CN203187936U - Steel wire mesh knitting device - Google Patents
Steel wire mesh knitting device Download PDFInfo
- Publication number
- CN203187936U CN203187936U CN 201320194235 CN201320194235U CN203187936U CN 203187936 U CN203187936 U CN 203187936U CN 201320194235 CN201320194235 CN 201320194235 CN 201320194235 U CN201320194235 U CN 201320194235U CN 203187936 U CN203187936 U CN 203187936U
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- China
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- wheel
- tooth bar
- steel wire
- geared system
- twisted filament
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- Expired - Fee Related
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- Braiding, Manufacturing Of Bobbin-Net Or Lace, And Manufacturing Of Nets By Knotting (AREA)
Abstract
The utility model relates to the technical field of metal wire mesh knitting devices and in particular relates to a steel wire mesh knitting device. The steel wire mesh knitting device comprises a frequency converter control device, a knitting rack, a drive motor, a variable-speed transmission device, a rubbing type drive device, upper wire-twisting gear devices, lower wire-twisting gear devices, a wire storage barrel and a pin roller, wherein the drive motor is fixedly arranged on the left part of the knitting rack; a power supply input terminal of the frequency converter control device is electrically connected with a power supply; a power supply output terminal of the frequency converter control device is electrically connected with a wiring terminal of the drive motor; the pin roller is arranged on the upper part of the knitting rack; and a group of upper wire-twisting gear devices are arranged on the upper part of the knitting rack below the pin roller. The steel wire mesh knitting device is reasonable and compact in structure, and convenient to use; the starting, the stopping and the standing-by of the drive motor can be controlled by the frequency converter control device, so that the motor is prevented from frequently starting and stopping due to load, and therefore, the impact to the motor and machine pieces is lowered, and the service life of the motor is prolonged. Moreover, the steel wire mesh knitting device has the characteristics of being safe, simple and efficient.
Description
Technical field
The utility model relates to woven wire knit unit technical field, is a kind of steel wire knit unit.
Background technology
The purposes of metal current silk mesh grid is comparatively extensive, for example make net cage as the member of heavy construction, after filling up stone, the flood control water conservancy projects that can be used for permanent protection and support sea wall, rivers and lakes embankment, or protection and support sand barrier, drainage ditch, reservoir, road and bridge and other civil engineerings; Perhaps be used for mine, the tunnel of mine and the security protection of getting working face as a protecting wire net; The isolated column net that perhaps is used for high-speed railway, highway, and the protective fence of occasions such as grassland, greenery patches, gardens, large-scale construction soil.The special equipment of making at present woven wire cloth has the following disadvantages in actual use: directly start start to parts impact big, because of running inertia shut down inconvenience, the frequent starting under load start of motor, load excessive, influence electrical machinery life.
Summary of the invention
The utility model provides a kind of steel wire knit unit; overcome the deficiency of above-mentioned prior art, its can effectively solve the frequent starting under load start of motor, load that existing special equipment of making steel wire exists excessive, influence electrical machinery life, directly start start to parts impact big, shut down inconvenient problem because of running inertia.
The technical solution of the utility model realizes by following measure: a kind of steel wire knit unit comprises frequency changer controller, braiding frame, drive motors, variable speed drive, rubbing type drive unit, goes up twisted filament geared system, following twisted filament geared system, wire storage cylinder and nail roller; Braiding frame left part is installed with drive motors, power input terminal and the power supply of frequency changer controller are electrically connected, the power output terminal of frequency changer controller and the binding post of drive motors are electrically connected, the top of braiding frame is equipped with the nail roller, the braiding upper rack of nail roller below is equipped with twisted filament geared system on a group, corresponding on each the braiding frame lower part of twisted filament geared system lower position the twisted filament geared system is not installed down, be separately installed with wire storage cylinder between last twisted filament geared system and the following twisted filament geared system, last twisted filament geared system is connected with the power output shaft of drive motors by rubbing type drive unit and variable speed drive respectively with following twisted filament geared system.
Be the further optimization and/or improvements to above-mentioned utility model technical scheme below:
Above-mentioned frequency changer controller can comprise frequency conversion case, variable frequency control touch screen and frequency converter; Frequency converter is fixedly mounted on frequency conversion case inside, and the variable frequency control touch screen is fixedly mounted on frequency conversion case outside; The power input terminal of frequency converter is electrically connected by switch and power supply, and the power output terminal of frequency converter and the binding post of drive motors are electrically connected; The communication terminal of variable frequency control touch screen and the communication terminal of frequency converter are electrically connected.
Can be installed with warning device on the above-mentioned braiding frame; warning device can comprise the red warning lamp that can show stopped status, can show the green warning lamp of machining state and can show the yellow warning lamp of holding state, and red warning lamp, green warning lamp and yellow warning lamp are electrically connected by the signal output terminal of cable and frequency converter respectively.
Can be installed with the receipts net arrangement on the ground in above-mentioned braiding frame the place ahead, receiving net arrangement can comprise receipts net frame, receives the net roller and receive the net motor, receiving the net motor is fixedly mounted on the receipts net frame, receiving the net roller is installed on the receipts net frame by rotating shaft, the rotating shaft of receiving the net roller is connected with the power output shaft of receiving the net motor and also can rotates with it, receives the binding post of net motor and the power output terminal of frequency converter and is electrically connected.
Above-mentioned rubbing type drive unit can comprise dragging plate mechanism, preceding tooth bar, back tooth bar, driven wheel, adjustable eccentric hinge device, connecting rod, pull bar slide block, cam, driving lever and endplay device; Braiding frame upper and lower is separately installed with dragging plate mechanism, planker and rear base plate before dragging plate mechanism comprises, on the rear side of preceding planker and the front side of rear base plate half slot is arranged respectively, half wheel and later half wheel the before last twisted filament geared system and following twisted filament geared system comprise respectively, preceding half wheel and later half the wheel have axle journal respectively, before half wheel and later half the wheel also can rotate in the half slot of planker and rear base plate before being installed in respectively by axle journal, preceding half wheel and later half middle part of taking turns have preceding half gear and later half gear respectively, preceding half wheel and later half the wheel are respectively arranged with threaded hole of steel, tooth bar and back tooth bar before being equipped with on the braiding frame of corresponding preceding half gear and later half gear position, preceding half gear and later half gear are meshed with preceding tooth bar and back tooth bar respectively, braiding frame left part is equipped with driven wheel by rotating shaft, driven wheel is connected with the power output shaft of drive motors by variable speed drive, be installed with adjustable eccentric hinge device on the front end face of driven wheel, adjustable eccentric hinge device is connected with the pull bar slide block and can drives tooth bar by connecting rod and moves, the rotating shaft rear portion of driven wheel is installed with cam, cam is provided with groove and driving lever is installed, and relatively moves about planker and rear base plate before driving lever drives by endplay device.
The utility model reasonable and compact in structure, easy to use, its by frequency changer controller can control drive motors startup, stop and standby, avoided motor because of frequent on-load start and stop, thereby reduced impact to motor and parts, prolonged life-span of motor, had safe, easy, characteristics of high efficiency.
Description of drawings
Accompanying drawing 1 is the main TV structure schematic diagram of the utility model most preferred embodiment.
Coding in the accompanying drawing is respectively: 1 is the braiding frame, and 2 is drive motors, and 3 is last twisted filament geared system, 4 are following twisted filament geared system, and 5 is wire storage cylinder, and 6 are the nail roller, 7 are the frequency conversion case, and 8 is the variable frequency control touch screen, and 9 is red warning lamp, 10 is green warning lamp, and 11 is yellow warning lamp, and 12 is preceding tooth bar, 13 is driven wheel, and 14 is adjustable eccentric hinge device, and 15 is connecting rod, 16 is the pull bar slide block, and 17 for receiving the net roller, and 18 for receiving the net motor.
The specific embodiment
The utility model is not subjected to the restriction of following embodiment, can determine concrete embodiment according to the technical solution of the utility model and actual conditions.
In the utility model, for convenience of description, the description of the relative position relation of each parts all is that the Butut mode according to Figure of description 1 is described, as: the position relation of forward and backward, upper and lower, left and right etc. is what to determine according to the Butut direction of Figure of description.
Below in conjunction with embodiment and accompanying drawing the utility model is further described:
As shown in Figure 1, this steel wire knit unit comprises frequency changer controller, braiding frame 1, drive motors 2, variable speed drive, rubbing type drive unit, goes up twisted filament geared system 3, following twisted filament geared system 4, wire storage cylinder 5 and nail roller 6; Braiding frame 1 left part is installed with drive motors 2, power input terminal and the power supply of frequency changer controller are electrically connected, the binding post of the power output terminal of frequency changer controller and drive motors 2 is electrically connected, the top of braiding frame 1 is equipped with nail roller 6, braiding frame 1 top of nail roller 6 belows is equipped with twisted filament geared system 3 on a group, corresponding on each braiding frame 1 bottom of twisted filament geared system 3 lower positions be separately installed with down twisted filament geared system 4, be separately installed with wire storage cylinder 5 between last twisted filament geared system 3 and the following twisted filament geared system 4, last twisted filament geared system 3 is connected with the power output shaft of drive motors 2 by rubbing type drive unit and variable speed drive respectively with following twisted filament geared system 4.By frequency changer controller can control drive motors 2 startup, stop and standby, avoided motor because of frequent on-load start and stop, thereby reduced impact to motor and parts, prolonged life-span of motor.
Can according to actual needs above-mentioned steel wire knit unit be made further optimization and/or improvements:
As shown in Figure 1, frequency changer controller comprises frequency conversion case 7, variable frequency control touch screen 8 and frequency converter; Frequency converter is fixedly mounted on frequency conversion case 7 inside, and variable frequency control touch screen 8 is fixedly mounted on frequency conversion case 7 outsides; The power input terminal of frequency converter is electrically connected by switch and power supply, and the binding post of the power output terminal of frequency converter and drive motors 2 is electrically connected; The communication terminal of variable frequency control touch screen 8 and the communication terminal of frequency converter are electrically connected.Can also directly set the relevant control parameter of frequency converter by variable frequency control touch screen 8, for example control the isoparametric control parameter of braiding length, twisted filament geared system 3 rotating cycles of steel wire, thus controlling equipment more easily.
As shown in Figure 1; be installed with warning device on the braiding frame 1; warning device comprises the red warning lamp 9 that can show stopped status, can show the green warning lamp 10 of machining state and can show the yellow warning lamp 11 of holding state, and red warning lamp 9, green warning lamp 10 and yellow warning lamp 11 are electrically connected by the signal output terminal of cable and frequency converter respectively.By red warning lamp 9, green warning lamp 10 and yellow warning lamp 11 duty of display device easily, use convenient, safety.
As shown in Figure 1, be installed with the receipts net arrangement on the ground in braiding frame 1 the place ahead, receiving net arrangement comprises receipts net frame, receives net roller 17 and receives net motor 18, receiving net motor 18 is fixedly mounted on the receipts net frame, receiving net roller 17 is installed on the receipts net frame by rotating shaft, the rotating shaft of receiving net roller 17 is connected with the power output shaft of receiving net motor 18 and also can rotates with it, receives the binding post of net motor 18 and the power output terminal of frequency converter and is electrically connected.
As shown in Figure 1, the rubbing type drive unit comprises dragging plate mechanism, preceding tooth bar 12, back tooth bar, driven wheel 13, adjustable eccentric hinge device 14, connecting rod 15, pull bar slide block 16, cam, driving lever and endplay device; Braiding frame 1 upper and lower is separately installed with dragging plate mechanism, planker and rear base plate before dragging plate mechanism comprises, on the rear side of preceding planker and the front side of rear base plate half slot is arranged respectively, half wheel and later half wheel the before last twisted filament geared system 3 and following twisted filament geared system 4 comprise respectively, preceding half wheel and later half the wheel have axle journal respectively, before half wheel and later half the wheel also can rotate in the half slot of planker and rear base plate before being installed in respectively by axle journal, preceding half wheel and later half middle part of taking turns have preceding half gear and later half gear respectively, preceding half wheel and later half the wheel are respectively arranged with threaded hole of steel, tooth bar 12 and back tooth bar before being equipped with on the braiding frame 1 of corresponding preceding half gear and later half gear position, preceding half gear and later half gear are meshed with preceding tooth bar 12 and back tooth bar respectively, braiding frame 1 left part is equipped with driven wheel 13 by rotating shaft, driven wheel 13 is connected by the power output shaft of variable speed drive with drive motors 2, be installed with adjustable eccentric hinge device 14 on the front end face of driven wheel 13, adjustable eccentric hinge device 14 is connected with pull bar slide block 16 and can drives tooth bar by connecting rod 15 and moves, the rotating shaft rear portion of driven wheel 13 is installed with cam, cam is provided with groove and driving lever is installed, and relatively moves about planker and rear base plate before driving lever drives by endplay device.
Above technical characterictic has constituted most preferred embodiment of the present utility model, and it has stronger adaptability and best implementation result, can increase and decrease non-essential technical characterictic according to actual needs, satisfies the demand of different situations.
The use of the utility model most preferred embodiment: at first, arrange for silk device at the rear portion of braiding frame 1, supply with the utility model as the warp steel wire with being wrapped in for the steel wire of one group of linearity on the silk device, the one group of spiral helicine steel wire that leaves in the wire storage cylinder 5 is supplied with the utility model as the parallel steel wire, with the warp steel wire successively from the bottom later half take turns with the later half threaded hole of steel of taking turns in top be fixed on nail roller 6 after passing roller nail on, the parallel steel wire is passed the roller that is fixed on nail roller 6 afterwards nail on from the threaded hole of steel of preceding half wheel of bottom, can adjust the distance of two warp steel wires by the roller nail on the selection nail roller 6; Then, start frequency changer controller after putting on warp steel wire and parallel steel wire, set the braiding length of steel wire by variable frequency control touch screen 8, parameters such as twisted filament geared system 3 rotating cycles, by variable frequency control touch screen 8 control frequency converters drive motors 2 is started, this moment, green warning lamp 10 was lighted, drive motors 2 drives driven wheel 13 and cam rotation, tooth bar 12 and back tooth bar were done rectilinear motion before driven wheel 13 drove by connecting rod 15, because preceding tooth bar 12 and back tooth bar and preceding half wheel or the later half gear engagement of taking turns, therefore half wheel and later half the wheel under the promotion of preceding tooth bar 12 and back tooth bar are rotated in the forward before, make and expose before the top half wheel and later half to take turns outer warp steel wire and parallel steel wire twisted together, by tooth bar before regulating 12 and after the displacement of the tooth bar twisting number of turns that can regulate warp steel wire and parallel steel wire; Produce relative displacement between planker and the rear base plate before cam drives by driving lever and endplay device then, before planker and rear base plate drive one group later half take turns with one group before the distance of a gear of half wheel relative displacement simultaneously, preceding half wheel before making one group in half wheel switches to another adjacent in one group of later half wheel later half wheel simultaneously, and merging forms a complete gear with it, opposite spin under preceding tooth bar 12 and back rack for transmission then, make and expose before the top half wheel and later half to take turns outer warp steel wire oppositely twisted together with another root parallel steel wire, before the displacement of tooth bar 12 and back tooth bar determined the twisting number of turns of warp steel wire and another root parallel steel wire, before driving by the half slot on left planker and the right planker half wheel with later half take turns to replace at interval finished the conversion of parallel steel wire between two warp steel wires; Then, repeatedly repeat said process, one group of warp steel wire and one group of parallel braided steel wire can be become whole steel wire, thereby realized the braiding of steel wire, the receipts net arrangement will weave good steel wire and roll formation steel wire net volume, receive net motor 18 by frequency changer controller control, receipts net roller 17 is rotated synchronously with following closely roller 6; At last; when the needs halt device; make drive motors 2 and receipts net motor 18 enter holding state by variable frequency control touch screen 8 control frequency converters; receive net roller 17 and 6 stalls of nail roller; drive motors 2 keeps low-speed running; reduced the impact of load to drive motors 2, when the needs arrestment, by variable frequency control touch screen 8 control frequency converters drive motors 2 and receipts net motor 18 have been shut down and get final product.
Claims (6)
1. a steel wire knit unit is characterized in that comprising frequency changer controller, braiding frame, drive motors, variable speed drive, rubbing type drive unit, goes up twisted filament geared system, following twisted filament geared system, wire storage cylinder and nail roller; Braiding frame left part is installed with drive motors, power input terminal and the power supply of frequency changer controller are electrically connected, the power output terminal of frequency changer controller and the binding post of drive motors are electrically connected, the top of braiding frame is equipped with the nail roller, the braiding upper rack of nail roller below is equipped with twisted filament geared system on a group, corresponding on each the braiding frame lower part of twisted filament geared system lower position the twisted filament geared system is not installed down, be separately installed with wire storage cylinder between last twisted filament geared system and the following twisted filament geared system, last twisted filament geared system is connected with the power output shaft of drive motors by rubbing type drive unit and variable speed drive respectively with following twisted filament geared system.
2. steel wire knit unit according to claim 1 is characterized in that frequency changer controller comprises frequency conversion case, variable frequency control touch screen and frequency converter; Frequency converter is fixedly mounted on frequency conversion case inside, and the variable frequency control touch screen is fixedly mounted on frequency conversion case outside; The power input terminal of frequency converter is electrically connected by switch and power supply, and the power output terminal of frequency converter and the binding post of drive motors are electrically connected; The communication terminal of variable frequency control touch screen and the communication terminal of frequency converter are electrically connected.
3. steel wire knit unit according to claim 2; it is characterized in that weaving and be installed with warning device on the frame; warning device comprises the red warning lamp that can show stopped status, can show the green warning lamp of machining state and can show the yellow warning lamp of holding state, and red warning lamp, green warning lamp and yellow warning lamp are electrically connected by the signal output terminal of cable and frequency converter respectively.
4. according to claim 2 or 3 described steel wire knit units, it is characterized in that weaving on the ground in frame the place ahead and be installed with the receipts net arrangement, receiving net arrangement comprises receipts net frame, receives the net roller and receives the net motor, receiving the net motor is fixedly mounted on the receipts net frame, receiving the net roller is installed on the receipts net frame by rotating shaft, the rotating shaft of receiving the net roller is connected with the power output shaft of receiving the net motor and also can rotates with it, receives the binding post of net motor and the power output terminal of frequency converter and is electrically connected.
5. according to claim 1 or 2 or 3 described steel wire knit units, it is characterized in that the rubbing type drive unit comprises dragging plate mechanism, preceding tooth bar, back tooth bar, driven wheel, adjustable eccentric hinge device, connecting rod, pull bar slide block, cam, driving lever and endplay device; Braiding frame upper and lower is separately installed with dragging plate mechanism, planker and rear base plate before dragging plate mechanism comprises, on the rear side of preceding planker and the front side of rear base plate half slot is arranged respectively, half wheel and later half wheel the before last twisted filament geared system and following twisted filament geared system comprise respectively, preceding half wheel and later half the wheel have axle journal respectively, before half wheel and later half the wheel also can rotate in the half slot of planker and rear base plate before being installed in respectively by axle journal, preceding half wheel and later half middle part of taking turns have preceding half gear and later half gear respectively, preceding half wheel and later half the wheel are respectively arranged with threaded hole of steel, tooth bar and back tooth bar before being equipped with on the braiding frame of corresponding preceding half gear and later half gear position, preceding half gear and later half gear are meshed with preceding tooth bar and back tooth bar respectively, braiding frame left part is equipped with driven wheel by rotating shaft, driven wheel is connected with the power output shaft of drive motors by variable speed drive, be installed with adjustable eccentric hinge device on the front end face of driven wheel, adjustable eccentric hinge device is connected with the pull bar slide block and can drives tooth bar by connecting rod and moves, the rotating shaft rear portion of driven wheel is installed with cam, cam is provided with groove and driving lever is installed, and relatively moves about planker and rear base plate before driving lever drives by endplay device.
6. steel wire knit unit according to claim 4 is characterized in that the rubbing type drive unit comprises dragging plate mechanism, preceding tooth bar, back tooth bar, driven wheel, adjustable eccentric hinge device, connecting rod, pull bar slide block, cam, driving lever and endplay device; Braiding frame upper and lower is separately installed with dragging plate mechanism, planker and rear base plate before dragging plate mechanism comprises, on the rear side of preceding planker and the front side of rear base plate half slot is arranged respectively, half wheel and later half wheel the before last twisted filament geared system and following twisted filament geared system comprise respectively, preceding half wheel and later half the wheel have axle journal respectively, before half wheel and later half the wheel also can rotate in the half slot of planker and rear base plate before being installed in respectively by axle journal, preceding half wheel and later half middle part of taking turns have preceding half gear and later half gear respectively, preceding half wheel and later half the wheel are respectively arranged with threaded hole of steel, tooth bar and back tooth bar before being equipped with on the braiding frame of corresponding preceding half gear and later half gear position, preceding half gear and later half gear are meshed with preceding tooth bar and back tooth bar respectively, braiding frame left part is equipped with driven wheel by rotating shaft, driven wheel is connected with the power output shaft of drive motors by variable speed drive, be installed with adjustable eccentric hinge device on the front end face of driven wheel, adjustable eccentric hinge device is connected with the pull bar slide block and can drives tooth bar by connecting rod and moves, the rotating shaft rear portion of driven wheel is installed with cam, cam is provided with groove and driving lever is installed, and relatively moves about planker and rear base plate before driving lever drives by endplay device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320194235 CN203187936U (en) | 2013-04-17 | 2013-04-17 | Steel wire mesh knitting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320194235 CN203187936U (en) | 2013-04-17 | 2013-04-17 | Steel wire mesh knitting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203187936U true CN203187936U (en) | 2013-09-11 |
Family
ID=49104809
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320194235 Expired - Fee Related CN203187936U (en) | 2013-04-17 | 2013-04-17 | Steel wire mesh knitting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203187936U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108356182A (en) * | 2017-12-30 | 2018-08-03 | 广东水利电力职业技术学院（广东省水利电力技工学校） | Metal mesh automatic knitting machine |
-
2013
- 2013-04-17 CN CN 201320194235 patent/CN203187936U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108356182A (en) * | 2017-12-30 | 2018-08-03 | 广东水利电力职业技术学院（广东省水利电力技工学校） | Metal mesh automatic knitting machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130911 Termination date: 20160417 |