CN109941712A - Auto-sequencing conveying device is filled on a kind of electric cabinet production nut - Google Patents

Abstract

The present invention relates to fill auto-sequencing conveying device on a kind of electric cabinet production nut, comprising: ordered arrangement mechanism, ordered arrangement mechanism include support component and the corrective component that is arranged in support component；Automatic conveying mechanism, the shifting component that automatic conveying mechanism includes below corrective component and is mounted on the guidance set in support component, corrective component output end is arranged in and is mounted on guidance set, the charging component being arranged along the sliding of guidance set length direction and the discharge component being slidably arranged on guidance set；And mounting mechanism on nut, mounting mechanism includes the first transmission component of the pushing tow component, the folding for pushing tow component interlocking and driving discharge component that are mounted in support component and are located at below discharge component and with the first transmission component and the second transmission component that driving charging component moves back and forth on nut；The present invention solves needs and each nut is manually adjusted the technical issues of same position is so as to spanner Fast Installation nut repeatedly.

Description

Auto-sequencing conveying device is filled on a kind of electric cabinet production nut

Technical field

The present invention relates to dress auto-sequencing conveying dresses in power distribution cabinet technical field more particularly to a kind of electric cabinet production nut It sets.

Background technique

Power distribution cabinet (case) sub-power power distribution cabinet (case) and light distribution cabinet (case), metering cabinet (case), are the ends of distribution system Grade equipment, power distribution cabinet are the general designations of motor control center, and power distribution cabinet is used in the occasion that load is more dispersed, circuit is less； Motor control center concentrates for load, the more occasion in circuit, their electric energy a certain circuit of upper level controller switching equipment Nearest load is distributed to, this grade of equipment reply load provides protection, monitoring and control.

The patent document of Patent No. CN106451141B disclose it is a kind of can rapid cooling electric distribution cabinet, the invention Technical problems to be solved be to provide one kind can effectively using good heat dissipation effect, to effectively improve service life, practicability high Can rapid cooling electric distribution cabinet, in order to solve the above-mentioned technical problem, the invention provides it is such a can rapid cooling Electric distribution cabinet, include electric distribution cabinet, strainer, baffle, rectangular rubber block, mobile bar, bar, nut, handle, spiral shell Bar, strut, semicircle rubber block etc.；Left side is welded with strainer in electric distribution cabinet, and electric distribution cabinet left wall lower part is provided with opening, Baffle is equipped on the left of electric distribution cabinet, baffle is located in opening, and baffle and opening cooperate.

But in actual use, inventor has found to need artificial repeatedly by the same position of each nut adjustment The problem of so as to spanner Fast Installation nut.

Summary of the invention

The purpose of the present invention is in view of the deficiencies of the prior art, fill by the way that mounting mechanism nut on setting nut is upper vertically Movement synchronous drive automatic conveying mechanism horizontal feed nut, thus solve needs it is artificial each nut is adjusted repeatedly it is same The technical issues of one position is so as to spanner Fast Installation nut.

Against the above technical problems, as follows using technical solution: dress auto-sequencing conveying dress on a kind of electric cabinet production nut It sets, comprising:

Ordered arrangement mechanism, the ordered arrangement mechanism include support component and the correction that is arranged in the support component Component；

Automatic conveying mechanism, the automatic conveying mechanism include being located at below the corrective component and being mounted on the support Guidance set on component, the shifting component that the corrective component output end is set and is mounted on the guidance set, edge The charging component of guidance set length direction sliding setting and the discharge component that is slidably arranged on the guidance set； And

Mounting mechanism on nut, mounting mechanism includes being mounted in support component and being located under the discharge component on the nut The pushing tow component of side, interlock and drive with the pushing tow component discharge component folding the first transmission component and with described first The second transmission component that transmission component and driving charging component move back and forth.

Preferably, the support component includes:

Pedestal；

Supporting leg a, the supporting leg a are fixedly mounted on one end of the pedestal and are arranged vertically upwards；And

Concave station, the concave station are arranged along the base width direction and are fixedly mounted on the pedestal by supporting leg b On.

Preferably, the corrective component includes:

Delivery platform, the delivery platform input terminal is mounted on the supporting leg a and its output end be mounted on it is described recessed On platform, the delivery platform be horizontal transport pipeline and it include the first flat mouth part, setting behind first flat mouth part The second flat mouth part at end and the third flat mouth part of the second flat mouth portion rear end is set, first flat mouth part and Third flat mouth part is rectangular surfaces structure, and second flat mouth part is trapezoidal faces structure, the width of first flat mouth part For L1, the width of third flat mouth part is L2, L1 > L2；And

Screening member, the screening member include the rotation axis for being fixed at third flat mouth part input terminal, fixation and The roller that is co-axially located in the rotation axis, the motor being fixedly connected with the rotation axis and for installing the rack of motor.

Preferably, the guidance set includes:

Supporting table, the supporting table is fixedly mounted on the base and its table top is T word structure, the table top lateral part For mounting table and its vertical section is limit table top；

Guide rail, the guide rail are symmetrical arranged two groups along the limit table top width direction and are fixedly mounted on the support On platform；And

Sliding slot, the sliding slot are provided with the output end of the supporting table；

The mounting table is located in front of the guide rail, and the length of the guide rail is H1, and the length of the limit table top is H2, H1 > H2.

Preferably, the shifting component is symmetrical arranged two groups along the middle line in the concave station length comprising:

Shaft a, the shaft a are rotatably arranged on the concave station by change；

Bull stick, the bull stick is coaxial with the shaft a and is fixedly installed, which is located above the concave station and is obtuse angle Two-part structure setting；

Spring, the spring one end is fixedly connected with the lower part of the bull stick and its other end and third flat mouth portion The side wall divided is fixedly connected；And

Gear a, the gear a is coaxial with the shaft a and is fixedly installed, and gear a is located at setting below the concave station.

Preferably, the charging component includes:

Barrelling, the barrelling are slidably arranged on the limit table top and are in contact with it setting；

Hopper a, the hopper are provided in the barrelling and along the barrelling short transverse through setting, which is Nut structure setting；

Rack gear a, the rack gear a are symmetricly set on the two sides of the barrelling and are engaged setting with the gear a；And

Slide bar, the slide bar are fixedly connected with the rack gear a and are arranged straight down, which is slided by sliding block is arranged In the guide rail.

Preferably, the discharge component includes:

Left skateboard, the left skateboard are slidably arranged in the sliding slot and slide along the rail length direction；And

The glide direction phase on the guiding cheekn and with the left skateboard is arranged in right slide plate, the right slide plate slides Instead.

Preferably, the pushing tow component includes:

Cylinder, the cylinder is fixedly installed on the base by cylinder frame and its output end is arranged vertically upwards；

Spanner column, the spanner column are fixedly connected with the telescopic end of the cylinder；And

Hopper b, the hopper b are provided on the spanner column and match with the hopper a and be correspondingly arranged.

Preferably, first transmission component includes:

Moving part a, the moving part a are symmetricly set on the two sides of the pushing tow component and are mounted on the base, Including stabilizer blade a, the shaft b being rotatably arranged on the stabilizer blade a, gear b coaxial with the shaft b and fixed setting and institute State that gear b is coaxial and the gear c of fixed setting and one end are fixedly connected with the discharge component and with the gear b engagement rotation Rack gear b；And

Actuator, the actuator include the connecting rod being fixedly connected with the spanner column and fix company with the connecting rod It connects and the rack gear c with the gear c engagement rotation respectively.

As preferably, second transmission component includes: again

Moving part b, the moving part b include stabilizer blade b, the shaft c being rotatably arranged on the stabilizer blade b and the shaft c Coaxial and fixed setting gear d, gear e coaxial with the gear d and fixed setting and one end and the charging component are solid It is fixed to connect and be located at setting above the gear c with the rack gear d, the rack gear d of the gear d engagement rotation；And

It rack gear e, the rack gear e and the gear e engagement rotation and is mounted in the connecting rod.

Beneficial effects of the present invention:

(1) by mounting mechanism nut on nut, the upper movement synchronous drive automatic conveying mechanism filled is horizontal vertically in the present invention Nut is conveyed, realizes that the front and back of two work is closely connected, one synchronism is high, and vertical feeding, front and back work first straight feeding again It is orderly, work confusion will not occur, convenient for control；Secondly saving extra power, production cost is reduced；

(2) automatic conveying mechanism is cooperated by setting ordered arrangement mechanism in the present invention, in disorder different nut is automatic Be ranked into same direction, state output, be conducive to the transmission location of quick positioning screw cap, improve the speed that nut is filled on the later period and Precision；

(3) charging component is cooperated by shifting component in the present invention, the movement back and forth to be charged using charging component is realized and dialled On the one hand the folding work of dynamic component charges component in feeding work, shifting component completes the position-limiting action to nuts, real The discontinuity feeding of existing barrelling, the operation is stable；On the other hand charging component drives gear a using rack gear a in splicing work Rotation, bull stick stir nuts outward, fall into it in hopper a, and context connection is close, and synchronism is high；

(4) charging component is cooperated to make it in hopper a when discharge component is closed by setting discharge component in the present invention Nuts play position-limiting action, so that the nuts in it is not fallen, always in hopper a；Another aspect discharge component is beaten When opening, nuts is fallen in out of hopper a in hopper b, and is conducive to pushing tow component and is lifted feeding work upwards, non-interference, Step connection in front and back is close, high degree of automation.

In conclusion the equipment has the advantages that auto-sequencing, is continuously conveyed, it is particularly suitable for power distribution cabinet technical field.

Detailed description of the invention

It, below will be to required use in embodiment description for the clearer technical solution for illustrating the embodiment of the present invention Attached drawing be briefly described, it should be apparent that, drawings discussed below is only some embodiments of the present invention, for ability For the those of ordinary skill in domain, without creative efforts, it is attached to can also be obtained according to these attached drawings other Figure.

Fig. 1 is the structural schematic diagram that dress uses auto-sequencing conveying device on nut.

Fig. 2 is the structural schematic diagram of support component and guidance set.

Fig. 3 is partial enlargement diagram of the Fig. 2 at A.

Fig. 4 is the schematic top plan view of delivery platform.

Fig. 5 is the schematic top plan view of guidance set.

Fig. 6 is the resistance material working state schematic representation of automatic conveying mechanism.

Fig. 7 is the feeding working state schematic representation of automatic conveying mechanism.

Fig. 8 is the structural schematic diagram of charging component.

Fig. 9 is the structural schematic diagram of pushing tow component.

Figure 10 is the structural schematic diagram of mounting mechanism on nut.

Figure 11 is partial enlargement diagram of the Figure 10 at B.

Figure 12 is partial enlargement diagram of the Figure 10 at C.

Figure 13 is the upper dress status diagram of mounting mechanism on nut.

Specific embodiment

Technical solution in the embodiment of the present invention is clearly and completely illustrated with reference to the accompanying drawing.

Embodiment one

As shown in Figure 1, filling auto-sequencing conveying device on a kind of electric cabinet production nut, comprising:

Ordered arrangement mechanism 1, the ordered arrangement mechanism 1 include support component 11 and are arranged in the support component 11 Corrective component 12；

Automatic conveying mechanism 2, the automatic conveying mechanism 2 include being located at 12 lower section of corrective component and being mounted on described Guidance set 21 in support component 11 is arranged in 12 output end of corrective component and is mounted on the guidance set 21 Shifting component 22 slides the charging component 23 of setting along 21 length direction of guidance set and is slidably arranged in the guiding Discharge component 24 on component 21；And

Mounting mechanism 3 on nut, mounting mechanism 3 includes being mounted in support component 11 and being located at the discharging group on the nut Pushing tow component 31, the first transmission component with the pushing tow component 31 gearing and the folding of driving discharge component 24 of 24 lower section of part 32 and with first transmission component 32 and driving charging component 23 move back and forth the second transmission component 33.

Installation, needs that zero curve is mounted on switch and terminal plate by lock nut inside traditional power distribution cabinet.

In the present embodiment, the movement synchronous drive automatic conveying mechanism 2 above filled vertically by 3 nut of mounting mechanism on nut Horizontal feed nut realizes that the front and back of two work is closely connected, and one synchronism is high, first straight feeding vertical feeding again, front and back It works orderly, work confusion will not occur, convenient for control；Secondly saving extra power, production cost is reduced.

In addition, cooperating automatic conveying mechanism 2 by setting ordered arrangement mechanism 1, by disorder different nut auto-sequencing At same direction, state output, be conducive to the transmission location of quick positioning screw cap, improve the speed for filling nut on the later period and precisely Degree.

Further, as shown in Fig. 2, the support component 11 includes:

Pedestal 111；

Supporting leg a112, the supporting leg a112 are fixedly mounted on one end of the pedestal 111 and are arranged vertically upwards；With And

Concave station 113, the concave station 113 are arranged along 111 width direction of pedestal and by the fixed peaces of supporting leg b114 On the pedestal 111.

Further, as shown in Figure 2, Figure 3 and Figure 4, the corrective component 12 includes:

Delivery platform 121,121 input terminal of delivery platform is mounted on the supporting leg a112 and its output end is installed On the concave station 113, the delivery platform 121 for horizontal transport pipeline and it include the first flat mouth part 10, be arranged in institute The the second flat mouth part 20 for stating 10 rear end of the first flat mouth part and the third flat mouth that second flat mouth part, 20 rear end is set Part 30, first flat mouth part 10 and third flat mouth part 30 are rectangular surfaces structure, and second flat mouth part 20 is ladder Shape face structure, the width of first flat mouth part 10 are L1, and the width of third flat mouth part 30 is L2, L1 > L2；With And

Screening member 122, the screening member 122 include the rotation axis for being fixed at 30 input terminal of third flat mouth part 1221, fixed and the roller 1222 being co-axially located in the rotation axis 1221, the electricity being fixedly connected with the rotation axis 1221 Machine 1223 and for installing the rack 1224 of motor 1223.

In the present embodiment, screening member 122 is cooperated by setting delivery platform 121, is become using the bore of delivery platform 121 Change, so that the nut of only unique positions just can enter third flat mouth part 30 and export backward, while utilizing the screening member of rotation 122, suitable position is stirred and be adjusted to the nut of position not pair, and then realize the continuous output of the same nut of state.

Further, as shown in figure 5, the guidance set 21 includes:

Supporting table 211, the supporting table 211 is fixedly mounted on the pedestal 111 and its table top is T word structure, this Face lateral part is mounting table 40 and its vertical section is limit table top 50；

Guide rail 212, the guide rail 212 are symmetrical arranged two groups along 50 width direction of limit table top and are fixedly mounted on In the supporting table 211；And

Sliding slot 213, the sliding slot 213 are provided with the output end of the supporting table 211；

The mounting table 40 is located at 212 front of guide rail, and the length of the guide rail 212 is H1, the limit table top 50 length is H2, H1 > H2.

In the present embodiment, guide rail 212 plays support and guiding role to slide bar 234；Sliding slot 213 plays left skateboard 241 To support and guiding role.

Further, as shown in Figure 6 and Figure 7, the shifting component 22 is symmetrically set along the middle line in 113 length of concave station Set two groups comprising:

Shaft a221, the shaft a221 are rotatably arranged on the concave station 113 by change；

Bull stick 222, the bull stick 222 is coaxial with the shaft a221 and is fixedly installed, which is located at the concave station It above 113 and is obtuse angle two-part structure setting；

Spring 223, described 223 one end of spring be fixedly connected with the lower part of the bull stick 222 and its other end with it is described The side wall of third flat mouth part 30 is fixedly connected；And

Gear a224, the gear a224 is coaxial with the shaft a221 and is fixedly installed, and gear a224 is located at described It is arranged below concave station 113.

In the present embodiment, by the way that shifting component 22 is arranged, the movement back and forth to be charged using charging component 23, realization is stirred On the one hand the folding work of component 22 charges component 23 in feeding work, shifting component 22 is completed the limit to nuts and made With, the discontinuity feeding of realization barrelling 231, the operation is stable；On the other hand charging component 23 utilizes rack gear in splicing work A233 drives gear a224 rotation, and bull stick 222 stirs nuts outward, falls into it in hopper a232, context connection Closely, synchronism is high.

Specifically, when barrelling 231 is mobile, rack gear a drives gear a224 rotation, and bull stick 222 rotates synchronously, bull stick 222 The discharge port of third flat mouth part 30 is opened in lower end, and synchronous 222 upper end of bull stick falls into nuts dial-out in barrelling 231, barrelling 231 reset, and after resetting work, 222 lower end of bull stick is resetted in spring 223, and limit is played to the latter nuts in 222 lower end of bull stick Effect, so that it will not ensure that the automatic conveying of the nuts discontinuity on delivery platform 121 to whereabouts.

Further, as shown in Figure 10, the discharge component 24 includes:

Left skateboard 241, the left skateboard 241 are slidably arranged in the sliding slot 213 and along the 212 length side of guide rail To sliding；And

Right slide plate 242, the right slide plate 242 be slidably arranged on 212 side wall of guide rail and with the left skateboard 241 Glide direction is opposite.

In the present embodiment, charging component 23 is cooperated to keep its right when discharge component 24 is closed by setting discharge component 24 Nuts in hopper a232 plays position-limiting action, and the nuts in it is made not fall, always in hopper a232；Another party When face discharge component 24 is opened, nuts is fallen in out of hopper a232 in hopper b313, and it is upward to be conducive to pushing tow component 31 It is lifted feeding work, non-interference, step connection in front and back is close, high degree of automation.

Further, as shown in figure 8, the charging component 23 includes:

Barrelling 231, the barrelling 231 are slidably arranged on the limit table top 50 and are in contact with it setting；

Hopper a232, the hopper a232 are provided in the barrelling 231 and run through along 231 short transverse of barrelling Setting, hopper a232 are nut structure setting；

Rack gear a233, the rack gear a233 are symmetricly set on two sides of the barrelling 231 and right with the shifting component 22 It should be engaged；And

Slide bar 234, the slide bar 234 are fixedly connected with the rack gear a233 and are arranged straight down, which passes through Sliding block is slidably arranged in the guide rail 212.

Further, as shown in figure 9, the pushing tow component 31 includes:

Cylinder 311, the cylinder 311 is fixed on the pedestal 111 by 311 frame of cylinder and its output end is vertical It sets up；

Spanner column 312, the spanner column 312 are fixedly connected with the telescopic end of the cylinder 311；And

Hopper b313, the hopper b313 are provided on the spanner column 312 and corresponding with the hopper a232 matching set It sets.

Further, as shown in Figure 10, Figure 11 and Figure 12, first transmission component 32 includes:

Moving part a321, the moving part a321 are symmetricly set on the two sides of the pushing tow component 31 and are mounted on the bottom On seat 111 comprising stabilizer blade a3211, the shaft b3212 being rotatably arranged on the stabilizer blade a3211 and the shaft b3212 Coaxial and fixed setting gear b3213, gear c3214 coaxial with the gear b3213 and fixed setting and one end and institute Discharge component 24 is stated to be fixedly connected and the rack gear b3215 with the gear b3213 engagement rotation；And

Actuator 322, the actuator 322 include the connecting rod 3221 being fixedly connected with the spanner column 312 and with institute Connecting rod 3221 is stated to be fixedly connected and the rack gear c3222 with the gear c3214 engagement rotation respectively.

Herein it is noted that cooperating pushing tow component 31 by the first transmission component 32 of setting, pushing tow component 31 is utilized The first transmission component of feeding task driven 32, and then realize rack gear b3215 driving discharge component 24 folding, save external force Meanwhile synchronism is high, only first opens the opening of discharge component 24, pushing tow component 31 could complete lift feeding work, top After pushing away the reset of component 31, the opening of discharge component 24 is just closed, and structure is simple, ingenious.

Specifically, rack gear c3222 rises together with the rising of spanner column 312, and rack gear c3222 is engaged with gear c3214 Rotation, gear c3214 band moving gear b3213 are rotated synchronously, and gear b3213 is rotated in drive rack c3222, utilizes rack gear The teeth of c3222 are oppositely arranged, and realize that left skateboard 241 and right slide plate 242 remain relative movement, and then realize its opening Folding.

It is emphasized that complete after filling work on nut, it can be by adding a small rotation in 312 bottom of spanner column Motor, the work of tightening of nut is realized by motor, and then realizes the automation of entire assembly line.

Embodiment two

As shown in Figure 10, Figure 11 and Figure 12, wherein being used and embodiment one with component identical or corresponding in embodiment one Corresponding appended drawing reference hereafter only describes the distinctive points with embodiment one for simplicity.The embodiment two and embodiment one The difference is that:

Further, as shown in Figure 10, Figure 11 and Figure 12, second transmission component 33 includes:

Moving part b331, the moving part b331 include stabilizer blade b3311, be rotatably arranged on the stabilizer blade b3311 turn Axis c3312, gear d3313 coaxial with the shaft c3312 and fixed setting, and fixation coaxial with the gear d3313 are set The gear e3314 and one end set is fixedly connected with the charging component 23 and the rack gear with the gear d3313 engagement rotation D3315, the rack gear d3315 are located at setting above the gear c3214；And

It rack gear e332, the rack gear e332 and the gear e3314 engagement rotation and is mounted in the connecting rod 3221.

In the present embodiment, pushing tow component 31 is cooperated by the second transmission component 33 of setting, utilizes sending for pushing tow component 31 Expect the second transmission component of task driven 33, and then realize moving part b331 driving charging 23 reciprocal transmission of component, saves external force Meanwhile synchronism is high.

In addition, it should be noted that, actuator 322 drives moving part a321 to connect first when lifting work on pushing tow component 31 Dynamic, then rack gear e332 drives moving part b331 to work asynchronously again, that is, discharge component 24 first opens outlet, and charge component 23 Splicing work is completed again；When pushing tow component 31 resets, when pushing tow component 31 falls in down always 24 lower section of discharge component, pushing tow component 31 first driving discharge component 24 closings are open, then drive the charging reset of component 23 to complete feeding and work.

Specifically, how mixed the rack gear e332 driving gear e3314 of rising is dynamic, and gear e3314 band moving gear d3313 is synchronous Feeding work is completed in rotation, gear d3313 drive rack d3315 synchronizing moving, and then barrelling 231.

The course of work:

Nuts is put into the first flat mouth part 10, the different nuts of state court under the correction of roller 1222 first The same direction along third flat mouth part 30 it is same planning outward output, at this time start cylinder 311, spanner column 312 vertically to Upper lifting, moving part b331 band carry-over bar e332 is interlocked during lifting, and barrelling 231 is horizontal defeated towards third flat mouth part 30 It send, rack gear a233 and gear a224 engagement rotation, is partially opened under bull stick 222, while nuts is released in part thereon, bolt Cap is by hopper a232, and into barrelling 231, then cylinder 311 resets, and barrelling 231 is multiple under the action of the second transmission component 33 Position, then discharge component 24 is closed under moving part a321 effect, and barrelling 231 slides on the table top of discharge component 24；

The above movement is repeated, starts cylinder 311 again, actuator 322 drives moving part a321 to interlock, discharge component 24 Left skateboard 241 and right slide plate 242 backwards to separate, nuts is vertically fallen into the hopper b313 being lifted forward, always by spiral shell Bolt cap is sent on supreme lock.

In the description of the present invention, it is to be understood that, the orientation or positional relationship of the instructions such as term " front and back ", " left and right " To be based on the orientation or positional relationship shown in the drawings, be merely for convenience of description of the present invention and simplification of the description, rather than indicate or It implies that signified equipment or component must have a particular orientation, is constructed and operated in a specific orientation, therefore should not be understood as Limitation to invention.

Certainly in the technical scheme, those skilled in the art is it should be understood that term " one " is interpreted as " at least One " or " one or more ", i.e., in one embodiment, the quantity of an element can be one, and in other implementation In example, the quantity of the element can be it is multiple, term " one " should not be understood as the limitation to quantity.

The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto, Any changes or substitutions that can be easily thought of under technical clarification of the invention by anyone skilled in the art, should all contain Lid is within protection scope of the present invention.Therefore, the scope of protection of the invention shall be subject to the scope of protection specified in the patent claim.

Claims (10)

1. filling auto-sequencing conveying device on a kind of electric cabinet production nut characterized by comprising

Ordered arrangement mechanism (1), the ordered arrangement mechanism (1) include support component (11) and are arranged in the support component (11) corrective component (12) on；

Automatic conveying mechanism (2), the automatic conveying mechanism (2) include being located at below the corrective component (12) and being mounted on institute The guidance set (21) on support component (11) is stated, is arranged in the corrective component (12) output end and is mounted on the guiding group Shifting component (22) on part (21), along the charging component (23) of the guidance set (21) length direction sliding setting and sliding The dynamic discharge component (24) being arranged on the guidance set (21)；And

Mounting mechanism (3) on nut, mounting mechanism (3) includes being mounted on support component (11) and being located at the discharging on the nut Pushing tow component (31) below component (24), interlock and drive with the pushing tow component (31) discharge component (24) folding the One transmission component (32) and with first transmission component (32) and driving charging component (23) move back and forth the second transmission group Part (33).

2. filling auto-sequencing conveying device on a kind of electric cabinet production nut according to claim 1, which is characterized in that described Support component (11) includes:

Pedestal (111)；

Supporting leg a (112), the supporting leg a (112) are fixedly mounted on one end of the pedestal (111) and are arranged vertically upwards； And

Concave station (113), the concave station (113) are arranged along the pedestal (111) width direction and pass through supporting leg b (114) admittedly Dingan County is on the pedestal (111).

3. filling auto-sequencing conveying device on a kind of electric cabinet production nut according to claim 2, which is characterized in that described Corrective component (12) includes:

Delivery platform (121), delivery platform (121) input terminal is mounted on the supporting leg a (112) and its output end is pacified On the concave station (113), the delivery platform (121) be horizontal transport pipeline and it include the first flat mouth part (10), It is arranged in the second flat mouth part (20) of first flat mouth part (10) rear end and setting in second flat mouth part (20) The third flat mouth part (30) of rear end, first flat mouth part (10) and third flat mouth part (30) are rectangular surfaces structure, institute Stating the second flat mouth part (20) is trapezoidal faces structure, and the width of first flat mouth part (10) is L1, third flat mouth portion The width for dividing (30) is L2, L1 > L2；And

Screening member (122), the screening member (122) include the rotation for being fixed at third flat mouth part (30) input terminal Axis (1221), fixation and the roller (1222) being co-axially located on the rotation axis (1221) are consolidated with the rotation axis (1221) Surely the motor (1223) that connects and for installing the rack of motor (1223) (1224).

4. filling auto-sequencing conveying device on a kind of electric cabinet production nut according to claim 2, which is characterized in that described Guidance set (21) includes:

Supporting table (211), the supporting table (211) is fixedly mounted on the pedestal (111) and its table top is T word structure, should Table top lateral part is mounting table (40) and its vertical section is limit table top (50)；

Guide rail (212), the guide rail (212) are symmetrical arranged two groups and fixed installation along limit table top (50) width direction On the supporting table (211)；And

Sliding slot (213), the sliding slot (213) are provided with the output end of the supporting table (211)；

The mounting table (40) is located in front of the guide rail (212), and the length of the guide rail (212) is H1, the limiting stand The length in face (50) is H2, H1 > H2.

5. filling auto-sequencing conveying device on a kind of electric cabinet production nut according to claim 3, which is characterized in that described Shifting component (22) is symmetrical arranged two groups along the middle line in the concave station (113) length comprising:

Shaft a (221), the shaft a (221) are rotatably arranged on the concave station (113) by change；

Bull stick (222), the bull stick (222) is coaxial with the shaft a (221) and is fixedly installed, which is located at described It above concave station (113) and is obtuse angle two-part structure setting；

Spring (223), described spring (223) one end is fixedly connected with the lower part of the bull stick (222) and its other end and institute The side wall for stating third flat mouth part (30) is fixedly connected；And

Gear a (224), the gear a (224) is coaxial with the shaft a (221) and is fixedly installed, and gear a (224) is located at Setting below the concave station (113).

6. filling auto-sequencing conveying device on a kind of electric cabinet production nut according to claim 4, which is characterized in that described Discharge component (24) includes:

Left skateboard (241), the left skateboard (241) are slidably arranged in the sliding slot (213) and long along the guide rail (212) It slides in degree direction；And

Right slide plate (242), the right slide plate (242) be slidably arranged on the guide rail (212) side wall and with the left skateboard (241) glide direction is opposite.

7. filling auto-sequencing conveying device on a kind of electric cabinet production nut according to claim 4, which is characterized in that described Charging component (23) include:

Barrelling (231), the barrelling (231) are slidably arranged on the limit table top (50) and are in contact with it setting；

Hopper a (232), the hopper a (232) are provided on the barrelling (231) and along the barrelling (231) short transverses Through setting, hopper a (232) is nut structure setting；

Rack gear a (233), the rack gear a (233) be symmetricly set on the two sides of the barrelling (231) and with the shifting component (22) it is engaged setting；And

Slide bar (234), the slide bar (234) are fixedly connected with the rack gear a (233) and are arranged straight down, the slide bar (234) It is slidably arranged in the guide rail (212) by sliding block.

8. filling auto-sequencing conveying device on a kind of electric cabinet production nut according to claim 7, which is characterized in that described Pushing tow component (31) includes:

Cylinder (311), the cylinder (311) is fixed on the pedestal (111) by cylinder (311) frame and its output end It is arranged vertically upwards；

Spanner column (312), the spanner column (312) are fixedly connected with the telescopic end of the cylinder (311)；And

Hopper b (313), the hopper b (313) are provided on the spanner column (312) and match with the hopper a (232) pair It should be arranged.

9. filling auto-sequencing conveying device on a kind of electric cabinet production nut according to claim 8, which is characterized in that described First transmission component (32) includes:

Moving part a (321), the moving part a (321) are symmetricly set on the two sides of the pushing tow component (31) and are mounted on described On pedestal (111) comprising stabilizer blade a (3211), the shaft b (3212) being rotatably arranged on the stabilizer blade a (3211), with it is described Shaft b (3212) is coaxial and the gear b (3213) of fixed setting, and the gear c that is fixedly installed coaxial with the gear b (3213) (3214) and one end is fixedly connected with the discharge component (24) and the rack gear b with gear b (3213) engagement rotation (3215)；And

Actuator (322), the actuator (322) include the connecting rod (3221) being fixedly connected with the spanner column (312) and It is fixedly connected with the connecting rod (3221) and the rack gear c (3222) with gear c (3214) engagement rotation respectively.

10. filling auto-sequencing conveying device on a kind of electric cabinet production nut according to claim 9, which is characterized in that institute Stating the second transmission component (33) includes:

Moving part b (331), the moving part b (331) include stabilizer blade b (3311), are rotatably arranged on the stabilizer blade b (3311) Shaft c (3312), it is coaxial with the shaft c (3312) and fixed setting gear d (3313), with the gear d (3313) Coaxial and fixed setting gear e (3314) and one end be fixedly connected with the charging component (23) and with the gear d (3313) the rack gear d (3315) of engagement rotation, the rack gear d (3315) are located at setting above the gear c (3214)；And

Rack gear e (332), the rack gear e (332) and gear e (3314) engagement rotation and is mounted on the connecting rod (3221) on.