CN217703938U - Traveling fixing device for distributing vehicle of brick making machine - Google Patents

Abstract

The utility model discloses a brick making machine cloth car fixing device that walks, including six track steels, the leading wheel, the subframe, the cloth dolly, bottom plate and hydro-cylinder, a serial communication port, be provided with the subframe outside the cloth dolly, it places on the bottom plate to be provided with bottom plate and cloth dolly between the bottom surface of cloth dolly and subframe, the shaft of leading wheel is fixed on the subframe, both sides on lieing in the cloth dolly are fixed with six track steels, six track steels and leading wheel contact each other, and the leading wheel can rotate on six track steels, two parallel settings respectively have 4 leading wheels on six track steels of cloth dolly both sides, each 2 leading wheel modes settings more than 4 leading wheels, 2 upper and lower leading wheels can hold tightly on six track steels, the cylinder body of hydro-cylinder is fixed on the bottom plate, the hydro-cylinder head of hydro-cylinder is fixed on the cloth dolly, through hydro-cylinder concertina movement drive cloth dolly motion, six track steels also follow the cloth dolly motion, still can reach through the leading wheel is adjusted and is held tightly the track steels.

Description

Traveling fixing device for distributing vehicle of brick making machine

Technical Field

The utility model belongs to the field of machinery, especially, relate to a brick making machine cloth car fixing device that walks.

Background

Most of the traditional running modes of the distributing vehicle adopt the fixed track below the pavement, the lateral deviation is easy to occur in the running process, the manpower is often consumed for the distribution of cement and the like, the distribution is easy to break unevenly, the structure is very complex, the cost is very high, and the distributing vehicle is not beneficial to a large amount of application. Under the condition, the operation needs to be repeated frequently, so that the time and the power are consumed, the normal production can not be realized, the production cost of the brick making is increased, and certain loss is caused virtually.

Disclosure of Invention

The utility model aims at the not enough of prior art, provide a simple structure, cloth process travel is stable, adopts the leading wheel fixed, six track steel to follow the brickmaking machine cloth vehicle running gear of cloth dolly motion.

The utility model aims at realizing like this, a brick making machine cloth car fixing device that walks, including six track steels, the leading wheel, the subframe, the cloth dolly, bottom plate and hydro-cylinder, a serial communication port, be provided with the subframe outside the cloth dolly, it places on the bottom plate to be provided with bottom plate and cloth dolly between the bottom surface of cloth dolly and subframe, the shaft of leading wheel is fixed on the subframe, both sides on lieing in the cloth dolly are fixed with six track steels, six track steels and leading wheel contact each other, and the leading wheel can rotate on six track steels, two parallel settings respectively have 4 leading wheels on six track steels of cloth dolly both sides, each 2 leading wheel modes setting more than 4 leading wheels, 2 upper and lower leading wheels can hold tightly on six track steels, the cylinder body of hydro-cylinder is fixed on the bottom plate, the hydro-cylinder head of hydro-cylinder is fixed on the cloth dolly, drive cloth dolly motion through hydro-cylinder concertina movement, six track steels also follow the cloth dolly motion.

Further, the upper and lower 2 guide wheels are connected with the shaft of the shaft, the wheel of the shaft is made into an upper surface and a lower surface, the shaft is used as a rotating shaft of the guide wheel, the shaft of the upper and lower 2 guide wheels is respectively fixed on a long-strip-hole iron plate fixed on the subframe, a bearing is arranged in the wheel of the shaft, an adjusting bolt on the wheel of the shaft of the upper guide wheel penetrates through the upper surface of the wheel of the shaft and is pressed against the upper surface of the wheel of the shaft after being fixed on a screw hole arranged on a fixing block of the long-strip-hole iron plate, and an adjusting bolt on the lower surface of the wheel of the shaft of the lower guide wheel penetrates through the lower surface of the wheel of the shaft and is pressed against the lower surface of the wheel of the shaft after being fixed on the fixing block of the long-strip-hole iron plate.

The material distribution trolley comprises a trolley frame, a swing shaft, a swing connecting rod, a linkage rod, a connecting rod, qu Bingkuai, a transmission motor and a transmission shaft; the transmission motor is arranged in the skip car frame and located in the front of the skip car frame, the transmission motor is in meshed transmission with gears arranged on transmission shafts in the skip car frame through chains, three swinging shafts are arranged in the rear of the skip car frame, two ends of each swinging shaft can be rotatably connected to frame plates on two sides of the skip car frame through bearings, three swinging connecting rods which are distributed at equal intervals are arranged on a frame plate on the outer side of the skip car frame, one end of each swinging shaft extends out of the skip car frame and is correspondingly connected with the lower end of a corresponding swinging connecting rod in the three swinging connecting rods, the upper end of each swinging connecting rod in the three swinging connecting rods is rotatably connected to a linkage rod, the linkage rod is rotatably connected with one end of each connecting rod, the other end of each connecting rod is rotatably connected with a crank block, the crank block is connected with the transmission shafts, and the transmission motor drives adjacent transmission shafts to synchronously rotate reversely.

The utility model has the advantages that: the utility model provides a side direction off tracking takes place easily for traditional brickmaking machine cloth vehicle to walk, poor stability, the serious scheduling problem of hourglass material reach simple operation sexual valence relative altitude effect.

Drawings

Fig. 1 is a schematic perspective view of the traveling and fixing device of the distributing vehicle of the brick making machine of the present invention.

Fig. 2 is a schematic view of the swing local state of the traveling fixing device of the distributing vehicle of the brick making machine of the present invention.

Fig. 3 is a schematic view of the overhead state of the traveling fixing device of the distributing vehicle of the brick making machine of the present invention.

Fig. 4 is a schematic side view of the traveling fixing device of the distributing vehicle of the brick making machine of the present invention.

Fig. 5 is a diagram showing the relationship among the axle, the elongated hole iron plate and the adjusting bolt of the present invention.

Fig. 5-1 is a left side view of fig. 5.

Fig. 5-2 is a top view of fig. 5.

Fig. 6 is a schematic view of a three-dimensional structure of a material distribution trolley used in the present invention.

Detailed Description

As shown in the accompanying drawings, the utility model provides a brick making machine cloth car fixing device that walks, including six track steels 1, leading wheel 2, subframe 3, cloth dolly 4, bottom plate 5, hydro-cylinder 6, shaft 7, cloth dolly 4 is the prior art product, a serial communication port, be provided with subframe 3 outside cloth dolly 4, it places on bottom plate 5 to be provided with bottom plate 5 and cloth dolly between cloth dolly 4's bottom surface and subframe 3, the shaft of leading wheel 2 is fixed on subframe 3, both sides on lieing in cloth dolly 4 are fixed with six track steels 1, six track steels and 2 mutual contacts of leading wheel, and leading wheel 2 can rotate on six track steels, two parallel settings respectively have 4 leading wheels 2,4 on six track steels of cloth dolly both sides to set up with each 2 leading wheel modes from top to bottom, 2 leading wheel joints are held tightly on six track steels from top to bottom. The cylinder body of hydro-cylinder is fixed on the bottom plate, and the hydro-cylinder head of hydro-cylinder is fixed on cloth dolly 4, through the 4 motion of hydro-cylinder concertina movement drive cloth dolly, six track steels also follow the cloth dolly motion, are provided with subframe 3 outside cloth dolly 4, and subframe 3 mainly used fixes the bottom plate of cloth dolly 4, is favorable to cloth dolly 4 and leading wheel to adjust smoothly, is provided with bottom plate 5 and the cloth dolly is placed on bottom plate 5 under the bottom surface of cloth dolly.

Adopt the leading wheel fixed, six rail steel are held tightly in two upper and lower leading wheel regulations, and six rail steel follow the motion of cloth dolly, reach stability at the cloth in-process of traveling. When the bottom surface of the distribution trolley and the bottom plate 5 are abraded, the size of a gap between the bottom surface of the distribution trolley and the bottom plate can be adjusted by adjusting the holding track steel through the guide wheels, so that material leakage is prevented.

The six-sided rail steel can be adjusted and held tightly by adopting the upper and lower guide wheels, for example: the wheel shafts 7 of the upper and lower 2 guide wheels 2 are respectively fixed on an upper long hole 10 and a lower long hole 11 on the subframe 3, the upper and lower 2 guide wheels 2 are connected with the shaft of the wheel shaft 7, the wheel shaft 7 is made into an upper and a lower surfaces, the shaft is used as a rotating shaft of the guide wheel 2, the wheel shafts 7 of the upper and lower 2 guide wheels 2 are respectively fixed on a long hole iron plate 8 fixed on the subframe 3 (for example, 2 tooth holes are formed on one side of each wheel shaft 7 of the wheel shafts 7 of the upper 2 guide wheels 2 close to the long hole iron plate 8, and two bolts penetrate through the two upper long holes 10 of the long hole iron plate 8 and then correspondingly screw into the 2 tooth holes for fixation; 2 tooth holes are arranged on one side, close to a long-strip-shaped hole iron plate 8, of each wheel shaft 7 in wheel shafts 7 of the lower 2 guide wheels 2, two bolts penetrate through two lower long-strip-shaped holes 11 formed in the long-strip-shaped hole iron plate 8 and then are correspondingly screwed into 2 tooth holes of the wheel shaft to be fixed, bearings are arranged in the wheels of the wheel shafts 7 to enable the wheels and the shafts to rotate mutually, the wheel shaft 7 of each guide wheel 2 is fixedly connected with the long-strip-shaped hole iron plate 8, adjusting bolts 9 are respectively arranged on the upper surface and the lower surface of the wheels of the wheel shafts 7 of the upper 2 guide wheels to be propped against, the adjusting bolts 9 arranged on the wheels of the wheel shafts 7 of the upper guide wheels penetrate through the wheels 7 and are fixed on the fixing blocks arranged on the long-strip-shaped hole iron plates 8 and are propped against the wheels of the wheel shafts 7, the adjusting bolts 9 arranged on the lower surfaces of the wheels 7 of the lower guide wheels penetrate through the lower surfaces of the wheels 7 and are fixed on the fixing blocks arranged on the long-strip-shaped holes 8 and are propped against the lower surfaces of the wheels 7, and the adjusting bolts are adjusted through the upper and lower surfaces of the guide wheels and the guide wheels, and the adjusting bolts (namely, and the upper guide wheels and lower guide wheels are adjusted by the distance between the upper guide wheels and lower guide wheels (when the guide wheels) between the guide wheels 7 and the guide wheels are adjusted by the bolts (namely the adjusting bolts), the adjusted wheel shaft 7 is fixed through the upper and lower elongated holes of the elongated hole iron plate 8 and the bolts, so that the upper and lower guide wheels 2 tightly hold six-side rail steel to enable the operation process to be more stable; when the bottom surface of the distribution trolley is abraded, the size of a gap between the bottom surface of the distribution trolley and the bottom plate can be adjusted to prevent serious material leakage.

Adopt six track steels along with the mode of cloth dolly motion, save the mould plane and still need connect one section track again and come the butt joint, and later stage track change still needs to grind inconvenience such as rewelding again, reaches the convenience.

The distributing trolley 4 can also adopt the structure shown in fig. 6, and comprises a trolley frame 12, a swinging shaft 13, a swinging connecting rod 14, a linkage rod 15, a connecting rod 16, a crank block 17, a transmission motor 18 and a transmission shaft 19. The structure is characterized in that a transmission motor 18 is arranged in a skip car frame 12 and located at the front part of the skip car frame 12, the transmission motor 18 is in meshing transmission with a gear arranged on a transmission shaft 19 in the skip car frame 12 through a chain, three swing shafts 13 are arranged in the rear part of the skip car frame 12, two ends of each swing shaft 13 can be rotatably connected to frame plates on two sides of the skip car frame 12 through bearings, three swing connecting rods 14 distributed at equal intervals are arranged on a frame plate on one outer side of the skip car frame 12, one end of each of the three swing shafts 13 extends out of the skip car frame 12 and is correspondingly connected with the lower end of the corresponding swing connecting rod 14 in the three swing connecting rods 14, the upper end of each swing connecting rod 14 in the three swing connecting rods 14 is rotatably connected to a linkage rod 15, the linkage rod 15 is rotatably connected with one end of the connecting rod 16, the other end of the connecting rod 16 is rotatably connected with a crank block 17, the crank block 17 is connected with the transmission shaft 19, the transmission motor 18 drives the adjacent transmission shaft 19 to synchronously rotate, so that the swing shafts swing, the swing shafts, cloth is more uniformly distributed, and the skip car is more uniformly distributed in a reverse direction when the material is distributed in a die.

Claims (3)

1. The utility model provides a brick machine distributing vehicle fixing device that walks, including six track steel (1), leading wheel (2), subframe (3), distributing trolley (4), bottom plate (5) and hydro-cylinder (6), a serial communication port, be provided with subframe (3) outside distributing trolley (4), be provided with bottom plate (5) and distributing trolley between the bottom surface of distributing trolley (4) and subframe (3) and place on bottom plate (5), the shaft of leading wheel (2) is fixed on subframe (3), both sides on distributing trolley (4) are fixed with six track steel (1), six track steel and leading wheel (2) mutual contact, and leading wheel (2) can rotate on six track steel, two parallel settings respectively have 4 leading wheel (2) on the track steel of distributing trolley both sides, 4 leading wheels (2) respectively set up more than lower, 2 upper and lower leading wheels can hold tightly on six track steel upper and lower face, the cylinder body of hydro-cylinder is fixed on bottom plate (5), the hydro-cylinder's of hydro-cylinder is fixed on distributing trolley (4), the cloth head also moves along with six track (4) along with the telescopic motion.

2. A brick making machine distributing vehicle walking fixing device as claimed in claim 1, characterized in that the upper and lower 2 guide wheels are connected with the axle (7) through the axle, the axle (7) is made into the upper and lower sides, the axle is used as the rotating axle of the guide wheel (2), the axles (7) of the upper and lower 2 guide wheels (2) are fixed on the long hole iron plate (8) fixed on the subframe (3), the axle is provided with a bearing, the adjusting bolt (9) on the upper side of the axle (7) of the upper guide wheel passes through the upper side of the axle and is fixed on the fixing block of the long hole iron plate (8) and then pushes against the upper side of the axle (7), the adjusting bolt (9) on the lower side of the axle (7) passes through the lower side of the axle and is fixed on the fixing block of the long hole iron plate (8) and then pushes against the lower side of the axle (7) after passing through the screw hole.

3. A brick making machine distributing vehicle walking fixing device as claimed in claim 1, wherein the distributing vehicle (4) comprises a vehicle frame (12), a swing shaft (13), a swing connecting rod (14), a linkage rod (15), a connecting rod (16), qu Bingkuai, a transmission motor (18) and a transmission shaft (19); the transmission motor (18) is arranged in the skip car frame (12) and located in the front of the skip car frame, the transmission motor (18) is in meshed transmission with a gear arranged on a transmission shaft (19) in the skip car frame (12) through a chain, three swing shafts (13) are arranged in the rear of the skip car frame (12), two ends of each swing shaft (13) can be rotatably connected to frame plates on two sides of the skip car frame (12) through bearings, three swing connecting rods (14) distributed at equal intervals are arranged on a frame plate on the outer side of the skip car frame (12), one end of each swing shaft (13) extends out of the skip car frame (12) and is correspondingly connected with the lower end of the corresponding swing connecting rod (14) in the three swing connecting rods (14), the upper end of each swing connecting rod (14) in the three swing connecting rods (14) is rotatably connected to a linkage rod (15), the linkage rod (15) is rotatably connected with one end of a connecting rod (16), the other end of the connecting rod (16) is rotatably connected with a crank block (17), the crank block (17) is connected with the transmission shaft (19), and the transmission motor (18) drives the transmission shaft to rotate synchronously.

Images