JP3091249U - Vehicle climbing device - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To smoothly climb a traveling body without temporarily stopping when entering a climbing device, and prepare a plurality of climbing roads, and when traveling a plurality of traveling bodies, each of them is different. It is an object of the present invention to provide a traveling body climbing device that can produce an effect as if competing by climbing a slope at a speed. SOLUTION: This is a device for continuously climbing a traveling body to an upper part of a sloping road, and a sloping road constituted by a slope, and a large number of elastic protrusions disposed obliquely on the sloping road in a traveling direction. A belt provided rotatably in the upper direction from the lower part of the slope, and a drive unit for rotating the belt are provided, and can be connected to upper and lower slopes of the uphill device, and when connected to the uphill device, At least two or more running paths, the belts, and the sloping paths are provided so as to be able to rotate, and the rotation speeds of the belts are different from each other.

Description

[Detailed description of the device] [Technical field to which the device belongs]

  The present invention relates to a device for climbing a traveling body.

[0001]

[Prior art]

  Although there is a conventional climbing device for climbing a traveling body, the conventional climbing device is shown in FIG. ) As shown in Fig. 4), the convex part vertically climbs the belt conveyor used for climbing. It is provided at a longer interval than the row body, the traveling body is stored between the convex portions, and the convex portions It was to climb uphill from the rear of the running body.

[0002]   In addition, as shown in Fig. 1 (B), the convex portion hangs down on the belt conveyor used for climbing. It is provided at a distance longer than that of the traveling body to be climbed directly, and the convex portion is provided below the traveling body. It was to climb up the slope as if it were towed by hooking on the bump.

[0003]   However, in both climbing devices, when the traveling body travels inside the climbing device, Depending on the space between the parts, at least the distance between the convex parts and the next convex part is Waiting for the bear to spin at the entrance, and the vehicle will stop running, , I could not keep running smoothly. In addition, multiple traveling bodies can be used on the same course. When driving a car, there may be a traffic jam waiting for climbing at the entrance of the climbing device. It was.

[0004]   For this reason, in the case of a course that can be orbited, the vehicle travels once for each turn. The body does not stop running, producing the effect that the running body continues to run I couldn't. In addition, when competing with multiple vehicles, Since there is no difference in the climbing speed of the equipment, it is not possible to compete and run at regular intervals. Only

[0005]   For this reason, the traveling body can be smoothly climbed uphill without stopping, and the uphill road can be Prepare a plurality of vehicles and make them climb at different speeds when traveling on multiple traveling bodies. Depending on the, the climbing equipment for running bodies that can be produced as if competing It was desired.

[0006]

[Problems to be solved by the device]

  Therefore, the present invention has been made in view of the actual situation related to the above-mentioned problems of the prior art. , Allows the traveling body to climb uphill smoothly without stopping once when entering the uphill device, and Prepare a plurality of vehicles and make them climb up at different speeds when traveling on multiple traveling bodies. By climbing up the running body, you can produce it as if you were competing. An object is to provide a device.

[0007]

[Means for Solving the Problems]

  The present invention is a device for continuously climbing a traveling body to the upper part of a slope, and The configured slope and a large number of elastic protrusions on the slope of the slope diagonally in the traveling direction A belt provided so as to be rotatable from the lower part of the slope to the upper part; It is configured by providing a drive unit that rotates the When the traveling body advances into the device, the traveling body moves to the elastic body convex portion due to the weight of the traveling body itself. While flexing, the tips of one or more elastic body protrusions catch on the irregularities on the back side of the running body. The feature is that the traveling body climbs up from the lower part of the slope to the upper part of the slope.

[0008]   According to the above-mentioned present invention, by configuring as described in claim 1, it is possible to drive a vehicle that cannot run by itself. Body or a traveling body with a low climbing force, when the traveling body advances into the device, While flexing the elastic convex part by the weight of the body, it enters the device and projects one or more elastic convex parts. The tip of the part catches on the unevenness on the back side of the running body, and from the lower part of the slope to the upper part of the slope The traveling body can be climbed uphill.

[0009]   The present invention can connect to the upper and lower slopes of the climbing device according to claim 1. A traveling path provided so as to be able to go around when connected to the climbing device, the belt, and , At least two slopes are provided so that the rotation speeds of the belts are different from each other. Depending on the configuration, low speed and high speed slopes with different climbing speeds are provided, and high speed climbing is possible. The sloped traveling body increases the traveling speed of the traveling body after climbing due to the inertial force caused by the climbing. It is characterized by making it possible.

[0010]   According to the present invention, the climbing device can be connected to the upper and lower portions of the slope, and At least two running paths, belts, and slopes that are provided so that they can go around when connected By providing the above and making the rotation speed of the belt different, High-speed slopes and slopes with different climb speeds are created. It becomes possible to increase the traveling speed of the traveling body after climbing uphill by the inertial force . In addition, running multiple running vehicles around makes it feel as if they are competing. can do.

[Embodiment of device]

  A device for continuously climbing a running body to the upper part of a slope, which is composed of slopes. A slope and a large number of elastic protrusions on the road surface of the slope are obliquely arranged in the traveling direction, From the bottom of the road, rotate the belt and the belt that is rotatably provided in the upper direction. And a drive unit that can be connected to the upper and lower slopes of the climbing device. When the vehicle is connected to a vehicle, the traveling path that can be rotated, the belt, and the slope are At least two or more are provided, and the rotation speeds of the belts are different from each other.

[0011]

【Example】

  Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. FIG. 2 shows the implementation of the present invention. It is a traveling body climbing apparatus of one embodiment in the form.

[0012]   The traveling body climbing device includes a climbing device body 10, a belt 11, and a drive unit. There is. The climbing device main body has a slope 1 which is inclined from the lower part of the climbing device to the upper part thereof. 0a has two slopes, a slope 10a that climbs at a low speed and a slope 10a that climbs at a high speed. Has been. A belt 11 provided like a belt conveyor is arranged in the center of both slopes 10a. It is set up.

[0013]   The belt 11 is made of an elastic body such as rubber. The belt 11 has an annular shape. The outer peripheral surface of the belt 11 is provided with convex portions 11a inclined at a constant interval in a constant direction. It is provided. The convex portion 11a is inclined in the traveling direction of the traveling body (direction of climbing up). It is installed on the phone. The height of the convex portion 11a is slightly higher than the minimum ground clearance of the traveling body 20. It is desirable that the protrusions 11a be spaced apart from each other, and the interval between the protrusions 11a is the same as the height of the protrusions 11a. Or, it is desirable that it is provided a little longer. Further, the width of the belt 11 is It should be as wide as possible so that it is narrower than the tread width of Is desirable. In addition, the belt distance is equal to the length of the slope 10a of the climbing device body 10. It is desirable that they are provided almost identically.

[0014]   The convex portion 11a of the belt is made of a material called an elastic body and is provided by being inclined. By the function of a leaf spring, The belt and the running body can be brought into close contact with each other. Also, tilt the convex portion 11a The provision of the protrusion 11a allows the tip of the protrusion 11a to be caught on the unevenness 21 on the lower surface of the traveling body. It is designed to work like that. By configuring the belt 11 in this way, Therefore, the traveling body 20 can be smoothly climbed uphill.

[0015]   The belt 11 is a pulley that is rotatably provided on the upper and lower portions of the climbing apparatus body 10. The belt is hung on the reel 17, and the belt is rotated as the pulley rotates. ing. In the embodiment, although not shown, the size of the pulley 17 is such that The parts are the same. Also, the size of the pulley 17 is set to the upper side and the lower side. It is possible to have different sizes.

[0016]   Further, the pulley 17 is disposed at the center of the slope 10a, and the belt 1 1 and the wheels of the traveling body 20 are not touched.

[0017]   Further, the pulley 17 is provided on either the upper part or the lower part of the climbing device body 10. It is designed to rotate by the drive unit provided. Not shown in the example of embodiment Is provided on the upper side of the climbing apparatus body 10. The position of the drive part is the upper side and the lower part It may be on either side, and drive parts are installed on the upper side and the lower side respectively. I don't care.

[0018]   FIG. 3 is a diagram showing a drive unit of the traveling body climbing device, and a drive unit of the climbing device body 10. Will be described. The drive unit includes the motor 12, the pinion gear 13, the gears 14 and 15 ・ It is composed of 16. Gears 14, 15 and 16 are attached to the climbing device body 10. It is mounted on a shaft and is rotatable. The rotation of the motor 12 is attached to the motor by a shaft. The gear 14 is transmitted by the pinion gear 13 and is transmitted to the gear 14. By combining three spur gears of different sizes, the gear 14 allows the motor The rotation speed of 12 is reduced to increase the rotation torque.

[0019]   Further, the gear 14 transmits rotation to the gears 15 and 16. Gear 15 16 are gears of different sizes, and the rotation speed of gear 15 is smaller than that of gear 16. It is provided to do. The gears 15 and 16 are axially attached to the respective pulleys 17, The pulley 17 is provided so as to rotate as the wheels 15 and 16 rotate. Since the rotations of the gears 15 and 16 are different, the pulley 17 attached to the gear 15 is The pulley 17 that rotates at a low speed and is attached to the gear 16 rotates at a high speed. ing.

[0020]   Further, although not shown, a power source and a power switch are provided on the climbing device, When the switch is turned on, the motor 12 receives power from the power source and starts to rotate. There is.

[0021]   FIG. 4 is a diagram showing a climbing flow of the traveling body climbing device. As shown in FIG. Then, the traveling body 20 travels from the traveling path 30. In FIG. 4 (B), the traveling body 20 climbs. When entering the slope device body 10, the inertia force of the traveling body 20 causes the belt 1 to move. The convex portion 11a of No. 1 is pushed down to ride on the convex portion 11a. Due to the leaf spring effect and the frictional force of the elastic body, the belt 11 and the running body 20 are brought into close contact with each other. It Due to the rotation of the belt 11 and the inertial force of the traveling body 20, the vehicle smoothly climbs up from the entrance. Entry into the device 10 is possible. Eventually, as the belt 11 rotates, When the inertial force of the traveling body 10 is lost, the traveling body 20 is climbed up to the position shown in FIG. 4 (C). Become so.

[0022]   At the position of FIG. 4 (C), the convex portion 11a is caught on the concave and convex portions 21 on the lower portion of the traveling body. As a result, the frictional force between the belt 11 and the traveling body 20 in the vertical direction increases. As a result, when the belt 11 continues to rotate, the traveling body 20 is moved to the climbing device body 10 You can climb up to the top. In addition, the traveling body 20 leaves the climbing apparatus body 10. In this case, the inertial force received from the belt 11 causes the traveling body to rotate at the belt 11 rotation speed. 20 will be sent out.

[0023]   FIG. 5: is a figure which shows the usage example of a traveling body climbing apparatus. As shown in FIG. 5, the climbing device body 1 0 A traveling path 30 that can be orbited gently from the upper part to the lower part By connecting with 0, you can play. Multiple traveling bodies 20 Is placed on the traveling path 30 or in the climbing apparatus body 10. The traveling body 20 was placed on the traveling path 30. In some cases, the traveling body 20 moves along the gently-sloping traveling path 30 by a gravity-based position error. It will be accelerated by the energy. In addition, the traveling body 20 is connected to the climbing device body 1 When placed in 0, the traveling body 20 climbs up to the upper part of the climbing device body 10 and then travels. It will be sent to the road 30. In addition, a distributor 31 is installed in the traveling path 30. The traveling body 20 is prepared by the distributor 31 so that the traveling body 20 moves at a low speed on the slope 10a. It can be distributed to the high-speed slope 10a, and the traveling body 20 travels at high speed after climbing the slope. It can be driven or run at low speed. Use this for multiple vehicles Then, a wonderful game where you can enjoy a race game between two running bodies 20 It is a tool and a climbing device for climbing a traveling body.

[0024]   By configuring as described above, the traveling body is temporarily stopped when entering the climbing device. Do not let it run smoothly, prepare multiple climbing paths, and run multiple traveling bodies. As they race, they are racing by climbing each one at different speeds. It is possible to provide a traveling body climbing device that can produce such an effect. Also good Although the present invention has been described with reference to the preferred embodiment, the present invention is not limited to the embodiment. Instead, it can be variously modified within the technical scope described in the claims.

[0025]   The distributor 31 of FIG. 5 is moved so that a slow slope and a high slope as desired by the user. The playability is enhanced by allowing the traveling body 20 to be selected so as to be guided to the road. be able to.

[0026]   In addition, in the embodiment, two examples of slopes are shown, but it is necessary to ensure smooth running. If the number of slopes is 1 or more, any number may be provided. Also, running multiple cars The number of slopes should be 2 or more in order to make the line as if it were competing. It is desirable to provide slopes with different climbing speeds (low speed and high speed).

[0027]   Further, a traveling path 30 capable of orbiting may be provided in accordance with the number of slopes 10a. By doing so, it is possible to make different running courses centered on the climbing device body 10. Wear.

[Effect of device]

  The present invention is implemented in the form described above and has the following effects.

[0028]   By configuring as in claim 1, a traveling body that is not self-propelled or has a small climbing force When the running body advances into the device, the weight of the running body itself causes the elastic body to project. While flexing, enter the inside of the device, and the tip of one or more elastic body protrusions By catching the unevenness on the back side, the traveling body can be climbed from the lower part of the slope to the upper part of the slope. You can

[0029]   Can be connected to the top and bottom of the slope of the climbing device, and can go around when connected to the climbing device At least two running paths, belts, and slopes provided on the By configuring the rolling speeds to be different from each other, low and high speed slopes and climbing speeds can be achieved. High-speed climbing bodies that have slopes with different degrees are climbed by the inertia force of the climb. It becomes possible to increase the traveling speed of the traveling body after the slope. In addition, multiple running bodies By running around the pedestal, you can create the feeling of being in competition.

[Brief description of drawings]

FIG. 1 is a view showing a conventional climbing device for climbing a traveling body.

FIG. 2 is a diagram showing a traveling body climbing device according to an example of the embodiment of the present invention.

FIG. 3 is a diagram showing a drive unit of a traveling body climbing apparatus according to an example of the embodiment of the present invention.

FIG. 4 is a diagram showing a climbing flow of the traveling body climbing apparatus according to one example of the embodiment of the present invention.

FIG. 5 is a diagram showing a usage example of the traveling body climbing apparatus in the embodiment of the present invention.

[Explanation of symbols]

10 Main body of climbing device 10a slope 11 belts 11a convex part 12 motors 13 pinion gear 14 Gear A 15 Gear B 16 Gear C 17 pulley 20 running bodies 21 unevenness 30 roads 31 sorter

Claims (2)

[Scope of utility model registration request] 1. A device for continuously climbing a traveling body to an upper portion of a slope, comprising a slope formed of slopes and a plurality of elastic convex portions obliquely arranged on the road surface of the slope in the traveling direction. A belt that is rotatably provided in an upper direction from a lower portion of a slope and a driving unit that rotates the belt are provided, and a traveling body that cannot run on its own or a traveling body with a small climbing force is When the traveling body advances in the device, the elastic body convex portion is bent by the weight of the traveling body itself, and the tip of one or more elastic body convex portions is caught on the unevenness on the back side of the traveling body. A traveling body climbing device for climbing a traveling body from a lower portion of a slope to an upper portion of the slope. 2. The traveling path which is connectable to the upper and lower portions of the slope of the climbing device and is capable of orbiting when connected to the climbing device, the belt and the slope. By providing the above, and by configuring the rotation speed of the belt to be different respectively, a low speed and a high speed slope having different climbing speeds are provided, and the traveling body that has climbed at high speed is A traveling body climbing device characterized by being able to increase traveling speed.