LT6377B - A socket with strong ventilation and heat dissipation - Google Patents

Abstract

A socket with strong ventilation and heat dissipation comprises a socket body (9) and an executive motor (91) disposed in said socket body (9); a rotor of said executive motor (91) has power connection with a screw (95); said screw (95) fits with the screw hole in a transverse wall member (8) of said socket body (9); a stator of said executive motor (91) is fixedly connected with a power supply guide post (74) sliding through and slidably fitting with the slide hole arranged in said transverse wall member (8); said power supply guide post (74) joints with a power supply hole (60) in a plug (6) inserted into the jack of said socket body (9) for power supply; a compression spring (71) is arranged between the side surface of said executive motor (91) facing said transverse wall member (8) on said power supply guide post (74) and the stator of said executive motor.

Description

Technical field

The present invention relates to a socket with strong ventilation and heat dissipation, in particular when the socket can be automatically locked and unlocked.

State of the art

Slots are currently known. One is described in Chinese patent applications WO2014063640 CN, WO2013177803CN.

Existing sockets rely on operator force for insertion and removal, and use friction between pin and pin plug to achieve a fixed state of body.

This jack tends to heat up during use, which affects operator safety. In addition, when disconnection is required, the power plug in this socket must be disconnected from the socket. As a result, the operator often has to insert and remove the plug plug, which is not convenient when switching the power on and off.

The essence of the invention

It is an object of the present invention to provide a socket with strong ventilation and heat dissipation which does not have the above disadvantages.

The socket with strong ventilation and heat dissipation has a socket body and an actuator located within said socket body. The said rotor of the executive motor has a screw connection for power supply. The said bolt is adapted to the bolt opening in the transverse wall member of the housing. The stator of the actuator is fixedly connected to the power supply strut, sliding and movably mounted with a sliding opening located in the transverse wall member. The power supply guide strut is connected to the power supply opening in the plug inserted into the socket housing to supply electricity. The compression spring is disposed between the side surface of the actuator motor in front of said transverse wall member on the power supply strut and the stator of the actuator motor. The transverse wall member is pressed against the mounting part of the socket housing locking device via a pressure spring. This socket body is also provided with an elastic expansion pin to engage the locking recess in said plug so as to lock this plug inserted into said socket. Thus, as the rotor of the actuator motor rotates due to the engagement of the bolt with the bolt aperture, said actuator motor slides linearly toward the transverse wall member and pushes the power supply guide strut along said slit aperture so as to be inserted into the electrical power outlet of the plug. When the actuator is rotated in reverse by the compression spring elastic effect, the actuator may continue to linearly slip from the transverse wall member so as to pull the power guide strut along the slit opening by pulling it out of the pin power supply opening. The right side of the actuator is provided with a cooling fan. This cooling fan is fixedly connected to the socket housing. The air inlet is mounted in a socket housing below said cooling fan on the left and an air inlet is mounted in a socket housing above said cooling fan on the left.

In the present invention, the pin in the fixed state utilizes the movement of the power supply guide strut to achieve electrical contact without requiring manual operation and avoiding hazards. In addition, through the locking action, by aligning the vertical side and the pin, the position of this power guide strut can be achieved without pushing the pin. By using the reaction force of the actuator moving right to the bottom wall, the locking pin is unlocked to allow the pin to be pulled out. Meanwhile, in the case of power supply, the retractable power supply guide strut can simultaneously play a guiding role for the left and right linear motion of the executive motor slip, thereby simplifying construction and saving space and production costs.

Picture descriptions Fig. a general construction diagram of the socket and pin is shown.

Specific way of realization

The present invention is described in detail with reference to FIG.

Based on Fig. 1. the socket with strong ventilation and heat dissipation has a socket body (9) and an actuator (91) disposed within said socket body (9). The said rotor of the actuator motor (91) has a power connection with a screw (95). Said screw (95) is adapted to the screw opening in the transverse wall element (8) of the socket housing (9). The stator of the actuating motor (91) is fixedly connected to the power supply guide strut (74), which is slidable and movably mounted with a sliding opening disposed in the transverse wall element (8). The power supply guide strut (74) is connected to the power supply opening (60) in the plug (6) inserted into the socket of the socket housing (9) for supplying electricity. A compression spring (71) is disposed between the lateral surface of the actuator motor (91) in front of said transverse wall element (8) on the power supply strut (74) and the stator of the actuator motor. The transverse wall element (8) is pressed against the locking mounting part (99) of the socket body (9) via a pressure spring (81). This socket body (9) is also provided with an elastic expansion pin (5) to engage the locking recess in said plug (6) so as to lock this plug (6) inserted into said socket. Thus, when the rotor of the actuator (91) rotates due to the engagement of the bolt (95) with the bolt hole, said actuator (91) slides linearly toward the transverse wall member (8) and pushes the power supply guide strut (74) along said slip. apertures such that they are inserted into the power supply port (60) of the plug (6). When the actuator (91) is rotated in reverse by the elastic effect of the compression spring (71), the actuator (91) may continue to slide linearly from the transverse wall member (8) so as to deflect the power supply guide strut (74) along the slit opening. by pulling it out of the plug (6) power supply opening (60). The right side of the actuator motor (91) is provided with a cooling fan (101). This cooling fan (101) is fixedly connected to the socket housing (9). The air inlet (102) is mounted in the socket body (9) below the cooling fan (101) on the left and the air inlet (103) is mounted in the socket body (9) above the said cooling fan (101) on the left.

It is stated that said elastic expansion pin (5) is provided with a pin slope (51) on the outer lateral surface of said socket for mounting with a pin slope (61) at the end of said pin (6) for retracting movement and said elastic expansion pin (6). 5) the side opposite said pin slope (51) has a vertical side (52) perpendicular to the direction of insertion and retraction of the pin (6) to lock the pin (6) inserted into said socket. Said elastic expansion pin (5) also has a sloping guide block (52) above the pin slope (51) for interaction and mounting with a lifting part (82) fixedly connected to said transverse wall element (8) such that said actuating motor (91) rotates in reverse, said power supply guide strut (74) being pulled along the slit opening and withdrawn from the power supply opening (60) of the pin (6), said actuator (91) contacts the bottom wall (9) of the housing body (9). 98) and stops the linear sliding, then said transverse wall member (8) begins to overcome the pressure spring (81) for the linear sliding such that said lift portion (82) and said sloping deflector (52) begin to push the retractable elastic expansion pin (5). to allow said pin to be pulled out of the socket.

When said pin 6 is pulled out, due to the retracted locking pin 5, for the purpose of automatically locking said pin 6 once inserted into the socket, said actuator 91 rotates forward, thereby actuating the pressure spring 81 to push the transverse wall element 8 to the right said retractable locking pin 5 being in its normal state.

The present invention also relates to a socket outlet device of said pin 6.

With the above method, various modifications can be made by those skilled in the art according to the mode of operation as defined within the scope of the present invention.

Claims (2)

A socket with high ventilation and heat dissipation comprising a housing, a motor, characterized in that it has a socket body (9) and an actuator (91) disposed within said socket body (9); said rotor of the actuator motor (91) having a power connection to the screw (95); said screw (95) being adapted to the screw opening in the transverse wall element (8) of the housing body (9); the stator of the actuating motor (91) being fixedly connected to a power supply strut (74) slidably and movably mounted with a sliding opening disposed in the transverse wall member (8); the power supply guide strut (74) is connected to the power supply opening (60) in a plug (6) inserted into the socket of the cartridge housing (9) for supplying electricity; a compression spring (71) disposed between the lateral surface of the actuator motor (91) against said transverse wall element (8) on the power supply strut (74) and the stator of the actuator motor; the transverse wall member (8) being pressed against the locking mounting portion (99) of the socket body (9) via a pressure spring (81); said socket body (9) also being provided with an elastic expansion pin (5) for engaging the locking recess in said plug (6) so as to lock said plug (6) inserted into said socket; thus, when the rotor of the actuator motor (91) rotates due to the engagement of the bolt (95) with the bolt hole, said actuator (91) slides linearly toward the transverse wall member (8) and pushes the power supply guide strut (74) along said slip. an opening so as to be inserted into the power supply opening (60) of the plug (6); when the actuator (91) is rotated in reverse by the elastic effect of the compression spring (71), the actuator (91) may continue to slide linearly against the transverse wall member (8) so as to deflect the power supply guide strut (74) along the slit opening removing it from the plug (6) of the power supply opening (60); the right side of the actuating motor (91) being provided with a cooling fan (101); said cooling fan (101) being fixedly connected to said socket housing (9); an air inlet (102) mounted in a socket body (9) below said cooling fan (101) on the left and an air inlet (103) mounted in a socket body (9) above said cooling fan (101) on the left. 2. A socket with strong ventilation and heat dissipation, characterized in that said elastic expansion pin (5) is provided with a pin slope (51) on the outer side surface of said socket for mounting with a pin slope (61) at the end of said pin (6). the retracting movement being carried out, and the side of said elastic expansion pin (5), opposite the said slope of the pin (51), has a vertical side (52) perpendicular to the direction of insertion and withdrawal of the pin (6) to lock the pin inserted into said slot. (6); said elastic expansion pin (5) also having a sloping guide block (52) above the pin slope (51) for interaction and mounting with a lifting part (82) fixedly connected to said transverse wall element (8) such that said actuating motor (91) rotates in reverse, said power supply guide strut (74) being pulled along the slit opening and withdrawn from the power supply opening (60) of the pin (6), said actuator (91) contacts the bottom wall (9) of the housing body (9). 98) and stops the linear sliding, then said transverse wall member (8) begins to overcome the pressure spring (81) for the linear sliding such that said lift portion (82) and said sloping deflector (52) begin to push the retractable elastic expansion pin (5). to allow said pin to be pulled out of the socket.