KR102311934B1 - Reinforced soil block conveyor device - Google Patents

Abstract

The present invention relates to a reinforced earth block conveyor apparatus. The reinforced earth block conveyor apparatus of the present invention comprises: a reinforced earth block drying device for drying a reinforced earth block to be manufactured, and moving a dried reinforced earth; a reinforced earth block conveyor device for moving the dried reinforced earth block from one side to the other side direction; and a reinforced earth block side holding device for aligning and holding the moving reinforced earth block to move the reinforced earth block in the vertical and horizontal directions. An object of the present invention is to provide a configuration for drying the reinforced earth block to be manufactured, and moving the dried reinforced earth block.

Description

Reinforced soil block conveyor device

The present invention relates to a reinforced earth block conveyor device, and more particularly, to a reinforced earth block transport system comprising a reinforced earth block conveyor device for moving a reinforced earth block from one side to the other after drying.

The reinforcing earth block has a rough surface to be lifted by hand, so it is easy to injure the hand, and since it is heavy, it was not easy to move it without any tools or equipment. Therefore, conventionally, a mechanism and equipment that can easily move the reinforcing earth block have been developed, but moving the reinforcing earth block by manipulating the implement only has a risk of falling off the reinforced earth block and injuring the instep of the foot. There were disadvantages such as requiring a lot of force even if you use the .

On the other hand, although the technology for transferring the reinforced earth block using equipment is disclosed in Patent Registration No. 10-100144, etc., it is inconvenient to use, such as having to hang a rope on large equipment such as a crane, and it has the disadvantage of burdening the cost. .

And if we look at the conventional gripping structure as described above in detail, since there are two parts that come into contact with the block and become the supporting point for lifting the block, it slides well, and it is not balanced and shakes during transport, and the block and the gripped part are It slides well because it is not exactly vertical, and the power to hold the inner wall of the reinforced earth block is weak, so there is a high risk of safety accidents such as the reinforced earth block being separated and falling during transport, and there were disadvantages such as a lot of time wasted in the work.

Republic of Korea Patent No. 10-2027227

An object of the present invention is to provide a configuration for drying the reinforcing earth block to be manufactured, and moving the dried reinforcing soil block.

An object of the present invention is to provide a configuration for moving the reinforcing earth block from one side to the other after the drying is completed.

An object of the present invention is to provide a configuration for aligning and holding the reinforcing soil block to be moved to move it in the vertical and horizontal directions.

The present invention is characterized in that it includes a reinforcing earth block drying device for drying the reinforced earth block to be manufactured, and moving the dried reinforced earth block.

In one embodiment, the reinforcing earth block drying apparatus includes: a reinforcing earth block drying means for drying the reinforced earth block to be manufactured; and reinforcing earth block transfer means for transferring the reinforcing earth block, which has been dried, from the drying unit to the mounting unit side; and a reinforced earth block mounting means for holding the reinforced earth block transported by the conveying means, wherein the reinforced earth block drying unit includes a building side frame having a plurality of compartments formed in a horizontal direction and fixed to the ground vertically; A product seating plate formed to be seated on the drying side plate holder so that the reinforced earth block to be manufactured is seated, a drying side plate holder formed inside the drying side frame formed on both sides, and a transport wheel formed on the bottom surface of the drying side frame to be seated and slide The reinforcing earth block transport means includes a moving bogie formed to move along the ground moving rail in order to move the reinforcing earth block that has been dried from the reinforced earth block drying means to the reinforced earth block mounting means side; A ground moving wheel formed under the moving cart so that the bogie is seated on the ground moving rail and moved, a ground moving rail formed on the ground so that the ground moving wheel is seated and slid, and a plurality of ground surfaces to rotate the ground moving wheel To rotate the ground movement motor formed on one side of the ground movement wheel of any one of the movement wheels, and a direction change plate formed so as to be able to change the direction to the upper part of the moving cart to change the mounting direction of the reinforcing earth block, and to rotate the direction change plate A plate rotating motor formed on one side of the moving bogie, a lifting and lowering frame formed on both sides in the vertical direction above the direction changing plate so that the seating transfer frame can be raised and lowered, and a guide rail formed on both sides so that the guide rail can be coupled to slide in the vertical direction Vertical guides each formed on one side of the elevating frame, a guide horizontal bar formed in the center of the elevating frame formed on both sides so that the vertical cylinder can be seated, and one side for elevating and lowering the seating transfer frame based on the elevating frame. A vertical cylinder that is seated on the guide horizontal bar, the cylinder shaft is connected to the shaft support member, a seating transport frame vertically formed on both sides of the outside of the elevation frame to ascend and descend along the elevation frame, and one side of the seating transport frame so that the seating plate is mounted A seating bar formed on both sides of the direction, a cylinder member formed on the center side and an upper side of the seating transfer frame so that the cylinder shaft is coupled and fixed, and the cylinder shaft slide A shaft support member formed toward the center of the seating transport frame so that it can pass through, a guide rail formed inside the seating transport frame so that the vertical guide can be coupled and slid, and a transport wheel to move the elevating frame to the building side frame. A transfer side wheel rail formed on the upper surface of the transfer cart to be seated, a transfer wheel formed on the lower surface of the direction change plate to be seated on the transfer side wheel rail to slide and move, and any one of a plurality of transfer wheels to rotate the transfer wheel It includes a wheel motor formed on one side of the wheel, and a distance sensing roll formed on one side of the elevating frame to detect the distance of the direction changing plate moving in the direction of the building side frame.

In another embodiment, the reinforcing earth block holding means includes a mounting side frame vertically formed on the ground so that the reinforcing earth block to be moved after drying is completed, and a mounting side frame so that the reinforcing earth block is seated and the moving mounting plate is mounted. It is formed on both sides, and a plurality of mounting side plate cradles formed in the vertical direction on the mounting side frame to mount a plurality of reinforcing earth blocks, and a mounting side wheel rail formed on the inner bottom surface of the mounting side frame so that the transfer wheel is seated and slidably moved. And, in the reinforcing earth block drying device, automatic transfer means formed on both sides of the seating bar are further installed to automatically transfer the reinforcing earth block to be dried to the moving cart side, and the automatic transfer means move the reinforcing soil block from the seating bar to the reinforcing soil block. A side mounting member connected to the cylinder shaft of a mounting bar formed on one side of the seating bar formed on both sides to move to the block side or return to the seating bar side, and a stationary moving cylinder formed on both sides of the reinforcing earth block, respectively, and the side surface A plurality of member moving rollers formed on the seating bar to prevent friction with the seating bar when the mounting member is moved, and a close contact cylinder formed in a vertical direction on the side support member so that the close contact bar is in close contact with the reinforcing earth block, and the reinforcing earth block A close contact bar connected to the cylinder shaft of the close contact holder cylinder to be in close contact, a separation prevention end formed on one side and the other side of the close contact bar bar to fix the reinforcing earth block not to be separated from the close contact block, and the close contact bar is in close contact with the reinforcement earth block A plurality of seatings are formed between a block sensor formed on one side of the inside of the close holding bar to detect close contact and provide sensing information to the moving cylinder side, and the seating bars formed on both sides to smoothly move the reinforced earth block when the reinforced earth block is moved. made of rollers

In another embodiment, the reinforcing earth block drying apparatus is further provided with an automatic mounting means formed on one side of the drying side plate holder in order to automatically move the reinforced earth block seated on the seating bar to the drying side plate holder side, and the automatic mounting means includes , When the reinforcing earth block enters, the entry roller formed on the bottom surface of one side of the drying side plate holder and the reinforcement earth block moved by the entry roller slide smoothly so that the initial entry of the reinforced earth block is made automatically, and it is dried so that it is seated on the drying side holder. A plurality of plate rollers formed on the bottom surface of the side plate holder, a driving motor formed at one end of the drying side plate holder to generate rotational power for rotating the entry roller, and a plate roller and an entry roller A drive gear formed on one side, a power transmission gear formed on one side of the plate roller to provide rotational power generated by the drive motor to one side of the plate roller, and a motor shaft of the drive motor to provide rotational power to the side of the power transmission gear A motor gear formed to be connected to, a drive chain formed for connection between the motor gear and the power transmission gear, and a power transmission chain formed for connection between the drive gear coupled to the plate roller and the drive gear coupled to the entry roller; A plurality of plate feeding holes are formed on the bottom surface of the drying side plate holder so that the reinforcing earth block moving on the drying side plate holder is made smoothly, and a plurality of protrusion grooves formed on the side of the drying side plate holder so that the guide protrusion can flow by the close contact spring; , A guide protrusion that is inserted into the protrusion groove to be movable, a contact guide member formed on one side of the guide protrusion so that the guide roller is coupled, and a close contact formed between the guide protrusion and the protrusion groove so that the guide protrusion flows by cushioning in the protrusion groove It is characterized in that it consists of a spring and a guide roller coupled to the adhesion guide member so that it can be positioned in the center of the drying side plate holder formed on both sides by being in close contact with both sides of the reinforcing earth block entering the drying side plate holder.

The present invention is characterized in that it includes a reinforced earth block conveyor device for moving the reinforcing earth block from one side to the other direction after drying is completed.

In one embodiment, the reinforcing earth block conveyor device includes: a block moving conveyor means for moving the reinforcing earth block that has been dried from one direction to the other; and a plate loading moving means for loading and moving the conveyor plate on which the reinforcing earth block is seated to one side, wherein the block moving conveyor means is formed in a horizontal direction with a predetermined height from the ground. A block conveyor frame and a block conveyor frame One side is connected to the lower side of the block conveyor frame to support the A conveyor chain formed for the connection between the chain gear coupled to the formed conveyor shaft and the chain gear coupled to the conveyor shaft formed at the other end, and the conveyor shaft and block conveyor formed at one end of the block conveyor frame so that the conveyor chain can be coupled A chain gear formed on each of the conveyor shafts formed at the other end of the frame, and a conveyor motor connected to any one of the conveyor shafts of one end and the other end to rotate the conveyor shafts formed at one end and the other end of the block conveyor frame; , A locking member formed on the conveyor chain to fix one side and the other side of the conveyor plate seated on the plate guide, and a conveyor plate formed to be moved in one direction by the locking member on the plate guide on which the reinforcing earth block is seated, and the conveyor A plate guide formed in the longitudinal direction on both sides of the upper surface of the block conveyor frame so that the plate can be seated and slide-moved, a fixing table formed on one side of the block conveyor frame, and a fixing table formed on both sides of the fixing table so that the moving conveyor plate can be moved without being separated It includes a plate fixing roller and a plurality of foreign matter removal panels formed so as to be in close contact with the conveyor plate on the fixing table to remove the foreign substances remaining on the conveyor plate, wherein the plate loading moving means is formed at a predetermined distance from the block conveyor frame on one side, and , the other side is a moving frame formed at a predetermined distance from the plate conveyor frame, a moving frame rail formed on the upper surface of the moving frame so that the plate moving roller can be seated and slid, and one or the other direction along the moving frame rail A plate moving member formed on the moving frame rail to move in one direction, and the moving frame A plurality of plate moving rollers seated on the rail and formed on the lower surface of the plate moving member to move the plate moving member, and a plate adhesion cylinder formed in the center of the plate moving member to elevate and lower the plate fixing frame toward the conveyor plate; A plate fixing frame raised and lowered by a cylinder and formed with a plurality of magnets, a plurality of magnets formed on the lower surface of the plate fixing frame to lift the moving conveyor plate using magnetism, and a conveyor plate moving along the block conveyor frame One side and the other side of the plate conveyor frame to rotate the block conveyor frame and the plate conveyor frame fixed to the ground in one direction to move the A load moving shaft formed in the center, a moving shaft gear formed to fasten the moving shaft chain to each loading moving shaft to rotate the loading moving shaft, and a load moving shaft formed in the center of the plate conveyor frame are connected to each other through a power chain. A movement formed for interconnection between a moving shaft motor formed at the lower center of the plate conveyor frame, a moving shaft gear formed on one side, the other side, and the center side of the plate conveyor frame, and a connection between the moving shaft gear on the central side and the moving shaft motor Includes axis chains.

In another embodiment, the reinforcing earth block conveyor device includes a decision line moving means formed on both sides of the block conveyor frame so that the conveyor plate moving along the block conveyor frame can be moved in one direction from the center of the block conveyor frame is further installed, The determination row moving means is formed on both sides of the block conveyor frame on one side so as to pull the close alignment member toward the block conveyor frame, and the other side is a close contact cylinder connected to the close contact alignment member, respectively, and the block conveyor frame by the close cylinder A close contact alignment member connected to the cylinder shaft of the close contact cylinder so that it can be pulled to the side or moved to the initial position, and an alignment variable formed on one side of the upper side of the close contact alignment member so that the close contact alignment roller can be brought into close contact with the position of the moving conveyor plate A member, an alignment variable groove formed on the alignment variable member so that the variable roller shaft is buffered by the conveyor plate, and one side is coupled to the roller fixing member so that it is coupled to the alignment variable groove and flows in one direction by a buffer action, A roller variable shaft to which the close alignment roller is coupled to the other side, a roller fixing member coupled to one side of the variable roller shaft to prevent the close alignment roller from coming out of the alignment variable member, and a conveyor plate that is moved in contact with one side of the moving conveyor plate A close contact alignment roller formed so as to be rotatable to the lower part of the variable roller shaft so as to be located in the center of the block conveyor frame, and a close contact alignment roller which is in close contact with the conveyor plate, is formed in the alignment variable groove so that a buffer action is made in one direction in the alignment variable groove made of spring

In another embodiment, the reinforcing earth block conveyor device further includes a block buffer moving means for detecting the seating of the reinforcing earth block and fixing the side of the reinforced earth block when the reinforcing earth block is seated. In order to fix the buffer plate formed at an interval, the buffer spring formed between the conveyor plate and the buffer plate, the spring fixing protrusion formed on the upper surface of the conveyor plate corresponding to the lower surface of the buffer plate, respectively, and formed on the upper surface of the conveyor plate A buffer spring formed between the lower surface of the buffer plate at a position corresponding to the spring fixing protrusion, a detection member formed on the lower surface of the buffer plate so that the detection sensor detects the height, and a detection member on the upper surface of the conveyor plate to detect the detection member Rotation between the side cylinders formed on both sides of the conveyor plate, and the cylinder shaft of the side cylinder and the side adhesion bar, in order to adhere to the side of the reinforcing earth block by rotating the detection sensor formed at the position, the side adhesion members formed on both sides of the buffer plate, respectively A bar hinge formed for coupling, one side is connected to the bar hinge to rotate the side bonding member toward the reinforcing earth block, and the other side is a side bonding bar coupled to the side bonding member by a member hinge, and the side surface during operation of the side cylinder The side adhesion member formed on both sides of the conveyor plate by a rotary hinge so as to be closely attached to the side of the reinforcing earth block by the adhesion bar, the member hinge formed on one side of the side adhesion member so that the side adhesion bar is connected and rotated, and the side adhesion member is buffered It is characterized in that it consists of a rotary hinge formed on both sides of the buffer plate so that it can be rotated to the central side of the buffer plate on the plate.

The present invention is characterized in that it includes a reinforcing earth block side holding device for aligning and holding the moving reinforcing earth block and moving it in the vertical and horizontal directions after ascending.

In one embodiment, the reinforcing earth block side holding device, the block side holding means for aligning and gripping the side of the reinforced earth block moved through the reinforced earth block conveyor device; And block moving elevating means for elevating the reinforcing earth block gripped by the block side holding means; and a block rotation means formed between the block moving elevating means and the block side gripping means to change the direction after the block side gripping means is gripped, wherein the block side gripping means includes an alignment cylinder for aligning and gripping the reinforcing earth block. A main plate connected to the lower side of the block rotating means to form a holding cylinder and a holding cylinder formed horizontally on both sides of the lower surface of the holding guide member so that the holding bar for holding the reinforced earth block can be moved toward the reinforced earth block. One side is formed on both sides of the main plate so that the gripping guide member protrudes from the lower surface of the main plate to both sides so that the gripping guide bar can be fixed, and the gripping member is combined to smoothly slide toward the reinforcing earth block when the gripping cylinder is operated A gripping guide bar formed between the gripping guide members, the gripping member coupled to the gripping guide bars formed on both sides around the center so as to slide along the gripping guide bar in the central direction of the main plate, and when the gripping cylinder is operated A holding bar formed on one side of the lower surface of each holding member formed on both sides to grip the reinforced earth block in close contact with the reinforced earth block, and formed between the holding guide member and the alignment guide member so that the holding guide member and the alignment guide member can be interconnected Alignment cylinders formed on both sides of the lower surface of the alignment guide member to align the connecting frame and the reinforcing earth block with the center of the main plate before gripping, and an alignment guide member formed to protrude from the lower surface of the connecting frame to both sides so that the alignment guide bar can be fixed; The alignment guide bar formed between the alignment guide members formed on both sides of the connection frame on one side and the alignment guide bar on one side so that the alignment member is coupled and slides smoothly toward the reinforcement earth block when the alignment cylinder is operated. Alignment members that are respectively coupled to the alignment guide bars formed on both sides around the center, and when the alignment cylinder is operated, each alignment member formed on both sides to align the reinforcement earth block by being in close contact with the reinforcement earth block is formed on one side Including an alignment bar, the block The moving elevating means includes a horizontal moving frame formed at a predetermined distance from the ground in order to move the reinforcing earth block to be gripped from one direction to the other, and one side is coupled with an elevating cylinder to elevate and lower based on the horizontal moving frame, and , The other side is an elevating support frame formed in combination with a rotating plate, and a moving frame member that is seated on the horizontal moving frame so as to slide in either one direction or the other direction along the horizontal moving frame, and the elevating support frame. One side is vertically coupled to one side of the moving frame member in order to vertically elevate based on the moving frame member, and the other side is connected to the inner side of the elevating and lowering support frame. It includes a horizontal movement motor connected to the moving frame member to one side of the upper side of the horizontal moving frame to slide, and the block rotating means is connected to a rotating plate formed as a lower surface of the elevating support frame, and one side is connected to the rotating plate to rotate A plate gear formed so as to be possible and the other side is fixedly coupled to the main frame, a plate motor formed on one side of the rotating plate to rotate the motor side gear, and a motor side gear formed to engage the plate gear with one side of the rotating plate And, the reinforcing earth block side holding device is further provided with a dust scattering suction means formed on the block moving elevating and lowering means to suck dust scattered from the reinforcing earth block moved upward by the block moving elevating and lowering means, and the scattering dust suction The means includes a suction case formed on any one of the guide member of the holding guide member or the alignment guide member so that the scattered dust can be sucked, and one side is the suction case so that air is sucked toward the suction pump for sucking the scattered dust toward the suction case. A suction pipe connected to the upper part and the other side connected to the suction pump, a suction pump formed on one side of the suction pipe to suck scattered dust around the suction case through the suction pipe, and to filter foreign substances in the air sucked into the suction case The suction net formed inside the suction case, and two inside the suction case so that the suction mesh can be attached A mesh attachment end formed by a wire, a polluted water network formed diagonally upward inside the suction case so that fine dust and mist in the air flowing through the suction network are mixed and moved to the polluted water discharge pipe side, and to spray the mist toward the polluted water network A mist nozzle formed to be sprayed toward the polluted water network from the upper side of the suction case, a polluted water discharge pipe formed through one side of the suction case so that the polluted water mixed with mist and scattered dust is discharged to the outside, and the polluted water discharge pipe A separation discharge case formed on one side of the contaminated water discharge pipe to store contaminated water, a discharge screw formed on the inner bottom surface of the separation discharge case to move foreign substances in the contaminated water to the sludge discharge tube side, and a discharge screw on one side to rotate the discharge screw A discharge motor connected to the outside of the separation discharge case, the other side is coupled to the outside of the separation discharge case, and a discharge water pipe formed on one side of the bottom surface inside the separation discharge case so that polluted water is discharged from the foreign substances that are moved and discharged by the discharge screw, and moved by the discharge screw It consists of a sludge discharge pipe formed on one side of the bottom surface of the separation discharge case to discharge the sludge to the outside.

In another embodiment, the reinforcing earth block side holding device is further provided with a variable holding means for holding the slope of the reinforcing earth block, and the variable holding means includes a variable support formed as a lower surface of the rotating plate, a first variable cylinder and When the second variable cylinder is operated, the variable gripping member formed between the first and second variable cylinders, respectively, and the variable gripping member are assembled to the center side to hold the square edge of the reinforcing earth block by gathering toward the center of the variable support. The first variable cylinders respectively formed in the vertical direction of the variable support so as to operate in opposite directions or to operate in opposite directions, and the variable holding member to gather toward the center or to operate in opposite directions in the horizontal direction of the variable support. A second variable cylinder formed respectively, and a lifting driving roller formed under the inner surface of the variable holding member so as to move smoothly upwards inside the variable holding member by driving of a lifting motor when it is placed on the reinforcing earth block and in close contact with the reinforcing earth block; A plurality of lifting rollers formed in a vertical direction on the inner surface of the variable holding member so as to be in close contact with the side surface of the reinforcing earth block by the member, and a lifting driving roller are rotated to vertically move on the inside of the variable holding member positioned at the corner of the square A variable gripping member to fix a lifting motor formed by penetrating the variable gripping member to one side of the lifting driving roller, and a touch sensor formed so that the reinforcing soil block that rises when the variable gripping member formed at the corner of the square is in close contact with the reinforcing earth block is detected It is characterized in that it consists of a sensor member formed in the upper portion, and a touch sensor formed in the lower portion of the sensor member to sense that the raised reinforcing earth block is touched.

As described above, the present invention moves the reinforced earth block to be manufactured to the drying means and automatically moves the product to the outside after drying is completed, thereby providing the effect of safety for workers and reduction of labor costs.

The present invention has the effect of reducing transport costs and providing efficiency of work through transport means by automatically moving the manufactured reinforcing earth block to a position for loading it.

The present invention has the effect of aligning the four sides of the reinforcing earth block to be moved so that the vertical rise can be moved smoothly, and the convenience of work and the effect of reducing the transport cost by automatically holding and moving without a transport means by an operator. to provide.

1 is a view showing the present invention reinforced earth block drying apparatus.
2A and 2B are detailed views of FIG. 1 .
3 is a view showing an automatic transport means, which is another embodiment of the reinforced earth block drying apparatus.
FIG. 4 is a detailed view of FIG. 3 .
5 is a view showing an automatic mounting means, which is another embodiment of the reinforced earth block drying apparatus.
FIG. 6 is a detailed view of FIG. 5 .
7 is a view showing the present invention reinforced earth block conveyor device.
8A and 8B are detailed views of FIG. 7 .
9 is a view showing a decision row moving means, which is another embodiment for the reinforced earth block conveyor device.
FIG. 10 is a detailed view of FIG. 9 .
11 is a view showing a block buffer moving means that is another embodiment for the reinforced earth block conveyor device.
12 is a detailed view of FIG. 11 .
13 is a view showing the present invention reinforced earth block side gripping device.
14A and 14B are detailed views of FIG. 13 .
15 is a view showing a scattering dust suction means according to another embodiment of the reinforcement earth block side gripping device.
FIG. 16 is a detailed view of FIG. 15 .
17 is a view showing a variable gripping means, which is another embodiment of the reinforcing earth block side gripping device.
FIG. 18 is a detailed view of FIG. 17 .

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0023] Reference is made to the accompanying drawings, which show by way of illustration specific embodiments in which the present invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein with respect to one embodiment may be embodied in other embodiments without departing from the spirit and scope of the invention. In addition, it should be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description set forth below is not intended to be taken in a limiting sense, and the scope of the invention, if properly described, is limited only by the appended claims, along with all scope equivalents to those claimed. Like reference numerals in the drawings refer to the same or similar functions throughout the various aspects.

1 is a view showing a reinforced earth block drying apparatus 100 of the present invention, and FIGS. 2a and 2b are detailed views of FIG. 1 .

As shown in the drawing, the reinforcing earth block drying apparatus 100 is characterized in that it dries the manufactured reinforcing earth block and moves the reinforcing earth after drying is completed.

The reinforcing earth block drying apparatus 100 includes a reinforcing earth block drying means 110 , a reinforcing earth block transferring means 130 , and a reinforcing earth block mounting means 170 .

The reinforcing earth block drying means 110 is characterized in that it is for drying the reinforced earth block to be manufactured.

The reinforcing earth block drying means 110 includes a drying side frame 111 , a product seating plate 112 , a drying side plate holder 113 , and a drying side wheel rail 114 .

The drying side frame 111 is characterized in that a plurality of compartments are formed in the horizontal direction, and are vertically fixed to the ground.

The product seating plate 112 is formed so that the manufactured reinforcing earth block is seated, and the product seating plate 112 is formed to be seated on the drying side plate holder 113 .

The drying side plate holder 113 is characterized in that it is formed inside the drying side frame 111 formed on both sides.

The drying side wheel rail 114 is formed so that the conveying wheel 147 is seated and slides, and the drying side wheel rail 114 is formed on the bottom surface of the drying side frame 111 .

The reinforcing earth block transport means 130 is characterized in that it is for transporting the reinforcing earth block that has been dried from the drying means to the mounting means.

The reinforcing earth block transport means 130 is a moving bogie 131, a ground moving wheel 132, a ground moving rail 133, a ground moving motor 134, a direction changing plate 135, a plate rotating motor 136, Elevating frame 137, vertical guide 138, guide horizontal bar 139, vertical cylinder 140, seating transfer frame 141, seating bar 142, cylinder member 143, shaft support member 144 ), a guide rail 145 , a transport side wheel rail 146 , a transport wheel 147 , a wheel motor 148 , and a distance sensing roll 149 .

The moving bogie 131 is formed to move the reinforcing earth block that has been dried from the reinforcing earth block drying means 110 side to the reinforcing earth block holding means 170 side, and the moving bogie 131 is a ground moving rail 133 It is characterized in that it is formed to move along.

The ground moving wheel 132 is formed such that the moving bogie 131 is seated on the ground moving rail 133 to move, and the ground moving wheel 132 is formed to be formed below the moving bogie 131 . do it with

The ground moving rail 133 is formed so that the ground moving wheel 132 is seated and slidable, and the ground moving rail 133 is formed on the ground.

The ground moving motor 134 is formed to rotate the ground moving wheel 132 , and the ground moving motor 134 is one of the plurality of ground moving wheels 132 . characterized in that it is formed.

The direction change plate 135 is formed to change the mounting direction of the reinforcing earth block, and the direction change plate 135 is formed so as to be able to change the direction to the upper portion of the moving bogie 131 .

The plate rotation motor 136 is formed to rotate the direction change plate 135 , and the plate rotation motor 136 is formed on one side of the moving cart 131 .

The elevating frame 137 is formed so that the seating transfer frame 141 can be elevated and lowered, and the elevating frame 137 is formed on both sides of the upper vertical direction of the direction changing plate 135 .

The vertical guide 138 is formed so that the guide rail 145 is coupled to slide in the vertical direction, and the vertical guide 138 is formed on one side of the elevating frame 137 formed on both sides. do it with

The guide horizontal bar 139 is formed so that the vertical cylinder 140 can be seated, and the guide horizontal bar 139 is formed in the center of the elevating frame 137 formed on both sides.

The vertical cylinder 140 is formed to elevate and lower the seating transfer frame 141 based on the elevating frame 137, and the vertical cylinder 140 is seated on one side of the guide horizontal bar 139, The cylinder shaft is characterized in that it is connected to the shaft support member (144).

The seating transfer frame 141 is formed to be raised and lowered along the elevating frame 137, and the seating transfer frame 141 is vertically formed on both sides of the inner side of the elevating frame 137.

The seating bar 142 is formed such that a seating plate is mounted, and the seating bar 142 is formed on both sides of the seating transfer frame 141 in one direction.

The cylinder member 143 is formed such that the cylinder shaft is coupled and fixed, and the cylinder member 143 is formed on the center side and the upper side of the seating transfer frame 141 .

The shaft support member 144 is formed so that the cylinder shaft slides through, and the shaft support member 144 is formed toward the center of the seating transfer frame 141 .

The guide rail 145 is formed so that the vertical guide 138 can be coupled and slid, and the guide rail 145 is formed inside the seating transfer frame 141 .

The transport side wheel rail 146 is formed to move the elevating frame 137 to the building side frame 111 side, and the transport side wheel rail 146 is a moving cart so that the transport wheel 147 is seated. (131) It is characterized in that it is formed as an upper surface.

The transfer wheel 147 is seated on the transfer side wheel rail 146 and is formed to slide, and the transfer wheel 147 is formed on the lower surface of the direction change plate 135 .

The wheel motor 148 is formed to rotate the conveying wheel 147, and the wheel motor 148 is formed on one side of the conveying wheel 147 of any one of the plurality of conveying wheels 147. do.

The distance sensing roll 149 is formed to detect the distance of the direction changing plate 135 moving in the direction of the drying side frame 111 , and the distance sensing roll 149 moves to one side of the elevating frame 137 . characterized in that it is formed.

The reinforcing earth block mounting means 170 is characterized in that it is for mounting the reinforcing earth block transferred by the conveying means.

The reinforcing earth block mounting means 170 includes a mounting side frame 171 , a mounting side plate holder 172 , and a mounting side wheel rail 173 .

The mounting side frame 171 is formed so that the reinforcing earth block which is moved after drying is completed, the mounting side frame 171 is characterized in that it is vertically formed on the ground.

The mounting side plate holder 172 is formed so that a seating plate on which the reinforcing earth block is seated and moved is mounted. It is characterized in that a plurality is formed in the vertical direction on the mounting side frame 171 for the purpose.

The stationary side wheel rail 173 is formed so that the conveying wheel 147 is seated and slides, and the stationary side wheel rail 173 is formed on the inner bottom surface of the stationary side frame 171 .

3 is a view showing an automatic transfer means 200, which is another embodiment for the reinforced soil block drying apparatus 100, and FIG. 4 is a detailed view of FIG.

As shown in the figure, the automatic transfer means 200 is to be further installed in the reinforcing earth block drying apparatus 100, and the automatic transfer means 200 automatically transfers the reinforcing earth block to be dried to the moving bogie 131 side. It is characterized in that it is formed on both sides on the seating bar 142 in order to do so.

The automatic transfer means 200 includes a moving cylinder 210, a side mounting member 211, a member moving roller 212, a close contact cylinder 213, a close contact bar 214, a separation preventing end 215, It includes a block sensor 216 and a seating roller 217 .

The mounted moving cylinder 210 is formed to move the side mounting member 211 from the seating bar 142 to the reinforcing earth block side, or to return to the seating bar 142 side, and the mounted moving cylinder 210 is on both sides. It is characterized in that it is formed on one side of the seating bar 142 formed of.

The side mounting member 211 is characterized in that it is connected to the cylinder shaft of the moving cylinder 210 formed on both sides of the reinforcing earth block, respectively.

The member moving roller 212 is formed to prevent friction with the seating bar 142 when the side mounting member 211 is moved, and the member moving roller 212 is formed in plurality on the seating bar 142 . characterized by being

The close contact cylinder 213 is formed so that the close contact bar 214 is in close contact with the reinforcing earth block, and the close contact cylinder 213 is formed in a vertical direction on the side mounting member 211 .

The close contact bar 214 is formed to be in close contact with the reinforcing earth block, and the close contact bar 214 is connected to the cylinder shaft of the close contact cylinder 213 .

The separation prevention end 215 is formed to fix the reinforcing earth block so as not to be separated from the close contact support bar 214, and the separation prevention end 215 is formed on one side and the other side of the close contact support bar 214, respectively. characterized.

The block sensor 216 is formed to detect the close contact when the close contact bar 214 is in close contact with the reinforcing earth block and provide sensing information to the fixed moving cylinder 210 side, and the block sensor 216 is the close contact bar ( 214) is characterized in that it is formed on one side of the inside.

The seating roller 217 is formed to move the reinforcing earth block smoothly when the reinforcing earth block is moved, and the seating roller 217 is characterized in that a plurality of seating rollers 217 are formed between the seating bars 142 formed on both sides.

5 is a view showing an automatic mounting means 300, which is another embodiment for the reinforced earth block drying apparatus 100, and FIG. 6 is a detailed view of FIG.

As shown in the drawing, the automatic holding means 300 is to be further installed in the reinforcing earth block drying apparatus 100, and the automatic holding means 300 is seated on the seating bar 142 to dry the reinforcing earth block entering. It is characterized in that it is formed on one side of the drying side plate holder 113 in order to automatically move to the side plate holder 113 side.

The automatic mounting means 300 includes an entry roller 310, a plate roller 311, a driving motor 312, a driving gear 313, a power transmission gear 314, a motor gear 315, and a driving chain 316. , a power transmission chain 317 , a plate feeder 318 , a protrusion groove 319 , a guide protrusion 320 , a contact guide member 321 , a contact spring 322 , and a guide roller 323 .

The entry roller 310 is formed so that the initial entry of the reinforcement earth block is automatically made when the reinforcement earth block enters, and the entry roller 310 is formed on the bottom surface of one side of the drying side plate holder 113 .

The plate roller 311 is formed such that the reinforcing earth block moved by the entry roller 310 slides smoothly to be seated on the drying side holder, and the plate roller 311 is the bottom surface of the drying side plate holder 113 . It is characterized in that a plurality is formed in the.

The driving motor 312 is formed to generate rotational power for rotating the entry roller 310 , and the driving motor 312 is formed at one end of the drying side plate holder 113 .

The driving gear 313 is formed to receive rotational power of the driving motor 312, and the driving gear 313 is formed on one side of the plate roller 311 and the entry roller 310, respectively. .

The power transmission gear 314 is formed to provide rotational power generated by the driving motor 312 to one side of the plate roller 311 , and the power transmission gear 314 is formed on one side of the plate roller 311 . characterized in that

The motor gear 315 is formed to provide rotational power to the power transmission gear 314 side, and the motor gear 315 is connected to the motor shaft of the driving motor 312 .

The driving chain 316 is formed for connection between the motor gear 315 and the power transmission gear 314 .

The power transmission chain 317 is characterized in that it is formed for connection between the driving gear 313 coupled to the plate roller 311 and the driving gear 313 coupled to the entry roller 310 .

The plate feeding hole 318 is formed so that the reinforcing earth block moving on the drying side plate holder 113 is smoothly made, and the plate feeding hole 318 is formed in a plurality on the bottom surface of the drying side plate holder 113, characterized in that do.

The protrusion groove 319 is formed so that the guide protrusion 320 can flow by the contact spring 322, and the protrusion groove 319 is formed in a plurality on the side of the drying side plate holder 113. do.

The guide protrusion 320 is inserted into the protrusion groove 319 to be movable.

The close contact guide member 321 is characterized in that the guide roller 323 is formed on one side of the guide protrusion 320 to be coupled.

The contact spring 322 is formed so that the guide protrusion 320 flows by cushioning in the protrusion groove 319, and the contact spring 322 is formed between the guide protrusion 320 and the protrusion groove 319. characterized in that

The guide roller 323 is formed to be positioned in the center of the drying side plate holder 113 formed on both sides by being in close contact with both sides of the reinforcing earth block entering the drying side plate holder 113, the guide roller 323 is coupled to the close contact guide member 321 .

7 is a view showing a reinforced earth block conveyor apparatus 400 of the present invention, and FIGS. 8a and 8b are detailed views of FIG. 7 .

As shown in the drawing, the reinforcing earth block conveyor device 400 is characterized in that it is for moving the reinforcing earth block that has been dried from one side to the other.

The reinforced earth block conveyor device 400 includes a block moving conveyor means 400 and a plate loading moving means 450 .

The block moving conveyor means 400 is characterized in that it is for moving the reinforcing earth block that has been dried from one direction to the other.

The block moving conveyor means 400 includes a block conveyor frame 411, a frame support 412, a conveyor shaft 413, a conveyor chain 414, a chain gear 415, a conveyor motor 416, and a locking member 417. ), a conveyor plate 418 , a plate guide 419 , a fixing table 420 , a plate fixing roller 421 , and a foreign material removal panel 422 .

The block conveyor frame 411 is characterized in that it is formed in a horizontal direction with a predetermined height from the ground.

The frame support 412 is formed to support the block conveyor frame 411, and the frame support 412 has one side connected to the lower side of the block conveyor frame 411, and the other side is fixed to the ground. do.

The conveyor shaft 413 is formed so that the chain gear 415 can be coupled, and the conveyor shaft 413 is formed at one end and the other end of the block conveyor frame 411, respectively.

The conveyor chain 414 is formed for connection between the chain gear 415 coupled to the conveyor shaft 413 formed at one end and the chain gear 415 coupled to the conveyor shaft 413 formed at the other end. do it with

The chain gear 415 is formed so that the conveyor chain 414 can be coupled, and the chain gear 415 includes a conveyor shaft 413 and a block conveyor frame 411 formed at one end of the block conveyor frame 411. ) It is characterized in that each formed on the conveyor shaft 413 formed at the other end.

The conveyor motor 416 is formed to rotate the conveyor shaft 413 formed at one end and the other end of the block conveyor frame 411, and the conveyor motor 416 is one of the one end and the other end. It is characterized in that it is connected to the conveyor shaft (413).

The locking member 417 is formed to fix one side and the other side of the conveyor plate 418 seated on the plate guide 419, and the locking member 417 is formed on the conveyor chain 414. do it with

The conveyor plate 418 is characterized in that the reinforcing earth block is seated and is formed to be moved in one direction by the engaging member 417 on the plate guide 419 .

The plate guide 419 is formed so that the conveyor plate 418 can be seated and slidably moved, and the plate guide 419 is formed in the longitudinal direction on both sides of the upper surface of the block conveyor frame 411 .

The fixing table 420 is characterized in that it is formed on one side of the block conveyor frame 411.

The plate fixing roller 421 is formed so that the moving conveyor plate 418 can be moved without being separated, and the plate fixing roller 421 is formed on both sides of the fixing table 420 .

The foreign material removal panel 422 is formed to remove the foreign material remaining on the conveyor plate 418, and the foreign material removal panel 422 is formed in plurality so as to be in close contact with the conveyor plate 418 side on the holder 420. characterized.

The plate loading moving means 450 is characterized in that the conveyor plate 418 on which the reinforcing earth block is seated is loaded and moved to one side.

The plate loading and moving means 450 is a moving frame 451, a moving frame rail 452, a plate moving member 453, a plate moving roller 454, a plate adhesion cylinder 455, a plate fixing frame 456, It includes a magnetic 457 , a plate conveyor frame 458 , a loading moving shaft 459 , a moving shaft motor 460 , a moving shaft chain 461 , and a moving shaft gear 462 .

The moving frame 451 is characterized in that one side is formed with a predetermined interval from the block conveyor frame 411, and the other side is formed with a predetermined interval from the plate conveyor frame 458.

The moving frame rail 452 is formed so that the plate moving roller 454 can be seated and slid, and the moving frame rail 452 is formed on the upper surface of the moving frame 451 .

The plate moving member 453 is formed to move in either one direction or the other direction along the moving frame rail 452, and the plate moving member 453 is formed on the moving frame rail 452. characterized in that

The plate moving roller 454 is seated on the moving frame rail 452 to move the plate moving member 453, and the plate moving roller 454 is formed in plurality on the lower surface of the plate moving member 453. characterized in that

The plate adhesion cylinder 455 is formed to raise and lower the plate fixing frame 456 toward the conveyor plate 418, and the plate adhesion cylinder 455 is formed in the center of the plate moving member 453. do.

The plate fixing frame 456 is raised and lowered by the plate adhesion cylinder 455, and a plurality of magnetics 457 are formed.

The magnetic 457 is formed to lift the moving conveyor plate 418 using magnetism.

The plate conveyor frame 458 is formed to move the conveyor plate 418 moving along the block conveyor frame 411 in one direction, and the plate conveyor frame 458 is the block conveyor frame 411 in one direction. It is characterized in that it is fixed to the ground.

The loading moving shaft 459 is formed to rotate a moving shaft chain 461 for moving the conveyor plate 418 loaded on the plate conveyor frame 458 to one side, and the loading moving shaft 459 is a plate conveyor The frame 458 is characterized in that it is formed on one side, the other side, and the center.

The moving shaft motor 460 is formed to be connected to a loading moving shaft 459 formed in the center of the plate conveyor frame 458 through a power chain, and the moving shaft motor 460 is formed in the center of the plate conveyor frame 458 . It is characterized in that it is formed in the lower part.

The moving shaft chain 461 is interconnected to the moving shaft gear 462 formed on one side, the other side, and the center side of the plate conveyor frame 458, and the moving shaft gear 462 and the moving shaft motor 460 on the central side. It is characterized in that it is formed for the connection between them.

The moving shaft gear 462 is formed to rotate the loading moving shaft 459, and the moving shaft gear 462 is formed to fasten the moving shaft chain 461 to each loading moving shaft 459. characterized.

9 is a view showing a judgment row moving means 500 that is another embodiment for the reinforced earth block conveyor device 400, and FIG. 10 is a detailed view of FIG.

As shown in the figure, the determination row moving means 500 is to be further installed in the reinforced earth block conveyor device 400 , and the determination row moving means 500 is a conveyor plate that is moved along the block conveyor frame 411 . It is characterized in that the block conveyor frame 411 is formed on both sides of the block conveyor frame 411 so that it can be moved in one direction from the center of the block conveyor frame 411.

The determination row moving means 500 includes a close contact cylinder 510, a close contact alignment member 511, an alignment variable member 512, an alignment variable groove 513, a roller variable shaft 514, a roller fixing member 515, It includes a close contact alignment roller (516) and a close contact spring (517).

The close contact cylinder 510 is formed to pull the close contact aligning member 511 toward the block conveyor frame 411, and the close contact cylinder 510 is formed on both sides when one side is the block conveyor frame 411, and the other The side is characterized in that it is formed to be connected to the close contact alignment member (511), respectively.

The close contact alignment member 511 is pulled toward the block conveyor frame 411 by the close contact cylinder 510 or is formed to be moved to an initial position, and the close contact alignment member 511 is the close contact cylinder 510 It is characterized in that it is connected to the cylinder shaft.

The alignment variable member 512 is formed so as to be in close contact with the position of the conveyor plate 418 to which the close contact alignment roller 516 is moved. characterized in that it is formed.

The variable alignment groove 513 is formed so that the variable roller shaft 514 is buffered and moved by the conveyor plate 418, and the variable alignment groove 513 is formed on the variable alignment member 512. do.

The variable roller shaft 514 is coupled to the alignment variable groove 513 to flow in one direction by a buffer action, and the variable roller shaft 514 has one side coupled to the roller fixing member 515, It is characterized in that the close contact alignment roller 516 is coupled to the other side.

The roller fixing member 515 is formed so that the close alignment roller 516 does not fall out of the alignment variable member 512, and the roller fixing member 515 is coupled to one side of the variable roller shaft 514. .

The close contact alignment roller 516 is formed so that the moving conveyor plate 418 in contact with one side of the moving conveyor plate 418 is positioned at the center of the block conveyor frame 411, the close contact alignment roller 516 The roller variable shaft 514 is characterized in that it is formed to be rotatable to the lower part.

The contact spring 517 is formed so that the contact alignment roller 516 in close contact with the conveyor plate 418 has a buffer action in one direction in the alignment variable groove 513, and the contact spring 517 is aligned with the variable alignment groove 513. It is characterized in that it is formed in the groove (513).

11 is a view showing a block buffer moving means 600 that is another embodiment for the reinforced earth block conveyor device 400, and FIG. 12 is a detailed view of FIG.

As shown in the figure, the block buffer moving means 600 is to be further installed in the reinforced earth block conveyor device 400, and the block buffer moving means 600 detects the seating when the reinforced earth block is seated, and the side of the reinforced earth block It is characterized in that for fixing.

The block buffer moving means 600 is a buffer plate 610, a spring fixing protrusion 611, a buffer spring 612, a detection member 613, a detection sensor 614, a side cylinder 615, a bar hinge 616. ), a side adhesion bar 617 , a side adhesion member 618 , a member hinge 619 , and a rotation hinge 620 .

The buffer plate 610 is characterized in that the conveyor plate 418 is formed at a predetermined interval upwards.

The spring fixing projection 611 is formed to fix the buffer spring 612 formed between the conveyor plate 418 and the buffer plate 610, and the spring fixing projection 611 is the buffer plate 610. It is characterized in that each is formed on the upper surface position of the conveyor plate 418 corresponding to each other.

The buffer spring 612 is characterized in that it is formed between the lower surface of the buffer plate 610, which is a position corresponding to the spring fixing projection 611 formed on the upper surface of the conveyor plate 418.

The detection member 613 is formed so that the detection sensor 614 detects the height, the detection member 613 is characterized in that it is formed on the lower surface of the buffer plate (610).

The detection sensor 614 is formed to detect the detection member 613 , and the detection sensor wire is formed at a position corresponding to the detection member 613 on the upper surface of the conveyor plate 418 .

The side cylinder 615 is formed to adhere to the side of the reinforcing earth block by rotating the side adhesion members 618 formed on both sides of the buffer plate 610, and the side cylinder 615 is a conveyor plate 418 on both sides. It is characterized in that each is formed.

The bar hinge 616 is characterized in that it is formed for rotational coupling between the cylinder shaft of the side cylinder 615 and the side adhesion bar 617 .

The side bonding bar 617 is formed to rotate the side bonding member 618 toward the reinforcing earth block, and the side bonding bar 617 has one side connected to the bar hinge 616, and the other side is a member hinge 619 ) is characterized in that it is formed coupled to the side adhesion member (618).

The side adhesion member 618 is formed on both sides of the conveyor plate 418 by a rotary hinge 620 so as to be in close contact with the side of the reinforcing earth block by the side adhesion bar 617 when the side cylinder 615 is operated. do.

The member hinge 619 is formed such that the side contact bar 617 is connected to be rotated, and the member hinge 619 is formed on one side of the side contact member 618 .

The rotary hinge 620 is formed so that the side adhesion member 618 can be rotated toward the center side of the buffer plate 610 on the buffer plate 610, and the rotation hinge 620 is formed on both sides of the buffer plate 610. characterized by being

Figure 13 is a view showing the present invention reinforced earth block side gripping device 700, Figure 14a 14b is a detailed view of Figure 13.

As shown in the figure, the reinforcing earth block side holding device 700 is characterized in that it aligns and holds the moving reinforcing earth block and moves it in the vertical and horizontal directions after ascending.

The reinforced earth block side gripping device 700 includes a block side gripping means 710 , a block moving elevating means 730 , and a block rotating means 750 .

The block side holding means 710 is characterized in that for aligning and gripping the side of the reinforcing earth block moved through the reinforced earth block conveyor device 400 .

The block side holding means 710 is a main plate 711, an alignment cylinder 718, an alignment guide member 722, an alignment guide bar 719, an alignment member 720, an alignment bar 721, a connection frame ( 717 ), a gripping cylinder 712 , a gripping guide member 716 , a gripping guide bar 713 , a gripping member 714 , and a gripping bar 715 .

The main plate 711 is formed so that an alignment cylinder 718 and a holding cylinder 712 for aligning and holding the reinforcing earth block can be formed, and the main plate 711 is the lower side of the block rotating means 750 . It is characterized in that the connection is formed.

The holding cylinder 712 is formed so that the holding bar 715 for holding the reinforced earth block can be moved to the reinforced earth block side, and the holding cylinder 712 is the holding guide member 716 in the horizontal direction on both sides. characterized in that it is formed.

The gripping guide member 716 is formed so that the gripping guide bar 713 can be fixed, and the gripping guide member 716 is characterized in that it protrudes from the lower surface of the main plate 711 to both sides.

The gripping guide bar 713 is formed such that the gripping member 714 is coupled to the gripping cylinder 712 to smoothly slide toward the reinforcing earth block when the gripping cylinder 712 is operated, and the gripping guide bar 713 has one side of the main plate. (711) It is characterized in that it is formed between the gripping guide members (716) formed on both sides.

The gripping member 714 is formed to slide along the gripping guide bar 713 in the central direction of the main plate 711, and the gripping member 714 is a gripping guide bar formed on both sides around the center. It is characterized in that each bond is formed in (713).

The holding bar 715 is formed to be in close contact with the reinforced earth block and grip the reinforced earth block when the holding cylinder 712 is operated, and the holding bar 715 is each holding member 714 formed on both sides. characterized in that it is formed.

The connection frame 717 is formed so that the gripping guide member 716 and the alignment guide member 722 can be interconnected, and the connection frame 717 includes the gripping guide member 716 and the alignment guide member 722. It is characterized in that it is formed between.

The alignment cylinder 718 is formed to align the reinforcing earth block with the center of the main plate 711 before gripping, and the alignment cylinder 718 is formed on both sides when the alignment guide member 722 is lowered.

The alignment guide member 722 is formed so that the alignment guide bar 719 can be fixed, and the alignment guide member 722 is formed to protrude from the lower surface of the connection frame 717 to both sides.

The alignment guide bar 719 is formed so that the alignment member 720 is coupled to move smoothly toward the reinforcement earth block when the alignment cylinder 718 is operated, and the alignment guide bar 719 has one side of the connection frame. (717) It is characterized in that it is formed between the alignment guide member 722 formed on both sides.

The alignment member 720 is formed to slide along the alignment guide bar 719 in the central direction of the connection frame 717, and the alignment member 720 is an alignment guide bar formed on both sides around the center. It is characterized in that each bond is formed in (719).

The alignment bar 721 is formed to be in close contact with the reinforcement earth block when the alignment cylinder 718 is operated to align the reinforcement earth block, and the alignment bar 721 is each alignment member 720 formed on both sides. characterized in that it is formed.

The block moving elevating means 730 is characterized in that for elevating the reinforcing earth block gripped by the block side gripping means 710 .

The block moving elevating means 730 includes a horizontal moving frame 731 , an elevating support frame 732 , a moving frame member 733 , an elevating cylinder 734 , and a horizontal moving motor 735 .

The horizontal moving frame 731 is formed to move the reinforcing earth block to be gripped from one direction to the other.

The elevating support frame 732 is formed to elevate based on the horizontal moving frame 731, and the elevating support frame 732 has one side coupled with the elevating cylinder 734, and the other side is a rotating plate. It is characterized in that it is formed in combination with (751).

The moving frame member 733 is formed to slide and move in either one direction or the other direction along the horizontal moving frame 731 , and the moving frame member 733 is seated on the horizontal moving frame 731 . characterized by being

The elevating cylinder 734 is formed to elevate the elevating support frame 732 in a vertical direction based on the moving frame member 733, and the elevating cylinder 734 has one side of the moving frame member 733. ) is vertically coupled to one side, and the other side is characterized in that it is connected to one side of the inner side of the elevating support frame (732).

The horizontal moving motor 735 is formed to slide the moving frame member 733 along the horizontal moving frame 731 , and the horizontal moving motor 735 moves the horizontal moving frame 731 to the upper side of the upper side of the frame. It is characterized in that it is connected to the member (733).

The block rotation means 750 is characterized in that it is formed between the block moving elevating means 730 and the block side gripping means 710 to change the direction after the block side gripping means 710 is gripped.

The block rotating means 750 includes a rotating plate 751 , a plate gear 752 , a plate motor 753 , and a motor side gear 754 .

The rotating plate 751 is characterized in that it is formed as a lower surface of the elevating support frame (732).

The plate gear 752 is characterized in that one side is connected to the rotation plate 751 to be rotatable, and the other side is fixedly coupled to the main frame.

The plate motor 753 is formed to rotate the motor side gear 754 , and the plate motor 753 is formed on one side of the rotation plate 751 .

The motor side gear 754 is formed to mesh with the plate gear 752 on one side of the rotation plate 751 .

15 is a view showing a scattering dust suction means 800, which is another embodiment for the reinforced earth block side gripping device 700, and FIG. 16 is a detailed view of FIG.

As shown in the drawing, the scattering dust suction means 800 is further installed in the reinforced earth block side gripping device 700, and the scattering dust suction means 800 is moved up and down by the block movement elevating means 730. It is characterized in that it is formed on the block moving elevating means 730 in order to suck the dust scattered from the reinforcing earth block.

The scattering dust suction means 800 includes a suction case 810, a suction pipe 811, a suction pump 812, a suction network 813, a mesh attachment end 814, a polluted water mesh 815, and a mist nozzle 816. , a polluted water discharge pipe 817 , a separate discharge case 818 , a discharge screw 819 , a discharge motor 820 , a discharge water pipe 821 , and a sludge discharge pipe 822 .

The suction case 810 is formed so that scattered dust can be sucked, and the suction case 810 is formed on any one guide member of the holding guide member 716 and the alignment guide member 722 . do it with

The suction pipe 811 is formed so that air is sucked toward the suction pump 812 for sucking the scattered dust toward the suction case 810, and the suction pipe 811 has one side connected to the suction case 810 and the upper part, It is characterized in that the other side is connected to the suction pump (812).

The suction pump 812 is formed to suck scattered dust around the suction case 810 through the suction pipe 811 , and the suction pump 812 is formed on one side of the suction pipe 811 .

The suction network 813 is formed to filter out foreign substances in the air sucked into the suction case 810 , and the suction network 813 is formed to be detachable from the inside of the suction case 810 .

The mesh attachment end 814 is formed so that the suction network 813 can be attached, and the mesh attachment end 814 is formed around the inside of the suction case 810 .

The polluted water network 815 is formed so that fine dust and mist in the air introduced through the suction network 813 are mixed and moved toward the polluted water discharge pipe 817. The polluted water network 815 is a suction case 810. It is characterized in that it is formed in a diagonal direction toward the inner upper side.

The mist nozzle 816 is formed to spray the mist toward the contaminated water network 815, and the mist nozzle 816 is formed to be sprayed toward the contaminated water network 815 inside the suction case 810 upward. do.

The polluted water discharge pipe 817 is formed so that polluted water mixed with mist and scattered dust is discharged to the outside, and the polluted water discharge pipe 817 is formed through one side of the suction case 810 .

The separate discharge case 818 is formed to store the contaminated water moving through the contaminated water discharge pipe 817, and the separate discharge case 818 is formed on one side of the contaminated water discharge pipe 817.

The discharge screw 819 is formed to move foreign substances in the contaminated water toward the sludge discharge pipe 822, and the discharge screw 819 is formed on the inner bottom surface of the separation discharge case 818.

The discharge motor 820 is formed to rotate the discharge screw 819, one side of the discharge motor 820 is connected to the discharge screw 819, and the other side is coupled to the outside of the separation discharge case 818. characterized by being

The discharge water pipe 821 is formed so that polluted water is discharged from foreign substances moved and discharged by the discharge screw 819, and the discharge water pipe 821 is formed on one side of the inner bottom surface of the separate discharge case 818. do.

The sludge discharge pipe 822 is formed to discharge the sludge moved by the discharge screw 819 to the outside, and the sludge discharge pipe 822 is formed on one side of the bottom surface of the separate discharge case 818. .

17 is a view showing a variable gripping means 900 that is another embodiment of the reinforcing earth block side gripping device 700, and FIG. 18 is a detailed view of FIG.

As shown in the drawing, the variable gripping means 900 is further installed in the reinforcing earth block side gripping device 700, and the variable gripping means 900 is for gripping the slope of the reinforcing soil block.

The variable holding means 900 includes a variable support 910 , a variable holding member 911 , a first variable cylinder 912 , a second variable cylinder 913 , a lifting driving roller 914 , a lifting roller 915 , It includes a lifting motor 916 , a sensor member 917 , and a touch sensor 918 .

The variable support 910 is characterized in that it is formed as a lower surface of the rotation plate (751).

The variable holding member 911 is formed to hold the square corners of the reinforcing earth block by gathering toward the center of the variable support 910 when the first and second variable cylinders 912 and 913 are operated. The variable holding member 911 is formed between the first variable cylinder 912 and the second variable cylinder 913, respectively.

The first variable cylinder 912 is formed to operate to gather the variable holding member 911 toward the center or to operate in opposite directions, and the first variable cylinder 912 is a vertical position of the variable support 910 . It is characterized in that it is formed in each direction.

The second variable cylinder 913 is formed to operate to gather the variable holding member 911 toward the center or to operate in opposite directions. It is characterized in that it is formed in each direction.

The lifting driving roller 914 is formed to smoothly move upwardly inside the variable holding member 911 by driving the lifting motor 916 when it is placed on the reinforcing earth block and in close contact with the reinforced earth block. ) is characterized in that the variable holding member 911 is formed under the inner surface.

The rising roller 915 is formed to be in close contact with the side surface of the reinforcing earth block by the variable holding member 911, and the rising roller 915 is formed in plurality in the vertical direction on the inner surface of the variable holding member 911. .

The lifting motor 916 is formed to be vertically movable on the inside of the variable holding member 911 positioned at the corner of the square by rotating the lifting driving roller 914, and the lifting motor 916 is It is characterized in that it is formed to pass through the variable holding member 911 on one side of the upward driving roller 914 .

The sensor member 917 is formed to fix the touch sensor 918 formed so that the reinforcing earth block that rises when the variable holding member 911 formed at the corner position of the square is in close contact with the reinforcing earth block is sensed, and the sensor member Reference numeral 917 is characterized in that it is formed on the variable holding member 911 .

The touch sensor 918 is formed to sense that the raised reinforcing earth block is touched, and the touch sensor 918 is formed under the sensor member 917 .

The above-described embodiments are for illustration, and those of ordinary skill in the art to which the above-described embodiments pertain can easily transform into other specific forms without changing the technical idea or essential features of the above-described embodiments. You will understand. Therefore, it should be understood that the above-described embodiments are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a dispersed form, and likewise components described as distributed may be implemented in a combined form.

The scope to be protected through this specification is indicated by the claims described below rather than the above detailed description, and it should be construed to include all changes or modifications derived from the meaning and scope of the claims and their equivalents. .

100: reinforcing earth block drying device
110: reinforcing earth block drying means 111: building side frame
112: product mounting plate 113: drying side plate holder
114: drying side wheel rail
130: reinforcing earth block transport means 131: mobile bogie
132: ground moving wheel 133: ground moving rail
134: ground movement motor 135: direction change plate
136: plate rotation motor 137: elevating frame
138: vertical guide 139: guide horizontal bar
140: vertical cylinder 141: seating transfer frame
142: seating bar 143: cylinder member
144: shaft support member 145: guide rail
146: transport side wheel rail 147: transport wheel
148: wheel motor 149: distance sensing roll
170: reinforcing earth block mounting means 171: mounting side frame
172: mounting side plate holder 173: mounting side wheel rail
200: automatic transfer means
210: mounted moving cylinder 211: side mounting member
212: member moving roller 213: close contact cylinder
214: close contact bar 215: separation prevention end
216: block sensor 217: seating roller
300: automatic holding means
310: entry roller 311: plate roller
312: drive motor 313: drive gear
314: power transmission gear 315: motor gear
316: drive chain 317: power transmission chain
318: pansonggu 319: protrusion groove
320: guide projection 321: adherent guide member
322: close contact spring 323: guide roller
400: reinforced earth block conveyor device
410: block moving conveyor means 411: block conveyor frame
412: frame support 413: conveyor shaft
414: conveyor chain 415: chain gear
416: conveyor motor 417: engaging member
418: conveyor plate 419: plate guide
420: fixing base 421: plate fixing roller
422: foreign material removal panel
450: plate loading moving means 451: moving frame
452: moving frame rail 453: plate moving member
454: plate moving roller 455: plate adhesion cylinder
456: plate fixing frame 457: magnetic
458: plate conveyor frame 459: loading moving shaft
460: moving shaft motor 461: moving shaft chain
462: moving shaft gear
500: decision row moving means
510: close contact cylinder 511: close contact alignment member
512: alignment variable member 513: alignment variable groove
514: roller variable shaft 515: roller fixing member
516: close alignment roller 517: close contact spring
600: block buffer movement means
610: buffer plate 611: spring fixing projection
612: buffer spring 613: sensing member
614: detection sensor 615: side cylinder
616: bar hinge 617: side adhesion bar
618: side adhesion member 619: member hinge
620: rotary hinge
700: Reinforced earth block side holding device
710: block side holding means 711: main plate
712: gripping cylinder 713: gripping guide bar
714: grip member 715: grip bar
716: grip guide member 717: connection frame
718: alignment cylinder 719: alignment guide bar
720: alignment member 721: alignment bar
722: alignment guide member
730: block moving elevating means
731: horizontal moving frame 732: elevating support frame
733: moving frame member 734: elevating cylinder
735: horizontal movement motor
750: block rotation means
751: rotating plate 752: plate gear
753: plate motor 754: motor side gear
800: scattering dust suction means
810: suction case 811: suction pipe
812: suction pump 813: suction network
814: net attachment end 815: polluted water net
816: mist nozzle 817: polluted water discharge pipe
818: separate discharge case 819: discharge screw
820: discharge motor 821: discharge water pipe
822: sludge discharge pipe
900: variable holding means
910: variable support 911: variable gripping member
912: first variable cylinder 913: second variable cylinder
914: rising driving roller 915: rising roller
916: rising motor 917: sensor member
918: touch sensor

Claims (2)

In the reinforcing earth block conveyor device for moving the reinforcing earth block that has been dried from one side to the other side,
The reinforced earth block conveyor device is
Block moving conveyor means for moving the reinforcing earth block that has been dried from one direction to the other; and
Including a plate loading moving means for loading and moving the conveyor plate on which the reinforcing earth block is seated, to one side,
The block moving conveyor means,
A block conveyor frame formed in a horizontal direction at a certain height from the ground;
One side is connected to the lower side of the block conveyor frame to support the block conveyor frame, the other side is a frame support fixed to the ground;
Conveyor shafts respectively formed at one end and the other end of the block conveyor frame so that the chain gear can be coupled;
A conveyor chain formed for connection between a chain gear coupled to a conveyor shaft formed at one end and a chain gear coupled to a conveyor shaft formed at the other end;
A chain gear formed on a conveyor shaft formed at one end of the block conveyor frame and a conveyor shaft formed at the other end of the block conveyor frame so that the conveyor chain can be coupled;
A conveyor motor connected to one of the conveyor shafts of one end and the other end to rotate the conveyor shafts formed at one end and the other end of the block conveyor frame;
A locking member formed on the conveyor chain to fix one side and the other side of the conveyor plate seated on the plate guide;
Conveyor plate formed so that the reinforcing earth block is seated and moved in one direction by the engaging member on the plate guide;
A plate guide formed in the longitudinal direction on both sides of the upper surface of the block conveyor frame so that the conveyor plate can be seated and slide;
A fixture formed on one side of the block conveyor frame, and
Plate fixing rollers formed on both sides of the fixing table so that the moving conveyor plate can be moved without being separated;
In order to remove foreign substances remaining on the conveyor plate, a plurality of foreign substances removal panels are formed so as to be in close contact with the conveyor plate on the fixing table.
The plate loading and moving means,
A moving frame with one side formed at a predetermined distance from the block conveyor frame and the other side formed with a predetermined interval from the plate conveyor frame;
A moving frame rail formed on the upper surface of the moving frame so that the plate moving roller can be seated and slide;
A plate moving member formed on the moving frame rail to move in either one direction or the other direction along the moving frame rail;
A plate moving roller which is seated on the moving frame rail and formed in plurality on the lower surface of the plate moving member to move the plate moving member;
A plate adhesion cylinder formed in the center of the plate moving member to elevate the plate fixing frame to the conveyor plate side;
A plate fixing frame that is raised and lowered by a plate adhesion cylinder, and a plurality of magnets are formed;
A plurality of magnets are formed on the lower surface of the plate fixing frame to lift the moving conveyor plate using magnetism,
A plate conveyor frame fixed to the ground in one direction of the block conveyor frame in order to move the conveyor plate moving along the block conveyor frame in one direction;
A loading moving shaft formed at one side, the other side and the center of the plate conveyor frame to rotate the moving shaft chain for moving the conveyor plate loaded on the plate conveyor frame to one side;
A moving shaft gear formed to fasten the moving shaft chain to each of the loading moving shafts in order to rotate the loading moving shaft;
A moving shaft motor formed at the lower center of the plate conveyor frame so as to be connected to the loading moving shaft formed in the center of the plate conveyor frame through a power chain;
It includes a moving shaft chain formed for interconnection with the moving shaft gear formed on one side, the other side, and the center side of the plate conveyor frame, and for connection between the moving shaft gear on the central side and the moving shaft motor,
In the reinforced earth block conveyor device,
Judgment row moving means formed on both sides of the block conveyor frame are further installed so that the conveyor plate moving along the block conveyor frame can be moved in one direction from the center of the block conveyor frame,
The decision row moving means,
A close contact cylinder with one side formed on both sides of the block conveyor frame so as to pull the close alignment member toward the block conveyor frame, and the other side being connected to the close contact alignment member, respectively;
A close contact alignment member connected to the cylinder shaft of the close contact cylinder so that it can be pulled toward the block conveyor frame by the close contact cylinder or moved to the initial position;
An alignment variable member formed on one side of the upper portion of the close contact alignment member so that the close contact alignment roller can be in close contact with the position of the moving conveyor plate;
An alignment variable groove formed on the alignment variable member so that the variable roller shaft is buffered and moved by the conveyor plate;
A roller variable shaft that is coupled to the alignment variable groove and has one side coupled to the roller fixing member to flow in one direction by a buffer action, and a close alignment roller coupled to the other side;
A roller fixing member coupled to one side of the variable roller shaft to prevent the close alignment roller from coming out of the alignment variable member;
A close contact alignment roller formed so as to be rotatable below the variable shaft so that the moving conveyor plate is in contact with one side of the moving conveyor plate and is positioned at the center of the block conveyor frame;
Reinforced earth block conveyor device, characterized in that it consists of a close contact spring formed in the alignment variable groove so that the close contact alignment roller in close contact with the conveyor plate is made a buffer action in one direction in the alignment variable groove.


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