CN105507195A - Single-hand release operation structure and engine snowplow - Google Patents
Single-hand release operation structure and engine snowplow Download PDFInfo
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- CN105507195A CN105507195A CN201410487311.5A CN201410487311A CN105507195A CN 105507195 A CN105507195 A CN 105507195A CN 201410487311 A CN201410487311 A CN 201410487311A CN 105507195 A CN105507195 A CN 105507195A
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Abstract
The invention provides a single-hand release operation structure capable of realizing single-hand release operation; the single-hand release operation structure comprises a hand pulling piece I, a hand pulling piece II, and a control panel assembly; the hand pulling piece I is connected with the control panel assembly in a rotary manner through a connecting rod I; the hand pulling piece II is connected with the control panel assembly in a rotary manner through a connecting rod II; the connecting rod I is fixedly provided with a reset lining; the connecting rod II is fixedly provided with a ratchet lining; the control panel assembly is provided with a ratchet board hinged to the control panel assembly; the ratchet board is connected with the control panel assembly through an extension spring III; the reset lining and the ratchet lining are arranged on the same side of the ratchet board; the ratchet lining is provided with a resistant portion; the ratchet board is provided with a stop portion blocking the resistant portion so as to stop the connecting rod I from continuously rotating; one side, facing the ratchet board, of the reset lining is provided with a reset lining curve surface; the distance between the reset lining curve surface and the connecting rod II gradually decreases; the invention also provides an engine snowplow employing the single-hand release operation structure.
Description
Technical field
The present invention relates to a kind of singlehanded disengagement operating structure and engine snowplow.
Background technology
Utility engines snowplow is generally main achieves following two kinds of functions: scrape snow snow throwing function and certainly walk (containing moving forward and backward) function.And the object of handrail control system device realizes above two kinds of functions exactly.Adopt utility engines snow removing because of its powerful, efficiency is high, strong operability is one of the most effective current snow-removing method, but current engine snowplow has the following disadvantages: when engine snowplow operationally needs both hands ceaselessly to control, a hand control scraper job, a control engine snowplow, from walking, when user needs to carry out other operations, then needs scraper to be quit work or snowplow is stopped from walking.
Summary of the invention
Technical problem to be solved by this invention is that providing a kind of can realize singlehanded one hand disengagement operating structure of throwing off operation; Another object of the present invention is to provide a kind of engine snowplow adopting this one hand to throw off operating structure.
For solving above-mentioned existing technical problem, the present invention adopts following scheme: singlehanded disengagement operating structure, comprise handle part I, handle part II and Controls Palette, described handle part I is rotationally connected by connecting rod I and Controls Palette, described handle part II is rotationally connected by connecting rod II and Controls Palette, described connecting rod II is fixed with return lining, described upper connecting rod I is fixed with ratchet lining, described Controls Palette is provided with pawl plate, described pawl plate and Controls Palette hinged, described pawl plate is connected with Controls Palette by extension spring III, described return lining and ratchet lining are all positioned at the same side of pawl plate, described ratchet lining has and keeps out position, described pawl plate having gear keeping out position sentences and stops the stop position that is rotated further of connecting rod I, described return lining has return lining curved surface towards the side of pawl plate, in the circumference of connecting rod II, described return lining curved surface reduces gradually to the radial distance of connecting rod II.
Engine snowplow, one hand described above is adopted to throw off operating structure, comprise body, the driving mechanism being arranged on the scraper on body and being arranged on body, described body is provided with tire, described Controls Palette is arranged on body, described driving mechanism and scraper are in transmission connection by tape handler, described tape handler comprises driving wheel, driven pulley, regulating wheel and driving-belt, described driving wheel is connected with the output of driving mechanism, described driven pulley is connected with scraper, described body is provided with regulating wheel supporting component, described regulating wheel supporting component and body are rotationally connected, described regulating wheel is arranged on regulating wheel supporting component, connected by extension spring I between described body and regulating wheel supporting component, connected by tensioning bracing wire between described handle part II and regulating wheel supporting component, described body is provided with friction pulley assembly and friction disc pack, the axis being axially perpendicular to friction disc pack of described friction pulley assembly, described friction disc pack and driving mechanism are in transmission connection, described friction pulley assembly and tire are in transmission connection, described body is rotatably connected to axillare assembly, described axillare assembly is connected with friction disc pack by extension spring II, described handle part I is connected by certainly walking bracing wire with between axillare assembly.
As preferably, described body is rotatably connected to power transmission shaft, described friction disc pack is set on power transmission shaft and power transmission shaft circumference is fixing relatively, described body is provided be connected with friction pulley assembly for driving friction pulley assembly along the gear forward-reverse adjustment structure of power transmission shaft axial reciprocating movement.
As preferably, described gear forward-reverse adjustment structure comprises shifting shaft assembly, described shifting shaft assembly is rotatably connected on body by shifting shaft, the axis being axially perpendicular to friction disc pack of described shifting shaft, described shifting shaft assembly has stopper slot, the sidepiece of described friction pulley assembly is provided with the installation portion stretched in stopper slot, described shifting shaft is rotationally connected plate pin, and described body is provided with the shift rod for driving shifting shaft axial rotation be rotationally connected with plate pin.
As preferably, described Controls Palette is provided with the gear arm-tie assembly for pulling shift rod be connected with shift rod.
As preferably, described shift rod comprises two sections, and wherein one section is provided with and is provided with screw rod along the axially extended elongated hole of shift rod, the other end, is connected after described screw rod passes from elongated hole with its thread.
As preferably, described friction disc pack is in transmission connection by power transmission shaft and tire, and described tire is arranged on body by rotating shaft, and described rotating shaft is provided with gear wheel, and described power transmission shaft has the groove portion of tooth of synchronous belt, and described groove portion engages with gear wheel.
As preferably, described power transmission shaft is hexagonal steel axle.
As preferably, described friction disc pack is connected by toothed belt transmission with driving mechanism.
Beneficial effect:
One hand that the present invention adopts technique scheme to provide throws off operating structure and engine snowplow, and under engine snowplow sweeps away snow and certainly walks state, user can one-handed performance, another hand can be vacateed and carry out other operations, compact conformation, easy to operate, be beneficial to user's manual mode operation, comfortableness is strong, and man-machine usefulness is high, does not have potential safety hazard, cost is lower, economic worth is high, ensure that the stability affecting complete machine function because user uses the change of operating environment, and suitable snowy district family and unit use.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is left view of the present invention;
Fig. 3 is structure principle chart of the present invention;
Fig. 4 is partial structurtes connection diagram I of the present invention;
Fig. 5 is partial structurtes connection diagram II of the present invention;
Fig. 6 is partial structurtes connection diagram III of the present invention;
Fig. 7 is partial structurtes connection diagram IV of the present invention;
Fig. 8 is partial structurtes connection diagram V of the present invention;
Fig. 9 is the partial structurtes schematic diagram I in use procedure of the present invention;
Figure 10 is the present invention's partial structurtes schematic diagram II in use;
Figure 11 is the present invention's partial structurtes schematic diagram III in use;
Figure 12 is the present invention's partial structurtes schematic diagram IV in use;
Figure 13 is partial structurtes connection diagram VI of the present invention;
Figure 14 is partial structurtes connection diagram VII of the present invention;
Figure 15 is partial structurtes connection diagram VIII of the present invention;
Figure 16 is partial structurtes connection diagram Ⅸ of the present invention;
Figure 17 is the structural representation of power transmission shaft in the present invention.
Detailed description of the invention
Embodiment one:
As Fig. 8 to 12 is depicted as a kind of embodiment of the present invention's one hand disengagement operating structure, comprise handle part I 10, handle part II 35 and Controls Palette 19, handle part I 10 is rotationally connected by connecting rod I 49 and Controls Palette 19, handle part II 35 is rotationally connected by connecting rod II 50 and Controls Palette 19, connecting rod II 50 is fixed with return lining 45, connecting rod I 49 is fixed with ratchet lining 46, Controls Palette 19 is provided with pawl plate 47, pawl plate 47 is hinged with Controls Palette 19, pawl plate 47 is connected with Controls Palette 19 by extension spring III 48, return lining 45 and ratchet lining 46 are all positioned at the same side of pawl plate 47, ratchet lining 46 has and keeps out position 461, pawl plate 47 having gear keeping out position 461 sentences and stops the stop position 471 that is rotated further of connecting rod I 49, return lining 45 has return lining curved surface 451 towards the side of pawl plate 47, reduce gradually to the radial distance of connecting rod II 50 at the circumferentially return lining curved surface 451 of connecting rod II 50.
Embodiment two:
As Fig. 1 to 8 and Figure 13 to 17 is depicted as a kind of embodiment of engine snowplow of the present invention, it comprises body 52, the driving mechanism being arranged on the scraper 1 on body 52 and being arranged on body, driving mechanism adopts engine 51, engine 51 and scraper 1 are in transmission connection by tape handler, this tape handler comprises driving wheel 4, driven pulley 5, regulating wheel 6 and driving-belt 7, driving wheel 4, driven pulley 5 is connected by driving-belt 7 with regulating wheel 6, driving wheel 4 is connected with the output of engine 51, driven pulley 5 is connected by worm and wormwheel case drive system with scraper 1, body 52 is provided with regulating wheel supporting component 8, regulating wheel supporting component 8 and body 52 are rotationally connected, regulating wheel 6 is arranged on regulating wheel supporting component 8, connected by extension spring I 9 between regulating wheel supporting component 8 one end and body 52, body 52 armrest assembly 53 is provided with Controls Palette 19 on U-shaped, Controls Palette 19 is provided with handle part I 10, handle part I 10 is rotationally connected by connecting rod I 49 and Controls Palette 19, connected by tensioning bracing wire 11 between handle part I 10 and regulating wheel supporting component 8, wherein, regulating wheel supporting component 8 is provided with a plate pin 39, tensioning bracing wire 11 is by being connected with this plate pin 39 and then being connected with regulating wheel supporting component 8, the object arranging plate pin 39 is convenient to regulating wheel supporting component 8 rotate, user compresses handle part I 10 downwards with hand, handle part I 10 drives regulating wheel 6 tensioning driving-belt 7, driving-belt 7 is by driving wheel 4 and driven pulley 5 carry-over moment and rotating speed, in the present embodiment, the worm gear II 28 that worm and wormwheel case system comprises worm screw II 27 and engages with worm screw II 27, with driven pulley 5 with connecting worm II 27 and the two is coaxial, scraper 1 is connected with worm gear II 28, the central axis of worm gear II 28 and scraper 1, moment and rotating speed are passed to front end scraper workpiece by worm and wormwheel case system by driven pulley 5, thus drive the rotation of scraper, namely to start working state.When user unclamps handle part I 10, the spring force carried because of bracing wire and corresponding Stroke Control, driving-belt 7 unclamps, and scraper quits work.
Body 52 is provided with tire 29, body 52 is provided with friction disc pack 30 and friction pulley assembly 31, the axis being axially perpendicular to friction disc pack 30 of friction pulley assembly 31, friction disc pack 30 relative to body 52 axial rotation and can move, an extension spring (not shown) is connected with between body 52 and friction disc pack 30, friction pulley assembly 31 relative to body 52 axial rotation and can move, friction disc pack 30 and engine 51 are in transmission connection, friction pulley assembly 31 and tire 29 are in transmission connection, body 52 is provided with axillare assembly 32, axillare assembly 32 is rotationally connected with body 52, axillare assembly 32 is connected with friction disc pack 30 by extension spring II 33, Controls Palette 19 is provided with handle part II 35, handle part II 35 is rotationally connected by connecting rod II 50 and Controls Palette 19, handle part II 35 is connected by certainly walking bracing wire 34 with between axillare assembly 32, user compresses handle part II 35 downwards with hand, handle part II 35 drives axillare assembly 32 to swing, axillare assembly 32 is close to friction pulley assembly 31 by extension spring II 33 drawing friction dish assembly 30, drive friction pulley assembly 31 axial rotation during friction disc pack 30 axial rotation and then drive tire 29 to rotate the automatic walking function realizing engine snowplow, user unclamps handle part II 35, friction disc pack 30 and friction pulley assembly 31 are separately, engine snowplow stops.
In the present embodiment, connecting rod I 49 is coaxial with connecting rod II 50, connecting rod II 50 sidepiece is installed with return lining 45 by cottor pin, connecting rod II 50 rotates and drives return lining 45 to rotate together, connecting rod I 49 sidepiece is installed with ratchet lining 46 by cottor pin, connecting rod I 49 rotates and drives ratchet lining 46 to rotate together, Controls Palette 19 is provided with pawl plate 47, in the middle part of pawl plate 47 by bolt and Controls Palette 19 hinged, pawl plate 47 one end is connected with Controls Palette 19 by extension spring III 48, return lining 45 and ratchet lining 46 are all positioned at the same side of pawl plate 47, ratchet lining 46 is sector structure, one sidewall of ratchet lining 46 is formed keeps out position 461, the stop position 471 formed after pawl plate 47 having upwards bending, stop position 471 keep off keep out position 461 sentence stop connecting rod I 49 be rotated further, return lining 45 has return lining curved surface 451 towards the side of pawl plate 47, in the circumference of connecting rod II 50, return lining curved surface 451 reduces to make return lining curved surface and the similar cam contact of pawl plate contact surface to the radial distance of connecting rod II 50 gradually, return lining curved surface 451 is greater than the radial distance of ratchet lining 46 to connecting rod II 50 to the maximum radial distance of connecting rod II 50, return lining curved surface 451 is less than the radial distance of ratchet lining 46 to connecting rod II 50 to the minimum radial distance of connecting rod II 50.Function due to the connection of handle part I is the tensioning clutch of scraper, the function that handle part II connects is for certainly walking, during work: when shake hands part I by tensioning bracing wire 11 tensioning, handle part II by certainly walk bracing wire 34 unclamp time, as shown in Figure 9, pawl plate is pressed on return lining and contacts with return lining under the effect of extension spring III pulling force, and return lining blocks pawl plate, spacing is had between ratchet lining and pawl plate, ratchet lining does not block pawl plate, and complete machine is from walking, and scraper is in running order, when shake hands part I tensioning bracing wire 11 is unclamped, shake hands part II by certainly walk bracing wire 34 unclamp time, as shown in Figure 10, pawl plate is still pressed in return lining, and ratchet lining and pawl plate have spacing, complete machine not oneself walk, scraper is in halted state, when handle part I tensioning bracing wire 11 is unclamped, part II of shaking hands by when certainly walking bracing wire 34 tensioning, as shown in figure 11, return lining and pawl plate depart from, pawl plate is pressed on ratchet lining 46, pawl plate does not play position-limiting action, and complete machine is from walking, and scraper is in halted state, when handle part I is by tensioning bracing wire 11 tensioning, handle part II is by when certainly walking bracing wire 34 tensioning, as shown in figure 12, ratchet lining 46 keep out stop position 471 place that position 461 moves to pawl plate, pawl plate is under the effect of extension spring III pulling force, stop that position 471 keeps off and keeping out position 461 place, pawl plate restriction ratchet lining, as long as now shake hands, part II does not unclamp, by the position-limiting action of pawl plate, handle part I unclamps also can not rebound and is in tensioning state, namely complete machine is from walking, scraper is in running order, now user's hand strains at hand part II, another hand just can throw off handle part I be available do other operation (as snow output spot position adjustments, luminous lamp switch etc.).User compresses handle part II downwards with hand, linking springs axillare assembly is driven to drive friction disc pack by extension spring from walking bracing wire, friction disc pack and friction pulley tensioning, friction pulley is started working, the hexagonal square steel gear driven gear wheel engagement that friction pulley connects is started working, thus complete machine starts from walking (containing moving forward and backward).When user unclamps handle part II, the spring force being fixed on transmission case body connected because of linking springs axillare assembly and corresponding Stroke Control, friction disc pack and friction pulley unclamp, and namely automatic walking function stops.
In the present embodiment, body is provided with can the power transmission shaft 36 of axial rotation, power transmission shaft 36 adopts hexagonal steel axle, friction pulley assembly 31 is set on power transmission shaft 36 and power transmission shaft 36 circumference is fixing relatively, body is provided be connected with friction pulley assembly 31 for driving friction pulley assembly 31 along the gear forward-reverse adjustment structure of power transmission shaft 36 axial reciprocating movement.This gear forward-reverse adjustment structure comprises the shifting shaft assembly 37 changing and to be rotatably connected on by shifting shaft 38 on body, the axis being axially perpendicular to friction pulley assembly 31 of shifting shaft 38, shifting shaft assembly 37 one end has stopper slot 371, the sidepiece of friction pulley assembly 31 is provided with installation portion 311, installation portion 311 is arranged in stopper slot 371, shifting shaft 38 is rotatably connected to a plate pin 39, Controls Palette 19 is provided with gear arm-tie assembly 41, plate pin 39 is connected by shift rod 40 with gear arm-tie assembly 41; Shift rod 40 is formed by connecting by two sections, and wherein one section is provided with and is provided with screw rod 402 along the axially extended elongated hole 401 of shift rod, the other end, is threaded after screw rod 402 passes from elongated hole 401 with nut 403, the adjustable length of such shift rod 40.Friction pulley assembly 31 is in transmission connection by power transmission shaft 36 and tire 29, and tire 29 is arranged on body by rotating shaft, rotating shaft is provided with gear wheel 42, and power transmission shaft 36 has the groove portion of tooth of synchronous belt, and groove portion engages with gear wheel 42.Friction disc pack 30 is connected by toothed belt transmission with engine 51.Shifting shaft assembly drives friction pulley assembly axially moving in friction disc pack position range along power transmission shaft 36, after friction disc pack and friction pulley tensioning, friction pulley is started working, the hexagonal steel of the tooth of synchronous belt that friction pulley connects drives gear wheel engagement to start working, thus complete machine starts from walking, namely friction pulley represents different gear demands in the position that friction disc pack is different, thus realize that gear regulates with the actual function that moves forward and backward consistent.Gear lever is divided into two sections, is connected by screw, and realizes the adjustable of gear lever distance, avoids and affects complete machine function because of the deviation of size, and the adjustment of guarantee gear is consistent with the actual function that moves forward and backward.
In the present embodiment, have snow passage in body, go out to avenge passage and have snow output spot 2, go out to avenge in passage to be provided with impeller 3, impeller 3 and driving mechanism are in transmission connection, and body are provided with the snow output spot adjustment structure for adjusting thrush 2 Way out.Wherein, the upper spout assembly 13 that snow output spot 2 comprises lower spout assembly 12 and is communicated with lower spout assembly 12, lower spout assembly 12 is hinged by hinge with upper spout assembly 13, lower spout assembly 12 is provided with pin 121, the long arc-shaped holes 131 that upper spout assembly 13 is provided with the center of rotation of hinge is the center of circle, pin 121 is arranged in long arc-shaped holes 131, and upper spout assembly 13 is when lower spout assembly 12 rotates, and pin 121 moves in long arc-shaped holes 131.Snow output spot adjustment structure comprises snow output spot up-down adjustment structure and snow output spot left and right adjusting structure, this snow output spot up-down adjustment structure comprises the spring 14 be connected between lower spout assembly 12 and upper spout assembly 13, thrush up-down adjustment structure also comprises spout bracing wire 15 and spout arm-tie assembly 16, spout arm-tie assembly 16 is arranged on the Controls Palette 19 of body, spout bracing wire 15 one end is connected with upper spout assembly 13, the other end is connected with spout arm-tie assembly 16, lower spout assembly 12 is welded with fixed support 17, upper spout assembly 13 is provided with spout pull bar 18, spout pull bar 18 and upper spout assembly 13 are rotationally connected, spout pull bar 18 is socketed through fixed support 17 and fixed support 17, spring 14 is set on spout pull bar 18.Controls Palette 19 has spout up-down adjustment gear groove, spout arm-tie assembly 16 matches with the spout up-down adjustment gear groove on Controls Palette 19.Spout Guy wire guide-tube 20 is installed between fixed support 17 and Controls Palette 19, spout bracing wire 15 one end is connected with upper spout assembly 13, the other end passes and be connected with spout arm-tie assembly 16 from spout Guy wire guide-tube 20.User is pulled by operation spout arm-tie assembly or is unclamped spout bracing wire 15, and upper spout assembly angle is to raising up or bending down.The regulation stall of spout arm-tie assembly controls its stroke by the spout up-down adjustment gear groove of Controls Palette, and the cable travel of spout angle adjustment is consistent with the stroke of arm-tie assembly, to ensure the consistent of its arm-tie gear and spout angle.The fixed form of spout arm-tie assembly and Controls Palette can be provide pretightning force by the stage clip through bolt, and when can ensure that gear regulates like this, gear lever sticks in draw-in groove.Snow output spot left and right adjusting structure comprises the toothed disc 21 being installed on lower spout assembly 12 and the driving pulley assembly be arranged on body, toothed disc 21 has worm-gear toothing, the worm screw I 23 that driving pulley assembly comprises mount pad 22 and is arranged on mount pad 22, worm screw I 23 and toothed disc 21 engage, the Controls Palette 19 of body is provided with rocking-handle assembly 24, rocking-handle assembly 24 is connected by flexible axle 25 with worm screw I 23, flexible axle sleeve pipe 26 is installed between mount pad 22 and Controls Palette 19, flexible axle 25 is set in flexible axle sleeve pipe 26, flexible axle sleeve pipe 26 is connected by thread bush with Controls Palette, the other end and the driving pulley assembly of flexible axle are screwed by thread bush, in this structure, lower spout assembly is connected to by toothed disc, namely the adjustment of snow output spot left and right directions is associated with rocking-handle assembly 24 and forms unified spout left and right adjusting structure, by rotating rocking-handle assembly 24, driving pulley assembly driven gear dish is according to the purpose left rotation and right rotation of user.
In the present embodiment, body is provided with lamp assembly, lamp assembly is located on Controls Palette 19, luminous lamp switch 54 is also placed on Controls Palette, this lamp assembly comprises the lampshade 43 being fixed on Controls Palette 19 and the lamp body 44 be placed in lampshade 43, wherein lampshade passes through bolt, fixed head is fixed on the control panel thus is ensured the fixing of its position, be rotationally connected by a bearing pin 55 between lamp body 44 and lampshade 43 and bearing pin 55 be arranged with between lamp body 44 and lampshade 43 lining 56 and make tight fit between lamp body 44 and lampshade 43, such lamp body is close-fitting adjustable structure in lampshade, avoid in the adjustable range of its angle and get loose, the voltage of illuminating lamp input should adopt low-voltage, user can adjust angle of lamp body by hand operation lamp body, thus control the change of its depth of shine and range when illuminating lamp light is dissipated into ground, meet the demand of user.
In the present embodiment, Controls Palette incorporates snow output spot up-down adjustment, snow output spot left and right adjusting, the adjustment of gear forward-reverse, the singlehanded functions such as operation of throwing off in one, play spacing left and right armrest assembly on the whole, fixing whole handrail control assembly, Controls Palette appearance is equipped with plastic front board 191, and the two is blended in one, and plastic front board is easy to be assembled on Controls Palette by the distortion of self, itself does not play stressed effect, and stressed member is transferred to Controls Palette.The fundamental operation face of plastic front board and horizontal plane 18 °, just to people's view directions, can not allow user produce visual angle fatigue; Armrest assembly adopts U-shaped handle, is beneficial to user's manual mode operation, and comfortableness is strong, and man-machine usefulness is high.
Except above preferred embodiment, the present invention also has other embodiment, and those skilled in the art can make various change and distortion according to the present invention, only otherwise depart from spirit of the present invention, all should belong to the scope that claims of the present invention define.
Claims (9)
1. singlehanded disengagement operating structure, it is characterized in that: comprise handle part I (10), handle part II (35) and Controls Palette (19), described handle part I (10) is rotationally connected by connecting rod I (49) and Controls Palette (19), described handle part II (35) is rotationally connected by connecting rod II (50) and Controls Palette (19), described connecting rod II (50) is fixed with return lining (45), described connecting rod I (49) is fixed with ratchet lining (46), described Controls Palette (19) is provided with pawl plate (47), described pawl plate (47) is hinged with Controls Palette (19), described pawl plate (47) is connected with Controls Palette (19) by extension spring III (48), described return lining (45) and ratchet lining (46) are all positioned at the same side of pawl plate (47), described ratchet lining (46) has and keeps out position (461), described pawl plate (47) having gear keeping out position (461) sentences and stops the stop position (471) that is rotated further of connecting rod I (49), described return lining (45) has return lining curved surface (451) towards the side of pawl plate (47), in the circumference of connecting rod II, described return lining curved surface (451) reduces gradually to the radial distance of connecting rod II (50).
2. engine snowplow, adopt singlehanded disengagement operating structure as claimed in claim 1, comprise body, the driving mechanism being arranged on the scraper (1) on body and being arranged on body, described body is provided with tire (29), it is characterized in that: described Controls Palette (19) is arranged on body, described driving mechanism and scraper (1) are in transmission connection by tape handler, described tape handler comprises driving wheel (4), driven pulley (5), regulating wheel (6) and driving-belt (7), described driving wheel (4) is connected with the output of driving mechanism, described driven pulley (5) is connected with scraper (1), described body is provided with regulating wheel supporting component (8), described regulating wheel supporting component (8) and body are rotationally connected, described regulating wheel (6) is arranged on regulating wheel supporting component (8), connected by extension spring I (9) between described body and regulating wheel supporting component (8), connected by tensioning bracing wire (11) between described handle part I (10) and regulating wheel supporting component (8), described body is provided with friction pulley assembly (31) and friction disc pack (30), the axis being axially perpendicular to friction disc pack (30) of described friction pulley assembly (31), described friction disc pack (30) and driving mechanism are in transmission connection, described friction pulley assembly (31) and tire (29) are in transmission connection, described body is rotatably connected to axillare assembly (32), described axillare assembly (32) is connected with friction disc pack (30) by extension spring II (33), described handle part II (35) is connected by certainly walking bracing wire (34) with between axillare assembly (32).
3. engine snowplow according to claim 2, it is characterized in that: described body is rotatably connected to power transmission shaft (36), described friction pulley assembly (31) is set in that power transmission shaft (36) is upper and power transmission shaft (36) circumference is fixing relatively, described body is provided be connected with friction pulley assembly (31) for driving friction pulley assembly (31) along the gear forward-reverse adjustment structure of the axial reciprocating movement of power transmission shaft (36).
4. engine snowplow according to claim 3, it is characterized in that: described gear forward-reverse adjustment structure comprises shifting shaft assembly (37), described shifting shaft assembly (37) is rotatably connected on body by shifting shaft (38), the axis being axially perpendicular to friction disc pack (30) of described shifting shaft (38) and the axis of power transmission shaft (36), described shifting shaft assembly (37) has stopper slot (371), the sidepiece of described friction pulley assembly (31) is provided with the installation portion (311) stretched in stopper slot (371), described shifting shaft (38) is rotationally connected plate pin (39), described body is provided with the shift rod (40) for driving shifting shaft (38) axial rotation be rotationally connected with plate pin (39).
5. engine snowplow according to claim 4, is characterized in that: described Controls Palette (19) is provided with the gear arm-tie assembly (41) for pulling shift rod (40) be connected with shift rod (40).
6. engine snowplow according to claim 4, it is characterized in that: described shift rod (40) comprises two sections, wherein one section is provided with and is provided with screw rod (402) along the axially extended elongated hole of shift rod (401), the other end, is threaded after described screw rod (402) passes from elongated hole (401) with nut (403).
7. engine snowplow according to claim 3, it is characterized in that: described friction disc pack (30) is in transmission connection by power transmission shaft (36) and tire (29), described tire (29) is arranged on body by rotating shaft, described rotating shaft is provided with gear wheel (42), described power transmission shaft (36) has the groove portion of tooth of synchronous belt, and described groove portion engages with gear wheel (42).
8. engine snowplow according to claim 3, is characterized in that: described power transmission shaft (36) is hexagonal steel axle.
9. engine snowplow according to claim 2, is characterized in that: described friction disc pack (30) is connected by toothed belt transmission with driving mechanism.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410487311.5A CN105507195B (en) | 2014-09-23 | 2014-09-23 | One hand disengages operation structure and engine snowplough |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410487311.5A CN105507195B (en) | 2014-09-23 | 2014-09-23 | One hand disengages operation structure and engine snowplough |
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| CN105507195A true CN105507195A (en) | 2016-04-20 |
| CN105507195B CN105507195B (en) | 2017-07-07 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111719485A (en) * | 2020-06-29 | 2020-09-29 | 格力博(江苏)股份有限公司 | Electric tool and control method thereof |
| CN113322877A (en) * | 2021-04-06 | 2021-08-31 | 格力博(江苏)股份有限公司 | Control assembly and hand-push type electric tool |
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| CN201045179Y (en) * | 2007-05-21 | 2008-04-09 | 江苏鑫港企业有限公司 | Snowploughs |
| CN201367571Y (en) * | 2009-02-17 | 2009-12-23 | 中国人民解放军总后勤部军事交通运输研究所 | Hand-held snowplough |
| CN202450479U (en) * | 2012-01-09 | 2012-09-26 | 颜志江 | Power transmission device of snow remover |
| CN204238162U (en) * | 2014-09-23 | 2015-04-01 | 浙江亚特电器有限公司 | Singlehanded disengagement operating structure and engine snowplow |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111719485A (en) * | 2020-06-29 | 2020-09-29 | 格力博(江苏)股份有限公司 | Electric tool and control method thereof |
| CN113322877A (en) * | 2021-04-06 | 2021-08-31 | 格力博(江苏)股份有限公司 | Control assembly and hand-push type electric tool |
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| CN105507195B (en) | 2017-07-07 |
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Address after: No. 150 Wenlong Road, Yuxin Town, Nanhu District, Jiaxing City, Zhejiang Province Patentee after: Zhejiang Yate Electric Appliance Co.,Ltd. Address before: Jiaxing City, Zhejiang province 314100 Nanhu District Yu Xin Zhen Industrial Zone North Water Road No. 1 Patentee before: ZHEJIANG YAT ELECTRICAL APPLIANCE Co.,Ltd. |
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