CN212285661U - Hard wire guide sleeve device for filament lamp - Google Patents
Hard wire guide sleeve device for filament lamp Download PDFInfo
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- CN212285661U CN212285661U CN202020028290.1U CN202020028290U CN212285661U CN 212285661 U CN212285661 U CN 212285661U CN 202020028290 U CN202020028290 U CN 202020028290U CN 212285661 U CN212285661 U CN 212285661U
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Abstract
The hard wire guide sleeve device of the filament lamp comprises a sleeve drum, a sleeve clamp, a hard wire guide clamp and a sleeve cutter; the sleeve is wound on the sleeve drum; the sleeve clamp comprises a pair of two half clamps; the cannula clamp has two stable states: 1) the folding state of the two half clamps; 2) a separated state in which the two half clips are separated; hard seal wire presss from both sides including two hard seal wire are half, and hard seal wire anchor clamps have two stable state: 1) a folded state of two hard guide wire half clamps; 2) the two hard guide wire half clamps are separated; the first blade and the second blade of the sleeve cutter are matched to realize shearing; the first blade is connected with the rack together with the sleeve clamp through a transverse one-dimensional moving pair mechanism and is in transmission connection with a transverse driving device; the second blade is connected with the rack through a transverse one-dimensional moving pair mechanism and is in transmission connection with a transverse driving device.
Description
Technical Field
The utility model relates to a hard wire casing ware of filament lamp.
Background
The existing filament lamp production equipment adopts the manual sleeving of an insulating sleeve on a lead. In order to save labor, more automated equipment needs to be developed, including equipment that automatically sleeves insulating tubes.
The connection between the guide wire of the lamp body of the existing filament lamp and the driving power supply comprises the steps that the soft filament of the lamp body is hinged with the soft filament of the driving power supply, and the soft filament of the lamp body is wound on the hard wire of the driving power supply. The utility model discloses then be based on the development of hard seal wire.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing a hard wire casing ware of filament lamp.
This object of the invention is achieved in that: the automatic jacketing machine for manufacturing the hard guide wire of the desk lamp wire lamp comprises a rack, a multi-station conveying line, and a plurality of functional devices sequentially connected to the multi-station conveying line by a process, wherein each functional device comprises a station appliance vacancy detector, a lamp body centralizer, a lamp body height adjuster, a hard guide wire corrector, a hard guide wire pressing device with a middle die, a hard guide wire straightener with a middle die, a hard guide wire corrector, a hard guide wire straightener with a middle die, an electrode detector, a 180-degree rotating mechanism of a lamp body, a lamp body positioner, a hard guide wire jacketing device of the lamp wire lamp, a sleeve downward moving device, a lamp body pre-detector, a defective lamp body remover and a control system;
the multi-station conveying line comprises a closed conveying line, and a plurality of lamp holders are uniformly distributed on the closed conveying line; a work piece lamp body can be arranged on each lamp holder.
The station apparatus vacancy detector comprises a steel wire and a microswitch; reference is made to the prior art.
The lamp body centralizer comprises two horizontal centralizing plates with V-shaped ports, which are arranged on the upper layer and the lower layer in an opposite mode; the lamp body centralizer has two stable states: 1) the folding state of the two righting plates; 2) the two centralizing plates are separated; when the lamp body centralizer is in a folding state, the clamped lamp body is straightened; when the lamp body centralizer is in a separated state, the operation of the conveying line is not influenced; reference is made to the prior art.
The hard guide wire corrector comprises a group of two clapboards; the hard guide wire corrector is connected with the rack through a transverse one-dimensional moving pair mechanism and is in transmission connection with a transverse driving mechanism; the hard guide wire corrector is connected with the rack through a vertical one-dimensional moving pair mechanism and is in transmission connection with a vertical driving mechanism; the hard wire corrector has two stable states: 1) the two clapboards are separated; 2) the two clapboards are in a closed state. The two clapboards in the closed state can change the state of the hard guide wire clamped in the clapboards.
The hard guide wire straightener with the middle die comprises a middle die and two clapper templates; the middle die is connected with the rack through a one-dimensional moving pair mechanism and is in transmission connection with a middle die driving mechanism; the two clapper templates are respectively connected with the rack through a rotating arm and are in transmission connection with a clapper template driving mechanism; the hard guide wire straightener with the middle die has two stable states: 1) the two clapper templates are clapped on the middle mould in a clapper state; 2) the two clapper templates are separated.
The hard guide wire straightener with the middle die comprises a middle die and two drawing clamping plates, and the hard guide wire straightener with the middle die has two stable states: 1) the two drawing clamping plates are in a state of being snapped on the middle die; 2) the two drawing clamping plates are separated; the hard guide wire straightener with the middle die is connected with the rack through a one-dimensional moving pair mechanism and is in transmission connection with a driving mechanism; the hard guide wire straightener with the middle die is in a clapping state and moves upwards to straighten the clamped hard guide wire; the hard guide wire straightener with the middle die comprises two times of actions at one time;
the electrode detector comprises a group of two electrode plates; the electrode detector is connected with the rack through a transverse one-dimensional moving pair mechanism and is in transmission connection with a transverse driving mechanism; the electrode detector is connected with the rack through a vertical one-dimensional moving pair mechanism and is in transmission connection with a vertical driving mechanism; the electrode probe has two stable states: 1) the two electrode plates are separated; 2) the two electrode plates are in a folded state. Two plate electrodes are arranged on the electrode plate; the two plate-shaped electrodes are electrically connected with an electrode detection device host; the two electrode plates in the folded state are electrically connected with two electrodes clamped by the two electrode plates, namely two hard guide wires.
The 180-degree rotating mechanism of the lamp body comprises a lamp body clamping mechanism; the 180-degree rotating mechanism of the lamp body is connected with the rack through a revolute pair mechanism and is in transmission connection with a rotary driving mechanism; the lamp body rotates by 180 degrees and is connected with the rack through a one-dimensional moving pair mechanism and is in transmission connection with a linear driving mechanism; the 180-degree rotation mechanism of the lamp body has two stable states: 1) the lamp body clamping mechanism is in an opened state; 2) the lamp body clamping mechanism is in a clamping state;
the hard wire guide sleeve device of the filament lamp comprises a sleeve drum, a sleeve clamp, a hard wire guide clamp and a sleeve cutter. An insulating sleeve is wound on the sleeve drum.
The sleeve clamp comprises a pair of two half clamps; the cannula clamp has two stable states: 1) the folding state of the two half clamps; 2) a separated state in which the two half clips are separated;
hard seal wire presss from both sides including two hard seal wire are half, and hard seal wire anchor clamps have two stable state: 1) a folded state of two hard guide wire half clamps; 2) the two hard guide wire half clamps are separated; the hard guide wire clamp can move to a working position;
the sleeve cutter comprises a first blade and a second blade; the first blade and the second blade are matched to realize shearing; the first blade is connected with the rack together with the casing clamp through a transverse one-dimensional moving pair mechanism and is in transmission connection with a transverse driving device; the second blade is connected with the rack through a transverse one-dimensional moving pair mechanism and is in transmission connection with a transverse driving device.
The sleeve downshifter comprises a second sleeve clamp; the second set of pipe clamp comprises a pair of two clamping rods in a horizontal state and a rotating arm connected with the clamping rods; the two rotating arms are respectively connected with the rack through a one-dimensional revolute pair mechanism and are in transmission connection with a rotary driving mechanism; the rotating plane of the rotating arm is vertical to the clamping stick; the second casing clamp has two stable states: 1) a closed state in which the two clamping rods are closed; 2) the two clamping rods are separated;
the lamp body pre-detector comprises a plate electrode, which is the same as the plate electrode of the electrode detector, and an illuminance detector;
the defective lamp body remover comprises a lamp body clamping mechanism used for picking up the lamp body and throwing the lamp body into a defective box.
The control system comprises a host and a touch display screen.
The state of the multi-station conveying line, the state of the station appliance vacancy detector, the state of the lamp body centralizer, the state of the lamp body height adjuster, the state of the hard guide wire electrode corrector, the hard guide wire straightener with the middle die, the electrode detector, the state of the lamp body 180-degree rotating mechanism, the state of the lamp body positioner, the hard guide wire sleeve device of the lamp filament lamp, the sleeve pipe downwards moving device, the state of the lamp body pre-detector, the state of the defective lamp body remover and the state of the lamp holder change according to the change of the state of.
The utility model discloses a hard seal wire is that the electrode of lamp body adopts the contact pin formula electrode, the contact pin formula electrode can insert one rather than the complex socket and realize electrical connection between the two.
The utility model can be directly modified to be suitable for the automatic sleeving of the insulating tubes of two hard guide wire electrodes and for the automatic sleeving of the insulating tubes on the electrode lamp body of a non-hard guide wire;
has the advantages that: the utility model provides a realize the technical means of automatic cover insulating tube on hard seal wire lamp body, can save workman, improve the reliability, provide the assurance for the steady operation of relevant equipment.
Drawings
FIG. 1 is a schematic diagram of a hard guide wire lamp body jacketing machine;
FIGS. 2 and 3 are front and top views, respectively, of a lamp body centralizer in a separated state;
FIGS. 4 and 5 are front and top views, respectively, of a lamp body centralizer in a closed position;
FIGS. 6 and 7 are front views of a lamp body height adjuster before and after operation, respectively;
FIGS. 8 and 9 are front and top views, respectively, of a hard guide wire corrector prior to operation;
FIGS. 10 and 11 are front and top views, respectively, of a hard guide wire corrector after operation;
FIGS. 12 and 13 are front and top views, respectively, of a hard wire straightener with an intermediate die prior to operation;
FIGS. 14 and 15 are front and top views, respectively, of a hard wire straightener with a middle die in operation;
FIG. 16 is a schematic diagram of a hard wire straightener with an intermediate die;
FIGS. 17 and 18 are front and top views of an electrode probe;
FIG. 19 is a schematic view of the structure of an electrode plate;
FIG. 20 is a schematic view of two electrode plates sandwiching two electrode stiff wires;
FIGS. 21 and 22 are schematic views of a 180 degree rotation mechanism for holding the lamp body down and lifting the lamp body for rotation, respectively;
FIGS. 23 and 24 are front and I-I views, respectively, of a filament lamp hard wire introducer;
FIG. 25 is a view of a filament lamp stiff wire trocar cutting cannula;
fig. 26 and 27 are front and top views, respectively, of a cannula descender in a separated state.
FIG. 1 is a table; 2, a multi-station conveying line; 3, a position tool vacancy detector; 4, a lamp body centralizer; 5 a lamp body height adjuster; 6 hard guide wire corrector; 7 hard guide wire pressing device with middle mould; 8, a hard guide wire straightener with a middle die; 9 electrode detector; 10 lamp body 180 degree rotation mechanism; 11 a lamp body locator; 12 hard wire sleeve device of filament lamp; 13 casing downshifter; 14 lamp body pre-detector; 15 a defective lamp body remover; 17 a lamp socket; 18 a lamp body; 19 a centralizing plate; 20 equal height cylinders; 21, clapping a board; 22 a stiff guidewire; 23 intermediate die; 24 clapper templates; 25 rotating the arm; 26 drawing the clamping plate; 27 electrode plates; 28 plate-like electrodes; 29 lamp body clamping mechanism; 30 a sleeve reel; 31 a sleeve clamp; 32 hard wire clips; 33 a cannula cutter; 34 a sleeve; 35 half clamping; 36 hard guide wire half-clips; 37 a first blade; 38 a second blade; 39 a second set of pipe clamps; 40 clamping sticks; 41 touching the display screen; 42 positive filaments; 43 casing sections.
Detailed Description
Example 1 is given in fig. 1 to 27.
The multi-station conveying line 2 comprises a closed conveying line, and a plurality of lamp holders 17 are uniformly distributed on the closed conveying line; a lamp body 18 can be arranged on each lamp base 17.
The station apparatus vacancy detector 3 comprises a steel wire and a microswitch; for the contents, reference is made to the prior art.
The lamp body centralizer 4 comprises two horizontal centralizing plates 19 with V-shaped ports, which are arranged on the upper layer and the lower layer in an opposite way; the lamp body centralizer 4 has two stable states: 1) a folded state in which the two righting plates 19 are folded; 2) the two righting plates 19 are separated; when the lamp body centralizer 4 is in a folding state, the clamped lamp body is righted; when the lamp body centralizer 4 is in a separated state, the operation of the multi-station conveying line is not influenced.
The lamp body height adjuster 5 comprises a cylinder 20 with the same height, the end surface of which is matched with the lamp body in shape; the bottom of the cylinder is matched with the surface of the upper part of the lamp body; the equal-height barrels are used to depress the lamp body 18 to maintain its proper height.
The hard guide wire corrector 6 comprises a group of two clapboards 21; the hard guide wire corrector 6 is connected with the rack through a transverse one-dimensional moving pair mechanism and is in transmission connection with a transverse driving mechanism; the hard guide wire corrector 6 is connected with the rack through a vertical one-dimensional moving pair mechanism and is in transmission connection with a vertical driving mechanism; the hard wire corrector 6 has two stable states: 1) the two clapboards 21 are separated; 2) the two clapboards are in a closed state. The two clapboards 21 in the closed state can change the state of the hard guide wire 22 clamped therein.
The hard guide wire straightener 7 with the middle die comprises a middle die 23 and two clapper templates 24; the middle die is connected with the rack through a one-dimensional moving pair mechanism and is in transmission connection with a middle die driving mechanism; the two clapper templates are respectively connected with the rack through a rotating arm 25 and are in transmission connection with a clapper template driving mechanism; the hard guide wire straightener 7 with the middle die has two stable states: 1) the two clapper templates are in a clapping state on the middle template, as described in figures 12 and 13; 2) the two clapper templates are separated in a separated state as depicted in fig. 14 and 15. The hard guide wire pressing device with the middle die in the clapping state can change the state of the hard guide wire clamped in the hard guide wire pressing device.
The hard guide wire straightener 8 with the middle die comprises the middle die 23 and two drawing clamping plates 26, and the hard guide wire straightener 8 with the middle die has two stable states: 1) the two drawing clamping plates are in a state of being snapped on the middle die; 2) the two drawing clamping plates are separated; the hard guide wire straightener with the middle die is connected with the rack through a one-dimensional moving pair mechanism and is in transmission connection with a driving mechanism. The hard guide wire straightener with the middle die is in a clapping state and moves upwards to straighten the clamped hard guide wire 22.
During drawing operation, the clamp capable of being opened and closed is additionally arranged on the neck of the lamp body so as to limit the movement of the lamp body, and reference is made to the prior art.
The electrode probe 9 comprises a set of two electrode plates 27; the electrode detector is connected with the rack through a transverse one-dimensional moving pair mechanism and is in transmission connection with a transverse driving mechanism; the electrode detector is connected with the rack through a vertical one-dimensional moving pair mechanism and is in transmission connection with a vertical driving mechanism; the electrode probe has two stable states: 1) the two electrode plates 27 are separated; 2) the two electrode plates 27 are in a closed state. Two plate electrodes 28 are arranged on the electrode plate; the two plate-shaped electrodes are electrically connected with an electrode detection device; the two electrode plates 27 in the closed state are electrically connected to the two electrode hard wires sandwiched therebetween, as referred to in the prior art.
The 180 degree lamp body rotation mechanism 10 includes a lamp body holding mechanism 29; the 180-degree rotating mechanism of the lamp body is connected with the rack through a revolute pair mechanism and is in transmission connection with a rotary driving mechanism; the lamp body rotates by 180 degrees and is connected with the rack through a one-dimensional moving pair mechanism and is in transmission connection with a linear driving mechanism; the 180-degree rotation mechanism of the lamp body has two stable states: 1) an open state in which the lamp body holding means is open, as shown by the broken lines in fig. 21; 2) the lamp body holding mechanism is in a gripped state, as shown in fig. 21.
The lamp body positioner 11 combines the lamp body centralizer shown in fig. 2-5 and the lamp body height adjuster shown in fig. 6-7 to be used on a station, and can simultaneously complete the centralization and the equal height of the lamp body rotating 180 degrees.
The filament lamp hard wire thimble 12 includes a thimble roller 30, a thimble clamp 31, a hard wire clamp 32, and a thimble cutter 33. A sleeve 34 is wound on the sleeve reel 30.
The sleeve clamp 31 includes a pair of two-piece half clamps 35; the cannula holder 31 has two stable states: 1) a closed state in which the two half clips 35 are closed; 2) a separated state in which the two-piece half clips 35 are separated; the filament lamp stiff wire thimble is movable to an operating position.
The stiff wire clamp 32 includes two stiff wire half clamps 36, the stiff wire clamp 32 having two stable states: 1) a folded state of two hard guide wire half clamps; 2) the two hard guide wire half clamps are separated; the hard wire clamp is movable to an operating position.
The cannula cutter 33 includes a first blade 37 and a second blade 38. The first blade 37 is connected with the rack 1 together with the casing clamp through a transverse one-dimensional moving pair mechanism and is in transmission connection with a transverse driving device; the first blade 37 is comprised of a single piece with the casing clamp and is connected to the gantry 1 through a vertical one-dimensional kinematic pair and is drivingly connected to a vertical drive. The second blade 38 is connected with the rack 1 through a transverse one-dimensional moving pair mechanism and is in transmission connection with a transverse driving device.
The casing downshifter 13 includes a second casing clamp 39; the second set of pipe clamps 39 comprises a pair of two horizontal clamping rods 40 and a rotating arm 25 connected with the clamping rods 40; the two rotating arms 25 are respectively connected with the rack through a one-dimensional revolute pair mechanism and are in transmission connection with a rotary driving mechanism; the rotating planes of the two rotating arms are vertical to the clamping stick 40; the second set of pipe clamps 39 has two stable states: 1) a closed state in which the two clamping bars 40 are closed; 2) a separated state in which the two clamping bars 40 are separated;
the lamp body pre-detector 14 comprises an electrode plate which is the same as the electrode plate of the electrode detector 9 and an illumination detector;
the defective lamp body remover 15 includes a lamp body holding mechanism 29 as shown in fig. 26 to 27 for picking up defective lamp bodies and dropping them into a defective tank.
The control system includes a host and a touch screen display 41.
The multi-station conveying line 2, the station apparatus vacancy detector 3, the lamp body centralizer 4, the lamp body height adjuster 5, the hard guide wire electrode corrector 6, the hard guide wire pressing corrector 7 with the middle die, the hard guide wire straightening puller 8 with the middle die, the electrode detector 9, the lamp body 180-degree rotating mechanism 10, the lamp body positioner 11, the hard guide wire casing device 12 of the lamp filament lamp, the casing pipe downward moving device 13, the lamp body pre-detector 14, the defective lamp body remover 15 and the lamp holder 17 are changed according to the change of the state of the control system host.
Working procedure of example 1: the control system host computer makes the multi-station conveyor line 2 move, and the work piece lamp body 18 in each lamp stand 17 begins the operation scope that gets into each functional device and realizes the production operation, specifically includes:
1. and in the workpiece detection operation, when a steel wire of the station appliance vacancy detector 3 touches the lamp body 18 which advances on the multi-station conveying line 2, the primary microswitch is switched on and the main machine of the control system is reported. Therefore, if the control system host does not receive the report within the predetermined time, the control system host knows that a lamp holder is vacant, and does not start the related subsequent operation.
2. The lamp body 18 is placed by hand, and the existing state error of the lamp body 18 comprises skew and unequal height which need to be changed. At a righting station, a group of two righting plates 19 passing through the righting clamp 4 are righted at one time, and the two righting plates made of the epoxy resin plates with the V-shaped working end surfaces are switched from a separated state to a folded state and then switched to a separated state, as shown in fig. 2-5, so that the lamp body is contacted with the V-shaped working end surfaces and is righted, and the lamp body can be pressed to a flush state by an equal-height cylinder 20, and the subsequent processes can be smoothly carried out. The position before the operation of the lamp body height adjuster is the position just before the operation, as shown in fig. 6; the position after the operation of the lamp body height adjuster is the position when it has been depressed, as shown in fig. 7.
3. Straightening operation, the position state and size discrete range of the initial state of the hard guide wire 22 are large, and therefore 3.1) straightening (by using a hard guide wire corrector 6), 3.2) mould pressing and flattening (by using a hard guide wire straightener 7 with an intermediate die), 3.3) mould pressing and drawing (by using a hard guide wire straightener 8 with an intermediate die), 3.4) straightening again and 3.5) mould pressing and drawing again are required; the following are introduced one by one:
3.1) beating process: the clapboards 21 of the hard guide wire corrector are clapped on two sides of the plane where the hard guide wire is positioned, namely, the clapboards are switched from a separated state to a folded state to realize the clapping, as shown in fig. 8 to 11;
3.2) die pressing and flattening: a stiff wire straightener with a middle die is used, i.e. a middle die 23 is inserted between two stiff wires 22 and two clapper templates 24 are used to clap the two stiff wires 22 on both sides of the middle die, as depicted in fig. 12 and 15. The hard guide wire is basically vertical through the process;
3.3) die pressing and drawing: the hard wire is drawn using a hard wire straightener 8 with an intermediate die as shown in fig. 16. The hard guide wire straightener with the middle die is in a clapper state and moves upwards, so that the hard guide wire 22 clamped by the middle die 23 and the two drawing clamping plates 26 is straightened; as depicted in fig. 16. The hard guide wire straightener 8 with the middle die comprises two times of actions at one time;
3.4) secondary positive process: the hard guide wire is righted again by the hard guide wire corrector 6;
3.5) a secondary die pressing process; straightening the hard guide wire again by using a hard guide wire straightener 8 with a middle die;
the utility model discloses a pull out the discrete scope that the operation can effectively reduce hard seal wire state, make it satisfy the required state required accuracy requirement of sleeve pipe process.
4. Electrode detection operation, filament lamp are a direct current utensil, and two electrodes are distinguished, and the lamp body is placed to the hand, has some electrodes and sets for inconsistent condition.
By adopting the electrode detector, the two electrode plates 27 in the folded state are utilized to realize the electrical connection between the electrode detector and the two electrode hard guide wires clamped by the two electrode plates 27, and the polarity detection is carried out, as shown in fig. 17-20.
5. Rotating operation: when the polarity is detected to be inconsistent with the setting, 180-degree rotation of the lamp body is performed by the lamp body 180-degree rotation mechanism 10 in the next process. When the 180-degree rotation mechanism of the lamp body acts, the lamp body clamping mechanism 29 opens like a claw, as shown by a dotted line in fig. 21, moves downwards to the lamp body, then grips and clamps the lamp body and moves upwards, and then returns the lamp body to the lamp holder downwards after rotating 180 degrees to realize 180-degree rotation of the lamp body, so that the electrode of the lamp body, which originally has an electrode state inconsistent with the setting, is changed into a state inconsistent with the setting, and the prior art can refer to the lamp body. The positioning after the rotation comprises righting and pressing by an equal-height cylinder.
6. Sleeving, namely sleeving a section of insulating sleeving section 43 on the positive wire 42 sleeved on the hard guide wire as an example; at the cannula station, the hard wire clamp 32 holds the hard wire 22 in place, and the first blade 37 comprising the cannula cutter 33 is in place; then the sleeve clamp 31 is used for clamping the sleeve 34 and pushing the sleeve downwards to enable the sleeve to sleeve the positive wire; the second blade 38 is then operated to cooperate with the first blade 37 to cut the casing 34, so that a section of casing section 43 is sleeved on the positive wire, and then the first blade 37 and the second blade 38 are reset and retracted as shown in fig. 23-25, and the casing process is completed.
7. The casing moves down, and at the casing moving down station, the second casing clamp 39 is switched to the closed state, and the two clamping rods 40 clamp the casing section 43 and push it down along the positive wire 42 of the lamp body 18 to sink to the bottom. As shown in FIGS. 26 to 27.
8. And (4) positioning operation, namely, after the sleeve is sleeved, the lamp body needs to be positioned again and righting is included.
9. The lamp body pre-inspection operation comprises a group of two electrode plates, which are the same as the electrode plates of the electrode detector, and an illuminance detector; when the lamp body is electrified, if the illumination degree meets the requirement, the lamp body is moved to the production host machine through the next procedure, and if not, the lamp body is removed.
10. And the defective lamp body remover comprises a lamp body clamping mechanism and is used for picking up defective lamp bodies and putting the defective lamp bodies into a defective box.
Claims (2)
1. The hard wire sleeve device of the filament lamp is characterized by comprising a sleeve drum, a sleeve clamp, a hard wire clamp and a sleeve cutter; the sleeve is wound on the sleeve drum;
the sleeve clamp comprises a pair of two half clamps; the cannula clamp has two stable states: 1) the folding state of the two half clamps; 2) a separated state in which the two half clips are separated;
hard seal wire presss from both sides including two hard seal wire are half, and hard seal wire anchor clamps have two stable state: 1) a folded state of two hard guide wire half clamps; 2) the two hard guide wire half clamps are separated; the hard guide wire clamp can move to a working position;
the sleeve cutter comprises a first blade and a second blade; the first blade and the second blade are matched to realize shearing; the first blade is connected with the rack together with the sleeve clamp through a transverse one-dimensional moving pair mechanism and is in transmission connection with a transverse driving device; the first blade comprises a sleeve clamp, a rack and a first blade, wherein the sleeve clamp is connected with the rack through a vertical one-dimensional moving pair mechanism and is in transmission connection with a vertical driving device; the second blade is connected with the rack through a transverse one-dimensional moving pair mechanism and is in transmission connection with a transverse driving device.
2. The filament lamp hard wire introducer of claim 1 comprising a cannula descender, the cannula descender comprising a second cannula clamp; the second set of pipe clamp comprises a pair of two clamping rods in a horizontal state and a rotating arm connected with the clamping rods; the two rotating arms are respectively connected with the rack through a one-dimensional revolute pair mechanism and are in transmission connection with a rotary driving mechanism; the rotating planes of the two rotating arms are vertical to the clamping stick; the second casing clamp has two stable states: 1) a closed state in which the two clamping rods are closed; 2) the two clamping rods are separated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020028290.1U CN212285661U (en) | 2020-01-06 | 2020-01-06 | Hard wire guide sleeve device for filament lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020028290.1U CN212285661U (en) | 2020-01-06 | 2020-01-06 | Hard wire guide sleeve device for filament lamp |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212285661U true CN212285661U (en) | 2021-01-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020028290.1U Expired - Fee Related CN212285661U (en) | 2020-01-06 | 2020-01-06 | Hard wire guide sleeve device for filament lamp |
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| Country | Link |
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| CN (1) | CN212285661U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111215559A (en) * | 2020-01-06 | 2020-06-02 | 海宁市新宇光能科技有限公司 | Hard wire guide sleeve device for filament lamp |
-
2020
- 2020-01-06 CN CN202020028290.1U patent/CN212285661U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111215559A (en) * | 2020-01-06 | 2020-06-02 | 海宁市新宇光能科技有限公司 | Hard wire guide sleeve device for filament lamp |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20210105 Termination date: 20220106 |