Stackable charging cabinet

Abstract

The utility model provides a stackable charging cabinet, comprising unit charging modules used for forming standard detachable charging units of the stackable charging cabinet; the skeleton module is connected with the unit charging module and is used for supporting the stackable charging cabinet; and the packaging module is connected with the unit charging module and the skeleton module and is used for packaging and sealing the periphery. The skeleton module is used for supporting the stackable charging cabinet. As a standard detachable charging unit of the stackable charging cabinet, the unit charging modules can be used individually or stacked for use. According to the stackable charging cabinet provided by the utility model, a standard detachable charging unit is provided, so that the stackable charging cabinet can be stacked and installed on a plurality of charging stations according to actual requirements of customers; meanwhile, the framework module and the packaging module based on customization are combined into one charging cabinet.

Description

TECHNICAL FIELD

[0001] The utility model relates to the technical field of charging cabinet, specifically relates to a stackable charging cabinet. BACKGROUND

[0002] Most of the charging cabinets on the market adopt the design of integral welding mainframe (hereinafter referred to as integrated charging machine), that is, the main body of the charging cabinet is a structure that adopts welding or assembly of different components to meet different station requirements. In order to realize different stations, different parts are welded on each face of the cabinet, and then assembled into shape.

[0003] Of course, a small part of the charging cabinet is a charging module based on a certain number of stations (hereinafter referred to as modular charging cabinet), each charging module can be used alone, and the user can increase the total number of stations by stacking.

[0004] If the technical scheme of integrated charging machine is adopted, the minimum unit standardization of parts cannot be realized, and the parts of different specifications of charging cabinet cannot be commonly used, resulting in great waste of inventory.

[0005] And the technical scheme of modular charging cabinet leads to the fact that each module can be used alone and can be combined at the terminal, so there is an overlapping surface during the overlapping of the cabinet, resulting in excessive waste of materials, no cost advantage, and no true modularization.

[0006] How to provide a charging cabinet that can be used alone or in combination, and does not cause repeated structure of part of the charging cabinet and increase the cost when used in combination. How to realize the charging cabinet that can be used in combination and is more economical is a technical problem to be solved at present. INVENTION CONTENTS

[0007] The utility model aims at providing a stackable modular charging cabinet, which is assembled into shape by standard minimum modules and some customized modules according to the demand of different number of stations, so that the charging cabinet supplier only needs to prepare sufficient standard modules and part of non-standard modules in daily inventory, thereby reducing the inventory pressure and improving the production efficiency.

[0008] The utility model provides a stackable charging cabinet, which comprises: a unit charging module, which is used for composing a standard detachable charging unit of the stackable charging cabinet; a framework module, which is arranged in the middle of the stackable charging cabinet; the framework module is connected with the unit charging module and is used for supporting the stackable charging cabinet; and an encapsulation module, which is connected with the unit charging module and the framework module and is used for peripheral encapsulation and sealing.

[0009] It should be noted that the skeleton module is used to support the stackable charging cabinet. Based on the technical solution provided is a stackable charging cabinet, so that the detachable unit or module of the charging cabinet is convenient to install on the skeleton module.

[0010] It should also be noted that the unit charging module is a standard detachable charging unit of the stackable charging cabinet, which can be used individually or stacked.

[0011] Further, the unit charging module is a standard module for daily production or stock of the charging cabinet supplier, which does not cause inventory pressure. Other modules or structures can be customized according to actual needs of customers.

[0012] Technical effect, the utility model provides a stackable charging cabinet, through providing a standard detachable charging unit, can be stacked and installed to a plurality of charging stations according to actual needs of customers, and simultaneously, based on the customized skeleton module and the packaging module combination is a charging cabinet.

[0013] An embodiment is provided, and a stackable charging cabinet only includes one unit charging module. Therefore, the corresponding skeleton module and packaging module are set or produced.

[0014] Another embodiment is provided, and a stackable charging cabinet only includes two unit charging modules, and the corresponding matching skeleton module and packaging module are set or produced.

[0015] Further, the unit charging module includes at least one group of charging units; the group of charging units includes at least one group of storage trays and at least one group of standard stacking structures; the at least one group of storage trays is detachably installed on the at least one group of standard stacking structures.

[0016] It should be noted that the standard unit charging module of the charging cabinet can include one or more charging units, and the single charging unit is used for charging a single or several electronic devices.

[0017] It should also be noted that the charging unit includes a storage tray and a standard stacking structure; the standard stacking structure is used for clamping the storage tray, because the standard stacking structure and the storage tray are used to form a standard charging unit for charging electronic devices.

[0018] Further, the at least one group of storage trays is provided with a buckle structure; the at least one group of standard stacking structures is provided with a limiting structure, which is used for clamping connection with the buckle structure, so as to realize detachable installation of the at least one group of storage trays and the at least one group of standard stacking structures.

[0019] One embodiment provides a set of standard stackable structures to detachably mount a plurality of storage trays, so that a plurality of electronic terminals can be charged simultaneously.

[0020] One embodiment provides a set of standard stackable structures to detachably mount 2 storage trays.

[0021] One embodiment provides a set of standard stackable structures to detachably mount 1 storage tray.

[0022] One embodiment provides a set of standard stackable structures to detachably mount 4 storage trays.

[0023] Further, the at least one set of standard stackable structures comprises at least one standard stackable unit.

[0024] It is noted that the at least one set of standard stackable structures comprises at least one standard stackable unit, because the standard stackable structure for engaging the storage tray needs at least two faces to complete the engaging structure, so the standard stackable structure needs to comprise 2 standard stackable units.

[0025] Further, the encapsulation module comprises a top cover structure and a bottom cover structure; the top cover structure and the bottom cover structure are respectively used for mounting at the top and bottom of the stackable charging cabinet.

[0026] It is noted that the top cover structure and the bottom cover structure can be made into standard parts, because they only serve to limit the horizontal cross-sectional area of the stackable charging cabinet.

[0027] Further, the skeleton module comprises a vertical skeleton structure along the stacking direction and a bottom support; the vertical skeleton is fixedly connected with the bottom support.

[0028] Further, the bottom support is fixedly connected with the bottom cover structure.

[0029] One embodiment provides that the bottom support is provided with 4 universal wheels at the lower end; the 4 universal wheels are provided with brake switches. The bottom support is arranged at the lower end of the bottom cover structure.

[0030] It is noted that the skeleton module comprises a vertical skeleton structure along the stacking direction and a bottom support; the bottom support is used for connecting the bottom cover structure and the lowermost unit charging module, and can also be made into a standard part.

[0031] Further, a threaded pull rod structure is further provided; the threaded pull rod structure is used for vertically penetrating through the at least one set of standard stackable structures; and the top end and the bottom end of the threaded pull rod structure are respectively fixedly mounted on the top cover structure and the bottom support.

[0032] Further, the skeleton module further comprises a top support; the top support is connected with the vertical skeleton structure; the top support is fixedly connected with the top cover structure.

[0033] It should be noted that the top support is used for connecting the top cover structure and the uppermost unit charging module respectively; the top support can also be made into a standard part.

[0034] Further, the packaging module further comprises a side door structure; the side door structure is used for placing or taking the electronic terminal from the stackable charging cabinet.

[0035] An embodiment is provided, and the packaging module comprises two side doors and front and rear doors.

[0036] Another embodiment is provided, and the packaging module only comprises two side doors.

[0037] Compared with the prior art, the utility model provides a stackable charging cabinet, which comprises: a unit charging module, which is used for forming a standard detachable charging unit of the stackable charging cabinet; a skeleton module, which is connected with the unit charging module and is used for supporting the stackable charging cabinet; and a packaging module, which is connected with the unit charging module and the skeleton module and is used for peripheral packaging and sealing. The skeleton module is used for supporting the stackable charging cabinet. The unit charging module, as the standard detachable charging unit of the stackable charging cabinet, can be used individually or stacked. The utility model provides a stackable charging cabinet, which can be stacked and installed into multiple charging stations according to actual needs of customers by providing a standard detachable charging unit; meanwhile, the stackable charging cabinet is combined into one charging cabinet based on the customized skeleton module and the packaging module. BRIEF DESCRIPTION OF DRAWINGS

[0038] Figure 1 A stackable charging cabinet structure schematic view is provided in the utility model;

[0039] Figure 2 A stackable charging cabinet structure schematic view is provided in the utility model; Figure 1 An explosion schematic view of the stackable charging cabinet structure is shown. DETAILED DESCRIPTION

[0040] The technical scheme in the embodiments of the utility model will be described clearly and completely below. Obviously, the described embodiments are only part of the embodiments of the utility model, rather than all the embodiments. Based on the embodiments in the utility model, all other embodiments obtained by those skilled in the art without creative labor fall within the protection scope of the utility model.

[0041] Embodiment, please combine with reference Figure 1 , Figure 2 ; Figure 1The utility model provides a kind of stackable charging cabinet structure schematic diagram; Figure 2 For Figure 1 The utility model provides a kind of stackable charging cabinet structure schematic diagram.

[0042] The utility model provides a kind of stackable charging cabinet, comprising: unit charging module, for the standard detachable charging unit of stackable charging cabinet composition;Skeleton module, the skeleton module is connected with the unit charging module, for supporting the stackable charging cabinet;Encapsulation module, the encapsulation module connects the unit charging module and the skeleton module, for the encapsulation and airtightness of periphery.

[0043] Provide an embodiment, stackable charging cabinet includes standard top cover 1, standard stacking module 2, standard base 3, threaded pull rod 4, bottom support 8, non-standard (left) right door 5, non-standard (front) rear door 6, middle skeleton 7, top mounting frame 9, standard tray 10 and wheel 11, total eleven components, the positional relationship of each component is as follows:

[0044] First, between standard stacking module 2, by protrusion and jack to limit, and between standard top cover 1, top mounting frame 9, middle skeleton 7, standard base 3 and bottom support 8, then by threaded pull rod 4 and nut locking, standard stacking module 2 plays the role of outer wall surface and the supporting role of standard tray 10.

[0045] Second, standard top cover 1 and top mounting frame 9 are locked on standard stacking module 2 by threaded screw 4.The role of standard top cover 1 is top surface support plane and install trolley handle, and the role of top mounting frame 9 is to install various electrical components.

[0046] Third, standard base 3 and bottom support 8 are locked below standard stacking module 2 by threaded screw 4;The role of standard base 3 is mainly used for the limiting role of standard stacking module 2, and the role of bottom support 8 is as the basis of the whole cabinet, bears the weight of the whole machine and locks the whole cabinet structure.

[0047] In addition, middle skeleton 7 is locked with standard stacking module 2, and is locked together by standard top cover 1, standard base 3 and bottom support 8 from top to bottom, middle skeleton 7 is locked as the whole structure of charging cabinet, and is used for installing electrical appliances and circuit board.

[0048] Non-standard (left) right door 5, fixed together by hinge and standard stacking module 2, the role of non-standard (left) right door 5 is to close left and right cavity, play the effect of theft prevention.Non-standard (front) rear door 6 is connected between top mounting frame 9 and bottom mounting frame 8 by means of bolt.Non-standard (front) rear door 6 is used to close the front and rear cavity, and play the effect of theft prevention.Wheel 11 is locked on the bottom support 8 by means of screw, and the wheel 11 is used to support the whole machine and push the whole machine.At the same time, brake structure is arranged on the wheel 11.

[0049] The stackable charging cabinet provided by the utility model is based on the middle framework 7 and the bottom support 8, a plurality of threaded pull rods 4 are used to pull the standard stacking module 2, the standard top cover 1 and the standard base 3 tightly, then the standard tray 10 is quickly installed inside, finally, the doors on the four sides are installed, and the main electrical appliances, lines and circuit boards are installed in the middle framework 7 and the top mounting frame 9.

[0050] The installation sequence of the stackable charging cabinet is that the four wheels 11 are installed on the bottom support 8, then the standard base 3 is buckled on the bottom support 8, the middle framework 7 is locked on the bottom support 8 and the standard base 3, then the standard stacking module 2 is stacked and locked on the bottom support 8 and the middle framework 7, then the threaded pull rod 4 is inserted through the hole on the standard stacking module 2, the top mounting frame 9 is inserted through the threaded pull rod 4, the threaded pull rod 4 and the nut are locked, then the standard top cover 1 is buckled, the standard tray 10 is inserted into the standard stacking module 2, finally, the four doors are installed, and all the electrical appliances, lines and circuit boards are pre-installed on the middle framework 7 and the top mounting frame 9.

[0051] The utility model discloses a technology mainly realizes the external facade modularization of the cabinet, and the charging cabinet supplier can assemble the standard minimum module with some customized modules according to the demand of different work position quantity of the customer, so that the charging cabinet supplier only needs to prepare a large number of standard modules and part non-standard modules in daily stock, reduces the inventory pressure and improves the production efficiency.

[0052] The technical scheme needs to adopt a large number of batch production means, such as injection molding, metal integrated stamping forming and the like, through the standardization of most parts of the whole machine, flexible material preparation and rapid production can be realized, the product delivery time is greatly shortened, the design of the scattered parts greatly reduces the space cost and the fund cost of the warehouse, and the fast, good and cheap are realized.

[0053] The above only describes some embodiments of the present application, and does not limit the patent scope of the present application, and any equivalent structure or equivalent process transformation, or direct or indirect application in other related technical fields, is also included in the patent protection scope of the present application.

Claims

1. A stackable charging cabinet, characterized in that, The application relates to a stackable charging cabinet, which comprises a unit charging module, a framework module and a packaging module. The unit charging module is used for composing a standard detachable charging unit of the stackable charging cabinet. The unit charging module comprises at least one set of charging units. The set of charging units comprises at least one set of storage trays and at least one set of standard stacking structures. The at least one set of storage trays is detachably mounted on the at least one set of standard stacking structures. The framework module is arranged in the middle of the stackable charging cabinet. The framework module is connected with the unit charging module and is used for supporting the stackable charging cabinet.

2. The stackable charging cabinet of claim 1, wherein, The packaging module connects the unit charging module and the framework module and is used for peripheral packaging and sealing.

3. The stackable charging cabinet of claim 2, wherein, The at least one set of storage trays is provided with a buckle structure.

4. The stackable charging cabinet of claim 3, wherein, The at least one set of standard stacking structures is provided with a limiting structure which is used for being connected with the buckle structure in a clamping mode to realize detachable mounting of the at least one set of storage trays on the at least one set of standard stacking structures.

5. The stackable charging cabinet of claim 4, wherein, The at least one set of standard stacking structures comprises at least one standard stacking unit.

6. The stackable charging cabinet of claim 5, wherein, The packaging module comprises a top cover structure and a bottom cover structure.

7. The stackable charging cabinet of claim 6, wherein, The top cover structure and the bottom cover structure are respectively used for being mounted on the top and the bottom of the stackable charging cabinet.

8. The stackable charging cabinet of claim 5, wherein, The framework module comprises a vertical framework structure and a bottom support along a stacking direction.

9. The stackable charging cabinet of claim 5, wherein, The bottom support is fixedly connected with the bottom cover structure. The application further comprises a threaded pull rod structure. The threaded pull rod structure is used for vertically penetrating through the at least one set of standard stacking structures. The top end and the bottom end of the threaded pull rod structure are respectively fixedly mounted on the top cover structure and the bottom support. The framework module further comprises a top support. The top support is fixedly connected with the top cover structure. The packaging module further comprises a side door structure. The side door structure is used for placing or taking electronic terminals from the stackable charging cabinet.

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