CN219067597U - Electrical control base for power distribution control equipment - Google Patents

Abstract

The utility model discloses an electric control base for power distribution control equipment, which structurally comprises a control groove, an outer frame, an equipment body, a telescopic claw and a button, wherein the equipment body is arranged in the outer frame through the control groove and the telescopic claw, the telescopic claw is connected to the outer frame and is matched with the button in an electric connection mode, a booster body is arranged in the control groove, a bearing structure is arranged in the booster body and is matched with an arch bar, when an adjusting plate is obliquely overlapped on an opening and closing grid plate from top to bottom, the lower position of the adjusting plate slowly presses the lapping plate through a running-in belt in the same direction, so that the lapping plate can pry an external clamp upwards to be worn in with the external clamp and is tightened on a supporting tool, the arch bar can be controlled to be stretched in a full arch shape in a homeotropic manner, the effective borrowing force between the structures is improved, the limiting condition of low-displacement adjustment of the two opening and closing grid plates is enhanced, and the use safety of the base is ensured.

Description

Electrical control base for power distribution control equipment

Technical Field

The utility model relates to the technical field of control bases, in particular to an electrical control base for power distribution control equipment.

Background

The existing control base is simple in structure and single in function, only has a simple supporting effect, the control base used on some power distribution control equipment is higher in requirement on the control base used for the power distribution control equipment, under normal conditions, the equipment body is pressed down and sleeved in the opening and closing grid plates by grid plates with the aid of adjusting plates and reinforcing guard plates on two sides, when the equipment body is pressed down between the adjusting plates, the adjusting plates are driven to swing in the same direction, the adjusting plates are stacked on the opening and closing grid plates, the opening and closing grid plates are easily pushed outwards layer by layer to take an outer frame as a supporting point, the opening and closing grid plates are enabled to move outwards at a low position to be erected on the base, the speed and the direction of the equipment body pressed down and sleeved by grid plates are changed, and the supporting stability of the base to the power distribution control equipment is reduced.

Disclosure of Invention

In view of the foregoing, the present utility model provides an electrical control base for a power distribution control device.

In order to achieve the above object, the present utility model is realized by the following technical scheme: the utility model provides an electrical control base for distribution control equipment, its structure includes control tank, frame, equipment body, flexible claw, button, the equipment body passes through control tank and flexible claw and installs in the frame, flexible claw is connected on the frame, and cooperatees with adopting electric connection's mode between the button, the control tank includes regulating plate, strengthens backplate, collet, open and shut grid tray, booster body, base, the regulating plate is connected on opening and shutting the grid tray, and under with the grid tray activity block equipment body that opens and shuts, open and shut grid tray and strengthen the backplate and all connect in the collet, and pass through booster body transitional coupling between frame and base.

As a further improvement of the utility model, the booster comprises an external clamp, a bearing structure, an arch bar, a grinding belt, a sleeve frame and a lapping plate, wherein the external clamp and the lapping plate are connected in the sleeve frame and are in clearance fit on the lapping plate and the arch bar through the bearing structure, the grinding belt is connected on the lapping plate, and the sleeve frame is connected with the base.

As a further improvement of the utility model, the lapping plate is in transition fit with the opening and closing grid plate through the grinding belt and is movably clamped with the external clamp in the sleeve frame to form a quadrangle frustum structure, so that the low-position deflection movement of the opening and closing grid plate is conveniently limited.

As a further improvement of the utility model, the receiving structure comprises comb teeth, a supporting tool, a handle and a pushing shovel, wherein the comb teeth are movably clamped in the external clamp through the supporting tool and are connected with the handle, the pushing shovel is connected between the handles,

as a further improvement of the utility model, the handle and the pushing shovel are in clearance fit with the arch bar, and the directional pushing support can be bent and clamped at the end part of the arch bar, so that the bending state of the arch bar is changed.

As a further improvement of the utility model, the support comprises a back suction hole, a side wing, a folded plate and a push rod, wherein the back suction hole is connected to the folded plate and is in transition fit with the arch bar, the folded plate is movably clamped in the side wing through the push rod, and the side wing is connected with the comb teeth.

Compared with the prior art, the utility model has the following beneficial effects:

according to the utility model, the booster body is arranged in the control groove, the bearing structure is arranged in the booster body to be matched with the arch bars, when the adjusting plate is obliquely overlapped on the opening and closing grid plates from top to bottom, the lower position of the adjusting plate slowly presses the lapping plate through the running-in belt in the same direction, so that the lapping plate pries the external clamp upwards to run in the lapping plate and is tightened on the support, the arch bars are also controlled to be stretched in a full arch shape in a homeotropic manner, the effective borrowing force between the structures is improved, the limiting condition of low-displacement movement adjustment of the two opening and closing grid plates is formed, the supporting stability of the opening and closing grid plates on the equipment body is enhanced, and the use safety of the base is ensured.

Drawings

Fig. 1 is a schematic structural view of an electrical control base for a power distribution control device according to the present utility model.

FIG. 2 is a schematic cross-sectional view of a control slot according to the present utility model.

Fig. 3 is a schematic top view of the booster of the present utility model.

Fig. 4 is a schematic plan view of a receiving structure according to the present utility model.

Fig. 5 is a schematic bottom view of the supporter of the present utility model.

In the figure: control slot-3, outer frame-1, equipment body-2, telescopic claw-4, button-5, adjusting plate-q 5, reinforced guard plate-w 2, sleeve clamp-e 1, open and close grid plate-r 3, booster-t 4, base-g 6, external clamp-y 34, bearing structure-u 33, arch bar-i 32, grinding belt-o 31, sleeve frame-h 36, lapping plate-p 35, comb tooth-3 a3, supporting tool-3 s2, handle-3 d1, push shovel-3 f4, back suction hole-j 21, flank-k 24, folded plate-l 22 and ejector rod-z 23.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement of the purposes and the effects of the present utility model easy to understand, fig. 1 to 5 schematically show the structure of the embodiment of the present utility model, and the present utility model will be further described with reference to the specific embodiment.

Examples

As shown in fig. 1-5, the utility model provides an electrical control base for a power distribution control device, the electrical control base structurally comprises a control groove 3, an outer frame 1, a device body 2, a telescopic claw 4 and a button 5, wherein the device body 2 is arranged in the outer frame 1 through the control groove 3 and the telescopic claw 4, the telescopic claw 4 is hinged on the outer frame 1 and is matched with the button 5 in an electrical connection manner, the control groove 3 comprises an adjusting plate q5, a reinforcing guard board w2, a sleeve clamp e 1, an opening and closing grid board r3, a booster t4 and a base g6, the adjusting plate q5 is hinged on the opening and closing grid board r3 and is movably clamped under the device body 2 with the opening and closing grid board r3, the opening and closing grid board r3 and the reinforcing guard board w2 are both sleeved in the sleeve clamp e 1 and are transitionally matched between the outer frame 1 and the base g6 through a booster t4, the booster t4 comprises an external clamp y34, a bearing structure u33, a arch bar i 32, a running-in belt o31, a sleeve frame h36 and a lap 35, the external clamp y34 and the lapping plate p35 are hinged in a sleeve frame h36 and are in clearance fit on the lapping plate p35 and an arch bar i 32 through a bearing structure u33, a running-in belt o31 is fixedly connected on the lapping plate p35, the sleeve frame h36 is welded with a base g6, the lapping plate p35 is in clearance fit with an opening and closing grid plate r3 through the running-in belt o31 and is movably clamped with the external clamp y34 in the sleeve frame h36 to form a quadrangle frustum structure so as to be convenient for limiting the low-position deflection movement of the opening and closing grid plate r3, the bearing structure u33 comprises comb teeth 3a3, a supporting tool 3s2, a handle 3d1 and a pushing shovel 3f4, the comb teeth 3a3 are movably clamped in the external clamp y34 through the supporting tool 3s2 and are fixedly connected with the handle 3d1, a pushing shovel 3f4 is welded between the handles 3d1, the handles 3d1 and the pushing shovel 3f4 are in clearance fit with the arch bar i 32, the directional pushing supporting device 3s2 can be bent and clamped at the end part of the arch bar i 32 to change the bending state of the arch bar i 32, the supporting device 3s2 comprises a back suction hole j21, a side wing k24, a folded plate l22 and a push rod z23, the back suction hole j21 is fixedly connected to the folded plate l22 and is in transition fit with the arch bar i 32, the folded plate l22 is movably clamped in the side wing k24 through the push rod z23, the side wing k24 is in welded connection with the comb teeth 3a3, a booster t4 is arranged in the control groove 3, a bearing structure u33 is arranged in the booster t4 and is matched with the arch bar i 32, when the adjusting plate q5 is obliquely folded on the opening and closing grid plate r3 from top to bottom, the lower position of the adjusting plate q5 can slowly press the lapping plate p35 through the grinding belt o31 in the same direction, so that the lapping plate p35 upwards prizes the external clamp y34 to be in contact with the folding plate, and is tightened on the supporting device 3s2, the arch bar i 32 is also in a full arch shape, the side wing shape is tightly controlled, the side wing k24 is in the arch bar 3a full, the bearing structure is connected with the comb teeth 3a3, the bearing structure is provided with the supporting device, the two grid plates are effectively opened and closed, the safety and stability is guaranteed, and the safety and the stability of the two grid plates are guaranteed, and the safety and the stability can be adjusted.

The following describes the working principle of an electrical control base for a power distribution control device in the above technical scheme:

when the utility model is used, when the reinforcing guard board w2 and the opening and closing grid board r3 bear the downward pressure of the equipment body 2, the adjusting plate q5 on the opening and closing grid board r3 is folded and pressed above the opening and closing grid board r3 by taking the outer frame 1 as a pivot, the opening and closing grid board r3 is easy to push outwards, and the external clamp y34 is supported by the prying-in strap o31 to be in grinding under the arch bar i 32 from inside to outside by the prying-in strap p35 in an inclined manner, so that the inner coil pressing pushing shovel 3f4 and the handle 3d1 are unfolded, the comb teeth 3a3 are driven to deviate outwards expand in the external clamp y34, the external clamp y34 is pushed to be transversely expanded and pressed to further tilt upwards by the folding strap p35, and the comb teeth gradually extend to the opening and closing grid board r3, during the period, the outwards-expanded comb teeth 3a3 can also draw the side wings k24 to open and close in the same direction, the left and right traction folded plates l22 can be unfolded through the ejector rods z23, so that the back suction holes j21 on the inner sides of the side wings can be close to the ends of the arch bars i 32 and can be positioned and grabbed by the outer frame 1, the arch bars i 32 can be extruded to bend upwards and arch by the outer clamps y34 which are matched with inner winding shrinkage, the upward tilting of the lapping plate p35 can be doubled and restrained, the better force is used for controlling the lapping plate p35 to be matched with the grinding belt o31 to obliquely and prop against the lower position of the opening and closing grid plate r3, the low-displacement adjustment space of the opening and closing grid plate r3 is limited, the supporting stability of the opening and closing grid plate r3 on the equipment body 2 is enhanced, and the use safety of the base is ensured.

The technical features of the above-described embodiments may be arbitrarily combined, and all possible combinations of the technical features in the above-described embodiments are not described for brevity of description, however, as long as there is no contradiction between the combinations of the technical features, they should be considered as the scope of the description.

The present embodiments are, therefore, to be considered in all respects as illustrative and not restrictive, the scope of the utility model being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.

Claims (6)

1. An electrical control base for a power distribution control device, characterized in that: the structure of the device comprises a control groove (3), an outer frame (1), a device body (2), a telescopic claw (4) and a button (5), wherein the device body (2) is arranged in the outer frame (1) through the control groove (3) and the telescopic claw (4), the telescopic claw (4) is connected to the outer frame (1) and matched with the button (5) in an electric connection mode, the control groove (3) comprises a regulating plate (q 5), a reinforcing guard plate (w 2), a jacket clamp (e 1), an opening and closing grid plate (r 3), a power assisting body (t 4) and a base (g 6), the regulating plate (q 5) is connected to the opening and closing grid plate (r 3) and is movably clamped under the device body (2), and the opening and closing grid plate (r 3) and the reinforcing guard plate (w 2) are connected to the jacket clamp (e 1) and are in transition fit between the outer frame (1) and the base (g 6) through the power assisting body (t 4).

2. An electrical control base for a power distribution control device as set forth in claim 1, wherein: the power assisting body (t 4) comprises an external clamp (y 34), a bearing structure (u 33), an arch bar (i 32), a running-in belt (o 31), a sleeve frame (h 36) and a lapping plate (p 35), wherein the external clamp (y 34) and the lapping plate (p 35) are connected in the sleeve frame (h 36), the lapping plate (p 35) and the arch bar (i 32) are in clearance fit through the bearing structure (u 33), the running-in belt (o 31) is connected to the lapping plate (p 35), and the sleeve frame (h 36) is connected with a base (g 6).

3. An electrical control base for a power distribution control device according to claim 2, characterized in that: the lapping plate (p 35) is in transition fit with the opening and closing grid plate (r 3) through the running-in belt (o 31) and is movably clamped with the external clamp (y 34) in the sleeve frame (h 36).

4. An electrical control base for a power distribution control device according to claim 2, characterized in that: the bearing structure (u 33) comprises comb teeth (3 a 3), a supporting tool (3 s 2), a handle (3 d 1) and a pushing shovel (3 f 4), wherein the comb teeth (3 a 3) are movably clamped in an external clamp (y 34) through the supporting tool (3 s 2) and are connected to the handle (3 d 1), and the pushing shovel (3 f 4) is connected between the handle (3 d 1).

5. An electrical control base for a power distribution control device as set forth in claim 4, wherein: the handle (3 d 1) and the pushing shovel (3 f 4) are in clearance fit with the arch bar (i 32).

6. An electrical control base for a power distribution control device as set forth in claim 4, wherein: the support tool (3 s 2) comprises a back suction hole (j 21), a side wing (k 24), a folded plate (l 22) and a push rod (z 23), wherein the back suction hole (j 21) is connected to the folded plate (l 22) and is in transition fit with the arch bar (i 32), the folded plate (l 22) is movably clamped in the side wing (k 24) through the push rod (z 23), and the side wing (k 24) is connected with the comb teeth (3 a 3).

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