KR20070092831A - A construction of contact pin in battery and capacitor jig - Google Patents

Abstract

A charge/discharge jig of a battery and a capacitor is provided to improve productivity by simultaneously charging and discharging a plurality of batteries and capacitors. A charge/discharge jig of a battery and a capacitor includes guide rails(103), linear motion devices(104), a lifting bar(105), connecting axes(120), a lifting piece(119), a lifting axis(118), a lifting device, a fixing bar(107), a plurality of charging/discharging devices(121), and a supporting piece(109). The guide rails(103) are fixed to both sides of a supporting plate(101). The linear motion devices(104) are coupled with the guiding rails(103). The lifting bar(105) is connected with the linear motion devices(104) by a connecting piece(111), and performs a linear motion with the linear motion devices(104). The connecting axes(120) are installed downward at both sides of a connecting bar(106) coupled at a center of the lifting bar(105). The lifting piece(119) is coupled at a lower end of the connecting axis(120), and connects the connecting axes(120). The lifting axis(118) is coupled with an upper part of the lifting piece(119), and lifts the lifting piece(119) according to a lifting movement. The lifting device of the lifting axis(118) lifts the lifting axis(118) up and down. The fixing bar(107) is fixed at a lower part of the supporting plate(101) to lift the lifting piece(119), and has a through hole(108) at a middle part. The plurality of charging/discharging devices(121) are formed to face the fixing bar(107) and the lifting bar(105), and simultaneously charge and discharge a plurality of batteries and capacitors(131). The supporting piece(109) has a plurality of supporting grooves(110) coupled with a center of the supporting plate(101) to support the battery and the capacitor(131).

Description

Charge and discharge jig of small capacity battery and capacitor {A CONSTRUCTION OF CONTACT PIN IN BATTERY AND CAPACITOR JIG}

Figure 1 is a front view of a part cutaway showing the configuration of the jig for charging, discharging the present invention

Figure 2 is a partially cutaway side view showing the configuration of the jig for charging, discharging the present invention

Figure 3 is a side view showing to explain the action of the jig for charging, discharging the present invention

Figure 4 is a functional diagram showing the state before the action of the present invention charging, discharging jig

Figure 5 is a functional diagram showing the state after the action of the present invention charging, discharging jig

Figure 6 is a view showing a battery and a capacitor seated on the jig for charging and discharging the present invention

<Code Description of Main Parts of Drawing>

101-support plate 102-fixing plate

103-guide rail 104-linear traveling mechanism

105-Length 106-Length

107-fixture 108-via

109-support plate 110-support groove

111 connection 112-center pin

113-lever 114-turn

115-connection pin 116-link

117-hinge pin 118-elevation shaft

119-Elevation 120-Connecting Shaft

121-charge and discharge device 122-sleeve

123-Pressure shaft 124-Pressure piece

125-toothed part 126-elastic member

127-Stopper 131-Battery & Capacitor

The present invention relates to the charging and discharging of batteries and capacitors of small capacity, and in particular, by combining linear motion mechanisms with guide rails fixed to both sides of the support plate, and then connecting the lifting platform to the linear motion mechanism by using the connecting pieces. And make the linear movement together with the connecting shafts on both sides of the platform, and connect the lower part of them to the lifting piece. The lifting shaft combined with the upper part of the lifting piece can be lifted up and down by the lifting means. Afterwards, a plurality of charging and discharging mechanisms are installed on the platform and the fixing stand to allow simultaneous charging and discharging to a plurality of batteries and capacitors, and a supporting piece formed with a plurality of support grooves for supporting batteries and capacitors at the center of the support plate. Small-capacity batteries (5 amps) and catches Since the charging and discharging mechanisms can be automatically charged and discharged by compressing the electrodes of the sheeter, accurate and rapid charging and discharging are possible, and improved charging and discharging efficiency can be obtained, while simultaneously collecting a plurality of batteries and capacitors. It can be discharged to obtain more productivity by efficient charging and discharging, and it can charge and discharge a large amount of batteries and capacitors in a relatively small space, thereby improving the efficiency of space. It relates to a discharge jig.

Conventionally, when charging or discharging a small capacity battery or capacitor has been performed by the worker by manual labor.

That is, a small capacity (5 amp) battery and capacitors for charging and discharging are placed on a workbench, and a worker carries the electrode holder in both hands and transfers the charge and discharge of the battery and the capacitor to the electrodes formed on the battery and the capacitor. I've been.

Since the charging and discharging were performed by the manual method as described above, the amount of charge or discharge of the battery and the capacitor was inevitably inaccurate, and the charging and discharging by the manual method one by one requires a lot of time. The discharge efficiency was inevitably lowered.

In addition, since charging and discharging were performed in a state in which a plurality of batteries and capacitors were laid out on a wide worktable or the ground, a large space was essential, and thus there was a problem in that the utilization of the space was not properly performed.

An object of the present invention for solving and solving such a conventional problem,

Since the charging and discharging mechanisms are compressed and automatically charged on the electrodes of the small capacity batteries and capacitors, accurate and rapid charging and discharging are possible, and improved charging and discharging efficiency can be obtained. It can be charged and discharged at the same time to get improved productivity by efficient charging and discharging, and it can charge and discharge a large amount of batteries and capacitors in a relatively small space, thus providing the purpose of improving the efficiency of space. do.

In order to achieve the above object, the present invention,

The linear motion mechanisms are coupled to guide rails fixed to both sides of the support plate, and then the connecting piece is coupled to the linear motion mechanisms to enable the platform to move linearly together with the linear motion mechanisms. After the installation, the lower part of the elevator is connected to the lifting piece, and the lifting shaft coupled to the upper part of the lifting piece can be lifted up and down by the lifting means. And it is possible to achieve the object of the present invention by allowing the charging and discharging to the capacitor at the same time and fixing the support piece formed with a plurality of support grooves for supporting the battery and the capacitor in the center of the support plate.

The configuration of the present invention will be described in detail with the accompanying drawings.

Guide rails 103 on both sides fixed to both sides of the support plate 101,

A linear movement mechanism 104 of both sides coupled to the guide rails 103 of both sides to perform a linear movement,

A lifting platform 105 connected to the linear motion mechanism 104 on both sides by a connecting piece 111 to perform a linear motion together with the linear motion mechanism 104;

A connecting shaft 120 which is vertically entered into both sides of the connecting table 106 coupled to the center of the lifting table 105;

A lifting piece 119 coupled to the lower end of the connecting shaft 120 to connect the connecting shafts 120 on both sides;

An elevating shaft 118 coupled to an upper side of the elevating piece 119 and elevating the elevating piece 119 by an elevating operation;

Elevating means of the elevating shaft for elevating the elevating shaft 118 upward and downward,

Fixing table 107 is fixed to the lower side of the support plate 101 so that the lifting and lowering of the elevating piece 119 freely formed through holes 108 in the middle portion,

A plurality of charging and discharging mechanisms 121 installed opposite to the fixing table 107 and the lifting table 105 for simultaneously charging and discharging the batteries and the capacitors 131;

In order to support the battery and the capacitor 121 is a configuration having a support piece 109 is formed with a plurality of support grooves 110 are coupled to the central portion of the support plate 101.

And, the lifting means of the lifting shaft is a rotating plate 114 which is coupled to the rotation plate by the center pin 112 to the fixed plate 102 fixed to the center of the support plate 101 and the lever 113,

The central portion and one side of the rotating piece 114 are coupled to the connecting pin 115 for rotation, and the other side is connected to the link piece 116 coupled to the lifting shaft 118 for rotation by the hinge pin 117. Equipped.

In addition, the charging and discharging mechanism 121 is a plurality of sleeves 122 are coupled to the platform 105 and the fixture 107,

A blotter shaft 123 having a stopper 127 formed therein to be easily lifted and lowered into the sleeve 122;

A tack piece 124 coupled to the tack axis 123 and having a tooth portion 125 contacting the top and bottom surfaces of the battery and the capacitor 131;

In order to impart elasticity to the tack piece 124, an elastic member 126 is provided on the tack axis 123 between the tack piece 124 and the sleeve 122.

Referring to the operation of the present invention as described above is as follows.

First, as shown in FIG. 1 and FIG. 2, the platform 105, the connecting piece 111, and the linear motion mechanism 104 in the state where the lever 113 is located at the upper portion, the upper portion of the guide rail 103. The connecting shaft 120 and the lifting shaft 118 coupled to the lifting piece 119 and the lifting piece 119 are located in the upper side. .

In this case, the user inserts a plurality of batteries and capacitors 131 having a small capacity (5 amps) for charging and discharging into the support groove 110 of the support piece 109 fixed to the center of the support plate 101.

When the battery and the capacitor 131 are inserted into the support groove 110 of the support piece 109 as described above, the outer circumferential surface of the battery and the capacitor 131 is supported while being in contact with the support groove 110 and the battery and the capacitor 131 The bottom portion of the supporting member 124 formed on the plurality of charging and discharging mechanisms 121 coupled to the holder 107 is supported as shown in FIG. 6 while contacting the teeth 125.

As described above, in the state in which the battery and the capacitor 131 are supported, the user mounts the lever 113 positioned at the upper side to the lower side.

By rotating the lever 113, the rotating piece 114 is rotated about the center pin 112 coupled to the fixing plate 102, and the rotational force of one side portion is connected to the rotating piece 114 and the connecting pin. It extends to the link piece 116 connected by 115. As shown in FIG.

Therefore, since the other side of the link piece 116 is coupled to the lifting shaft 118 by the hinge pin 117, the lifting shaft 118 is lowered as shown in FIG.

The elevating piece 119 coupled to the elevating shaft 118 by the lowering of the elevating shaft 118 is lowered into the through hole 108 of the fixing table 107 and is connected to the elevating piece 119 fixed at both sides. Since the shaft 120 is pulled down and pulls the connecting rod 106 and the lifting platform 105, the linear movement mechanisms 104 of both sides coupled to the connecting piece 111 on both sides of the lifting platform 105 are also guides of the guide rail 103. Will receive the descent.

At this time, while the plurality of charging and discharging mechanisms 121 coupled to the elevating platform 105 by the lowering of the lifting table 105 is also lowered, the holding member 124 of the charging and discharging mechanism 121 is the tooth portion 125. ) Is brought into contact with the upper side of the battery and the capacitor 131 as shown in FIGS.

Therefore, the tack piece 124 and the tack axis 123 which are in contact with the upper portion of the battery and the capacitor 131 are stopped.

However, the platform 105 stops after descending by the set distance even though the tack piece 124 and the tack axis 123 is stopped.

In this case, since the lowering of the platform 105 lowers the sleeves 122 coupled thereto, the elastic member 126 coalesced on the pressing axis 123 between the bottom surface of the sleeve 122 and the pressing piece 124. Will result in compression.

Therefore, since the compressive force of the elastic member 126 acts as the tack piece 124, the tack piece 124 can be brought into close contact with the electrodes of the battery and the capacitor 131 with stronger elasticity.

In addition, the force acting on the tack piece 124 formed in the charging and discharging mechanism 121 of the platform 105 is the charging and discharging mechanism of the fixing table 107 which is already in contact with the bottom surface of the battery and the capacitor 131 ( 121, so that the upper and lower parts of the battery and the capacitor 131 can be gripped with strong elasticity by the interaction of the charging and discharging mechanisms 121 coupled to the lifting platform 105 and the fixing base 107. Will be.

Accordingly, since the pressure-sensitive adhesive piece 124, which has received the elasticity of the elastic members 126 exhibiting strong elasticity, is in close contact with the upper and lower electrodes of the battery and the capacitor 131, there is no room for contact failure. It becomes possible to discharge.

When the tack piece 124 is in contact with the electrodes of the small capacity battery and capacitor 131 as described above, the power of the circuit board (not shown) is supplied through the tack axis 123 and the tack piece 124. 131 may be charged or vice versa, the power supplied from the battery and the capacitor 131 is discharged to the circuit board through the tack piece 124 and the tack axis 123.

As described above, the charging and discharging action continues for a set time, and when the set time is completed, the user returns the lever 113 positioned downward to the top.

Therefore, the link piece 116 and the lifting shaft 118 are raised to the original position by the home position of the lever 113, and the lifting piece 119, the connecting shaft 120, the connecting table 106, the lifting table 105 ), The linear movement mechanism 104 and the like return to the original position.

In addition, since the elastic member 126 compressing the pressing member 124 is relaxed by the lifting of the lifting table 105, the pressing member 124 and the pressing shaft 123 may be returned to their original positions. After the relaxation of 126 is completed, it returns to its original position as shown in FIG. 2 together with the platform 105 to wait for the next operation.

In addition, the stopper 127 coupled to the upper portion of the pressing shaft 123 is formed to prevent the pressing shaft 123 from being removed to the lower portion of the lift table 105 by the elasticity of the elastic member 126.

In the present invention as described above, the charging and discharging mechanisms can be automatically charged by compressing the charging and discharging mechanisms on the electrodes of the small-capacity batteries and capacitors, thereby enabling accurate and rapid charging and discharging and attaining improved charging and discharging efficiency. By collecting and discharging a plurality of batteries and capacitors at the same time, it is possible to obtain improved productivity by efficient charging and discharging, and it is possible to charge and discharge a large amount of batteries and capacitors in a relatively small space, thereby improving the utility of space. It has a useful effect to increase.

Claims (3)

Guide rails on both sides fixed to both sides of the support plate, A linear movement mechanism of both sides coupled to the guide rails on both sides to perform a linear movement; A lift table connected to the linear motion mechanism on both sides by a connecting piece to perform a linear motion together with the linear motion mechanism, A connecting shaft mounted downward on both sides of the connecting table coupled to the center of the lifting platform; A lifting piece coupled to the lower end of the connecting shaft to connect the connecting shafts on both sides; An elevating shaft coupled to an upper side of the elevating piece and elevating the elevating piece by elevating operation; Elevating means of the elevating shaft for elevating the elevating shaft up and down; A fixing table fixed to the lower side of the support plate so as to freely lift and lower the lifting piece, and having a through hole in the middle part thereof; A plurality of charging and discharging mechanisms installed opposite to the fixed base and the lifting platform to simultaneously charge and discharge a plurality of batteries and capacitors; A charging and discharging jig for a small capacity battery and a capacitor, characterized in that the support piece is formed with a plurality of support grooves coupled to the center of the support plate for supporting the battery and the capacitor. The method of claim 1, The elevating means of the elevating shaft is a fixed plate fixed to the center of the support plate is rotated by a central pin so as to be rotated and the rotating piece coupled to the lever, Charge and discharge jig for small capacity batteries and capacitors, characterized in that the central portion and one side of the rotating piece is coupled to the connection pin for rotation and the other side is provided with a link piece coupled to the lifting shaft for rotation by the hinge pin. . The method of claim 1, The charging and discharging mechanism has a plurality of sleeves coupled to the platform and the fixed, A push-up shaft having a stopper formed therein to be easily lifted and lowered into the sleeve; A tack piece having a tooth portion coupled to the tack axis and contacting the top and bottom surfaces of the battery and the capacitor; A charge and discharge jig for a small capacity battery and a capacitor, characterized in that it is provided with an elastic member which is carbonized on the pressing axis between the pressing piece and the sleeve to give elasticity to the pressing piece.

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