherein, the left inclined handle and the right inclined handle are respectively arranged in the integrated bottom plate both sides, around the integrated bottom plate, the left inclined handle and the right inclined handle are formed into a plug-in cavity, the handheld terminal is plugged in the plug-in cavity, the left inclined handle top is provided with sticking out electric plug and recessed electric socket, the right inclined handle top is provided with sticking out data plug and recessed data socket, the sticking out electric plug and the sticking out data plug structure are same, the recessed electric socket and the recessed data socket structure are same, the left inclined handle and the right inclined handle both have front inclined wall and rear inclined wall.

Description

Technical Field

[0001] This utility model relates to a base, and more particularly to a charging base for a touch terminal. Background Technology

[0002] As we all know, with the development of digital technology, various CNC terminals have been widely used in various commercial fields. For example, when ordering food in a restaurant, people now generally use tablet computers to order. If the restaurant is large, it often needs dozens of tablet computers for ordering. Currently, charging these tablet computers requires staff to charge them one by one, which is cumbersome and inconvenient to use. Utility Model Content

[0003] The technical solution adopted by this utility model is as follows: a base for a touch terminal, which corresponds to a handheld terminal. The base and the handheld terminal together form a service terminal. The handheld terminal is inserted into the base, and several service terminals are gathered together to form a collection.

[0004] Each of the bases includes an integrated base plate, a left-tilted hand handle, and a right-tilted hand handle. The left-tilted hand handle and the right-tilted hand handle are respectively disposed on both sides of the integrated base plate. The integrated base plate, the left-tilted hand handle, and the right-tilted hand handle surround and form a plug-in cavity, in which the handheld terminal is plugged into the plug-in cavity.

[0005] The top of the left-tilted handle is provided with a protruding power plug and a recessed power socket, and the top of the right-tilted handle is provided with a protruding data plug and a recessed data socket. The protruding power plug and the protruding data plug have the same structure, and the recessed power socket and the recessed data socket have the same structure. Both the left-tilted handle and the right-tilted handle have a front tilting wall and a rear tilting wall.

[0006] Several of these service terminals are assembled together to form the assembly, with the rear inclined wall of the left-leaning handle of one base abutting against the front inclined wall of the left-leaning handle of another base, and the rear inclined wall of the right-leaning handle of one base abutting against the front inclined wall of the right-leaning handle of another base.

[0007] The protruding electrical plug of the left-leaning handle of one base is inserted into the recessed electrical socket of the left-leaning handle of another base, and the protruding data plug of the right-leaning handle of one base is inserted into the recessed data socket of the right-leaning handle of another base.

[0008] The beneficial effects of this utility model are as follows: Through the structural design of this utility model, several service terminals can be plugged into each other to form a collection, and the plugging method is simple and the plugging structure is stable. In addition, this design adopts a structure in which the left tilted handle and the right tilted handle are respectively set on both sides of the integrated base plate to form the base. The base can conveniently plug in and accommodate the handheld terminal, while the user's hands can hold the left tilted handle and the right tilted handle respectively for use, which can greatly improve the user experience. Attached Figure Description

[0009] Figure 1 This is a schematic diagram of the present invention.

[0010] Figure 2 This is a three-dimensional schematic diagram of the present invention.

[0011] Figure 3 This is a schematic diagram of the assembly of this utility model.

[0012] Figure 4 This is another three-dimensional schematic diagram of the base of this utility model. Detailed Implementation

[0013] like Figures 1 to 4 As shown, a base 200 for a touch terminal is provided, which corresponds to a handheld terminal 300. The base 200 and the handheld terminal 300 together form a service terminal 100. When the handheld terminal 300 is removed from the base 200, the user holds the handheld terminal 300 to operate it. When the handheld terminal 300 is inserted into the base 200, several service terminals 100 are gathered together to form a collection body 10. At this time, several service terminals 100 are connected together for unified charging.

[0014] The collection 10 has a unified charging circuit that is connected to an external power source. The unified charging circuit can charge the base 200 and the handheld terminal 300 of each service terminal 100.

[0015] Each base 200 includes an integrated base plate 500, a left-tilted handle 610, and a right-tilted handle 620. The left-tilted handle 610 and the right-tilted handle 620 are respectively disposed on both sides of the integrated base plate 500. The integrated base plate 500, the left-tilted handle 610, and the right-tilted handle 620 surround each other to form a plug-in cavity 510. The handheld terminal 300 is correspondingly plugged into the plug-in cavity 510. In specific implementation, the left-tilted handle 610 and the right-tilted handle 620 are symmetrically disposed on both sides of the integrated base plate 500, and the left-tilted handle 610 and the right-tilted handle 620 are parallel to each other.

[0016] The top of the left-tilted handle 610 is provided with a protruding power plug 611 and a recessed power socket 612, and the top of the right-tilted handle 620 is provided with a protruding data plug 621 and a recessed data socket 622. The protruding power plug 611 and the protruding data plug 621 have the same structure, and the recessed power socket 612 and the recessed data socket 622 have the same structure.

[0017] Both the left-tilted handle 610 and the right-tilted handle 620 have a front-tilted wall 631 and a rear-tilted wall 632.

[0018] When several service terminals 100 are assembled together to form the assembly 10, the rear inclined wall 632 of the left-leaning handle 610 of one base 200 abuts against the front inclined wall 631 of the left-leaning handle 610 of another base 200, and the rear inclined wall 632 of the right-leaning handle 620 of one base 200 abuts against the front inclined wall 631 of the right-leaning handle 620 of another base 200.

[0019] The protruding electrical plug 611 of the left-tilted handle 610 of one base 200 is inserted into the recessed electrical socket 612 of the left-tilted handle 610 of another base 200, and the protruding data plug 621 of the right-tilted handle 620 of one base 200 is inserted into the recessed data socket 622 of the right-tilted handle 620 of another base 200.

[0020] The above structure enables several service terminals 100 to be plugged into each other and assembled together to form the assembly 10, and the plugging method is simple and the plugging structure is stable.

[0021] In addition, this design adopts a structure in which the left tilted handle 610 and the right tilted handle 620 are respectively set on both sides of the integrated base plate 500 to form the base 200. The base 200 can conveniently insert and accommodate the handheld terminal 300, while the user's hands can hold the left tilted handle 610 and the right tilted handle 620 respectively for use, which can greatly improve the user's experience.

[0022] In specific implementation, the inner sides of the left tilted hand handle 610 and the right tilted hand handle 620 are respectively provided with side slots 633, and the integrated base plate 500 is provided with a base plate slot 634. The two side slots 633 and the base plate slot 634 are connected to form a terminal slot. The terminal slot is located at the bottom of the insertion cavity 510, and the handheld terminal 300 can be plugged into the terminal slot.

Claims

1. A base for a touch terminal, the base corresponding to a handheld terminal, the base and the handheld terminal forming a service terminal, the handheld terminal being inserted into the base, and several service terminals being assembled together to form an assembly, characterized in that: Each of these bases includes an integrated base plate, a left-tilted handle, and a right-tilted handle. The left-tilted handle and the right-tilted handle are respectively disposed on both sides of the integrated base plate. The integrated base plate, the left-tilted handle, and the right-tilted handle surround and form a insertion cavity, in which the handheld terminal is inserted. The top of the left-tilted handle is equipped with a protruding power plug and a recessed power socket, and the top of the right-tilted handle is equipped with a protruding data plug and a recessed data socket. The protruding power plug and the protruding data plug have the same structure, and the recessed power socket and the recessed data socket have the same structure. Both the left-tilted handle and the right-tilted handle have a front tilting wall and a rear tilting wall. Several of these service terminals are assembled together to form the assembly, with the rear inclined wall of the left-leaning handle of one base abutting against the front inclined wall of the left-leaning handle of another base, and the rear inclined wall of the right-leaning handle of one base abutting against the front inclined wall of the right-leaning handle of another base. The protruding electrical plug of the left-leaning handle of one base is inserted into the recessed electrical socket of the left-leaning handle of another base, and the protruding data plug of the right-leaning handle of one base is inserted into the recessed data socket of the right-leaning handle of another base.

2. The base of a touch terminal as described in claim 1, characterized in that: The left-tilted hand handle and the right-tilted hand handle are respectively provided with side slots on their inner sides. The integrated base plate is provided with a base plate slot. The two side slots are connected to the base plate slot to form a terminal slot. The terminal slot is located at the bottom of the insertion cavity. The handheld terminal can be plugged into the terminal slot.

3. The base of a touch terminal as described in claim 1, characterized in that: The left-tilted handle and the right-tilted handle are symmetrically arranged on both sides of the integrated base plate, and the left-tilted handle and the right-tilted handle are parallel to each other.

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