CN107401108A - Two-component striping machine - Google Patents

Abstract

Two-component marking machine, including a frame, with a steering wheel and two front wheels at the bottom of the frame, wherein the steering wheel is connected to the rear side of the bottom of the frame for rotation, and the front side of the bottom of the frame is rotated in the left and right direction and connected to the axle. The two front wheels are fixed side by side on the left and right ends of the axle, one of the front wheels is equipped with a brake, the frame is provided with a brake handle for controlling the brake, the rear side of the frame is provided with a push handle, and the frame is equipped with Engine, continuously variable transmission, glass bead spreading system and coating marking system, the engine is connected to the continuously variable transmission; in summary, the use of this machine effectively solves the trouble of relying on human power to drive the marking machine in the marking construction. And it overcomes the disadvantages of some domestic products that are equipped with equipment auxiliary drives in addition to the marking machine. The driving system reduces the manpower input and labor intensity during marking construction, and greatly improves the efficiency of marking construction.

Description

Two-component marking machine

technical field

The invention belongs to the technical field of marking construction equipment, and in particular relates to a two-component marking machine.

Background technique

There are two kinds of coatings used in traditional markings, hot-melt coatings and normal temperature coatings. Hot-melt coatings have good wear resistance, but they need to be heated and the construction cost is high. Normal temperature coatings, although no heating is required, have poor wear resistance and short service life. . The current two types of coatings have the disadvantages of large environmental pollution and poor hydrophobicity due to the limitation of their components. The two-component coating has good wear resistance, super high adhesion and environmental protection. It has been gradually promoted and used in European and American countries, but the marking equipment suitable for two-component coatings in the entire industry is basically in its infancy, and matching marking equipment is urgently needed.

The drive system of the traditional marking machine adopts an open hydraulic system, but the equipment structure of the hydraulic system is complicated and the operation is troublesome; the driving speed of the open hydraulic system is easily affected by external factors, resulting in an unstable speed, and the marking construction requires speed stability. Very strict, if the speed is unstable, it will cause quality problems such as uneven thickness and uneven edges of the marking line; in order to ensure the quality of the marking line, it is necessary to add one person to control the marking line system, which will increase the marking line cost.

The traditional marking machine sowing system adopts the self-gravity type. This kind of sowing method is not only easy to be disturbed by external factors, resulting in material leakage, blockage, and uneven sowing. Blown off by the wind, the effect of glass beads cannot be achieved.

In the traditional two-component marking construction, the amount of curing agent is first calculated according to the amount of paint on the construction site, and then slowly added to the paint bucket after weighing, and stirred while adding, and then added to the marking equipment after stirring evenly. Then remark. In this way, not only the construction efficiency is low and the labor cost is high, but also the dosage must be calculated during the construction process, otherwise, according to the characteristics of the two-component paint, the excess amount will be fixed quickly and can no longer be used, so the paint is likely to be wasted.

The power drive of the spreader used in the traditional marking machine is driven by a motor. This driving method requires additional equipment and components, which undoubtedly increases the weight and complex structure of the overall equipment of the marking machine. If the engine of the marking machine can be The power transmission to the spreader undoubtedly reduces the weight of the overall equipment and simplifies the structure of the equipment.

Contents of the invention

In order to solve the deficiencies in the prior art, the present invention provides a double-component paint that can be applied to two-component marking paint and has simple operation, high marking efficiency, low construction cost and can greatly reduce the labor intensity of the operator. Component marking machine.

In order to solve the above-mentioned technical problems, the present invention adopts the following technical scheme: the two-component marking machine includes a frame, and the bottom of the frame is provided with a steering wheel and two front wheels, wherein the steering wheel is connected to the rear side of the bottom of the frame in rotation, and the machine The front side of the bottom of the frame rotates in the left and right direction and is connected with the axle, and the two front wheels are fixed side by side on the left and right ends of the axle, one of the front wheels is equipped with a brake, and the frame is provided with a brake handle for controlling the brake. There is a push handle on the rear side of the machine, and the frame is equipped with an engine, a continuously variable transmission, a glass bead spreading system and a coating marking system. The engine is connected to the continuously variable transmission, and the continuously variable transmission is respectively connected to the axle and the glass bead spreading system. connection; the frame is also equipped with a driving handle for changing the rotation direction of the continuously variable transmission, and a guide rod is fixed on the front side of the frame;

The power output shaft of the engine is provided with a first pulley, the power input shaft of the continuously variable transmission is provided with a second pulley, the first pulley is connected with the second pulley through the first transmission belt, and the power output shaft of the continuously variable transmission is provided with a second A sprocket, the bottom of the frame rotates in the left and right direction and is connected with a transmission shaft, the transmission shaft is located on the rear side of the axle, the second sprocket and the third sprocket are arranged on the transmission shaft, the fourth sprocket is arranged on the axle, the first The sprocket is connected with the second sprocket through the first chain, and the third sprocket is connected with the fourth sprocket through the second chain;

The glass bead spreading system includes a telescopic rod, a glass bead box and a spreader. The glass bead box is connected to the spreader through a glass bead tube. The glass bead tube is equipped with a glass bead switch valve, and the axle is equipped with a fifth sprocket at the bottom of the frame. There is a push-type clutch, which is connected to the fifth sprocket through a chain. The bottom of the frame is equipped with a telescopic rod. One end of the telescopic rod is connected to the power input shaft of the spreader through a universal joint. The other end of the telescopic rod It is connected with the press clutch transmission through the universal joint.

The spin coating marking system includes a curing agent box, a paint bucket, a mixing hopper, a coating bucket, a stirring drive mechanism, and a spin coating driving mechanism. The curing agent box is connected to the mixing hopper through a curing agent pipe, and the curing agent flow rate The distribution valve, the paint bucket is connected with the mixing hopper through the paint pipe, the paint flow distribution valve is set on the paint pipe, the paint discharge handle used to control the opening and closing of the paint pipe is also installed on the frame, the outlet of the mixing hopper is connected with the paint The feed port of the hopper is connected, the frame is provided with a mixing and discharging handle for controlling the opening and closing of the discharge port of the mixing hopper, the bottom of the paint hopper is provided with a discharge port, and the frame is equipped with Spin coating opening and closing handle for opening and closing the discharge port;

The stirring drive mechanism includes a stirring motor and a stirring shaft. The stirring motor is vertically arranged on the frame. The main shaft of the stirring motor is connected to the stirring shaft. The lower end of the stirring shaft extends into the mixing hopper and is connected with a spiral blade; The spin-coating motor and the centrifugal rod, the spin-coating motor is horizontally arranged on the frame, the main shaft of the spin-coating motor is provided with a third pulley, the centrifugal rod is rotatably connected to the bottom of the frame and the centrifugal rod is correspondingly located at the outlet of the paint-spinning hopper , the outer surface of the centrifugal rod is provided with a number of wolf teeth, the end of the centrifugal rod is provided with a fourth pulley, and the third pulley is connected with the fourth pulley through the second transmission belt.

There is a tool box on the rack.

The push-type clutch includes a drive shaft, a fork wheel, a sprocket and a base. The base includes a horizontal installation plate. The upper surface of the installation plate is fixed with an installation angle steel. There are installation holes on the installation angle steel. The installation angle steel is fixed on the frame. Bottom, the bottom of the mounting plate is fixed with two installation sleeves and two sets of mounting brackets, and the two sets of mounting brackets are equipped with a bearing seat, and the two bearing seats are arranged side by side, and the transmission shaft rotates through the first bearing and the second bearing respectively Connected to two bearing housings, the centerline of the transmission shaft is set along the horizontal direction, with one end of the transmission shaft as the power output end and the other end of the transmission shaft as the power input end, then the second bearing is assembled on the power input end of the transmission shaft The two installation sleeves are located between the two sets of installation frames, the centerlines of the two installation sleeves coincide and are arranged horizontally, the axis of the installation sleeve is located above the axis of the transmission shaft and the two are vertically arranged;

The center hole of the sprocket is welded with a mounting sleeve, which is rotatably connected to the transmission shaft through the third bearing and is located between the two bearing seats. A number of clutches are fixed on the side of the mounting sleeve facing the power output end of the transmission shaft along the circumferential direction. Teeth; the fork wheel includes a mounting wheel, the outer circumference of which is provided with an annular slot, and a number of fork teeth are fixed on the side of the mounting wheel facing the power input end of the transmission shaft along the circumferential direction, and the mounting wheel is slidably assembled on the transmission shaft. The installation wheel is connected to the transmission shaft through a flat key, the installation wheel is located between the first bearing and the third bearing, and the shift fork teeth are engaged with the clutch teeth;

The base is provided with a clutch toggle mechanism for toggling the fork wheel; the fifth sprocket is connected to the sixth sprocket through a third chain, and the power output end of the drive shaft is connected to the telescopic rod through a universal joint.

The clutch toggle mechanism includes a connecting rod, a coupling sleeve, a shift fork, a return spring and a shift fork shaft. The coupling sleeve includes a coupling sleeve and a connecting plate, and the coupling sleeve is provided with two first threads along the radial direction. Holes, the center lines of the two first threaded holes are perpendicular to each other, the connecting plate is fixed on the outer surface of the coupling sleeve, and the center line of the coupling sleeve is perpendicular to the plane where the connecting plate is located; the shift fork includes a shift fork sleeve and two The arm plate and the fork sleeve are provided with two second threaded holes in the radial direction, and the two arm plates are fixed side by side at both ends of the fork sleeve, and the center line of the fork sleeve is perpendicular to the plane where the arm plate is located , there are third threaded holes on the two arm plates respectively; the shift fork sleeve is located between the two installation sleeves, the coupling sleeve, shift fork sleeve and installation sleeve have the same center line, and the shift fork shaft There are two fourth threaded holes, and the shift fork shaft passes through the installation sleeve, the coupling sleeve and the shift fork sleeve. Each first threaded hole is threaded with a jacking bolt, and the inner of the jacking bolt The end is pressed on the shift fork shaft, two second threaded holes and two fourth threaded holes are set correspondingly, each second threaded hole and the corresponding fourth threaded hole are internally threaded with a connecting bolt, two arm plates Located on the opposite sides of the outer circumference of the mounting wheel, a clip bolt is threaded in the two third threaded holes, and the inner end of the clip bolt extends into the clip slot; one end of the return spring is connected to the arm plate, reset The other end of the spring is connected to the mounting plate;

One end of the connecting rod is fixed with a hook, and the other end of the connecting rod is hinged with the connecting plate through a hinge bolt.

Adopting the above-mentioned technical scheme, the working principle of the present invention is: when using the present invention for road marking, first start the engine, release the brake handle, manipulate the drive handle to see if the machine moves flexibly, then turn on the spreader and check the pressing force. Whether the clutch is flexible, operate the brake handle to see if the brake of the front wheel is flexible; start the stirring motor, check whether the stirring shaft is running normally; then, add glass beads: operate the brake handle to make the front wheel in the braking state, turn off Glass bead switch valve, open the cover of the glass bead box, pour the glass beads into the glass bead box, and stop when the material reaches 2/3 of the glass bead box; secondly, add curing agent and paint: close the curing agent Flow distribution valve, open the lid of the curing agent box, pour the curing agent into the curing agent box, and stop when the material reaches 2/3 of the curing agent box; close the paint flow distribution valve, open the lid of the paint bucket, Pour the paint into the paint bucket (the amount is determined according to the engineering quantity), and stop when the material is added to 2/3 of the paint bucket; then, push the push handle to drive the equipment to the pre-marked line, point the guide rod to the reference line, Open the glass bead switch valve, at this time, the glass beads in the glass bead box will enter the spreader through the glass bead tube and wait for the marking line; turn the curing agent flow distribution valve, paint flow distribution valve and paint discharge handle, and the curing agent box will The curing agent flows into the mixing hopper through the curing agent pipe, and at the same time, the paint in the paint bucket flows into the mixing hopper through the paint pipe, and the stirring motor is started, and the stirring motor drives the stirring shaft to rotate, and the spiral blade on the stirring shaft begins to flow into the mixing hopper. Stir the mixed materials. After the paint and curing agent are fully stirred evenly, open the mixing and discharging handle, and the mixed material flows into the paint hopper. At this time, the outlet of the paint hopper is closed; start the marking work : Start the engine, the engine drives the first pulley to rotate, the first pulley drives the second pulley to rotate through the first belt, and the continuously variable transmission starts to operate, so that the first sprocket on the power output shaft of the continuously variable transmission rotates, the first sprocket The first chain drives the second sprocket to rotate. Since the second sprocket and the third sprocket are arranged on the drive shaft, the third sprocket rotates accordingly, and the third sprocket drives the fourth chain on the axle through the second chain. The wheel rotates, so that the two front wheels start to move, and the whole equipment starts to walk; when it reaches the marking line position, the spin-coating motor is started, and the spin-coating motor drives the third pulley to rotate, and the third pulley drives the fourth pulley to rotate through the second transmission belt, thereby centrifuging The rod starts to rotate, and then pulls the opening and closing handle of the paint hopper, and the outlet of the paint hopper is in an open and closed state. Under the action of the centrifugal rod, the mixed material is smeared on the road surface. The fifth sprocket drives the sixth sprocket to rotate through the third chain, and the sixth sprocket drives the installation sleeve to rotate on the transmission shaft. Since the clutch teeth and the fork teeth are engaged, the installation sleeve drives the installation wheel to rotate, and the installation sleeve Assembled on the transmission shaft through the flat key, the final installation wheel drives the transmission shaft to rotate; the rotation of the transmission shaft drives the telescopic rod to rotate through the universal joint, and the telescopic rod drives the power input shaft of the spreader to rotate through the universal joint, so that the spreader starts to operate. glass beads start Spray from the spreader, and start the spin coating marking; after the marking is completed, first close the curing agent flow distribution valve and the paint flow distribution valve, pull the opening and closing handle of the spin coating, close the outlet of the paint bucket, and then close the spreading Operate the drive handle to stop the machine, pull the brake handle to the brake position, and turn off the engine to stop working. In addition, the connecting rod can be manipulated so that the push clutch is in a "disengaged state". The specific operation is to pull the connecting rod, the hook on the connecting rod is hooked to other components (such as hooked to the rod), and then the connecting rod is wound around the middle The pin shaft of the connecting rod rotates, so that the other end of the connecting rod drives the connecting plate to rotate at a certain angle, so that the connecting plate drives the coupling sleeve to rotate. Since the coupling sleeve is provided with a jacking bolt, the inner end of the jacking bolt presses against the shift fork shaft, so the rotation of the coupling sleeve drives the shift fork shaft to rotate, and the shift fork sleeve is connected to the shift fork shaft through the connecting bolt, so the rotation of the shift fork shaft drives the shift fork sleeve to rotate at a certain angle, so the arm plate rotates accordingly, so that the arm The clamping bolts on the board pull the mounting wheel to move along the transmission shaft, and the shift fork teeth on the mounting wheel are separated from the clutch teeth on the mounting sleeve to complete the separation action. The rotational power of the sprocket cannot be transmitted to the transmission shaft, and the spreading The device also stops running, and the whole device can only travel at this time.

In summary, the power machine of the present invention selects the Japanese Robin original machine for use. The transmission connection between the engine and the drive system adopts all imported original components, which are convenient for installation and maintenance. The driving system of the present invention adopts an imported hydraulic continuously variable transmission, and the driving system adopts an imported international advanced hydraulic continuously variable transmission. The use of this machine effectively solves the annoyance of relying on manpower to drive the marking machine in the marking construction, and overcomes the disadvantages of some domestic products that are equipped with auxiliary equipment in addition to the marking machine. The driving system reduces the manpower input and labor intensity during marking construction, and greatly improves the efficiency of marking construction.

According to the characteristics of super stickiness of two-component coatings, this equipment adopts the method of spin-coating marking to increase its hydrophobicity on the basis of ensuring its wear resistance and environmental protection, thereby increasing the service life of marking lines and saving paint. Reduced construction costs. According to the different formulations of two-component coatings, different curing doses and good fluidity of the solid agent, this machine is improved on the basis of a ball valve into an electric curing agent flow distribution valve that is convenient for flow control and operation. It solves the problem that the amount of fixative is not controlled during the construction of two-component marking lines, so as to achieve how much to mix. This machine is designed according to the characteristics that the two-component coating curing agent and coating are separated and the curing time is short. The mixing hopper is powered by electric agitation, and the agitation uses spiral blades to make it reverse arch agitation, so that the agitation is even and the service life of the marking line is increased.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is the top view of Fig. 1;

Fig. 3 is the left view of Fig. 1;

Fig. 4 is a structural schematic diagram of a push clutch;

Fig. 5 is the left view of Fig. 4;

Fig. 6 is a schematic structural view of the base;

Fig. 7 is the bottom view of Fig. 6;

Fig. 8 is the right side view of Fig. 6;

Figure 9 is a schematic diagram of the transfer between the sprocket and the mounting sleeve;

Fig. 10 is a structural schematic diagram of a fork wheel;

Figure 11 is a schematic structural view of the coupling sleeve;

Figure 12 is a top view of Figure 11;

Fig. 13 is a structural schematic diagram of a shift fork;

Figure 14 is a bottom view of Figure 13;

Fig. 15 is a structural schematic diagram of a shift fork shaft.

detailed description

As shown in Figures 1-3, the two-component marking machine of the present invention includes a frame 1, and the bottom of the frame 1 is provided with a steering wheel 2 and two front wheels 3, wherein the steering wheel 2 is rotatably connected to the bottom of the frame 1 The rear side, the front side of the bottom of the frame 1 rotates along the left and right directions and is connected with an axle, and two front wheels 3 are fixed side by side on the left end and the right end of the axle, and a brake is equipped on one of the front wheels 3 (the brake is an existing conventional technology, Fig. not shown in), the frame 1 is provided with a brake handle 4 for controlling the brake, the rear side of the frame 1 is provided with a push handle 5, and the frame 1 is provided with an engine 6, a continuously variable transmission 7, glass bead spreading system and the coating marking system, the engine 6 is connected with the continuously variable transmission 7, and the continuously variable transmission 7 is respectively connected with the axle and the glass bead spreading system; the frame 1 is also provided with a drive for changing the rotation direction of the continuously variable transmission 7. Handle 8, the front side of frame 1 is fixed with guide bar 9.

The power output shaft of the engine 6 is provided with a first pulley 10, and the power input shaft of the continuously variable transmission 7 is provided with a second pulley 11. The first pulley 10 is connected with the second pulley 11 through a first transmission belt 12, and the continuously variable transmission 7 The first sprocket 13 is arranged on the power output shaft of the power output shaft, and the bottom of the frame 1 rotates along the left and right direction and is connected with a transmission shaft. , the axle shaft is provided with a fourth sprocket 16, the first sprocket 13 is connected with the second sprocket 14 through the first chain 17, and the third sprocket 15 is connected with the fourth sprocket 16 through the second chain 18.

The glass bead spreading system includes a telescopic rod 19, a glass bead box 20 and a spreader 21. The glass bead box 20 is connected to the spreader 21 through a glass bead tube. The glass bead tube is provided with a glass bead switch valve 22. Sprocket (the fifth sprocket is not shown in Fig. 3), the bottom of the frame 1 is provided with a push-type clutch 27, the push-type clutch 27 is connected with the fifth sprocket through a chain, and the bottom of the frame 1 is equipped with a telescopic rod 19. One end of the telescopic rod 19 is connected to the power input shaft of the spreader 21 through a universal joint, and the other end of the telescopic rod 19 is connected to the push clutch 27 through a universal joint.

Spin coating marking system comprises curing agent box 28, paint bucket 29, mixing hopper 30, throwing paint hopper 31, stirring drive mechanism and spin coating driving mechanism, curing agent box 28 is connected with mixing hopper 30 through curing agent pipe, and curing agent pipe The curing agent flow distribution valve 32 is arranged on the top, the paint bucket 29 is connected with the mixing hopper 30 through the paint pipe, the paint flow distribution valve 33 is arranged on the paint pipe, and the paint discharge valve for controlling the opening and closing of the paint pipe is also arranged on the frame 1 Handle 34, the discharge port of mixing hopper 30 is connected with the feed inlet of throwing paint hopper 31, and the frame 1 is provided with the mixing discharge handle 35 that is used to control the opening and closing of the discharge port of mixing hopper 30, gets rid of paint hopper 31 The bottom is provided with a discharge port, and the frame 1 is provided with a coating opening and closing handle 36 for controlling the opening and closing of the discharge port of the coating hopper 31;

Stirring drive mechanism comprises stirring motor 37 and stirring shaft 38, and stirring motor 37 is vertically arranged on the frame 1, and the main shaft of stirring motor 37 is connected with stirring shaft 38 transmission, and the lower end of stirring shaft 38 stretches in the mixing hopper 30 and is connected with Spiral blade; spin coating drive mechanism comprises spin coating motor 40 and centrifugal rod 41, and spin coating motor 40 is horizontally arranged on the frame 1, and the main shaft of spin coating motor 40 is provided with the 3rd belt pulley 42, and centrifugal rod 41 rotation is connected on machine The bottom of the frame 1 and the centrifugal rod 41 are correspondingly located at the discharge port of the paint hopper 31. The outer surface of the centrifugal rod 41 is provided with some wolf teeth, and the end of the centrifugal rod 41 is provided with a fourth pulley 43, and the third pulley 42 passes through the first pulley. The second transmission belt 44 is connected with the fourth pulley 43 .

A tool box 45 is provided on the frame 1 .

As shown in Figures 4-15, the push-type clutch 27 includes a drive shaft 101, a fork wheel 102, a sixth sprocket 103, and a base 104. The base 104 includes a horizontally arranged mounting plate 105, and the upper surface of the mounting plate 105 is fixed with Angle steel 106 is installed, is provided with installation hole 107 on the installation angle steel 106, and installation angle steel 106 is fixed on the bottom of frame 1, and the bottom of mounting plate 105 is fixed with two installation sleeve pipes 108 and two groups of mounting frames 109, two groups of mounting frames 109 A bearing seat is installed on each of the two bearing seats, and the two bearing seats are arranged side by side. The transmission shaft 101 is respectively connected to the two bearing seats through the first bearing 110 and the second bearing 111. The centerline direction of the transmission shaft 101 is set along the horizontal direction. With one end of the transmission shaft 101 as the power output end and the other end of the transmission shaft 101 as the power input end, the second bearing 111 is assembled on the power input end of the transmission shaft 101, and the two installation sleeves 108 are located on the two sets of installation frames 109 Between them, the centerlines of the two installation sleeves 108 coincide and are arranged horizontally, the axis of the installation sleeve 108 is located above the axis of the drive shaft 101 and the two are vertically arranged;

The center hole of the sixth sprocket 103 is welded with an installation sleeve 112, the installation sleeve 112 is rotatably connected to the transmission shaft 101 through the third bearing 113 and is located between the two bearing seats, the installation sleeve 112 faces the power output end of the transmission shaft 101 One side is fixed with several clutch teeth 114 along the circumferential direction; the fork wheel 102 includes a mounting wheel 115, and the outer circumference of the mounting wheel 115 is provided with an annular slot 116, and the side of the mounting wheel 115 facing the power input end of the transmission shaft 101 is along the circumferential direction. A number of shift fork teeth 117 are fixed, and the installation wheel 115 is connected to the transmission shaft 101 through a flat key 118. The installation wheel 115 is located between the first bearing 110 and the third bearing 113, and the shift fork teeth 117 are engaged with the clutch teeth 114;

The base 104 is provided with a clutch toggle mechanism for toggling the fork wheel 102, the fifth sprocket and the sixth sprocket 103 are connected by a third chain, and the power output end of the transmission shaft 101 is connected to the telescopic rod 19 by a universal joint .

Clutch toggling mechanism comprises connecting rod 119, shaft coupling sleeve 120, shift fork 121, back-moving spring 122 and shift fork shaft 123, and shaft coupling sleeve 120 comprises shaft coupling sleeve 124 and connecting plate 125, and the upper diameter of coupling sleeve 124 is There are two first threaded holes 126 in the direction, the centerlines of the two first threaded holes 126 are perpendicular to each other, the connecting plate 125 is fixed on the outer surface of the coupling sleeve 124, and the centerline of the coupling sleeve 124 is perpendicular to the connecting plate The plane where 125 is located; the shift fork 121 includes a shift fork sleeve 127 and two arm plates 128, two second threaded holes 129 are opened in the radial direction on the shift fork sleeve 127, and the two arm plates 128 are fixed side by side on the dial At both ends of the fork sleeve 127, the center line of the shift fork sleeve 127 is perpendicular to the plane where the arm plate 128 is located, and the third threaded holes 130 are respectively opened on the two arm plates 128; the shift fork sleeve 127 is located on the two installation sleeves 108, the coupling sleeve 124, the shift fork sleeve 127 and the installation sleeve 108 have the same center line, and the shift fork shaft 123 is provided with two fourth threaded holes 131, and the shift fork shaft 123 is installed on the installation sleeve In the pipe 108, the coupling sleeve 124 and the shift fork sleeve 127, each first threaded hole 126 is threaded with a jacking bolt 132, and the inner end of the jacking bolt 132 is pressed against the shifting fork shaft 123, Two second threaded holes 129 and two fourth threaded holes 131 are arranged correspondingly, and each second threaded hole 129 and the corresponding fourth threaded hole 131 are internally threaded with a connecting bolt 133, and the two arm plates 128 are located on the mounting wheel. On the opposite sides of the outer circumference of 115, two third threaded holes 130 are internally threaded with a clamping bolt 134, and the inner ends of the clamping bolts 134 extend into the clamping groove 116; one end of the return spring 122 is connected to the arm plate 128, the other end of back-moving spring 122 is connected on the mounting plate 105;

One end of the connecting rod 119 is fixed with a hook 135 , and the other end of the connecting rod 119 is hinged to the connecting plate 125 through a hinge bolt 136 .

When using the present invention to mark roads, first start the engine 6, and release the brake handle 4, manipulate the drive handle 8 to see whether the machine is flexible, then open the spreader 21, operate the brake handle 4, and look at the front wheels 3. Whether the brake is flexible; start the stirring motor 37, and check whether the stirring shaft 38 is rotating and operating normally;

Then, add glass beads: manipulate the brake handle 4 so that the front wheel 3 is in the braking state, close the glass bead on-off valve 22, open the cover of the glass bead box 20, pour the glass beads into the glass bead box 20, and wait for the material to be added. Stop when arriving at the 2/3 place of glass bead box 20;

Next, add curing agent and paint: close the curing agent flow distribution valve 32, open the case cover of the curing agent box 28, pour the curing agent into the curing agent box 28, and add the material to 2/3 of the curing agent box 28 Stop when; close the paint flow distribution valve 33, open the bung of the paint bucket 29, paint is poured in the paint bucket 29 (consumption is determined according to the engineering quantity), and stop when the material is added to 2/3 of the paint bucket 29;

Then, push the push handle 5 to drive the device to the pre-marked line, point the guide rod 9 to the reference line, and open the glass bead switch valve 22. At this time, the glass beads in the glass bead box 20 will enter the spreader 21 through the glass bead tube. Wait for the marking line; pull the curing agent flow distribution valve 32, the paint flow distribution valve 33 and the paint discharge handle 34, the curing agent in the curing agent box 28 flows into the mixing hopper 30 through the curing agent pipe, and at the same time, the paint bucket 29 The paint flows into the mixing hopper 30 through the paint pipe, starts the stirring motor 37, and the stirring motor 37 drives the stirring shaft 38 to rotate, and the helical blade on the stirring shaft 38 starts to stir the mixed materials in the mixing hopper 30. After stirring evenly, open the mixing and discharging handle 35, and the mixed material flows into the paint hopper 31, and the discharge port of the paint hopper 31 is in a closed state at this moment;

Start the marking operation: start the engine 6, the engine 6 drives the first pulley 10 to rotate, the first pulley 10 drives the second pulley 11 to rotate through the first transmission belt 12, and the continuously variable transmission 7 starts to operate, so that the power output of the continuously variable transmission 7 The first sprocket 13 on the shaft rotates, and the first sprocket 13 drives the second sprocket 14 to rotate through the first chain 17. Since the second sprocket 14 and the third sprocket 15 are arranged on the drive shaft, the third chain Wheel 15 follows and rotates, and the 3rd sprocket wheel 15 drives the 4th sprocket wheel 16 on the axle shaft to rotate by second chain 18, thereby two front wheels 3 begin to walk, and whole equipment begins to walk; , get rid of coating motor 40 and drive the 3rd pulley 42 to rotate, and the 3rd pulley 42 drives the 4th pulley 43 to rotate by the 2nd drive belt 44, thereby centrifugal rod 41 starts to rotate, then pulls and gets rid of and is coated with opening and closing handle 36, gets rid of paint hopper 31 The discharge port is in the opening and closing state, and under the action of the centrifugal rod 41, the mixed material is smeared on the road surface, and at the same time, the axle rotates to drive the fifth sprocket, and the fifth sprocket drives the sixth sprocket 103 through the third chain Rotate, the sixth sprocket 103 drives the installation sleeve 112 to rotate on the transmission shaft 101, because the clutch teeth 114 are engaged with the shift fork teeth 117, so the installation sleeve 112 drives the installation wheel 115 to rotate, and the installation wheel 115 is assembled on the transmission shaft through the flat key 118 On the shaft 101, the final installation wheel 115 drives the transmission shaft 101 to rotate; the rotation of the transmission shaft 101 drives the telescopic rod 19 to rotate through the universal joint, and the telescopic rod 19 drives the power input shaft of the spreader 21 to rotate through the universal joint, so that the spreader starts to operate , the glass beads start to spray out from the spreader 21, and the spin-coating marking begins;

After the marking is completed, first close the curing agent flow distribution valve 32 and the paint flow distribution valve 33, pull the opening and closing handle 36 of the coating, the discharge port of the coating bucket 31 is closed, then close the spreader 21, and operate the driving handle 8 to Machine stops, pulls brake handle 4 and places brake position, closes engine 6 and stops working.

This embodiment does not impose any formal restrictions on the shape, material, structure, etc. of the present invention. All simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the present invention belong to the protection of the technical solution of the present invention. scope.

Claims (5)

1. two-component striping machine, it is characterised in that：Including frame, bottom of the frame is provided with deflecting roller and two front vehicle wheels, its transfer It is rotatably connected on to wheel on rear side of bottom of the frame, the front side of bottom of the frame is rotatably connected to axletree, two front vehicle wheels in left-right direction The left end and right-hand member of axletree are fixed on side by side, brake is equipped with one of front vehicle wheel, and frame, which is provided with, to be used to control system The brake handle of dynamic device, the rear side of frame are provided with push handle, and frame is provided with engine, buncher, bead and broadcasts sowing system And spin coating graticule system, engine are connected with buncher, buncher broadcasts sowing with axletree and bead respectively Drive system connects；The driving handle for changing buncher rotation direction is additionally provided with frame, the front side of frame is fixed There is guide rod；

The power output shaft of engine is provided with the first belt pulley, and the power input shaft of buncher is provided with the second belt Wheel, the first belt pulley are connected by the first transmission belt with the second belt pulley, and the power output shaft of buncher is provided with first Sprocket wheel, bottom of the frame are rotatably connected to power transmission shaft in left-right direction, and power transmission shaft is located at the rear side of axletree, and power transmission shaft is provided with second Sprocket wheel and the 3rd sprocket wheel, axletree are provided with the 4th sprocket wheel, and the first sprocket wheel is connected by the first chain with the second sprocket wheel, the 3rd sprocket wheel It is connected by the second chain with the 4th sprocket wheel；

Bead, which broadcasts sowing system, includes expansion link, bead case and dispenser, and bead case is connected by bead pipe and dispenser Connect, bead pipe is provided with bead switch valve, and the bottom that axletree is provided with the 5th sprocket wheel frame is provided with push type clutch, pressed Pressure type clutch is connected by chain with the 5th chain gear transmission, and the bottom of frame is equipped with expansion link, and one end of expansion link passes through The power input shaft of universal joint and dispenser connects, and the other end of expansion link passes through universal joint and push type driven by clutches Connection.

2. two-component striping machine according to claim 1, it is characterised in that：Spinning coating graticule system includes curing agent case, applies Charging basket, mixed-hopper, spin coating hopper, stirring driving machine structure and spin coating drive mechanism, curing agent case is by curing agent pipe with mixing Hopper connection is closed, curing agent pipe is provided with curing agent flow divider valve, and paint can is connected by applying expects pipe with mixed-hopper, coating Pipe is provided with coating flow divider valve, and the coating blowing handle that used control applies expects pipe folding, mixed-hopper are additionally provided with frame Discharging opening be connected with spinning coating the charging aperture of hopper, frame is provided with for controlling the mixing of discharging opening folding of mixed-hopper to put Expect handle, the bottom for spinning coating hopper is provided with discharging opening, and frame is provided with the spin coating for the discharging opening folding for being used to control spin coating hopper Folding handle；

Stirring driving machine structure includes stirring motor and agitating shaft, and stirring motor is vertically set in frame, the main shaft of stirring motor It is connected with agitating shaft, the lower end of agitating shaft extend into mixed-hopper and is connected with helical blade；Spin coating drive mechanism bag Spin coating motor and centrifugation rod are included, spin coating motor is horizontally set in frame, and the main shaft for spinning coating motor is provided with the 3rd belt pulley, from Axle is rotatably connected on bottom of the frame and centrifuges the corresponding discharge outlet positioned at spin coating hopper of rod, and the outer surface for centrifuging rod is provided with Some wolf's fang teeth, the end for centrifuging rod are provided with the 4th belt pulley, and the 3rd belt pulley is connected by the second transmission belt and the 4th belt pulley Connect.

3. two-component striping machine according to claim 1, it is characterised in that：Frame is provided with tool box.

4. two-component striping machine according to claim 1, it is characterised in that：Push type clutch, including power transmission shaft, shift fork Wheel, sprocket wheel and base, base include horizontally disposed installing plate, and the upper surface of installing plate is fixed with installation angle steel, installs angle steel On offer mounting hole, installation angle steel is fixed on the bottom of frame, and the bottom of installing plate is fixed with two installation sleeve pipes and two groups Mounting bracket, a bearing block is each equipped with two groups of mounting brackets, two bearing blocks are arranged side by side, and power transmission shaft passes through first axle respectively Hold and be rotatably connected on second bearing on two bearing blocks, the centerline direction of power transmission shaft is horizontally disposed, with power transmission shaft One end be clutch end, the other end of power transmission shaft is power intake, then second bearing be assemblied in power transmission shaft power it is defeated Enter end, two installation sleeve pipes are respectively positioned between two groups of mounting brackets, and the center line of two installation sleeve pipes overlaps and horizontally disposed, installation The axis of sleeve pipe is located at the top of the axis of power transmission shaft and the two is vertically arranged；

The central hole of sprocket wheel is welded with installation set, and installation set is rotatably connected on power transmission shaft by 3rd bearing and positioned at two Between bearing block, some clutch tooths are along the circumferential direction fixed with towards the side of power transmission shaft clutch end in installation set；Shift fork Wheel includes installation wheel, and the periphery for installing wheel offers the neck of annular, installs on wheel towards the side of power transmission shaft power intake Some shift fork teeth are along the circumferential direction fixed with, installation slipping is assemblied on power transmission shaft, and installation wheel is passed by flat key and power transmission shaft Dynamic connection, between clutch shaft bearing and 3rd bearing, shift fork tooth is mutually engaged installation wheel with clutch tooth；

Base is provided with the clutch toggle mechanism for being used for stirring forked plectrum wheel；5th sprocket wheel and the 6th sprocket wheel are connected by the 3rd chain Connect, the clutch end of power transmission shaft is connected with expansion link by universal joint.

5. two-component striping machine according to claim 4, it is characterised in that：Clutch toggle mechanism include connecting rod, coupling band, Shift fork, back-moving spring and shift fork axle, coupling band include adapter(-tor) and connecting plate, two are radially offered on adapter(-tor) Individual first screwed hole, the center line of two the first screwed holes are mutually perpendicular to, and connecting plate is fixed on adapter(-tor) outer surface, coupling band The central axis of pipe is in the plane where connecting plate；Shift fork includes shift fork sleeve pipe and two blocks of arm plates, on shift fork sleeve pipe radially Direction offers two the second screwed holes, and two blocks of arm plates are fixed on the both ends of shift fork sleeve pipe side by side, and the center line of shift fork sleeve pipe hangs down Directly in offering the 3rd screwed hole respectively in the plane where arm plate, two blocks of arm plates；Shift fork sleeve pipe positioned at two installation sleeve pipes it Between, adapter(-tor), shift fork sleeve pipe and installation set pipe have same center line, and two the 4th screw threads are offered in shift fork axle Hole, shift fork axle are located in installation sleeve pipe, adapter(-tor) and shift fork sleeve pipe, and one is threaded with each first screwed hole Puller bolt, in shift fork axle, two the second screwed holes and two the 4th screwed holes are correspondingly arranged the inner top pressure of puller bolt, Each second screwed hole and corresponding 4th screwed hole internal thread are connected with a connecting bolt, and two blocks of arm plates are outer positioned at installation wheel The opposite sides of circumference, a clamping bolt is threaded with two the 3rd screwed holes, the inner of clamping bolt is extend into In neck；One end of back-moving spring is connected on arm plate, and the other end connection of back-moving spring is on a mounting board；

One end of connecting rod is fixed with hook, and the other end of connecting rod is hinged by link bolt and connecting plate.