KR200212284Y1 - an apparatus of boring for bury signpost - Google Patents

Abstract

The present invention relates to a boring device for the purchase of road sign bottles, and more particularly, by easily and quickly forming a mounting hole for forming a cover bottle to buy a cover bottle to the asphalt road layer of the road, by simply and quickly, the installation of the cover bottle is made simple In the conventional method of forming a mounting hole to purchase the cover bottle to the asphalt concrete layer of the road to improve the efficiency as possible, a drain hole and a handle communicating with the bucket placed on the upper surface is formed on the upper side, An upper plate provided with an actuating lever and a ratchet gear part on one side by a bearing block, and a winding part installed to support a rotating shaft in which a winding roll is formed; A lower plate which is fastened and fixed to the upper plate and a plurality of guide rods, and has a working groove formed on one side thereof, and on which a number of rolling wheels are installed; The guide plate is integrally formed with a guide member coupled to the guide rod and slid so that the guide rod is suspended and wired to the take-up roll with the guide rod, and the power generating portion, the power transmission portion, and the mounting hole are processed by the placement plate. The present invention relates to a boring apparatus for embedding a road sign bottle, comprising an operating part configured as a portion.

Description

Boring device for purchase of road sign bottles {an apparatus of boring for bury signpost}

The present invention relates to a boring device for the purchase of road sign bottles, and more particularly, by easily and quickly forming a mounting hole for forming a cover bottle to buy a cover bottle to the asphalt road layer of the road, by simply and quickly, the installation of the cover bottle is made simple The present invention relates to a boring device for embedding road marker bottles to improve efficiency as much as possible.

In general, several markers are placed at intervals along the lane to identify lanes on the road and to identify lanes by receiving light in any direction for easier driving, especially for nighttime driving of vehicles. Is installed.

Thus, the cover bottle installed in the conventional lane is the size that the cover bottle can be embedded in the lane to be installed first, and the worker forms a mounting hole in the ascon layer with a chisel and a hammer, which is a common tool, and then forms the cover bottle as the mounting hole. Was purchased by installing.

However, as described above, the mounting holes formed by the ascon layer in order to install the cover bottle in the prior art are formed by digging them with a chisel and a hammer by manual labor by a worker, so that not only takes a long time to form the mounting holes by one, but accordingly The work load was remarkably dropped, resulting in a decrease in work efficiency.

In addition, since the mounting hole is formed by the operator's manual work with a chisel and a hammer, the post-treatment work that must be fixed separately after purchasing the cover bottle to be purchased, rather than the detailed work of the worker is added. Problems have also arisen.

Accordingly, the present invention has been made to solve the above-mentioned conventional problems, its purpose is to make the mounting hole to form a cover bottle to buy the cover bottle to the asphalt road layer of the road by semi-automatic, easy and quick, accurate installation of the cover bottle Is to make it possible to improve the work efficiency as much as possible.

In addition, there is another purpose to form the mounting hole while descending by its own weight when forming the mounting hole.

In addition, there is another object to prevent the apparatus of the present invention from flowing when forming the mounting hole.

The present invention for achieving the above object is in the general form to form a mounting hole to buy the cover bottle to the ascon layer of the road, the drain is formed in communication with the water tank mounted on the upper surface and the handle is formed on the bottom, a number of An upper plate provided with an actuating lever and a ratchet gear part on one side by a bearing block, and a winding part installed to support a rotating shaft in which a winding roll is formed; A lower plate which is fastened and fixed to the upper plate and a plurality of guide rods, and has a working groove formed on one side thereof, and on which a number of rolling wheels are installed; The guide plate is integrally formed with a guide member coupled to the guide rod and slid so that the guide rod is suspended and wired to the take-up roll with the guide rod, and the power generating portion, the power transmission portion, and the mounting hole are processed by the placement plate. Characterized in that it comprises an operating unit consisting of a portion.

Each spiral hole is formed at the corner of the lower plate, and the spiral hole has a lever formed at an upper end thereof, and a fixing part for screwing a spiral fixing shaft having an entry point having a sharp bottom is formed.

In addition, the guide member is characterized in that the weight body.

Then, each of the hooks are formed on both the bottom surface of the upper plate and the bottom of the upper plate, characterized in that for forming the support portion to which the spring is fastened by the hook.

In addition, the power generating unit of the operating unit is characterized in that it is installed as a motor or a small generator.

In addition, the power transmission unit of the operating unit is characterized in that the power transmission shaft interlocked by the power generating unit is supported by a bearing is built into the receiving case is formed by a fastening ring is formed so that the wire of the winding roll can be fastened. It is done.

In addition, the mounting hole processing portion of the operating portion is formed by the power transmission portion and the bevel gear portion is formed therein a water channel connecting the hose and the drain opening and the valve is installed inside the processing shaft is mounted to the horn by the tool holder at the bottom It is characterized in that it is installed to be built in a support tube that is supported by this bearing and fixed to one side of the mounting plate.

In addition, the horn is formed of a body member that is formed through the fixed shaft to be mounted to the processing axis of rotation and a plurality of cutting bodies are attached to the bottom of the fixed shaft and the cutting disc formed with several through holes integrally formed It is done.

In addition, it is characterized in that the spiral portion is formed by the inner diameter of the fixed shaft and a plurality of cutting bodies are attached to the bottom surface by the spiral portion is configured to be coupled through the guide member.

1 is a perspective view showing the present invention.

2 is an exploded perspective view showing a horn of the present invention.

3a and 3b shows the use state of the present invention,

Figure 3a is a side view showing a state in which the present invention is set in a position to form a mounting hole.

Figure 3b is a side view showing a state of processing the mounting hole in accordance with Figure 3a.

Figure 4 is a perspective view showing another embodiment of the present invention.

Explanation of symbols for the main parts of the drawings

10: top plate

11: bucket 12: drain

14: handle 15: operating lever

16 ratchet gear portion 16a: ratchet wheel

16b: Ratchet 17: Winding Roll

18: axis of rotation

100: winding 110: support

112: hook 114: spring

120: hose 122: on-off valve

170: wire

20: lower plate

21: guide rod 22: working groove

24: cloud wheel

210: fixed part 212: spiral

213: lever 214: inlet

215: spiral fixed shaft

30: operating part

31: guide member 32: mounting plate

300: bevel gear portion 310: power generating portion

320: power transmission unit 322: power transmission shaft

324: fastening ring 326: housing case

330: operating hole processing unit 334a: guide shaft

336: machining shaft 338: support tube

340: Horn 342: fixed shaft

343,343a: cutting body 344: through hole

345: cutting disc 346: body member

347: spiral portion 348: guide member

350: wet vacuum suction 352: suction tube

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention in more detail as follows.

1 is a perspective view showing the present invention.

Thus, as shown, the drain port 12 and the handle 14 is formed in communication with the general bucket 11 is placed on the upper surface, the operating lever 15 is fixed to one side by a plurality of bearing blocks on the bottom surface It consists of a general ratchet wheel (16a) and ratchet (16b) is installed so that the ratchet gear portion 16 is installed so as to be fixed after raising the operation portion to be described later, the rotary shaft 18 is formed in the winding roll (17) A top plate 10 having a winding unit 100 formed thereon so as to be supported and supported to lift up and down an operation unit to be described later;

The upper plate 10 and the plurality of guide rods 21 are fastened and fastened by a general screw fastening method, etc., and a working groove part 22 is formed on one side thereof, and several general wheels 24 necessary for movement are provided on the bottom surface thereof. Bottom plate 20 is installed;

The guide member 31 coupled to the guide rod 21 and slidably mounted on the winding roll 17 of the winding unit 100 by the guide rod 21 to be lifted and lowered is integrated with the guide rod 21. It is equipped with a mounting plate 32 formed of a, and an operating unit 30 consisting of a power generating unit 310, a power transmission unit 320 and a mounting hole processing unit 330 as the mounting plate 32 It is shown.

In the above, each of the spiral hole 212 is formed in the corner portion of the lower plate 20, the spiral hole 212 is formed with a lever 213 is formed at the upper end of the spiral fixed with the inlet 214 pointed bottom A fixing portion 210 is formed in which the shaft 215 is screwed, so that the inlet portion 214 of the spiral fixing shaft 215 is fixed to the ascon layer at the position where the device of the present invention is moved to form a mounting hole. It is desirable not to flow.

In addition, the guide member 31 is formed of a weight body, and the weight of the guide member 31 and the weight of the operating portion 30 is added to the operating portion 30 while the mounting portion is lowered due to the weight of the mounting hole processing It is preferable that the mounting hole can be formed in the ascon layer by the part 330.

In addition, by forming respective hooks 112 on both bottom surfaces of the upper plate 10 and the upper surface of the lower plate 10, and forming the support 110 to which the spring 114 is fastened by the hooks 112. In order to form the mounting hole, the operation unit 30 is to be supported so that it is not lowered abruptly by the support force of the spring 114 when descending by its own weight.

In addition, the power generating unit 310 of the operating unit 30 is connected to a general motor or the power transmission unit 320 and a pulley which is a general power transmission means, etc. in conjunction with the reduction gear in consideration of the speed ratio. If a small generator is installed, it can be moved by itself without a separate electric wire, etc., which has the convenience of work and, if necessary, installs a work lamp using electricity generated from the small generator. It is desirable to allow smooth operation at night.

In addition, the power transmission unit 320 is a power transmission shaft 322 which is interlocked by the power generating unit 310 is supported by a bearing and embedded so that the wire 170 of the take-up roll 17 can be fastened. The receiving ring 326 is formed by the fastening ring 324 is installed to the mounting plate 32 is configured to be installed by a general fixing method.

In addition, the mounting hole processing unit 330 is connected to the hose 120 in which the drain port 12 and the opening / closing valve 122 are installed to be rotated by the power transmission unit 320 and the bevel gear unit 300. The channel 332 is formed and the processing shaft 336 is mounted by a known shaft-coupling method, and the horn 340 with the cutting diamond artificial diamond attached to the bottom by a general tool holder is supported by the bearing. It is installed to be built into the support tube 338 fixed to one side of the mounting plate 32, the operation unit 30 is to form a mounting hole for embedding the cover bottle in the ascon layer as it is lowered.

On the other hand, the bevel gear unit 300 is preferably provided with a cover such as a dashed line for the operator's safety, the hose 120 is connected to the water outlet 332 of the drain hole 12 and the processing rotary shaft 336 And opening and closing valve 122 is preferably installed on one side of the guide member () by mounting or fixing to be stable to use.

2 is an exploded perspective view showing a horn of the present invention.

As shown in the figure, the horn 340 forms a penetrated fixed shaft 342 to be mounted to the processing rotary shaft, and a plurality of cutting bodies 343, such as artificial diamond, are generally formed on the bottom of the fixed shaft 342. ) Is attached and consists of a body member 346 in which a cutting disc 345 in which several through holes 344 are formed is integrally formed.

In addition, the guide member 348 is formed by forming a spiral portion 347 with a lower inner diameter of the fixed shaft 342 and a plurality of cutting bodies 343a attached to the bottom surface thereof with the spiral portion 347. It is configured to be screwed together.

In the above, the guide member 348 is formed to protrude downward, the cutting groove 343 attached to the cutting disk 345 of the horn 340 as a processing groove pre-formed by the ascon layer to be described later smoothly ascon It serves as a guide to cut the layers.

In addition, the penetrating shaft 342 and the guide member 348 of the body member 346 is for supplying water supplied through the water channel formed by the above-described processing rotation shaft, formed by the cutting disc 345 Several through holes 344 are formed for discharging the water supplied during cutting.

Figure 3a and Figure 3b is a view showing a state of use of the subject innovation, Figure 3a is a side view showing a state in which the subject innovation is set to a position to form a mounting hole.

As shown, the present invention having the above-described configuration is moved over the lane of the ascon layer to purchase the cover bottle using the rolling wheel 24 installed on the bottom of the lower plate 20, and at this time, the guide rod 21 The operating part 30 coupled to the ratchet wheel of the ratchet gear part 16 installed at one side of the rotating shaft 18 of the winding part 100 installed at the bottom surface of the upper plate 10 is attached thereto. Since 16a is locked by the ratchet 16b, the wire 107 is fastened to the wire 107 by a fastening ring 324 formed on the take-up roll 17 of the rotation shaft 18 and the housing case 326 of the power transmission unit 320. After the mounting hole processing part 330 is positioned in a position to form a wood hole in the suspended state, the device of the present invention using the fixing part 210 formed at the corner of the lower plate 20. To be fixed.

In other words, as the spiral fixing shaft 215 screwed into the spiral hole formed at the corner of the lower plate 20 is rotated by using a lever, the sharp inlet portion 214 of the spiral fixing shaft 215 becomes ascon. It is drawn into the layer to fix the device of the present invention so as not to have fluidity.

Therefore, the mounting hole processing unit 330 will have a condition that can form a mounting hole in the correct position.

Figure 3b is a side view showing a state of processing the mounting hole according to Figure 3a.

As shown in FIG. 3A, the ratchet gear part 16 is released from the operating part 30, which is locked and suspended by the ratchet gear part 16, and the operator releases the ratchet gear part 16. (21) As the guide member 31 and the mounting plate 32, which is coupled to the operating portion 30 is lowered, the mounting hole is mounted to the lower portion of the processing shaft 336 of the machining hole 330 By the horn 340, that is, the cutting body attached to the bottom surface of the cutting disc 345 of the horn 340 abuts on the surface of the ascon layer and forms a mounting hole. At this time, the horn 340 can be accurately guided to the processing groove formed in the ascon layer in advance by the guide member 348 screwed to the center of the bottom surface of the horn 340.

In addition, the processing rotation shaft 336 of the mounting hole processing unit 330 is in a state of being rotated mutually by the power generating unit 310 and the power transmission unit 320 installed in the mounting plate 32, In the state where the horn 340 is processing the ascon layer by the operator without pressure, that is, the guide member 31 coupled to the guide rod 21 is formed as a weight body weight and the placement plate The weight of the power transmission unit 320 and the power generating unit 310 is installed as 32 is lowered by its own weight, the support portion 110 is installed between the upper plate 10 and the lower plate 20 By the spring 114 of the entire operation portion 30 is not suddenly lowered by its own weight is to fall naturally to form a mounting hole of the cover bottle.

In addition, as described above, when the horn 340 is cut into the ascon layer to form a mounting hole, the opening / closing valve 122 installed at the drain port 12 and the hose 120 from the bucket 11 installed as the upper plate 10. ) By supplying water through the water channel 332 formed inside the processing shaft 336, the cutting body 343 of the horn 340 is rotated to heat the heat generated by the friction between the asphalt concrete layer While the role of reducing the cooling water is to be discharged to the outside through the through hole formed in the cutting disc 345 at the same time the fine particles of the ascon layer cut into the horn 340 to form a smooth mounting hole Have

In this case, the lower plate 20 is formed by binding or screwing a well-known wet vacuum inhaler 350 to which a suction tube 352 of a general corrugated pipe type is connected, and is generated in the process of cutting the ascon layer by the horn 340. By inhaling the cuttings and water to prevent them from scattering outside, it is possible to have a clean and clean working condition.

As such, when the mounting hole required as the ascon layer is formed, when the worker rotates the operation lever as opposed to the beginning, the operation part 30 suspended by the wire with the winding roll of the rotating shaft is wound with the winding roll. Since the guide member 31 is slid and lifted on the guide rod 21, the entire operation part 30 is raised. At this time, the ratchet of the ratchet gear part 16 installed to one side of the rotating shaft is locked to engage the ratchet wheel. Fix it.

Then, by releasing the fixing portion 210 formed the corner portion of the lower plate 20 to transfer the device of the present invention to another place, the processing of the mounting hole to purchase the cover bottle is completed.

Therefore, by simply, quickly and accurately forming a mounting hole formed of an ascon layer to purchase the cover bottle, it improves the work efficiency for the cover bottle and does not require a separate post-treatment work even after the cover bottle is purchased. .

The horn 340, which is the mounting hole processing unit 330, may be replaced with a suitable one according to the size of the cover bottle to be purchased.

4 is a perspective view showing another embodiment of the present invention.

Thus, as shown in the present invention, the lifting and lowering of the operation unit 30 is not suspended by hanging on the take-up roll of the rotary shaft, it is formed in the receiving case of the operating unit 30 power transmission unit 320 Hooks are connected to each other by pin coupling, which is a common connection method, or pin coupling to a separate fixed rib, and two points of the middle portion are pin-coupled to the fixing plate 10a formed by the bottom of the upper plate 10 by general hinge coupling. By installing the pressure lever 150 by the link coupling method to be coupled, the worker has shown another embodiment configured to raise and lower the operating unit 30 by the pressure lever 150.

Therefore, since the configuration for raising and lowering the operation unit 30 can be configured more simply, it is possible to reduce the manufacturing cost and the configuration other than the pressure lever 10a has the same configuration as the above-described configuration to perform the same operation will be.

As described above, the present invention has the effect of improving the work efficiency by making the installation of the cover bottle simple and quick by making the mounting hole for forming the cover bottle with the asphalt concrete layer of the road to be easily and quickly formed by semi-automatically. will be.

In addition, since the mounting hole is formed while descending by its own weight when the mounting hole is formed, there is an effect that a more convenient operation can be made.

In addition, as the device of the present invention is fixed so as not to flow when the mounting hole is formed, there is an effect that more fine work can be made.

In addition, the cutting material and the water generated when forming the mounting hole is prevented from being scattered through the wet vacuum inhaler, so that the work can be performed in a clean condition.

Claims (10)

In the conventional method of forming a mounting hole for embedding the cover bottle in the asphalt road layer of the road, the drain hole 12 and the handle 14 is formed in communication with the bucket 11 placed on the upper surface at the top, a plurality of bearings on the bottom An operating lever 15 and a ratchet gear part 16 are installed at one side by a block, and an upper plate on which a winding part 100 installed to support a rotating shaft 18 on which a winding roll 17 is formed is formed. 10); A lower plate 20 which is fastened and fixed to the upper plate 10 and a plurality of guide rods 21, and has a working groove part 22 formed at one side thereof, and several rolling wheels 24 are installed at the bottom thereof; The mounting plate 32 integrally formed with the guide member 31 which is coupled to the guide rod 21 and slid so that the guide rod 21 is suspended by the wire 170 on the winding roll 17 and ascended and lowered. ), And the mounting plate 32, the road sign bottle is characterized in that it is provided with an operating unit 30 consisting of a power generating unit 310, a power transmission unit 320 and a mounting hole processing unit 330 Boring device for. According to claim 1, wherein each of the spiral hole 212 is formed in the corner portion of the lower plate 20, the spiral hole 212 is formed with a lever 213 to the upper end of the inlet 214 pointed hem Spiral fixed shaft 215 is formed is a boring device for embedding the road sign bottle, characterized in that the fixing portion 210 is formed to be screwed. According to claim 1, wherein the guide member (31) is a boring device for embedding the road sign bottle, characterized in that the weight body. The support part 110 of claim 1, wherein each of the hooks 112 is formed on both bottom surfaces of the top plate 10 and the top surface of the bottom plate 20, and the springs 114 are fastened to the hooks 112. Boring device for the road sign bottle purchase, characterized in that to form a. According to claim 1, wherein the power generator 310 of the operating unit 30 is a boring device for embedding the road sign bottle, characterized in that installed as a motor or a small generator. The power transmission unit 320 of the operating unit 30 has a power transmission shaft 322 interlocked by the power generating unit 310 is supported by a bearing and embedded therein, and the take-up roll 17 Boring device for the road sign bottle containing boring device, characterized in that consisting of a receiving case 346, the fastening ring 324 is formed so that the wire 170 is fastened. According to claim 1, wherein the mounting hole processing unit 330 of the operating unit 30 is the drain port 12 and the opening and closing valve (12) to the inside to be rotated by the power transmission unit 320 and the bevel gear unit (300) A water pipe 332 is formed to connect the hose 120 having the 122 installed therein, and a support rotary shaft 336 to which the horn 340 is mounted at the bottom thereof is supported by a bearing to be fixed to one side of the mounting plate 32. Boring device for road sign bottle purchase, characterized in that the built-in (338). The cutting tool according to claim 7, wherein the horn 340 forms a penetrated fixed shaft 342 which is mounted to the machining rotary shaft 336, and a plurality of cutting bodies 343 are formed on the lower surface of the fixed shaft 342. Is attached to the boring device for road sign bottle embedding, characterized in that consisting of a body member 346 is integrally formed with a cutting disc 345 is formed with several through-holes (344). The guide member 348 of claim 8, wherein a spiral portion 347 is formed by a lower inner diameter of the fixed shaft 342, and a plurality of cutting bodies 343a are attached to the bottom surface thereof through the spiral portion 347. Boring device for road sign bottle purchase, characterized in that configured to be coupled. The boring apparatus for embedding a road sign bottle according to claim 1 or 2, wherein a wet vacuum suction unit (350) connected to a suction pipe (352) is installed on an upper surface of the lower plate (20).