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Thermistor material belt in the process of moving the overlap

Overlap with the thermistor material in the process of moving
       
A thermistor is provided with a pin feed mechanism moves to the lower end of the pin through the roller moving means has a pin suspension
A fixing plate, the two pins at the end of the fixing plate is fixed to a first pin of equally spaced, fixed at the lower end of the pin is provided with a thermal plate
Strip resistors, thermistors tape is segmented, each segment thermistor material to bring a number of processes have opened holes, hole distance between each process
And spaced equal distance between the first pin, a second pin is fixed on a pin fixed to the end plate, the first and second plug pins
The distance between the needle and the distance between pins is equal to a first, a second pin located at the front end of the thermistor material of the belt and the thermal power after
With the first terminal of resistor material separated. By setting the second pin it to overcome two thermistors in the process of moving the strip overlap
Card stock situation, improve work efficiency.

A thermistor material with the pin moving mechanism, the moving mechanism in the lower end of the pin roller is hung by a pin fixing plate,
The two pins at the end of the fixing plate is fixed to a first pin at equal intervals in the lower end of the pin fixing plate is provided
Thermistor tape, tape the thermistor is segmented, each segment of the thermistor material belt holes have opened more than one process, the
The distance between the holes of said process and the relative distance between the first pin at equal intervals, characterized in that: said pin fixing plate
The spacing distance between the second pin is fixed, and the first pin and the second pin between the pin and between the first end on a
Equal to the front end of the second pin is located in a thermistor material of the belt and the material with a thermal resistance between the first terminal of the separator.

Thermistor material moving mechanism with pin
Technical field
[0001] The present invention relates to a pin with a thermistor material moving mechanism.
BACKGROUND
[0002] When the pin is inserted thermistor material with holes in the process, before the push of a material with a thermistor thermistor material
After the band moved, under the thermistor material with promoting a cause can not continue to move to move, due to the thickness of the material with a relatively thin upper and lower
Cover a gap, two thermistor tape will overlap, resulting tape stuck, making it impossible to continue to move.
SUMMARY OF THE INVENTION
[0003] The object of the present invention is to overcome the shortcomings of the prior art to provide a thermistor material with mobile device pin
Structure.
[0004] The object of the present invention is achieved by the following technical solutions:
Thermistor material moving mechanism with pins, the pins in the lower end of the wheel suspension by the moving mechanism has a pin fixing plate, the
The two pins at the end of said fixing plate has a first pin of each fixed interval equal to the lower end of the pin is provided with a fixing plate
Thermistor tape, tape the thermistor is segmented, each segment of the thermistor material belt holes have opened more than one process, the
Distance between holes and the process of the first distance between the pins is equal to the phase interval, characterized in that: said pin fixing plate
Is fixed on one end spaced from the second pin, the first pin and the second pin between the pin and the phase between the first
Etc., the front end of a second pin located at the thermistor material of the belt and the material with a thermal resistance between the first terminal of the separator.
[0005] The present invention substantive features and progressive technical solutions is mainly reflected in:
The present invention can overcome it with the overlap of two thermistor material during the move, the card material situation by adding a second pin
Conditions, improve work efficiency.
Brief Description
[0006] Figure 1: a schematic view of the present invention is configured.
Embodiment
[0007] Figure 1, the thermistor material moving mechanism with pins, the pins at the lower end by moving the wheel suspension mechanism 1
Fixing plate with two pins, the pins fixed to the two end plates 2 at equal intervals in each of a first fixed pin 3, pin fixing plate 2
The lower end of the strip is provided with a thermistor 5, with 5 of the thermistor material segmented, each segment thermistors are open multiple tape 5
A process of hole 6, the process from the distance between the aperture 6 between the first pin 3 with equal intervals, the pin fixing plate 2
The second pin 4 is fixed, and the second pin spacing distance between the first pins 3 and 4 between the first pin 3 on one end
Equal, a second pin 4 at the front end of the thermistor 5 and the tape after the tape 5 thermistor terminal of separated.
[0008] When the specific application, the moving mechanism a control pin to start, pin downward movement of the fixed plate 2, the first pin 3
After the insertion hole 6 in the process, the second pin 4 is inserted after the tape between the two thermistor 5, the insertion is completed, move the pin
A mechanism for moving the starting level, the fixed plate 2 to drive pins along the horizontal movement, and with the thermistor material of the first pin 3 of 5
Driven by horizontal movement along with five other thermistor material near the end of the phase, and the second pin 4 is inserted in front of two thermal power
Resistance between 5 tape separated the two thermistor material with five to two not touch, so as not to overlap phenomenon guide
To not continue to move.
[0009] In summary, by installing a second pin in the pin end of the fixed plate to achieve the two are not in contact with the thermistor material
Contact, resulting in no overlap and improve work efficiency.
[0010] It should be emphasized that: These are only a preferred embodiment of the present invention only, not for any form of the invention
A **, all based on a simple modification of any technical nature of the invention made by the above example implementation, the equivalent change and modification,
Are still within the scope of the technical solutions of the present invention.


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