Bulb continuous production device
A technology for production equipment and light bulbs, which is applied in the direction of electrical components, etc., can solve the problems of long production cycle of light bulbs, large loss of semi-finished products, and difficult connection, etc., achieve continuous light bulb production, high production efficiency, and save the space occupied by equipment.
Inactive Publication Date: 2013-03-27
李家凌
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Problems solved by technology
[0002] Existing light bulbs generally include the production process of the glass bulb, the process of burning the filament in the glass bulb, the process of withstand voltage testing, the process of cutting the filament foot, the aging process of the semi-finished bulb with the filament, vacuuming and charging. Protective gas and sealing process, after the above-mentioned process is completed, the finished bulb has just been manufactured, and each operation procedure of the existing technology from the manufacture of the glass bulb to the gas filling and encapsulation of the bulb is all completed separately by independent machines that are not connected to each other. In this way, the semi-finished products completed in each process in the middle need to be manually transported and fixed on the corresponding machine stations. In this way, not only a lot of manpower is required, but also, due to the fragile characteristics of the glass bulb during the handling process, the semi-finished products The loss of the bulb is large, the production cycle of the bulb is long, and it is not easy to connect between various processes
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[0023] Now in conjunction with accompanying drawing and embodiment the present invention is described in further detail:
[0024] Such as figure 1 As shown, the present invention comprises the production device 4 of the glass bulb that welds thin glass tube 1 and thick glass tube 2 into glass bulb 3, and the production of burning filament 5 in the glass bulb 3 Device 6, withstand voltage detection device 7, filament cutting device 8, device 10 for aging semi-finished bulbs with filaments after cutting the bulbs 20 with filaments, vacuuming and filling protective gas and The sealing device 11 is special in that a first gripper 12, a turntable transfer device 13, and a second gripper 14 are arranged between the production device 4 of the glass bulb and the production device 6 for firing the filament into the glass bulb , the first transmission device 15, the third grabber 16, the production device 6 that burns the filament in the glass bulb, and the device 10 for aging the semi...
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A bulb continuous production device comprises a glass envelope production device, a production device for firing filaments in glass envelopes, a withstanding voltage detector, a filament foot shearing device, a device for ageing semi-finished bulbs with filaments and a vacuumizing, shielding gas filling and sealing device, and is characterized in that the bulb continuous production device is provided with a first gripper, a rotating table conveyer, a second gripper, a first transmission device, a third gripper, a fourth gripper, a second transmission device, a fifth gripper, a sixth gripper, a third transmission device and a seventh gripper, and the withstanding voltage detector and the filament foot shearing device are sequentially arranged on the second transmission device. Compared with the prior art, the bulb continuous production device has the advantages that all bulb production processes in the prior art are organically electrically combined together, manual carrying of the semi-finished bulbs among the processes is not needed, and continuous bulb production can be achieved.
Description
Technical field: [0001] The invention relates to a method for producing a light bulb. Background technique: [0002] Existing light bulbs generally include the production process of the glass bulb, the process of burning the filament in the glass bulb, the process of withstand voltage testing, the process of cutting the filament foot, the aging process of the semi-finished bulb with the filament, vacuuming and charging. Protective gas and sealing process, after the above-mentioned process is completed, the finished bulb has just been manufactured, and each operation procedure of the existing technology from the manufacture of the glass bulb to the gas filling and encapsulation of the bulb is all completed separately by independent machines that are not connected to each other. In this way, the semi-finished products completed in each process in the middle need to be manually transported and fixed on the corresponding machine stations. In this way, not only a lot of manpower ...
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IPC IPC(8): H01K3/00
Inventor 李家凌
Owner 李家凌