CN203998767U - Range finding is surveyed and is carried electronic cable hydraulic winch - Google Patents
Range finding is surveyed and is carried electronic cable hydraulic winch Download PDFInfo
- Publication number
- CN203998767U CN203998767U CN201420481535.0U CN201420481535U CN203998767U CN 203998767 U CN203998767 U CN 203998767U CN 201420481535 U CN201420481535 U CN 201420481535U CN 203998767 U CN203998767 U CN 203998767U
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- cylinder
- roller seat
- base
- range finding
- steel cable
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Abstract
The utility model relates to a kind of range finding and surveys a year electronic cable hydraulic winch.The purpose of this utility model is to provide a kind of can realize check weighing, range finding, a year electronic cable hydraulic winch is surveyed in the range finding that allows steel cable be wrapped in uniformly on cylinder, it comprises controller, for being wound around the cylinder of steel cable, roller seat, the hydraulic efficiency gear that index drum rotates, base, steel cable state of kinematic motion is adjusted assembly and cylinder braking device, cylinder is positioned at the top of roller seat and is connected with roller seat, roller seat with cylinder, steel cable state of kinematic motion is adjusted assembly and is located at successively on base from front to back, hydraulic efficiency gear is located on base, hydraulic efficiency gear is positioned at the outside of cylinder wall and is connected with cylinder, cylinder braking device is positioned at the outside of cylinder wall and is fixedly arranged on roller seat, the utlity model has: can effectively prevent steel cable knotting or stack up, can effectively measure weight quality, can measure effectively easily weight from the distance of target location and the advantage of simple operation.
Description
Technical field
The utility model relates to engineering equipment field, and particularly a kind of range finding is surveyed and carried electronic cable hydraulic winch.
Background technology
Winch, is a kind of small-sized weight-lifting equipment with reel lay winding wire ropes or chain lifting or traction weight, claims again winch.Winch can vertical-lift, level or inclination are dragged and drawn weight.The structure of traditional winch forms and comprises haply motor, cylinder, be wrapped in steel cable on cylinder or chain etc., but, in some situations, these structures can not meet people's needs, for example: 1, traditional winch, for what make that steel rope can be orderly, be wrapped on reel or orderly emitting, need to guide by constant speed movement and the shift fork that can move around, the motion of shift fork is by shift fork being arranged on two thread rods, unidirectional rotation by two thread rods realizes moving back and forth of shift fork, but at shift fork, at the screw thread two ends of two thread rods, prepare rotating time, often occur that the situation of getting stuck causes the situation of shift fork sideslip, make steel rope can accurately not be wrapped on reel, 2 existing winchs do not have weight-measuring device, therefore if carrier is overweight, just may cause wire cable rupture, and then cause personal damage, 3, measuring steel wire rope does not extend the function of length.Be necessary to design a kind of traditional function that can either realize winch for this reason, can realize again check weighing, find range, allow steel cable be wrapped in uniformly the Novel hoister on cylinder.
Summary of the invention
The purpose of this utility model is to provide a kind of traditional function that can either realize winch, and a year electronic cable hydraulic winch is surveyed in the range finding of can realize again check weighing, finding range, allow steel cable be wrapped in uniformly on cylinder.
The purpose of this utility model is achieved through the following technical solutions: it comprises controller, the hydraulic efficiency gear, base, steel cable state of kinematic motion adjustment assembly and the cylinder braking device that for being wound around cylinder, roller seat, the index drum of steel cable, rotate, described cylinder is positioned at the top of roller seat and is connected with roller seat, with roller seat, the steel cable state of kinematic motion of cylinder, adjusting assembly is located on base from front to back successively, described hydraulic efficiency gear is located on base, and hydraulic efficiency gear is positioned at the outside of cylinder wall and is connected with cylinder;
Described steel cable state of kinematic motion is adjusted assembly and is comprised two side plates, motor, single line screw rod, sleeve pipe, shift fork, 2 stop touching switch, 2 are turned round touching switchs and connect cross bar, two side plate left and right distribute to be installed between base upper surface and two side plates and connect by connecting cross bar, between two side plates, being also provided with two ends is connected on side plate, and single line screw rod that can rotate, one end of single line screw rod is connected with the motor being fixedly arranged on side plate through its latus inframedium, described shift fork is located on sleeve pipe, with the casing pipe sleeve of shift fork be located on single line screw rod and when single screw rotates sleeve pipe 5 can be on single screw sway, steel cable is around on cylinder through shift fork, 2 stop touching switch and lay respectively at single line screw rod below, in the interior sidewall surface of side plate, 2 revolution touching switchs are connected in and connect on cross bar and be located at respectively single line screw rod below, stop the position of touching switch inner side, motor is also connected to transmit data with the controller that can show rotating speed,
Described cylinder braking device is positioned at the outside of cylinder wall and is fixedly arranged on roller seat.
Compared to prior art, the utility model has the advantage of: 1) this winch is when receiving steel cable, can make steel cable be wound in uniformly on cylinder, can effectively prevent steel cable knotting or stack up, portable on single line screw rod in the sleeve pipe with shift fork, once touch corresponding touching switch, just can adjust motor volume state of kinematic motion by actv., thereby steel cable can be wrapped on cylinder uniformly.2)) weight measurement mechanism of the present utility model can be measured the quality of weight effectively, steel cable of the present utility model is when traction weight, with roller seat, there is forward certain displacement in cylinder, this just makes retracing spring that certain elastic deformation occurs, weighing scale just can be measured the quality of weight like this, and data are reacted on controller.3) the utility model can be measured weight effectively easily from the distance of target location; Range finding cylinder of the present utility model can rub with steel cable, the steel cable of motion drives the rotation of range finding cylinder, because the cross-sectional diameter of known range finding cylinder, so only need know that the number of turns of range finding cylinder rotation is just passable, measure very easily the length of emitting steel cable, weight is from the distance of target location.4) the utility model also has simple operation, advantage simple in structure in addition.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of the utility model cylinder braking device, weight measurement mechanism.
Label declaration: 1 motor, 2 cylinders, 3 bases, 4 single line screw rods, 5 sleeve pipes, 6 shift forks, 7 retracing springs, 8 weighing scales, 9 roller seats, 10 range finding cylinders, 11 brake facings, 12 handles, 13 deformation plates, 14 semisphere pads, 15 hydraulic actuating cylinders, 16 hooks, 17 controllers, 18 speed detecting units, 19 regulating plates, 20 adjusts bar, 21 columns, 22 side plates, 23 connect cross bar.
The specific embodiment
Below in conjunction with Figure of description and embodiment, the utility model content is elaborated:
As shown in Figure 1 and Figure 2: a kind of range finding is surveyed and carried electronic cable hydraulic winch, it comprises hydraulic efficiency gear, base 3, steel cable state of kinematic motion adjustment assembly and the cylinder braking device that controller 17, cylinder 2, roller seat 9, index drum 2 rotate, described cylinder 2 is positioned at the top of roller seat 9 and is connected with roller seat 9, with roller seat 9, the steel cable state of kinematic motion of cylinder 2, adjusting assembly is located on base 3 from front to back successively, described hydraulic efficiency gear is located on base 3, and hydraulic efficiency gear is positioned at the outside of cylinder 2 sidewalls and is connected with cylinder; The controller here can be from buying on the market, and by setting, the controller here can show that drawing length, gravity load control winding displacement simultaneously.
Described steel cable state of kinematic motion is adjusted assembly and is comprised two side plates 22, motor 1, single line screw rod 4, sleeve pipe 5, shift fork 6, 2 stop touching switch, 2 are turned round touching switchs and connect cross bar 23, two side plate 22 left and right distribute to be installed between base 3 upper surfaces and two side plates 22 and connect by connecting cross bar 23, be connected on side plate 22 being also provided with two ends between two side plates 22, and single line screw rod 4 that can rotate, one end of single line screw rod 4 is connected with the motor 1 being fixedly arranged on side plate 22 through its latus inframedium 22, described shift fork 6 is located on sleeve pipe 5, with the sleeve pipe 5 of shift fork 6 be sheathed on single line screw rod 4 and when single screw 4 rotates sleeve pipe 5 can be on single screw 4 sway, steel cable is around on cylinder 2 through shift fork 6, 2 stop touching switch and lay respectively at single line screw rod 4 belows, in the interior sidewall surface of side plate 22, 2 revolution touching switchs are connected in and connect on cross bar 23 and be located at respectively single line screw rod 4 belows, stop the position of touching switch inner side, motor 1 is also connected to transmit data with the controller 17 that can show rotating speed,
Described cylinder braking device is positioned at the outside of cylinder 2 sidewalls and is fixedly arranged on roller seat 9.
Principle of work is, when receiving steel rope, by the motion of shift fork, drive the motion of rope, what make that rope can be orderly is distributed on cylinder, when shift fork arrives a side of single line screw rod, owing to touching revolution touching switch, make single line screw rod reversion, shift fork moves to opposite side, with this, repeatedly move, the effect that stops touching switch is for when revolution touching switch is malfunctioning, when shift fork arrives appointment one side, continue to move ahead and cause damaging, therefore need setting to stop touching switch, shift fork touching is stopped after touching switch, the stop motion of single line screw rod.
When putting steel rope, its principle of work is identical with steel rope principle.
As shown in Figure 1: it also comprises range finding cylinder 10 the utility model, described range finding cylinder 10 is located between single line screw rod 4 and roller seat 9, the two ends of range finding cylinder 10 are connected on both sides side plate 22 and can rotate according to axis, range finding cylinder 10 surfaces can with the fricton-tight phase mutual friction of steel cable.Range finding cylinder 10 of the present utility model can rub with steel cable, the steel cable of motion drives range finding cylinder 10 to rotate, because the cross-sectional diameter of known range finding cylinder 10, so only need know that the number of turns that range finding cylinder 10 rotates just can measure the length of emitting steel cable very easily, weight is from the distance of target location.
As shown in Figure 2: described cylinder braking device comprises brake facing 11, handle 12, deformation plate 13, semisphere pad 14, handle 12 lower ends are hinged on the inner side of roller seat 9 sidewalls, in the inner side of handle 12, the outside of cylinder 2 sidewalls is provided with deformation plate 13, one end of deformation plate 13 is fixedly connected on handle 12 lower ends, the inside and outside side of the other end of deformation plate 13 is respectively equipped with brake facing 11 and semisphere pad 14 makes when handle 12 presses down extruding semisphere pad 14, and deformation plate 13 deformation inwardly occurs and makes brake facing 11 and cylinder 2 sidewall contacts.When cylinder 2 turn too fast time, can be by handle 12 to pressing down, allow brake facing 11 and cylinder 2 sidewall contacts, suppress the rotation of cylinder 2.
As Fig. 1, shown in Fig. 2: the bottom surface of described roller seat 9 is provided with 4 spacing holes, the upper surface of base 3 is provided with the 4 Gen Yu spacing holes column 21 that matches, and insert in corresponding spacing hole on column 21 tops, the front portion of roller seat 9 is symmetrical is provided with two bolts, by bolt, roller seat 9 is connected with base 3, the rear portion of roller seat 9 is provided with groove, base 3 is provided with the hook 16 matching with groove, and hook 16 is hung on groove, base 3 is by column 21, bolt, hook 16 is connected also back-up roller cylinder base 9 with roller seat 9 and roller seat 9 can be on base 3 forward, backward being subjected to displacement, described range finding is surveyed and is carried electronic cable hydraulic winch, it also comprises weight measurement mechanism, described weight measurement mechanism comprises the retracing spring 7 described in 7,2 weighing scales 8 of 2 retracing springs, the below that weighing scale 8 is positioned at cylinder 2, one end of retracing spring 7 is connected with the front portion of base 3, the other end of retracing spring 7 is connected with the front portion of roller seat 9,2 retracing springs 7 are parallel to each other and in same level, 2 weighing scales 8 are positioned at the outside of 2 retracing springs 7, one end of weighing scale 8 is connected with the front portion of base 3, and the other end of weighing scale 8 is connected with the front portion of roller seat 9, described weighing scale 8 is connected with controller 17 by circuit.Steel cable of the present utility model is when traction weight, due to similar suspension design between roller seat and base, in the motionless situation of base, with roller seat 9, there is forward certain displacement in cylinder 2, this just makes retracing spring 7 that certain elastic deformation occurs, weighing scale 8 just can be measured the quality of weight like this, and data are reacted on controller 17.
As shown in Figure 1 and Figure 2: it also comprises speed detecting unit 18, angular transducer; Speed detecting unit 18 is with controller 17 by connection, and described angular transducer is distributed in the outside wall surface of cylinder 2 sidewalls, and speed detecting unit 18 is positioned at the outside wall surface of cylinder 2 sidewalls, and described controller 17 is located on base 3.When cylinder 2 rotates, angular transducer can be measured by revolution detector 18 rotating speed of cylinder 2, and data are presented on controller 17.The principle of work is here, the angle between two angular transducers, distance be fix and be known, by between two angular transducers through the time difference of revolution detector, can calculate the rotating speed of cylinder.
As shown in Figure 1: described hydraulic efficiency gear comprises for controlling cylinder transmission system and the hydraulic actuating cylinder 15 of hydraulic pressure oil inlet quantity, fuel tank, (the connection location relation due to hydraulic actuating cylinder and fuel tank in figure is prior art, connection mode adopts detachable connection, therefore Oiltank structure omission) hydraulic actuating cylinder is installed on base and with cylinder and is connected for index drum and rotates, fuel tank is connected with hydraulic actuating cylinder, described cylinder transmission system comprises that surface is with the adjust bar 20 of the regulating plate 19 of gear striped and adjusting oil pressure gear, described regulating plate 19 is located on hydraulic actuating cylinder, the bottom of described adjust bar 20 is connected with regulating plate 19.When the rotative speed of cylinder is too fast or when too slow, can, by regulating adjust bar 20, allow adjust bar 20 be positioned at gear applicable on regulating plate 19, thereby be adjusted to suitable oil pressure.Fuel tank is and is arranged on outward on another carrier, the design is here different from tradition, traditional fuel tank is all to load on base, make structure heavier, when fuel tank and base separately after, the part weight saving with cylinder, separates design by the part with cylinder and fuel tank, during use, by quick structure, fuel tank is connected with hydraulic actuating cylinder, has realized whole convenient transportation.
Claims (6)
1. a range finding is surveyed and is carried electronic cable hydraulic winch, it is characterized in that: it comprises controller (17), for being wound around the cylinder (2) of steel cable, roller seat (9), the hydraulic efficiency gear that index drum (2) rotates, base (3), steel cable state of kinematic motion is adjusted assembly and cylinder braking device, described cylinder (2) is positioned at the top of roller seat (9) and is connected with roller seat (9), roller seat (9) with cylinder (2), steel cable state of kinematic motion is adjusted assembly and is located at successively from front to back on base (3), described hydraulic efficiency gear is located on base (3), hydraulic efficiency gear is positioned at the outside of cylinder (2) sidewall and is connected with cylinder,
Described steel cable state of kinematic motion is adjusted assembly and is comprised two side plates (22), motor (1), single line screw rod (4), sleeve pipe (5), shift fork (6), 2 stop touching switch, 2 are turned round touching switchs and connect cross bar (23), two side plates (22) left and right distributes to be installed between base (3) upper surface and two side plates (22) and connects by connecting cross bar (23), be connected on side plate (22) being also provided with two ends between two side plates (22), and single line screw rod (4) that can rotate, one end of single line screw rod (4) is connected with the motor (1) being fixedly arranged on side plate (22) through its latus inframedium (22), described shift fork (6) is located on sleeve pipe (5), with the sleeve pipe (5) of shift fork (6) be sheathed on single line screw rod (4) upper and when single screw (4) rotates sleeve pipe (5) can go up sway at single screw (4), steel cable is around on cylinder (2) through shift fork (6), 2 stop touching switch and lay respectively at single line screw rod (4) below, in the interior sidewall surface of side plate (22), 2 revolution touching switchs are connected in and connect cross bar (23) above and be located at respectively single line screw rod (4) below, stop the position of touching switch inner side, motor (1) is also connected with the controller (17) that can show rotating speed with transmission data,
Described cylinder braking device is positioned at the outside of cylinder (2) sidewall and is fixedly arranged on roller seat (9).
2. range finding according to claim 1 is surveyed and is carried electronic cable hydraulic winch, it is characterized in that: it also comprises range finding cylinder (10), described range finding cylinder (10) is located between single line screw rod (4) and roller seat (9), it is upper and can rotate according to axis that the two ends of range finding cylinder (10) are connected in both sides side plate (22), range finding cylinder (10) surface can with the fricton-tight phase mutual friction of steel cable.
3. range finding according to claim 1 is surveyed and is carried electronic cable hydraulic winch, it is characterized in that: described cylinder braking device comprises brake facing (11), handle (12), deformation plate (13), semisphere pad (14), handle (12) lower end is hinged on the inner side of roller seat (9) sidewall, inner side in handle (12), the outside of cylinder (2) sidewall is provided with deformation plate (13), one end of deformation plate (13) is fixedly connected on handle (12) lower end, in the other end of deformation plate (13), lateral surface is respectively equipped with brake facing (11) and semisphere pad (14) makes when handle (12) presses down extruding semisphere pad (14), inwardly there is deformation and make brake facing (11) and cylinder (2) sidewall contact in deformation plate (13).
4. range finding according to claim 1 is surveyed and is carried electronic cable hydraulic winch, it is characterized in that: the bottom surface of described roller seat (9) is provided with 4 spacing holes, the upper surface of base (3) is provided with the 4 Gen Yu spacing holes column (21) that matches, and insert in corresponding spacing hole on column (21) top, the front portion of roller seat (9) is symmetrical is provided with two bolts, by bolt, roller seat (9) is connected with base (3), the rear portion of roller seat (9) is provided with groove, base (3) is provided with the hook (16) matching with groove, and hook (16) is hung on groove, base (3) is by column (21), bolt, hook (16) is connected also back-up roller cylinder base (9) with roller seat (9) and roller seat (9) can be on base (3) forward, backward being subjected to displacement, described winch, it also comprises weight measurement mechanism, described weight measurement mechanism comprises 2 retracing springs (7), the retracing spring (7) that 2 weighing scales (8) are described, weighing scale (8) is positioned at the below of cylinder (2), one end of retracing spring (7) is connected with the front portion of base (3), the other end of retracing spring (7) is connected with the front portion of roller seat (9), 2 retracing springs (7) are parallel to each other and in same level, 2 weighing scales (8) are positioned at the outside of 2 retracing springs (7), one end of weighing scale (8) is connected with the front portion of base (3), the other end of weighing scale (8) is connected with the front portion of roller seat (9), described weighing scale (8) is connected with controller (17) by circuit.
5. range finding according to claim 1 is surveyed and is carried electronic cable hydraulic winch, it is characterized in that: it also comprises speed detecting unit (18), angular transducer; Speed detecting unit (18) passes through connection with controller (17), described angular transducer is distributed in the outside wall surface of cylinder (2) sidewall, speed detecting unit (18) is positioned at the outside wall surface of cylinder (2) sidewall, and described controller (17) is located on base (3).
6. range finding according to claim 1 is surveyed and is carried electronic cable hydraulic winch, it is characterized in that: described hydraulic efficiency gear comprises for controlling the cylinder transmission system of hydraulic pressure oil inlet quantity and hydraulic actuating cylinder (15), fuel tank, hydraulic actuating cylinder is installed on base and with cylinder and is connected for index drum and rotates, fuel tank is connected with hydraulic actuating cylinder, described cylinder transmission system comprises that surface is with the adjust bar (20) of the regulating plate (19) of gear striped and adjusting oil pressure gear, described regulating plate (19) is located on hydraulic actuating cylinder, and the bottom of described adjust bar (20) is connected with regulating plate (19).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420481535.0U CN203998767U (en) | 2014-08-25 | 2014-08-25 | Range finding is surveyed and is carried electronic cable hydraulic winch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420481535.0U CN203998767U (en) | 2014-08-25 | 2014-08-25 | Range finding is surveyed and is carried electronic cable hydraulic winch |
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| Publication Number | Publication Date |
|---|---|
| CN203998767U true CN203998767U (en) | 2014-12-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420481535.0U Expired - Fee Related CN203998767U (en) | 2014-08-25 | 2014-08-25 | Range finding is surveyed and is carried electronic cable hydraulic winch |
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| Country | Link |
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| CN (1) | CN203998767U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105645287A (en) * | 2016-03-31 | 2016-06-08 | 大同煤矿集团衡安装备股份有限公司 | Scheduling winch rope arranging device |
| CN109335894A (en) * | 2018-07-30 | 2019-02-15 | 江苏政田重工股份有限公司 | A kind of towing winch with slipping device |
-
2014
- 2014-08-25 CN CN201420481535.0U patent/CN203998767U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105645287A (en) * | 2016-03-31 | 2016-06-08 | 大同煤矿集团衡安装备股份有限公司 | Scheduling winch rope arranging device |
| CN109335894A (en) * | 2018-07-30 | 2019-02-15 | 江苏政田重工股份有限公司 | A kind of towing winch with slipping device |
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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: 20141210 Termination date: 20160825 |