CN220862584U - Conducting wire straightening device suitable for production of column lamp - Google Patents
Conducting wire straightening device suitable for production of column lamp Download PDFInfo
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- CN220862584U CN220862584U CN202322576932.8U CN202322576932U CN220862584U CN 220862584 U CN220862584 U CN 220862584U CN 202322576932 U CN202322576932 U CN 202322576932U CN 220862584 U CN220862584 U CN 220862584U
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 19
- 230000007246 mechanism Effects 0.000 claims abstract description 380
- 238000003825 pressing Methods 0.000 claims abstract description 82
- 230000003139 buffering effect Effects 0.000 claims description 3
- 238000000926 separation method Methods 0.000 abstract 1
- 238000000034 method Methods 0.000 description 6
- 238000009434 installation Methods 0.000 description 3
- 230000000149 penetrating effect Effects 0.000 description 2
- 238000013016 damping Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000011900 installation process Methods 0.000 description 1
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Abstract
The utility model discloses a conducting wire straightening device suitable for production of column lamps, which comprises a light-emitting plate fixing mechanism, light-emitting plate pressing mechanisms arranged on two sides of the light-emitting plate fixing mechanism, and a straightening mechanism arranged on the rear side of the fixing mechanism; the V-shaped straightening plates are driven by left and right positioning mechanisms of the straightening mechanism respectively, openings of the two V-shaped straightening plates are staggered up and down and front and back, the two V-shaped straightening plates are arranged on two sides of the deconcentrator, and after the two V-shaped straightening plates are close, the deconcentrator is positioned between the openings of the two V-shaped straightening plates, so that the two conducting wires are positioned at the two openings respectively; the front and rear positioning mechanisms of the straightening mechanism are driven by the upper and lower positioning mechanisms of the straightening mechanism and are used for simultaneously lifting the V-shaped straightening plate and the deconcentrator from bottom to top, so that the two conductive wires are straightened. The automatic separation and straightening of the two electric wires of the LED lamp are realized.
Description
Technical Field
The utility model relates to the technical field of conductive wire straightening devices, in particular to a conductive wire straightening device suitable for production of column lamps.
Background
The LED lamp generally comprises a lower luminescent plate and a lamp shade arranged above the luminescent plate, wherein the top of the lamp shade is provided with an opening, two electrified conducting wires on the luminescent plate need to be penetrated out from the opening at the top of the lamp shade in the production process of the LED lamp, and the penetrated electrified conducting wires can be contacted with the lamp cap when the lamp cap at the opening at the top of the lamp shade is arranged, so that the LED lamp can be electrified through the lamp cap when in use.
However, in the existing production process of the LED lamp, two electrified conducting wires on the light-emitting plate are easy to bend or cross together, so that the electrified conducting wires are shortened and cannot penetrate out of an opening at the top of the lamp shade or the penetrating-out part is too short; or when the lamp shade is downwards and the light-emitting plate is installed, the lamp shade can downwards extrude the conductive wire due to the position deviation of the conductive wire or the position deviation of the lamp shade, so that the conductive wire is bent, and the conductive wire can be shortened and can not be penetrated out from the opening at the top of the lamp shade or the penetrating part is too short. Therefore, the electric conducting wires cannot be contacted when the subsequent lamp caps are installed, so that the produced LED lamp cannot be normally electrified, and the production quality problem is caused.
The utility model aims at solving the problems in the prior art and designing a conducting wire straightening device suitable for production of a column lamp.
Disclosure of utility model
The utility model aims to solve at least one problem existing in the prior art by providing a conductive wire straightening device suitable for production of a column lamp.
The utility model provides a conducting wire straightening device suitable for column lamp production, which is used for straightening two conducting wires on a light-emitting plate and comprises the following components: the device comprises a light-emitting plate fixing mechanism, light-emitting plate compressing mechanisms arranged on two sides of the light-emitting plate fixing mechanism and a straightening mechanism arranged on the rear side of the fixing mechanism;
the straightening fixing mechanism is used for fixing and placing the light-emitting plate;
The straightening and pressing mechanism is used for pressing the light-emitting plate;
The straightening mechanism comprises: two V-shaped straightening plates which are oppositely arranged, and a deconcentrator arranged in the middle of the V-shaped straightening plates; the wire divider is driven by a front-back positioning mechanism of a straightening mechanism, the front side of the wire divider is provided with a pointed head, and the front-back positioning mechanism of the straightening mechanism is used for pushing the pointed head to the middle positions of the bottoms of the two conductive wires;
The V-shaped straightening plates are driven by left and right positioning mechanisms of the straightening mechanism respectively, openings of the two V-shaped straightening plates are staggered up and down and front and back, the two V-shaped straightening plates are arranged on two sides of the deconcentrator, and after the two V-shaped straightening plates are close, the deconcentrator is positioned between the openings of the two V-shaped straightening plates, so that the two conducting wires are positioned at the two openings respectively;
the front and rear positioning mechanisms of the straightening mechanism are driven by the upper and lower positioning mechanisms of the straightening mechanism and are used for simultaneously lifting the V-shaped straightening plate and the deconcentrator from bottom to top, so that the two conductive wires are straightened.
Further, the straightening fixing mechanism includes: the straightening device comprises a straightening fixing seat, a straightening placing table, a straightening fixing ring, a straightening spring column and a straightening placing table longitudinal mechanism;
The straightening fixing seat is internally provided with the straightening placing table, the straightening placing table is a T-shaped column, the straightening placing table is provided with the straightening fixing ring, and the straightening fixing ring and the straightening placing table have the same radius and are used for buckling and fixing the light-emitting plate; the straightening spring column is arranged below the protruding table top of the straightening placing table and used for buffering when the lampshade is installed; the straightening and placing table longitudinal mechanism is arranged below the straightening and placing table and used for adjusting the height of the straightening and fixing mechanism.
Further, the straightening and compressing mechanism comprises: the device comprises a straightening pressing mechanism sliding rail, a straightening pressing mechanism sliding block, a straightening pressing mechanism finger cylinder, a straightening pressing mechanism force arm lever, a straightening pressing mechanism pressing lever and a straightening pressing mechanism pressing sliding cylinder;
The straightening and pressing mechanism sliding rail is arranged at two sides of the straightening and fixing mechanism, the straightening and pressing mechanism sliding rail is connected with the straightening and pressing mechanism sliding block in a sliding manner, and the straightening and pressing mechanism sliding block is connected with the straightening and pressing mechanism sliding cylinder along the rear side of the straightening and pressing mechanism sliding rail in the direction and is used for driving the straightening and pressing mechanism sliding block to slide; the straight straightening and pressing mechanism is characterized in that the finger cylinder of the straight straightening and pressing mechanism is arranged above the sliding block of the straight straightening and pressing mechanism, the finger cylinder of the straight straightening and pressing mechanism is horizontally arranged near the side of the straight straightening and fixing mechanism, the force arm rod of the straight straightening and pressing mechanism is vertically arranged near the side of the straight straightening and fixing mechanism, and the lower end of the pressing rod of the straight straightening and pressing mechanism presses down the center of the light-emitting plate and is used for pressing the light-emitting plate.
Further, the front and rear positioning mechanism of the straightening mechanism comprises: the straightening mechanism comprises a front and rear sliding plate of the straightening mechanism, a front and rear sliding rail of the straightening mechanism, a front and rear sliding block of the straightening mechanism, a front and rear sliding extending rod of the straightening mechanism and a front and rear sliding cylinder of the straightening mechanism;
The straightening mechanism front-rear sliding plate is arranged on the rear side of the straightening fixing mechanism, sliding rails around the straightening mechanism are vertically arranged on two sides above the straightening mechanism front-rear sliding plate, a front sliding block and a rear sliding block of the straightening mechanism are connected with the sliding rails around the straightening mechanism in a sliding mode, the front part of the front sliding block and the rear sliding block of the straightening mechanism are connected with the deconcentrator, a front sliding extending rod is arranged on the side edge of the front sliding block and the rear sliding block of the straightening mechanism, and a front sliding cylinder and a rear sliding cylinder are connected behind the front sliding extending rod of the straightening mechanism and used for pushing the front sliding block and the rear sliding block of the straightening mechanism to slide around.
Further, the straightening mechanism left and right positioning mechanism comprises: the straightening mechanism comprises a left sliding rail and a right sliding rail of the straightening mechanism, a left sliding block of the straightening mechanism, a right sliding block of the straightening mechanism, a left extending rod of the straightening mechanism and a right extending rod of the straightening mechanism;
The right and left sliding rails of the straightening mechanism are horizontally arranged on the front and rear sliding blocks of the straightening mechanism, the left sliding block of the straightening mechanism and the right sliding block of the straightening mechanism are respectively arranged at two ends of the left and right sliding rails of the straightening mechanism, the front side of the left sliding block of the straightening mechanism is provided with a left extending rod of the straightening mechanism, the right side of the front end of the left extending rod of the straightening mechanism is provided with a V-shaped straightening plate, the front side of the right sliding block of the straightening mechanism is provided with a right extending rod of the straightening mechanism, and the left side of the front end of the right extending rod of the straightening mechanism is provided with a V-shaped straightening plate for straightening the opening of the V-shaped straightening plate towards the conducting wire.
Further, the method comprises the steps of: a lamp shade mounting device;
the lamp shade mounting device includes: the device comprises a conductive wire sleeve mechanism, a lamp shade clamping mechanism and a lamp shade clamping mechanism driving mechanism;
The conducting wire sleeving mechanism is vertically arranged above the V-shaped straightening plate and the deconcentrator, after the V-shaped straightening plate and the deconcentrator are lifted to straighten two conducting wires, the conducting wire sleeving mechanism is opposite to the two conducting wires, the upper end of the conducting wire sleeving mechanism is provided with the lamp shade clamping mechanism, after the lamp shade clamping mechanism clamps the lamp shade, the wire sleeving mechanism penetrates into the bottom surface of the lamp shade from the upper end of the lamp shade, the V-shaped straightening plate and the wire deconcentrator are withdrawn, and the lamp shade clamping mechanism driving mechanism drives the wire sleeving mechanism and the lamp shade clamping mechanism to move downwards, so that the wire penetrates out to the upper end of the lamp shade, and the lamp shade is glued and installed to the light-emitting plate.
Further, a front-back fine adjustment mechanism of the lamp shade clamping mechanism is arranged behind the lamp shade clamping mechanism and used for fine-adjusting the front-back positions of the conducting wire sleeve mechanism and the lamp shade clamping mechanism.
Further, front and back rough adjusting mechanisms of the lamp shade clamping mechanism are arranged on two sides of the driving mechanism of the lamp shade clamping mechanism and are used for rough adjusting the front and back positions of the conducting wire sleeving mechanism and the lamp shade clamping mechanism; and the two sides of the front and back rough adjusting mechanism of the lamp shade clamping mechanism are provided with the lifting rough adjusting mechanism of the lamp shade clamping mechanism, which is used for rough adjusting the upper and lower positions of the conducting wire sleeve mechanism and the lamp shade clamping mechanism.
The utility model has the following advantages:
Firstly, separate two electric wires from the bottom through the deconcentrator, in the straightening process, cooperate V type to straighten the board and rise from bottom to top simultaneously, separate and straighten electric wires simultaneously, effectively avoid the intersection and the crooked of two electric wires.
And the openings of the two V-shaped straightening plates are arranged up and down in a staggered manner and are respectively used for straightening electric wires on different sides, so that when the two V-shaped straightening plates are gathered together, the two V-shaped straightening plates can be prevented from being collided, and the two V-shaped straightening plates cannot be gathered together.
Thirdly, through the straightening spring column arranged in the straightening fixing mechanism, the deformation of the light-emitting plate caused by the fact that the light-emitting plate is thinner and the large force is generated in the moment when the straightening pressing mechanism is pressed downwards can be effectively avoided, and the deformation of the light-emitting plate is avoided through the straightening spring column for damping.
And fourthly, a wire sleeving mechanism is additionally arranged below the lamp shade, so that in the lamp shade installation process, after the two electric wires are sleeved by the wire sleeving mechanism, the lamp shade is installed. The situation that the conductive wires are bent due to the fact that the lamp shade can downwards squeeze the conductive wires due to the position deviation of the conductive wires or the position deviation of the lamp shade is avoided.
Drawings
In order to more clearly illustrate the embodiments of the utility model or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described, it being obvious that the drawings in the following description are only some embodiments of the utility model, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
Fig. 1 is an overall structure diagram of a conductive wire straightening device.
Fig. 2 is a top view of the wire straightening device.
Fig. 3 is a side view of the conductive wire straightening device.
Fig. 4 is a structural view of the straightening fixing mechanism.
Fig. 5 is a structural view of the straightening and pressing mechanism.
Fig. 6 is a structural view of a front-rear positioning mechanism of the straightening mechanism.
Fig. 7 is a structural view of the right and left positioning mechanisms of the straightening mechanism.
Figure 8 is a front view of the globe mounting apparatus.
Fig. 9 is a structural view of the rear side of the globe mounting apparatus.
Detailed Description
For the convenience of understanding by those skilled in the art, the structure of the present utility model will now be described in further detail with reference to the accompanying drawings:
Example 1
As shown in fig. 1, a conductive wire straightening device suitable for production of a pillar lamp includes:
Two conductive wires used on the light-emitting plate are straightened, comprising: a light-emitting plate fixing mechanism 501, a light-emitting plate compressing mechanism 502 arranged at two sides of the light-emitting plate fixing mechanism, and a straightening mechanism 503 arranged at the rear side of the fixing mechanism;
the straightening fixing mechanism 501 is used for fixing and placing the light-emitting plate;
The straightening and pressing mechanism 502 is used for pressing the light-emitting plate;
As shown in fig. 2, the straightening mechanism 503 includes: two opposite V-shaped straightening plates 5031 and a deconcentrator 5032 arranged in the middle of the V-shaped straightening plates; the wire divider 5032 is driven by a straightening mechanism front-rear positioning mechanism 5033, a tip is arranged at the front side of the wire divider 5032, and the straightening mechanism front-rear positioning mechanism 5033 is used for pushing the tip to the middle positions of the bottoms of the two conductive wires;
As shown in fig. 2, the V-shaped straightening plates 5031 are driven by left and right positioning mechanisms 5034 of the straightening mechanism, the openings of the two V-shaped straightening plates 5031 are staggered up and down and front and back, the two V-shaped straightening plates 5031 are arranged at two sides of the wire divider 5032, and after the two V-shaped straightening plates 5031 are closed, the wire divider 5032 is positioned between the openings of the two V-shaped straightening plates 5031, so that the two conductive wires are positioned at the two openings respectively;
As shown in fig. 3, the front-rear positioning mechanism 5033 of the straightening mechanism is driven by the up-down positioning mechanism 5035 of the straightening mechanism, so as to simultaneously raise the V-shaped straightening plate 5031 and the wire divider 5032 (not shown) from bottom to top, so that the two conductive wires are straightened.
In the embodiment, the two electric wires are separated from the bottom by the wire divider, and the V-shaped straightening plate is matched to lift from bottom to top in the straightening process, and the electric wires are separated and straightened. The openings of the two V-shaped straightening plates are arranged up and down in a staggered manner and are respectively used for straightening electric wires on different sides, and when the two V-shaped straightening plates are gathered, collision of the two V-shaped straightening plates can be avoided, so that the two V-shaped straightening plates cannot be gathered. The straightening mechanism up-down positioning mechanism adopts a conventional belt assembly and a screw rod assembly to cooperatively lift, and the technology is the prior art and is not repeated here.
Further, as shown in fig. 4, the straightening fixing mechanism 501 includes: straightening fixing seat 5011, straightening placing table 5012, straightening fixing ring 5013, straightening spring column 5014 and straightening placing table longitudinal mechanism 5015;
The straightening fixing base 5011 is internally provided with the straightening placing table 5012, the straightening placing table 5011 is a T-shaped column, the straightening fixing ring 5012 is arranged on the upper part of the straightening placing table 5011, and the straightening fixing ring 5012 has the same radius as the straightening placing table 5011 and is used for fastening and fixing the light-emitting plate; the straightening spring post 5013 is arranged below the protruding table top of the straightening placing table 5011 and used for buffering when a lampshade is installed; the straightening bench longitudinal mechanism 5014 is arranged below the straightening bench 5011 and used for adjusting the height of the straightening fixing mechanism.
In the embodiment, the light-emitting plate needs to be fixed according to a fixed position in advance, so that the circuit board is prevented from shifting due to pulling force in the wire stroking process; because the straightening and pressing mechanism is matched, the luminous plate is thinner, and larger force can be generated at the moment of downward pressing of the straightening and pressing mechanism, vibration reduction is needed through the straightening spring column, and meanwhile, the luminous plate can be effectively prevented from being deformed. The straightening and placing table longitudinal mechanism is lifted through the belt assembly, the screw rod assembly and the motor, which is the prior art and is not repeated here.
Further, as shown in fig. 5, the straightening and compressing mechanism 502 includes: the straightening and pressing mechanism comprises a sliding rail 5021 of the straightening and pressing mechanism, a sliding block 5022 of the straightening and pressing mechanism, a finger cylinder 5023 of the straightening and pressing mechanism, a force arm rod 5024 of the straightening and pressing mechanism, a pressing rod 5025 of the straightening and pressing mechanism and a pressing sliding cylinder 5026 of the straightening and pressing mechanism;
The straightening and pressing mechanism sliding rail 5021 is arranged at two sides of the straightening and fixing mechanism 501, the straightening and pressing mechanism sliding rail 5021 is connected with the straightening and pressing mechanism sliding block 5022 in a sliding manner, and the straightening and pressing mechanism sliding block 5022 is connected with the straightening and pressing mechanism sliding cylinder 5026 along the rear side of the straightening and pressing mechanism sliding rail 5021 in the direction and is used for driving the straightening and pressing mechanism sliding block 5022 to slide; the utility model discloses a light emitting device, including straight compressing mechanism slider 5022, straight compressing mechanism slider 5022 top is provided with smooth out straight compressing mechanism finger cylinder 5023, smooth out straight compressing mechanism finger cylinder 5023 is close to smooth out straight fixed establishment 501 side level is provided with smooth out straight compressing mechanism force arm lever 5024, smooth out straight compressing mechanism force arm lever 5024 is close to smooth out straight fixed establishment 501 side is vertical to be provided with smooth out straight compressing mechanism compressing rod 5025, smooth out straight compressing mechanism compressing rod 5025 lower extreme pushes down the center of light emitting panel is used for compressing tightly the light emitting panel.
In this embodiment, since the light emitting plate is thinner, the straightening and pressing mechanism needs to press the center position of the light emitting plate, so as to avoid deformation of the light emitting plate, and in order to ensure that the accurate pressing position of the straightening and pressing mechanism is provided with the sliding rail of the straightening and pressing mechanism and the sliding block of the straightening and pressing mechanism, the straightening and pressing mechanism can be adjusted in a front-back sliding manner. The straight-straightening pressing mechanism only needs slight downward pressure to avoid deformation and fracture of the light-emitting plate, so that the finger cylinder of the straight-straightening pressing mechanism can meet the requirements.
Further, as shown in fig. 6, the straightening mechanism front-rear positioning mechanism 5033 includes: a straightening mechanism front-rear sliding plate 50331, a straightening mechanism front-rear sliding rail 50332, a straightening mechanism front-rear sliding block 50333, a straightening mechanism front-rear sliding extension rod 50334 and a straightening mechanism front-rear sliding cylinder 50335;
The straightening mechanism front-rear sliding plate 50331 is arranged at the rear side of the straightening fixing mechanism 501, the front-rear sliding rails 50332 of the straightening mechanism are vertically arranged at the two sides above the straightening mechanism front-rear sliding plate 50331, the front-rear sliding block 50333 of the straightening mechanism is in sliding connection with the front-rear sliding rails 50332 of the straightening mechanism, the front part of the front-rear sliding block 50333 of the straightening mechanism is connected with the wire divider 5032, the side edge of the front-rear sliding block 50333 of the straightening mechanism is provided with the front-rear sliding extending rod 50334 of the straightening mechanism, and the rear part of the front-rear sliding extending rod 50334 of the straightening mechanism is connected with the front-rear sliding cylinder 50335 of the straightening mechanism for pushing the front-rear sliding block 50334 of the straightening mechanism to slide front-rear.
In the embodiment, the front and back positions of the deconcentrator and the V-shaped straightening plate can be accurately adjusted through the front and back positioning mechanism of the straightening mechanism, so that the pointed end of the deconcentrator can be accurately placed between the bottoms of two electric wires, and the two sides of the electric wires can be accurately placed through the opening of the V-shaped straightening plate.
Further, as shown in fig. 7, the straightening mechanism left-right positioning mechanism 5034 includes: the straightening mechanism comprises a left sliding rail 50341 and a right sliding rail 50341, a left sliding block 50342, a right sliding block 50343, a left extending rod 50344 and a right extending rod 50345;
The straightening mechanism left and right sliding rails 50341 are horizontally arranged on the straightening mechanism front and rear sliding blocks 50334, the straightening mechanism left sliding block 50342 and the straightening mechanism right sliding block 50343 are respectively arranged at two ends of the straightening mechanism left and right sliding rails 50341, the front side of the straightening mechanism left sliding block 50342 is provided with a straightening mechanism left extending rod 50344, the right side of the front end of the straightening mechanism left extending rod 50344 is provided with a V-shaped straightening plate 3032, the front side of the straightening mechanism right sliding block 50343 is provided with a straightening mechanism right extending rod 50345, and the left side of the front end of the straightening mechanism right extending rod 50345 is provided with a V-shaped straightening plate 5031 for enabling an opening of the V-shaped straightening plate 5031 to face the conducting wire.
In the embodiment, the left and right positions of the V-shaped straightening plate can be accurately adjusted through the left and right positioning mechanisms of the straightening mechanism, so that the opening of the V-shaped straightening plate can be tightly attached to the side of a wire.
Further, as shown in fig. 8, the straightening device includes: a canopy mounting assembly 504;
The globe mounting apparatus 504 includes: a wire-covering mechanism 5041, a lamp housing holding mechanism 5042, and a lamp housing holding mechanism driving mechanism 5043;
The wire sleeving mechanism 5041 is vertically arranged above the V-shaped straightening plate 5031 and the wire divider 5032, after the V-shaped straightening plate 5032 and the wire divider 5031 are lifted to straighten two wires, the wire sleeving mechanism 5041 is opposite to the two wires, the upper end of the wire sleeving mechanism 5041 is provided with the lamp shade clamping mechanism 5042, after the lamp shade is clamped by the lamp shade clamping mechanism 5042, the wire sleeving mechanism 5041 penetrates into the bottom surface of the lamp shade from the upper end of the lamp shade, and after the V-shaped straightening plate 5031 and the wire divider 5032 are withdrawn, the lamp shade clamping mechanism driving mechanism 5043 drives the wire sleeving mechanism 5041 and the lamp shade clamping mechanism 5042 to move downwards, so that the wire penetrates out to the upper end of the lamp shade and is glued and installed on the light-emitting plate.
In this embodiment, because when the lamp shade is installed downwards and the light-emitting plate, the lamp shade can press the conductive wire downwards due to the position deviation of the conductive wire or the position deviation of the lamp shade, the conductive wire is bent, the conductive wire can be shortened, the conductive wire can not be penetrated out from the hole at the top of the lamp shade or the penetrating part is too short, and after the two conductive wires are sleeved by the conductive wire sleeving mechanism, the lamp shade is installed. The lamp shade is finely adjusted through the lamp shade up-down mounting mechanism and the lamp shade front-back mounting mechanism, so that the lamp shade can be accurately mounted on the light-emitting plate.
Further, as shown in fig. 9, a front-rear adjustment mechanism 5044 for fine-adjusting the front-rear position of the lamp housing holding mechanism 5042 is provided behind the lamp housing holding mechanism 5042. A front-rear adjustment mechanism 5045 for adjusting the front-rear positions of the conducting wire sleeving mechanism 5041 (not shown) and the lamp shade clamping mechanism 5042 is arranged on two sides of the lamp shade clamping mechanism driving mechanism 5043; the two sides of the front and rear adjustment mechanism 5045 of the lampshade clamping mechanism are provided with an adjustment mechanism 5046 for adjusting the vertical position of the conducting wire sleeving mechanism 5041 (not shown) and the lampshade clamping mechanism 5042.
In this embodiment, the specific structure of the fine adjustment mechanism around the lamp shade clamping mechanism, the coarse adjustment mechanism around the lamp shade clamping mechanism, and the coarse adjustment mechanism for lifting the lamp shade clamping mechanism is an existing structure, which is not described here. In order to conveniently obtain the materials such as the lamp shade, or the lamp shade is discharged to other lower stations after being installed, the lamp shade installation device needs to be greatly lifted and retreated in advance. When the lampshade is installed, the lampshade needs to be greatly lowered and advanced. Preliminary adjustment can be carried out through the front-back adjusting mechanism for the installation of the lampshade and the lifting mechanism for the installation of the lampshade, so that overlarge adjustment amplitude in the follow-up fine adjustment process is avoided.
The foregoing description is only a partial embodiment of the present utility model, and is not intended to limit the scope of the present utility model, and all equivalent devices or equivalent processes using the descriptions and the drawings of the present utility model or directly or indirectly applied to other related technical fields are included in the scope of the present utility model.
Claims (8)
1. A device is straightened to electrically conductive line suitable for production of pillar lamp for two electrically conductive lines on luminescent plate straighten out, include: the device comprises a light-emitting plate fixing mechanism, light-emitting plate compressing mechanisms arranged on two sides of the light-emitting plate fixing mechanism and a straightening mechanism arranged on the rear side of the fixing mechanism;
the straightening fixing mechanism is used for fixing and placing the light-emitting plate;
The straightening and pressing mechanism is used for pressing the light-emitting plate;
The straightening mechanism comprises: two V-shaped straightening plates which are oppositely arranged, and a deconcentrator arranged in the middle of the V-shaped straightening plates; the wire divider is driven by a front-back positioning mechanism of a straightening mechanism, the front side of the wire divider is provided with a pointed head, and the front-back positioning mechanism of the straightening mechanism is used for pushing the pointed head to the middle positions of the bottoms of the two conductive wires;
The V-shaped straightening plates are driven by left and right positioning mechanisms of the straightening mechanism respectively, openings of the two V-shaped straightening plates are staggered up and down and front and back, the two V-shaped straightening plates are arranged on two sides of the deconcentrator, and after the two V-shaped straightening plates are close, the deconcentrator is positioned between the openings of the two V-shaped straightening plates, so that the two conducting wires are positioned at the two openings respectively;
the front and rear positioning mechanisms of the straightening mechanism are driven by the upper and lower positioning mechanisms of the straightening mechanism and are used for simultaneously lifting the V-shaped straightening plate and the deconcentrator from bottom to top, so that the two conductive wires are straightened.
2. The device for straightening a conductive wire suitable for production of a pillar lamp according to claim 1, wherein: the straightening fixing mechanism comprises: the straightening device comprises a straightening fixing seat, a straightening placing table, a straightening fixing ring, a straightening spring column and a straightening placing table longitudinal mechanism;
The straightening fixing seat is internally provided with the straightening placing table, the straightening placing table is a T-shaped column, the straightening placing table is provided with the straightening fixing ring, and the straightening fixing ring and the straightening placing table have the same radius and are used for buckling and fixing the light-emitting plate; the straightening spring column is arranged below the protruding table top of the straightening placing table and used for buffering when the lampshade is installed; the straightening and placing table longitudinal mechanism is arranged below the straightening and placing table and used for adjusting the height of the straightening and fixing mechanism.
3. The device for straightening a conductive wire suitable for production of a pillar lamp according to claim 1, wherein: the straightening and compressing mechanism comprises: the device comprises a straightening pressing mechanism sliding rail, a straightening pressing mechanism sliding block, a straightening pressing mechanism finger cylinder, a straightening pressing mechanism force arm lever, a straightening pressing mechanism pressing lever and a straightening pressing mechanism pressing sliding cylinder;
The straightening and pressing mechanism sliding rail is arranged at two sides of the straightening and fixing mechanism, the straightening and pressing mechanism sliding rail is connected with the straightening and pressing mechanism sliding block in a sliding manner, and the straightening and pressing mechanism sliding block is connected with the straightening and pressing mechanism sliding cylinder along the rear side of the straightening and pressing mechanism sliding rail in the direction and is used for driving the straightening and pressing mechanism sliding block to slide; the straight straightening and pressing mechanism is characterized in that the finger cylinder of the straight straightening and pressing mechanism is arranged above the sliding block of the straight straightening and pressing mechanism, the finger cylinder of the straight straightening and pressing mechanism is horizontally arranged near the side of the straight straightening and fixing mechanism, the force arm rod of the straight straightening and pressing mechanism is vertically arranged near the side of the straight straightening and fixing mechanism, and the lower end of the pressing rod of the straight straightening and pressing mechanism presses down the center of the light-emitting plate and is used for pressing the light-emitting plate.
4. The device for straightening a conductive wire suitable for production of a pillar lamp according to claim 1, wherein: the front and rear positioning mechanism of the straightening mechanism comprises: the straightening mechanism comprises a front and rear sliding plate of the straightening mechanism, a front and rear sliding rail of the straightening mechanism, a front and rear sliding block of the straightening mechanism, a front and rear sliding extending rod of the straightening mechanism and a front and rear sliding cylinder of the straightening mechanism;
The straightening mechanism front-rear sliding plate is arranged on the rear side of the straightening fixing mechanism, sliding rails around the straightening mechanism are vertically arranged on two sides above the straightening mechanism front-rear sliding plate, a front sliding block and a rear sliding block of the straightening mechanism are connected with the sliding rails around the straightening mechanism in a sliding mode, the front part of the front sliding block and the rear sliding block of the straightening mechanism are connected with the deconcentrator, a front sliding extending rod is arranged on the side edge of the front sliding block and the rear sliding block of the straightening mechanism, and a front sliding cylinder and a rear sliding cylinder are connected behind the front sliding extending rod of the straightening mechanism and used for pushing the front sliding block and the rear sliding block of the straightening mechanism to slide around.
5. The device for straightening a conductive wire suitable for the production of a pillar lamp according to claim 1 or 4, characterized in that: the straightening mechanism left-right positioning mechanism comprises: the straightening mechanism comprises a left sliding rail and a right sliding rail of the straightening mechanism, a left sliding block of the straightening mechanism, a right sliding block of the straightening mechanism, a left extending rod of the straightening mechanism and a right extending rod of the straightening mechanism;
The right and left sliding rails of the straightening mechanism are horizontally arranged on the front and rear sliding blocks of the straightening mechanism, the left sliding block of the straightening mechanism and the right sliding block of the straightening mechanism are respectively arranged at two ends of the left and right sliding rails of the straightening mechanism, the front side of the left sliding block of the straightening mechanism is provided with a left extending rod of the straightening mechanism, the right side of the front end of the left extending rod of the straightening mechanism is provided with a V-shaped straightening plate, the front side of the right sliding block of the straightening mechanism is provided with a right extending rod of the straightening mechanism, and the left side of the front end of the right extending rod of the straightening mechanism is provided with a V-shaped straightening plate for straightening the opening of the V-shaped straightening plate towards the conducting wire.
6. The device for straightening a conductive wire suitable for production of a pillar lamp according to claim 1, wherein: comprising the following steps: a lamp shade mounting device;
the lamp shade mounting device includes: the device comprises a conductive wire sleeve mechanism, a lamp shade clamping mechanism and a lamp shade clamping mechanism driving mechanism;
The conducting wire sleeving mechanism is vertically arranged above the V-shaped straightening plate and the deconcentrator, after the V-shaped straightening plate and the deconcentrator are lifted to straighten two conducting wires, the conducting wire sleeving mechanism is opposite to the two conducting wires, the upper end of the conducting wire sleeving mechanism is provided with the lamp shade clamping mechanism, after the lamp shade clamping mechanism clamps the lamp shade, the wire sleeving mechanism penetrates into the bottom surface of the lamp shade from the upper end of the lamp shade, the V-shaped straightening plate and the wire deconcentrator are withdrawn, and the lamp shade clamping mechanism driving mechanism drives the wire sleeving mechanism and the lamp shade clamping mechanism to move downwards, so that the wire penetrates out to the upper end of the lamp shade, and the lamp shade is glued and installed to the light-emitting plate.
7. The wire straightening device for pillar lamp production according to claim 6, wherein: and a front-back fine adjustment mechanism of the lamp shade clamping mechanism is arranged behind the lamp shade clamping mechanism and is used for fine-adjusting the front-back positions of the conducting wire sleeving mechanism and the lamp shade clamping mechanism.
8. The wire straightening device for pillar lamp production according to claim 7, wherein: the front and back rough adjusting mechanisms of the lamp shade clamping mechanism are arranged on two sides of the driving mechanism of the lamp shade clamping mechanism and are used for rough adjusting the front and back positions of the conducting wire sleeving mechanism and the lamp shade clamping mechanism; and the two sides of the front and back rough adjusting mechanism of the lamp shade clamping mechanism are provided with the lifting rough adjusting mechanism of the lamp shade clamping mechanism, which is used for rough adjusting the upper and lower positions of the conducting wire sleeve mechanism and the lamp shade clamping mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202322576932.8U CN220862584U (en) | 2023-09-21 | 2023-09-21 | Conducting wire straightening device suitable for production of column lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202322576932.8U CN220862584U (en) | 2023-09-21 | 2023-09-21 | Conducting wire straightening device suitable for production of column lamp |
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| Publication Number | Publication Date |
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| CN220862584U true CN220862584U (en) | 2024-04-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202322576932.8U Active CN220862584U (en) | 2023-09-21 | 2023-09-21 | Conducting wire straightening device suitable for production of column lamp |
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| Country | Link |
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| CN (1) | CN220862584U (en) |
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