KR200233227Y1 - Mobile piercing device for vehicle escape prevention - Google Patents

Abstract

The present invention relates to a mobile piercing device for preventing vehicle escape, the mobile piercing device is a box shape having a predetermined size and the upper and front portions are opened, the main case having a handle and a door locking member on one side; A flat plate having a predetermined size has a space portion cut into a predetermined size in the middle portion and has a rear end portion bent at right angles, and a front end portion hinged to an opening / closing door for opening and closing the front portion of the main case with a hook at one front end portion thereof. An upper surface case detachably assembled to an upper surface of the main case; A driving motor having a screw having a predetermined length on a rotating shaft and fixedly installed such that the screw is positioned inside the main case at a rear part of the main case in which the space of the upper case is disposed; An iron needle member operatively embedded in the main case and extending and compressing through the front portion of the may case in association with the forward and reverse rotation of the drive motor; A control member electrically connected to the driving motor to control supply and operation of power to the motor; Characterized in that it comprises a remote control for remote control of the control member.

Description

Mobile piercing device for vehicle escape prevention

The present invention relates to a mobile piercing device for preventing vehicle escape, more specifically, to prevent the escape of the vehicle by remote control to prevent the escape of the vehicle during the inspection of the vehicle on the road The present invention relates to a mobile escaping device for preventing vehicle escape.

In general, when searching for a vehicle on the road, a road barricade is installed to temporarily stop the vehicle and then inspect the driver and the passenger or the vehicle, and the vehicle at the end of the inspection passes through a zigzag passage between the barricades. The barrier is not installed on the passage so as not to interfere with the operation of the passing vehicle.

In particular, during the drunk driving crackdown, the patrol vehicle is stopped at an arbitrary place, and then the vehicle is inadvertently searched to search for a vehicle that is inadvertently driven. Thus, the patrol vehicle and the guide pin are used to control the driving of the vehicle and do not install a separate barricade.

The conventional checkpoint search method having such a configuration controls the running of the vehicle to be searched using the barricade or patrol vehicle and the guide pin, and in fact, separates the passages to smoothly communicate on the passage formed to exit the checkpoint position. Because the obstacles cannot be installed, when the subject of the crackdown speeds up during the inspection and escapes from the prosecution location, the escape vehicle cannot be stopped immediately, and it is inconvenient to arrest the escape vehicle by controlling the surrounding roads through wireless communication. In addition, there is a problem that a large number of accidents caused by collision or collision with a vehicle around the escape of the escape vehicle or hit a pedestrian, and in fact, a recent accident of this type of accident frequently occurs.

The present invention devised to solve these problems is easy to carry and install, and the mobile check-in device for preventing vehicle escape that can prevent the escape of the escape vehicle by operating by the inspector at a long distance without a separate operator without disturbing traffic. The purpose is to provide.

1 is a perspective view showing an operating state of a mobile piercing apparatus according to the present invention.

Figure 2 is a side cross-sectional view of a removable piercing device according to the present invention.

Figure 3 is a plan cross-sectional view of a removable piercing device according to the present invention.

Figure 4 is a plan sectional view showing an operating state of the mobile piercing apparatus according to the present invention.

Figure 5 is a schematic diagram showing the configuration of the control member of the mobile piercing apparatus according to the present invention.

Figure 6 is a schematic diagram showing the configuration of connecting the AC power to the control member of the mobile piercing apparatus according to the present invention.

Figure 7 is a use state showing a state of use of the mobile piercing apparatus according to the present invention.

Figure 8 is an operating state showing another embodiment of a mobile piercing apparatus according to the present invention.

♣ Explanation of symbols for main part of drawing ♣

10: Removable piercing device for vehicle escape 11: Main case

11a: handle portion 11b: door locking member

12: top case 12a: opening and closing door

12b: hook 12c: space part

13: drive motor 13a: screw

14: iron needle member 14a, 14b: X-shaped member

14c, 14d: Operating piece 14e: Operating nut

14f: shaft 14g: piercing

15: control member 15a: storage battery

15b: switch section 15c: timer

15d: receiver 15e: controller

16; Remote Controller 17: Cylinder

17a: actuator

An object of the present invention described above is a box shape having a predetermined size, the main surface having a top portion and a front portion open and having a handle portion and a door locking member on one side thereof; A flat plate having a predetermined size has a space portion cut into a predetermined size in the middle portion and has a rear end portion bent at right angles, and a front end portion hinged to an opening / closing door for opening and closing the front portion of the main case with a hook at one front end portion thereof. An upper surface case detachably assembled to an upper surface of the main case; A driving motor having a screw having a predetermined length on a rotating shaft and fixedly installed such that the screw is positioned inside the main case at a rear part of the main case in which the space of the upper case is disposed; An iron needle member operatively embedded in the main case and extending and compressing through the front portion of the may case in association with the forward and reverse rotation of the drive motor; A control member electrically connected to the driving motor to control supply and operation of power to the motor; It is achieved by a vehicle escaping preventive device, characterized in that the remote control for remote control of the control member.

Hereinafter, with reference to the accompanying drawings it will be described for a vehicle escape prevention device according to a preferred embodiment of the present invention.

1 is a perspective view showing an operating state of a mobile piercing device according to the present invention, Figure 2 is a side cross-sectional view of a mobile piercing device according to the present invention, Figure 3 is a plan sectional view of a mobile piercing device according to the present invention, Figure 4 is a cross-sectional view showing the operating state of the mobile needle needle device according to the present invention, Figure 5 is a schematic diagram showing the configuration of the control member of the mobile needle needle device according to the present invention, Figure 6 is according to the present invention It is a use state diagram which shows the use state of a mobile piercing apparatus.

1 to 7, the vehicle escaping prevention iron needle device 10 according to the present invention is the main case 11, the upper case 12, the drive motor 13, the iron needle member 14 and the control member ( 15) and the remote controller 16.

The main case 11 has a box shape having a predetermined size and has an upper surface and a front portion with a handle part 11a and a door locking member 11b on one side.

The upper case 12 is a flat plate having a predetermined size, and the rear end portion is formed to be bent at a right angle downward and has an opening / closing door 12a and a space portion 12c, and is provided on the upper surface of the main case 11. It is detachably assembled.

The opening / closing door 12a is hinged to the front end of the upper case 12 so as to be pivoted up and down to open and close the front part of the main case 11 and the door locking member 11b at a predetermined position on one side of the front part. Hook 12b is fastened with the space portion 12c is cut to form a predetermined size in the middle portion of the rear end of the bent upper surface case 12.

The drive motor 13 has a predetermined length and diameter on the rotating shaft and includes a screw 13a having a screw portion formed on an outer circumferential surface thereof, and a rear portion of the main case 11 in which the space portion 12c of the upper case 12 is disposed. The screw 13a is fixedly installed to be located inside the main case 11.

The piercing member 14 is composed of a plurality of X-shaped members 14a and 14b, a plurality of operating pieces 14c and 14d and an operating nut 14e.

The plurality of X-shaped members 14a and 14b are formed by overlapping steel rods having a predetermined length having a plurality of iron needles 14g on one surface thereof in an X-shape so as to pivotally pivot the middle portions thereof, that is, the steel rods. Each end of each of the ends of the iron rod of the other X-shaped member is continuously hinged to each other rotatably.

The plurality of operating pieces 14c and 14d are iron bars having a predetermined length, that is, about half the length of the iron bars of the X-shaped members 14a and 14b. That is, one end of the operating pieces 14c and 14d is hinged to the one end of the steel rod of the X-shaped member 14b so as to be rotatable, and the operating nut 14e is a screw 13a of the drive motor 13. Screwed), and opposite outer peripheral surfaces are hinged rotatably with the other ends of the operation pieces 14c and 14d, respectively.

The X-shaped member 14b is vertically fixed to the bottom surface of the main case 11 so that the shaft 14f for axially coupling the steel rod is fixed to one end side of the iron needle member 14.

When the driving motor 13 is rotated forward and backward and the screw 13a is rotated, the iron needle member 14 configured as described above moves the operating nut 14e forward or backward along the longitudinal direction of the screw 13a. When moved and pushes or pulls the operation pieces 14c and 14d forward, the iron rods of the X-shaped members 14a and 14b are referred to the fixed shaft 14f of the X-shaped member 14b as a reference point. Both sides of the iron rod overlapped with the X letter are rotated to be narrowed or the front and rear angles are narrowed to contract or stretch.

The control member 15 is electrically connected to the drive motor 13 to control the supply and operation of power to the drive motor 13, and includes a battery 15a, a switch unit 15b, and a timer 15c. ), A receiver 15d, and a controller 15e.

The storage battery 15a is electrically connected to the switch unit 15b and the control unit 15e to store power and supply power to the drive motor 13, and the switch unit 15b is connected to the drive motor ( 13) are electrically connected to the storage battery 15a and the control unit 15e, respectively, to control energization and electrode conversion between the storage battery 15a and the driving motor 13.

The timer 15c is electrically connected to the controller 15e to set the forward and reverse rotation time of the drive motor 13, count it, and transmit the signal to the controller 15e.

The receiver 15d is electrically connected to the controller 15e in order to detect an operation signal of the remote controller 16 and transmit the signal to the controller 15e.

The control unit 15e is electrically connected to the storage battery 15a, the switch unit 15b, the timer 15c, and the receiving unit 15d, respectively, and the driving motor 13 according to an operation signal received from the receiving unit 15d. Control the forward and reverse terminals (not shown) of the switch unit 15b, and control the ON / OFF operation of the power terminal (not shown) of the switch according to the setting time of the timer 15c. do.

The control member 15 may not only use DC power by the storage battery 15a, but also use AC power by connecting to AC power. In this case, an ON / OFF switch 15f is additionally connected to the wire connected to the AC power. When the AC power is not used, the ON / OFF switch 15f is turned off to cut off the AC power, and when the AC power is used, the cable is connected to the AC power, and then the ON / OFF switch 15f is turned on. AC power can be used by connecting AC power.

The remote controller 16 includes an elongation and retraction button (not shown) of the piercing member 14, and scans a signal corresponding to each button operation to the receiving unit 15d of the control member 15. To operate the piercing device 10 remotely.

The vehicle derailment prevention iron needle device 10 according to the present invention having the configuration as described above is fastened the opening and closing door (12a) by fastening the door locking member (11b) to the hook (12b) of the opening and closing door (12a) during storage. Stored in a locked state, and transported by holding the handle portion (11a) in the above state when transporting.

When using the mobile peeping device 10 for preventing vehicle escape, the mobile peeking device 10 is disposed at a necessary position, and then the door locking member 11b and the hook 912b are released and the opening and closing door 12a is upward. The installation is completed simply by turning the front part of the main case 11 to open and turning on the power switch of the control member 15. At this time, the installation position is a predetermined distance to the rear from the inspection point, which is to prevent the escape of these escape vehicles by passing through the inspection point when the vehicle in the race to move forward to escape.

In the above state, if the escape vehicle occurs during the inspection, the inspection personnel press the elongation member extension button of the remote control 16. When the stretch button of the remote controller 16 is operated as described above, the remote controller 16 scans a signal corresponding thereto to the receiving unit 15d of the control unit 15, and the receiving unit 15d that detects the signal operates. The signal is transmitted to the control unit 15e.

The control unit 15e receiving the signal controls the switch unit 15b according to the operation signal to rotate the drive motor 13 in the forward direction.

When the drive motor 13 is rotated in the forward direction, the screw (13a) is also rotated in the forward direction and the operating nut (14f) screwed with the screw (13a) is moved backward along the longitudinal direction of the screw (13a) Accordingly, the angle between the working pieces 14c and 14d and the angle of the front and rear angles of the steel rods of the respective X-shaped members 14a and 14b are narrowed, and both sides are rotated to widen, so that the X-shaped members 14a and 14b are rotated. E) is quickly elongated in the longitudinal direction so that the piercing member 14 is placed on the road, and the timer 15c counters the predetermined time and, when the predetermined time elapses, transmits the signal to the controller 15e. The control unit 15e receiving the signal controls the switch unit 15b so that the power supply of the drive motor 13 is cut off, so that the drive motor 13 is stopped.

Since the escape vehicle must pass through the piercing member 14 in the state where the piercing member 14 is disposed on the road as described above, the wheel of the vehicle is punctured by the piercing member 14g of the piercing member 14. You can stop the runaway of the vehicle.

In addition, when pressing the contraction button 14 of the piercing member 14 of the remote controller 16 in the state that the piercing member 14 is disposed on the road as described above, the control unit 15e is the drive motor 13 through the above process ) Reversely rotates the drive motor 13 by controlling the switch unit 15b so that the reverse rotation of the drive unit 13b occurs.

When the screw 13a is reversely rotated, the actuating nut 14f is moved forward along the longitudinal direction of the screw 13a, thus the angle between the actuating pieces 14c and 14d and the respective X-shape. As the angles on both sides of the steel rods of the members 14a and 14b are narrowed and the front and rear angles are widened, the X-shaped members 14a and 14b are quickly contracted in the longitudinal direction so that the iron needle member 14 is removed from the road. And the timer 15c is stored in the main case 11, the timer 15c counters a predetermined time, and when the predetermined time has elapsed, the signal is transmitted to the controller 15e, and the controller 15e receiving the signal receives the signal. By controlling the switch unit 15b so that the power of the drive motor 13 is cut off, the drive motor 13 is stopped so that the traffic can be smoothly removed by easily and quickly removing the piercing member 14 from the road. .

8 is an operational state diagram showing another embodiment of a mobile piercing apparatus according to the present invention.

As can be seen in Figure 8, the mobile piercing device 10 according to the present invention is installed in the cylinder 17 instead of the drive motor 13 and the piercing member on the end surface of the actuator (17a) of the cylinder 17 By engaging the operating nut 14e of the member 14, the speed of the extension and contraction operation of the iron needle member 14 is remarkably improved. At this time, the cylinder 17 is connected to the compressed air tank (not shown) is operated by the pneumatic pressure of the compressed air.

Therefore, when operating the iron needle member 14 by the linear method of the cylinder 17 than when operating the iron needle member 14 by the rotation method of the drive motor 13, the iron needle member according to the operation of the cylinder 17 The reaction speed of (14) is so fast that not only can the vehicle be prevented more reliably, but also the removal of the piercing member 14 disposed on the road can be removed very quickly. will be.

According to the present invention described above, it is easy to carry and install, and does not interfere with the traffic, but without the operator, the inspector can operate at a long distance to prevent the escape of the vehicle with only a minimum number of people and equipment. There is an effect that can be quickly removed by remote control the iron needle member 14 disposed on the road so as not to give.

Claims (5)

A main case 11 having a box shape having a predetermined size and having an upper surface and a front portion having a handle portion 11a and a door locking member 11b on one side thereof; As a flat plate having a predetermined size, the front end of the main case 11 has a rear end portion having a space portion 12c cut out to a predetermined size in a middle portion and bent at a right angle, and a hook 12b at one front end portion thereof. An upper surface case 12 having a front end hinged to the opening / closing door 12a and detachably assembled to an upper surface of the main case 11; The screw 13a is provided inside the main case 11 at a rear portion of the main case 11 having a screw 13a having a predetermined length on the rotating shaft and on which the space portion 12c of the upper case 12 is disposed. A drive motor 13 fixedly installed to be positioned; An iron needle member (14) operatively embedded in the main case (11) and extending and compressing through the front portion of the may case (11) in association with the forward and reverse rotation of the drive motor (13); A control member 15 electrically connected to the drive motor 13 to control supply and operation of power to the drive motor 13; A mobile piercing apparatus for preventing vehicle escape, characterized in that consisting of a remote controller (16) for remotely controlling the control member (15). The battery pack according to claim 1, wherein the control member (15) comprises: a storage battery (15a) for storing power and supplying power to the driving motor (13); A switch unit 15b electrically connected to the storage battery 15a and the driving motor 13 to control energization and electrode conversion between the storage battery 15a and the driving motor 13; A timer 15c for setting the forward and reverse rotation time of the drive motor 13 and counting it; A receiver 15d for receiving an operation signal of the remote controller 16; In order to reversely rotate the driving motor 13 according to an operation signal received from the receiving unit 15d by being electrically connected to the storage battery 15a, the switch unit 15b, the timer 15c, and the receiving unit 15d, respectively. The control unit 15e for controlling the forward and reverse rotation of the switch unit 15b and controlling the ON / OFF operation of the power terminal of the switch according to the setting time of the timer 15c. Piercing device. The plurality of X-shaped members (14a) (14b) according to claim 1, wherein the iron needle member (14) includes a plurality of iron rods having a plurality of iron cores on one surface thereof in an X-shape to pivotally pivot the intermediate portion. The two ends of the X-shaped member 14b, which are hinged to each other so as to be rotatably connected to each other and continuously connected, have one end side X-shaped member 14b assembled with the screw 13a of the drive motor 13, and the main case 11 has a shaft 14f. Is fixedly supported on the bottom surface of the; A plurality of operating pieces 14c and 14d having predetermined lengths at both ends of the X-shaped member 14b and having one end hinged so as to be rotatable, and the other ends of the operating pieces 14c and 14d; A vehicle characterized in that it is pivotally hinged symmetrically and screwed with the screw (13a) to have an actuating nut (14e) for extending and contracting the iron needle member (14) according to the forward and reverse rotation of the screw (13a). Removable piercing device for escape. 3. The vehicle according to claim 2, wherein the control member (15) can use alternating current as a power source by selectively connecting a cable to an alternating current power source and additionally mounting an ON / OFF switch (15f) at a predetermined position of the cable. Removable piercing device for escape. According to claim 1 or 3, in place of the drive motor 13, the cylinder 17 is fixedly installed so as to be located inside the main case 11, and the operating nut 14e of the iron needle member 14 is A mobile piercing device for preventing vehicle escape, which is fixed to the end surface of the actuator 17a of the cylinder 17 so that the piercing member 14 contracts and expands according to the expansion and contraction operation of the cylinder 17. .