CN207625318U - A kind of charging capacitor integrated support - Google Patents

Abstract

The utility model discloses a kind of charging capacitor integrated supports, including u-bracket, the inside of holder is vertically equidistantly welded with placement plate, the both sides of placement plate are welded with two groups of support plates being arranged along its length, the top of support plate is welded with rectangle guide ribs along its length, the top slide of guide ribs is socketed with charging placing modules, charging placing modules include the power supply connecting plate and capacitance placement plate with guide ribs pivot bush unit, the first binding post is installed at the top of power supply connecting plate, the first binding post is equipped with the second binding post close to the side of capacitance placement plate.The utility model is simple in structure easy to operate, the charging integrated support of traditional integral structure is designed as fabricated structure, according to the appropriate number of capacitance placement plate of how much selections of capacitance, capacitance is mounted on charging integrated support when charging simultaneously, the charging integrated support stand-by period can also be saved, the charge efficiency of capacitance is improved.

Description

A kind of charging capacitor integrated support

Technical field

The utility model is related to capacitance technology field more particularly to a kind of charging capacitor integrated supports.

Background technology

Capacitance, the abbreviation of capacitor are one of the electronic components largely used in electronic equipment, be widely used in blocking, Coupling, bypass, filtering, resonant tank, energy conversion, control circuit etc., capacitance (Capacitance) is also referred to as " capacitance Amount " refers to the charge reserves under given potential difference, is denoted as C, international unit is farad (F).In general, charge is in electricity Understand stress in and move, when there is medium between conductor, then hinders charge movement and charge accumulation on conductor, is made It is stored at the accumulation of charge, the quantity of electric charge of storage is then known as capacitance.Because capacitance is the electronic component largely used in electronic equipment One of, so being widely used in blocking, coupling, bypass, filtering, resonant tank, energy conversion, control circuit etc., capacitance It needs capacitance being placed on integrated support when charging, traditional integrated support is the integrated design, and needs capacitance whole It is placed on integrated support and is charging, since the set-up time is long so that capacitance stand-by period when charging becomes, and influences capacitance Charge efficiency needs a kind of charging capacitor integrated support thus.

Utility model content

Purpose of the utility model is to solve disadvantages existing in the prior art, and a kind of charging capacitor collection proposed At frame.

To achieve the goals above, the utility model uses following technical solution：

The inside of a kind of charging capacitor integrated support, including u-bracket, the holder is vertically equidistantly welded with placement The both sides of plate, the placement plate are welded with two groups of support plates being arranged along its length, and the top of the support plate is grown along it Degree direction is welded with rectangle guide ribs, and the top slide of the guide ribs is socketed with charging placing modules, the charging placement group Part includes the power supply connecting plate and capacitance placement plate with guide ribs pivot bush unit, and being equipped with first at the top of the power supply connecting plate connects Terminal, first binding post are equipped with the second binding post, the bottom of first binding post close to the side of capacitance placement plate Both sides are equipped with two groups of first conductive plates of symmetrically arranged L-type, a side bottom of second binding post far from the first binding post Second conductive plate is installed, one end that first conductive plate and the second conductive plate stretch out power supply connecting plate offers rectangle pair Access slot, the centre position of the capacitance placement plate are embedded with third conductive plate along its length, and the two of the third conductive plate Side equidistantly offers the capacitance placing groove at the top of capacitance placement plate along its length, and capacitance placing groove described in two groups is mutual Separate side is embedded with and third conductive plate the 4th conductive plate disposed in parallel, two groups of institutes along the length direction of capacitance placement plate It states the 4th conductive plate side close to each other and the first connection stretched into inside capacitance placement plate is mounted equidistant along its length The second connecting line stretched into inside capacitance placement plate is mounted equidistant in cable, the both sides of the third conductive plate along its length Cable, one end that first connection cables and the second connection cables stretch into inside capacitance placement plate are equipped with and capacitance placement plate bottom The conductive metal disk that portion's inner wall is fixedly connected.

Preferably, first conductive plate and third conductive plate are embedded in the inside of power supply connecting plate.

Preferably, the third conductive plate and the 4th conductive plate stretch into one end of capacitance placement plate and are welded with and docking groove pair The U-shaped metallic conduction connector connect, and metallic conduction connector is located at capacitance placement plate close to one end of power supply connecting plate, third is conductive The other end that plate and the 4th conductive plate stretch into capacitance placement plate offers the second docking groove docked with metallic conduction connector.

Preferably, the capacitance placement plate and power supply connecting plate both sides are welded with mounting plate, are opened up on the mounting plate There is through-hole.

Preferably, the bottom of the capacitance placement plate and power supply connecting plate offers and guides along the length direction of guide ribs The sliding slot that item is slidably socketed.

The beneficial effects of the utility model：

It is put by the placement plate that is arranged on holder, support plate, guide ribs, charging placing modules, power supply connecting plate, capacitance Plate, the first binding post, the second binding post, the first conductive plate, the second conductive plate, docking groove, third conductive plate, capacitance is set to place Slot, the 4th conductive plate, the first connection cables, the second connection cables and conductive metal disk, it is simple in structure easy to operate, it will pass The charging integrated support of the integral structure of system is designed as fabricated structure, is put according to the appropriate number of capacitance of how much selections of capacitance Plate is set, while capacitance being mounted on charging integrated support when charging, the charging integrated support stand-by period can also be saved, carried The charge efficiency of high capacitance.

Description of the drawings

Fig. 1 be the utility model proposes a kind of charging capacitor integrated support structural schematic diagram；

Fig. 2 be the utility model proposes a kind of charging capacitor integrated support charge placing modules structural schematic diagram.

In figure：1 holder, 2 placement plates, 3 support plates, 4 guide ribs, 5 charging placing modules, 6 power supply connecting plates, 7 capacitances are put Set plate, 8 first binding posts, 9 second binding posts, 10 first conductive plates, 11 second conductive plates, 12 docking grooves, 13 third conductive plates, 14 capacitance placing grooves, 15 the 4th conductive plates, 16 first connection cables, 17 second connection cables, 18 conductive metal disks.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Referring to Fig.1-2, it vertically equidistantly welds the inside of a kind of charging capacitor integrated support, including u-bracket 1, holder 1 It is connected to placement plate 2, the both sides of placement plate 2 are welded with two groups of support plates being arranged along its length 3, the top edge of support plate 3 Its length direction is welded with rectangle guide ribs 4, and the top slide of guide ribs 4 is socketed with charging placing modules 5, and charge placing modules 5 include the power supply connecting plate 6 and capacitance placement plate 7 with 4 pivot bush unit of guide ribs, and 6 top of power supply connecting plate is equipped with first and connects Terminal 8, the first binding post 8 are equipped with the second binding post 9, the bottom two of the first binding post 8 close to the side of capacitance placement plate 7 Side is equipped with two groups of first conductive plates of symmetrically arranged L-type 10, side bottom peace of second binding post 9 far from the first binding post 8 Equipped with the second conductive plate 11, one end of the first conductive plate 10 and the second conductive plate 11 stretching power supply connecting plate 6 offers rectangle Docking groove 12, the centre position of capacitance placement plate 7 are embedded with third conductive plate 13 along its length, and the two of third conductive plate 13 Side equidistantly offers the capacitance placing groove 14 positioned at 7 top of capacitance placement plate, two groups of 14 phases of capacitance placing groove along its length Mutually separate side is embedded with and 13 the 4th conductive plate disposed in parallel of third conductive plate along the length direction of capacitance placement plate 7 15, two group of the 4th side close to each other of conductive plate 15 is mounted equidistant stretches into inside capacitance placement plate 7 along its length First connection cables 16, the both sides of third conductive plate 13 are mounted equidistant along its length to be stretched into inside capacitance placement plate 7 One end that second connection cables 17, the first connection cables 16 and the second connection cables 17 stretch into inside capacitance placement plate 7 is equipped with The conductive metal disk 18 being fixedly connected with 7 bottom interior wall of capacitance placement plate.

First conductive plate 10 and third conductive plate 13 are embedded in the inside of power supply connecting plate 6, third conductive plate 13 and One end that four conductive plates 15 stretch into capacitance placement plate 7 is welded with the U-shaped metallic conduction connector docked with docking groove 12, and metal is led Electric connection is located at capacitance placement plate 7 and stretches into electricity close to one end of power supply connecting plate 6, third conductive plate 13 and the 4th conductive plate 15 The other end for holding placement plate 7 offers the second docking groove docked with metallic conduction connector, capacitance placement plate 7 and power supply connecting plate 6 both sides are welded with mounting plate, offer through-hole on mounting plate, and the bottom of capacitance placement plate 7 and power supply connecting plate 6 is along guide ribs 4 length direction offers the sliding slot being slidably socketed with guide ribs 4.

Operation principle：The power supply of charging is mounted on to the top of placement plate 2 when use, then uses cable and power supply The first binding post 8 on connecting plate 6 and the connection of the second binding post 9, then by power supply connecting plate 6 from one end of guide ribs 4 along it Length direction is slidably socketed at the top of guide ribs 4, and then profit is in the same way by capacitance placement plate 7 mounted on guide ribs 4 On, while metallic conduction connector being docked with docking groove 12, the capacitance placing groove being then placed on capacitance in capacitance placement plate 7 On 14, the binding post of capacitance is set to be contacted with conductive metal disk 18, then according to the electricity of how much connection different numbers of capacitance quantity Hold placement plate 7, the design structure simple operations are convenient and efficient, and the charging integrated support of traditional integral structure is designed as combining Capacitance according to the appropriate number of capacitance placement plate of how much selections of capacitance, while being mounted on when charging and filling by formula structure It is electrically integrated on frame, the charging integrated support stand-by period can also be saved, improve the charge efficiency of capacitance.

The preferable specific implementation mode of the above, only the utility model, but the scope of protection of the utility model is not Be confined to this, any one skilled in the art within the technical scope disclosed by the utility model, according to this practicality Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims (5)

1. a kind of charging capacitor integrated support, including u-bracket (1), which is characterized in that the inside of the holder (1) is along vertical side To equidistantly placement plate (2) is welded with, the both sides of the placement plate (2) are welded with two groups of support plates being arranged along its length (3), the top of the support plate (3) is welded with rectangle guide ribs (4) along its length, and the top of the guide ribs (4) is slided Dynamic to be socketed with charging placing modules (5), the charging placing modules (5) include being connect with the power supply of guide ribs (4) pivot bush unit Plate (6) and capacitance placement plate (7), power supply connecting plate (6) top are equipped with the first binding post (8), first binding post (8) the second binding post (9), the two bottom sides installation of first binding post (8) are installed close to the side of capacitance placement plate (7) There are two groups of first conductive plates of symmetrically arranged L-type (10), side bottom of second binding post (9) far from the first binding post (8) Portion is equipped with the second conductive plate (11), and first conductive plate (10) and the second conductive plate (11) stretch out power supply connecting plate (6) One end offers rectangle docking groove (12), and the centre position of the capacitance placement plate (7) is embedded with third along its length Conductive plate (13), the both sides of the third conductive plate (13) equidistantly offer along its length pushes up positioned at capacitance placement plate (7) The capacitance placing groove (14) in portion, length of the side that capacitance placing groove (14) is located remotely from each other described in two groups along capacitance placement plate (7) Direction is embedded with third conductive plate (13) the 4th conductive plate (15) disposed in parallel, and the 4th conductive plate (15) described in two groups is mutual Close side is mounted equidistant along its length stretches into internal the first connection cables (16) of capacitance placement plate (7), described The both sides of third conductive plate (13) are mounted equidistant along its length stretches into the second internal connection cables of capacitance placement plate (7) (17), first connection cables (16) and the second connection cables (17) stretch into the internal one end of capacitance placement plate (7) and are equipped with The conductive metal disk (18) being fixedly connected with capacitance placement plate (7) bottom interior wall.

2. a kind of charging capacitor integrated support according to claim 1, which is characterized in that first conductive plate (10) and Three conductive plates (13) are embedded in the inside of power supply connecting plate (6).

3. a kind of charging capacitor integrated support according to claim 1, which is characterized in that the third conductive plate (13) and One end that four conductive plates (15) stretch into capacitance placement plate (7) is welded with the U-shaped metallic conduction connector docked with docking groove (12), and Metallic conduction connector is located at the one end of capacitance placement plate (7) close to power supply connecting plate (6), third conductive plate (13) and the 4th conduction The other end that plate (15) stretches into capacitance placement plate (7) offers the second docking groove docked with metallic conduction connector.

4. a kind of charging capacitor integrated support according to claim 1, which is characterized in that the capacitance placement plate (7) and electricity Source connecting plate (6) both sides are welded with mounting plate, and through-hole is offered on the mounting plate.

5. a kind of charging capacitor integrated support according to claim 1, which is characterized in that the capacitance placement plate (7) and electricity The bottom of source connecting plate (6) offers the sliding slot being slidably socketed with guide ribs (4) along the length direction of guide ribs (4).