JP4198243B2 - Ropeway gripping device - Google Patents

Description

[0001]
[Technology to which the invention belongs]
The present invention relates to a gripping device for retaining a towing sword on a traveling machine that is mainly a ropeway in a cableway field and suspends a carrier.
[0002]
[Prior art]
The ropeway uses a fixed line that is tensioned between the foot of the mountain and the stop at the summit, a cable that stretches between the pulleys and circulates, and two transporters that are constructed by suspending a passenger car from the traveling machine. As the traveling machine is pulled by the rope and the traveling wheels provided in the traveling machine roll on the branch, the two carriers are moved alternately between the stops. In this case, a passenger car that can carry several tens to a hundred passengers is used as the carrier.
[0003]
FIG. 14 shows a configuration of a transporter 100 using a socket-type coupling device that has been generally employed in a conventional ropeway. A passenger car (not shown) is suspended below the suspension machine 101. The suspension machine 101 is pivotally attached to the main beam 104 of the traveling machine 103 by suspension pins 102. Next, two-wheel beams 106 and 106 are pivotally mounted at the central portion at symmetrical positions of the main beam 104 in the traveling direction of the carrier 100. Further, traveling wheels 108 and 108 are pivotally attached to the two-wheel beams 106 and 106 so as to be rotatable about axles 107 and 107, respectively.
[0004]
Further, a socket holder 109 is fixed to the lower part of the main beam 104, and a socket 111 of a scoop 121a is connected to one side via a connecting pin 110, and a socket 111 of 121b is connected to the other side in the same way. Connected through. In addition, the rigging holders 112 and 112 are provided so that the sockets 111 and 111 do not swing suddenly due to fluctuations in the tension of the rigging 121a and the equilibrium rope 121b when the transporter 100 travels. The sockets 111 and 111 have a conical hollow shape as is well known, and one socket 111 is inserted with a scoop 121a from the short diameter portion, and the other socket 111 is inserted with a balanced cable 121b. These are untwisted and then cast into the melted babbet metal or white metal and consolidated.
[0005]
As described above, the method of retaining the scooping cable 121a and the balancing cable 121b on the transporter 100 has the following problems, but it is generally used as the most reliable method based on experience. However, casting of babbet metal or white metal requires appropriate skills and experience. It is necessary to perform the same work again when the scissors and balance cables are stretched and trimmed due to use over time. When using synthetic fiber as the oil-impregnated core material of the rope, this type of rope cannot be used because the synthetic fiber core may burn out or melt. In the vicinity of the socket insertion portion where the alloy of the socket is welded, there is a portion where rainwater invades and the rope is easily corroded and is relatively difficult to inspect, and it is necessary to be careful at all times. Furthermore, when it was desired to separate the carrier from the rope for some reason, it could not be done easily.
[0006]
In order to solve this problem, in Japanese Patent Application No. 3-40968 filed on Feb. 12, 1991 by the applicant of the present application, “A cable indexing method for a cableway traveling machine”, a winding drum is provided at the center of the traveling machine. It pivots so that it can rotate in the direction of the cable line. In addition, the traveling machines near the starting end and the terminating end where the scooping is wound around the winding drum are provided with spring-type gripping machines, respectively. It has a configuration in which the rope is retained. Even with this method, if the snooper is released from the grinder, it is easier than the conventional socket method to move the traveling device while the wound drum pivotally attached to the traveling device whirls the stationary scoop and rotates. It has a structure that can be done.
[0007]
However, there is a problem that smooth movement cannot be performed because the sword is still moved while being wound around. In addition, the winding drum needs to have a diameter corresponding to the safety of the rope, so that the winding drum becomes relatively large, and the weight of the traveling machine pivotally attached to the winding drum is larger than the conventional one. There was also a point.
[0008]
Similarly, the gripping device of Japanese Patent Application No. 3-103946 “Grip device of a cableway traveling machine” filed on April 9, 1991 by the applicant of the present application is a clamp that is movable in the center direction of the scoop. A plurality of pieces are equally distributed on the outer periphery of the rope and are guided by a clamp holder that moves on the same core of the rope. Furthermore, an operating ring is pivotally attached to the clamp holder so as to be rotatable on the same core. A wedge-shaped groove is formed on the inner peripheral surface of the operating ring in the tangential direction at the position where the working surface formed on the opposite side of the gripping surface of the clamp piece comes into contact. In this way, the push ring and the pull rod biased by the spring are given a rotational force in the tangential direction, and the rope is gripped by pressing the grip surface of the clamp piece toward the center of the scoop with this rotational force. Although the configuration is as described above, the structure is complicated as compared with the conventional socket-type drawing apparatus, and there are also problems in manufacturing when forming a wedge-shaped groove.
[0009]
[Problems to be solved by the invention]
An object of the present invention is to increase the weight of a traveling machine in a structure using a winding drum without using a conventional socket. In addition, the structure of the gripping device is complicated and difficult to manufacture. An object of the present invention is to provide a ropeway gripping device that eliminates this problem as much as possible.
[0010]
[Means for Solving the Problems]
A support line stretched between the stops at both ends, an endlessly connected rope that circulates between pulleys pivoted at the stop positions at both ends, and traveling wheels that roll on the support lines; and In a cableway facility of a type having a transporter including a traveling machine that suspends a passenger car, the transporter is pulled by the scoop and guided by a support, and a conical tapered hole is formed at the center. A socket, an outer peripheral surface having the same shape as the taper hole of the socket, a cylindrical gripping portion that is in contact with the scoop and formed into a plurality of divided inner cones, and a large side end surface of the inner cone A bush flange that is in contact with the pressing flange, and a pressing means for pressing the inner cone against the socket in the moving direction of the scoring via the bush flange, and the pressing force of the pressing means is applied to the pressing force by the inner cone. Component force perpendicular to the direction of pressure A gripping machine configured to generate gripping force, a bracket fixedly extending downward from the bottom of the center of the main frame of the traveling machine, and a socket fixed before and after the traveling direction of the carriage of the bracket The gripping machine is abutted to contact the socket holder so as to be symmetrical in the forward and backward direction of the transporter so as to hold the stool to the traveling machine. Further, the pressing means has a structure in which a plurality of disc springs are stacked and compressed, and the gripping force is generated by the restoring force. Also, a plurality of sets of the pressing means are provided on the bush flange, and the bushing flange is provided with a uniform distribution on the circumference centered on the scoop. Further, a scoop holder for supporting and guiding the scooping to the center of the scooping device is provided at the bottom of the main frame of the traveling machine in the front-rear direction of the carrying device with the gripping device interposed therebetween. .
[0011]
DETAILED DESCRIPTION OF THE INVENTION
【Example】
Hereinafter, specific embodiments of the present invention will be described with reference to the drawings. 1 and 2 are side views showing the entire carrier 1 equipped with the gripping device 20 of the present invention. In FIG. 1, a box-shaped passenger car 13 is suspended below the suspension machine 11, and the suspension machine 11 swings in the traveling direction of the transporter 1 with a suspension pin 10 at the center of the main frame 3 constituting the traveling machine 2. It is pivotally attached freely. The traveling machine 2 pivotally supports the balanced beams 4 and 4 at both ends of the main frame 3 with beam pins 5 and 5 so as to be swingable in the traveling direction of the carrier 1. Further, two-wheel beams 6 and 6 are pivotally attached to the balanced beams 4 and 4 by two-wheel beam pins 7 and 7 so as to be swingable in the traveling direction of the carrier 1. Then, two traveling wheels 8 and 8 are pivotally attached to the two theoretical beams 6, 6,. In this way, the main frame 3, the balanced beams 4, 4 and the two-wheel beams 6, 6,... Constitute a balancing mechanism so that the traveling wheels 8, 8,.
[0012]
In FIG. 2, the gripping device 20 according to the present invention is located at the center lower part of the main frame 3 constituting the traveling machine 2, and the left and right sides of the gripping device 20 are slightly symmetric in the drawing. The sought-on holder 50 and the sought-on holder 50 are equipped so that it may become.
[0013]
Hereinafter, the detailed structure of the grasping device 20 which is the principal part of this invention is demonstrated using FIGS. FIG. 3 is a side view of the entire gripping device 20. Among these, the left side in the figure shows one gripping machine 20A in cross section, and the right side in the figure shows the appearance of the other gripping machine 20B. A bracket 14 is fastened and fixed to the bottom 3a of the main frame 3 of the traveling machine 2 with eight sets of bolts 15a, 15a,... And nuts 15b, 15b,. 4A and 4B show the detailed configuration of the bracket 14.
[0014]
The bracket 14 has a configuration in which two plates 14a and 14a and two ribs 14b and 14b are combined in a cross beam shape and fixed to an upper mounting plate 14e. As shown in FIG. 4A, the two plates 14a and 14a are respectively provided with a notch 14d and a squeeze 61 from the lower end part toward the central part in order to enter the central part of the squeeze 61. Screw holes 14c, 14c,... Are screwed into six locations on the circumference with the center.
[0015]
Next, FIGS. 5A, 5A, and 5C show detailed shapes of the socket receivers 21 and 21 attached to the bracket 14 described above. Since the two socket receivers 21 and 21 have the same shape, one socket receiver 21 will be described. The socket receiver 21 is formed with a flange portion 21a and a boss portion 21b, and the flange portion 21a has the above-described FIG. .. Are perforated at the same positions as the screw holes 14c, 14c,... Screwed into the plate 14a shown in FIG. Further, as shown in FIG. 4A, the boss portion 21b has a substantially U-shaped groove 21c cut out from the front end portion toward the center, and conversely, a narrow slit 21e extending to the lower end. Cut in. Further, a notch 21d similar to a key hole is formed so as to be located inside the groove 21c in the front view of FIG. 5A across the flange portion 21a and the boss portion 21b. In the center of the notch 21d, a sleeve 23 having a U-shaped support portion 23a having the same width in front view as shown in FIGS. 6A and 6A is provided with a groove 21d on the socket receiver 21 side. The support portion 23a is inserted in a continuous positional relationship. After that, the socket receiver 21 is fastened to the screw holes 14c, 14c,... Of the plate 14a of the bracket 14 through the bolts 22, 22,. .
[0016]
The other socket receiver 21 is also fastened to the other plate 14a of the bracket 14 in the same manner. Further, in the side view of the gripping device 20 of FIG. 3, the two socket receivers 21 and 21 are attached symmetrically with the bracket 14 interposed therebetween.
[0017]
Next, regarding the structures of the grinder 21A and the grinder 21B that are in contact with the left and right socket receivers 21 and 21 shown in FIG. 3, the two shapes and structures are the same. The grapple machine 21A will be described. As shown in FIGS. 7A and 7A, the socket 24 is generally cylindrical in outer shape, and has a slightly large-diameter flange portion 24d on the left side in the figure. As shown in FIG. 7 (a), screw holes 24c, 24c,... Further, a positioning hole 24b is formed continuously from the end surface of the flange portion 24d with the tapered hole 24a.
[0018]
Further, as shown in FIG. 3, the socket 24 is divided into an upper socket part 25 and a lower socket part 26 in the vertical direction along the center line CL. The upper socket portion 25 is screwed with screw holes 25b, 25b, 25b, 25b at four locations upward from the plane divided at the left and right positions in front view, and the pin holes 25c, 25c at two locations. Each is penetrated. For the lower socket portion 26, the four screw holes 25b, 25b, 25b, 25b of the upper socket 25 described above are made to correspond to each other, and stepped holes 26b, 26b, 26b, 26b are drilled on the same core. The pin holes 26c and 26c are penetrated on the same core corresponding to the pin holes 25c and 25c.
[0019]
In order to combine the upper socket 25 and the lower socket 26 with the above structure into a single socket 24, first, the pin holes 25c, 25c and the pin holes 26c, 26c on the left and right sides of the upper socket 25 and the lower socket 26, After aligning the positions of the pin holes 25c and 25c and the pin holes 26c and 26c, the pins 29 and 29 and the pins 29 and 29 are driven through, respectively, so that the upper socket 25 and the lower socket 26 are accurately positioned. Thereafter, four washers 29, 29, 29, 29 are inserted into the four screw holes 25b, 25b, 25b, 25b and the stepped holes 26b, 26b, 26b from below, respectively, and then the four bolts 27, Tighten firmly through 27, 27, 27.
[0020]
Next, the inner cone 30 that is inserted into the tapered hole 24a of the socket 24 and abuts on the scoop 61 and grips will be described. As shown in FIGS. 8A and 8A, the inner cone 30 is formed of four divided pieces 30A, 30A, 30A, 30A and a rubber sheet, and the mating surface between each divided piece 30A and the divided piece 30A An elongated trapezoidal rubber cart 31 is sandwiched. The tapered portion 30F of the outer shape of the inner cone 30 when the four divided pieces 30A, 30A, 30A, 30A and the rubber sheets 31, 31, 31, 31 are combined has the same shape as the tapered hole 24a formed in the socket 24, A cylindrical gripping portion 30F for gripping the scoop 61 is formed inside. Therefore, each divided piece 30A, 30A,... Has a tapered surface 30a. .., And the gripping surfaces 30b, 30b,... Obtained by dividing the gripping portion 30F into four parts, and screw holes 30c, 30c,.
[0021]
Next, as shown in FIGS. 9A and 9A, the bush flange 32 for pushing the inner cone 30 into the tapered hole 24a of the socket 24 has a plurality of sets of pressing means 40, 40,. It comprises a flange portion 32 a for attachment and a cylindrical boss portion 32 b that fits into the positioning hole 24 b of the socket 24 and abuts against the end surface of the inner cone 30. A half-moon-shaped notch 32c is formed in the boss portion 32b. In the flange portion 32a, mounting holes 32d, 32d,... For the pressing means 40, 40,... Are drilled at four locations on the circumference centering on the axis of the scoop 61 in the front view of FIG. Further, the long groove 32f is cut out from the lower end to the center across the flange portion 32a and the boss portion 32b.
[0022]
Subsequently, the bush piece 33 having the same shape as the half-moon-shaped notch 32c of the bush flange 32 shown in FIGS. 10A and 10A is inserted into the socket 24 after passing the squirt 61 through the socket 24. When the inner cone 30 is pressed, it is fixed to the bush flange 32 with two bolts 34, 34 in order to make up the notch 32c of the bush flange 32.
[0023]
Next, one set of the four sets of pressing means 40, 40,... Having the same configuration attached to the bush flange 32 will be described with reference to FIGS. The outer shape of the spring case 42 is formed by flat surfaces 42c and 42c obtained by scraping a cylindrical member in parallel with two parts of a circle in front view of FIG. 11 (a), a cylindrical space portion 42a, and a concentric hole 42b. To do. A disc spring set 41 in which a plurality of disc springs are stacked is inserted into the space portion 42a of the spring case 42, and a single bolt 43 is passed through the center portion. Further, a rotation stopper 44 formed of a thin plate is attached to one flat surface 42c of the spring case 42 in a state in which a part of the spring case 42 protrudes from the spring case 42 with two set screws 45, 45 in the screw holes 42d, 42d.
[0024]
The above has described the detailed structure of the left gripping machine 20A of the gripping machines 20A and 20B that are symmetrical in the figure constituting the gripping device 20 shown in FIG. 20B has the same configuration or structure.
[0025]
Hereinafter, the procedure for gripping the scoop 61 with the gripping device 20 of the present invention will be described. The scoop 61 is inserted from the lower end to the center by the long groove 14d of the bracket 14 attached to the lower center of the traveling machine 2. Next, the socket receiver 21 with the sleeve 23 inserted in the center is pushed in from below to reach the center with the squeezed 61 fitted in the groove 21d, and then the plate of the bracket 14 with the six bolts 22, 22,. It adheres to 14a.
[0026]
Since the grinders 20A and 20B located on the left and right of the grasping device 20 have the same configuration, the explanation will be given on the side of the one grinder 20A. The scoop 61 is sandwiched between the upper socket portion 25 and the lower socket portion 26, After the pins 29, 29,... Are punched into the pin holes 25c, 26c,..., Which are perforated at two positions on the front, respectively, and positioned accurately, stepped holes 26b, 26b,. After inserting the washers 28, 28,... Into the screw holes 25b, 25b,..., The bolts 27, 27,. In this state, a complete conical hollow tapered hole 24 a is formed inside the socket 24.
[0027]
Subsequently, rubber sheets 31, 31, 31, 31 are sandwiched between the mating surfaces of the four divided pieces 30A, 30A, 30A, 30A shown in FIGS. After the scoop 61 is sandwiched and fitted together, as shown in detail A, snap rings 35, 35, and 35 are fitted into grooves 30 d, 30 d, and 30 d formed at three locations on the outer peripheral surface, respectively, and are fixed integrally as an inner cone 30. . Thereafter, the integrated inner cone 30 is inserted into the conical hollow tapered hole 24 a inside the socket 24.
[0028]
Next, the bush flange 32 shown in FIGS. 9A and 9A is inserted into the long groove 32f and pushed downward to be positioned at the center, and then the bush piece 33 is formed in the notch 32c. Is fixed with two bolts 34 from the side surface so that the bush flange 32 does not come off the scoop 61. The boss 32b of the bush flange 32 is inserted into the positioning hole 24b of the socket 24, and the end of the inner cone 30 fitted into the socket 24 is brought into contact with the end surface of the boss 32b.
[0029]
Next, pressing means in which the disc spring sets 41, 41, 41, 41 are respectively incorporated into the four mounting holes 32d, 32d, 32d drilled in the flange portion 32a of the bush flange 32 shown in FIGS. The bolts 43, 43, 43, 43 of 40, 40, 40, 40 are passed through to the four screw holes 24c, 24c, 24c, 24c located on the same core threaded on one end face of the socket receiver 24. Tighten each one. By doing so, the disc spring sets 41, 41, 41, 41 in the spring cases 42, 42, 42, 42 are gradually compressed, and the restoring force acts on the bush flange 32, so that the inner cone 30 can Press toward the socket 24 in the direction of the central axis. At that time, a vertical component force with respect to the horizontal pressing force is generated between the tapered hole 24a and the inner cone 30 to grip the scoop 61 in the four divided pieces 30A, 30A, 30A, 30A. It is trying to give the grasping power to do. The four bolts 43, 43, 43, 43 are fastened to the socket 24, and the heads are fitted into the grooves 42e, 42e, 42e, 42e of the spring cases 42, 42, 42, 42. Loosening of the four bolts 43, 43, 43, 43 is caused by projecting a part of the detents 44, 44, 44, 44 attached to the side surfaces of the 42, 42, 42 to the side surface of the flange portion 32 a of the bush flange 22. Stop it. In the above description, the procedure for grasping the scoop 61 by the left grinder 20A has been described, but the scoop 61 can be seized by the same procedure for the grinder 20B shown on the right. .
[0030]
Next, the scoop holders 50 and 50 provided in the traveling machine 2 with the gripping device 20 sandwiched between the left and right will be described below. As shown in FIGS. 13A and 13B, holder support portions 3b and 3b are formed on the main frame 3 so as to protrude downward in the forward and backward directions. The holder support portions 3b, 3b are provided with a plurality of substantially belt-like rubber liners 51, 51 each having a circular arc groove in cross section with which the squeezing 61 abuts over the entire length of the holder support portions 3b, 3b. And set screws 52, 52,... And set screws 52, 52,. The squeeze holders 50 and 50 having the same length as the holder support portions 3b and 3b facing each other are also provided with rubber liners 51 and 51 over their entire length in the same manner as the holder support portions 3b and 3b. In a state where it is bent downward, it is inserted by being stopped by a plurality of set screws 52, 52,.
[0031]
Then, after the scoop 61 is sandwiched from above and below between the rubber liners 51 and 51 of the holder support portions 3b and 3b on the traveling machine 2 side and the rubber liners 51 and 51 on the scoop holder 50 and 50 side, the bolts 53a and 53a. ,... And nuts 53b, 53b,... Are used to fix the squeeze holders 50, 50 to the holder support portions 3b, 3b. In this state, the scoop 61 is supported so as to pass through the center of the gripping device 20 described above. Further, the ends of the stool holders 50, 50 on the track side are spread in a “C” shape in the up and down direction, and when the sway 61 swings in the up and down direction, a local bend occurs in the sword 61. I am trying not to.
[0032]
【The invention's effect】
As described above, the ropeway grasping device of the present invention does not semi-permanently hold the snag or balance rope like the conventional socket type retention device. There is an advantage that engagement and disengagement can be performed relatively easily. Furthermore, conventionally, when untwisting and babbing the rope, a skilled worker corresponding to safety is required, but the grasping device of the present invention does not require such a skilled worker. In addition, the structure is simplified compared to the conventional ropeway type gripping device or pulling device that can be held and released, making assembly and disassembly easier, improving workability, and making the gripping device more reliable. There is also a higher effect.
[Brief description of the drawings]
FIG. 1 is a side view of a carrier equipped with a grasping device of the present invention.
FIG. 2 is a front view of a carrier equipped with a gripping device of the present invention.
FIG. 3 is a side view showing a part of the grip device of the present invention in a longitudinal section.
FIG. 4 is an explanatory diagram of a bracket for attaching two gripping machines to a traveling machine in the gripping device of the present invention.
5 is a diagram illustrating a structure of a socket receiver attached to the bracket shown in FIG.
6 is a view for explaining the structure of a sleeve to be inserted into the socket receiver shown in FIG. 5. FIG.
FIG. 7 is a view for explaining the structure of a socket constituting the grinder of the present invention.
8 is a diagram illustrating the structure of an inner cone that fits into a socket that constitutes the grinder shown in FIG. 7. FIG.
9 is a diagram illustrating the structure of a bush flange for pushing the inner cone of FIG. 8 into the socket of FIG. 7;
10 is a view for explaining the structure of a bush piece fitted into the bush flange shown in FIG. 9;
11 is a diagram illustrating the configuration of the pressing means of the grinder shown in FIG. 9;
FIG. 12 is an external view illustrating a configuration of a grinder that is a main part of the grasping device of the present invention.
FIG. 13 is a diagram illustrating a configuration of a scoring holder for supporting and guiding the scoring to the grasping device of the present invention.
FIG. 14 is a side view of a traveling machine of a transporter using a conventional socket type drawing apparatus.
[Explanation of symbols]
1 Carryer
2 traveling machine
3 Mainframe
3a Bottom plate
3b Holder support
4,4 Balanced beam
5,5 Beam pin
6, 6, ... Two-wheel beam
7, 7, ... Two-wheel beam pin
8, 8, ... Running wheel
9, 9, ... Axle
10 Suspension pin
11 Suspension machine
11a head
12,12 shock absorber
13 Passenger car
14 Bracket
14a, 14a plate
14b, 14b rib
14c, 14c, ... Screw holes
15a, 15a, ... Bolt
15b, 15b, ... nuts
20 Gripping device
20A, 20B Grinder
21,21 Socket holder
21a, 21a, ... Flange
21b, 21b Boss
21c, 21c Notch
21e, 21e slit
21f, 21f, ... hole
22, 22, ... Bolt
23, 23, ... Sleeve
23a, 23a support part
23b Flange
24 socket
24a Taper hole
24b Positioning hole
24c, 24c, ... Screw holes
24d Flange
25 Upper socket part
25a Taper part
25b, 25b, ... Screw holes
25c, 25c, ... pin holes
26 Lower socket part
26a Taper hole
26b Stepped hole
26c pin hole
27, 27, ... Bolt
28, 28 ... Washers
29, 29, ... Pin
30 Inner cone
30A, 30A, ... Divided pieces
30F Grasping part
30T taper part
30a, 30a, ... Tapered surface
30b, 30b, ... Grasp surface
30c, 30c, ... Screw holes
30d, 30d, ... groove
31, 31, ... Rubber sheet
32 Bushing flange
32a Flange
32b Boss
32c Notch
32d, 32d, ... Mounting holes
32e, 32e, ... Stepped holes
33,33 Bushpiece
34, 34 bolts
35, 35 retaining ring
40, 40, ... pressing means
41, 41, ... Belleville spring set
42, 42, ... Spring case
42a, 42a, ... space
42b, 42b, hole
42c, 42c, ... flat surface
42d, 42d, ... Screw holes
42e, 42e, ... groove
43, 43, ... Bolt
44, 44, ... Non-rotating
45, 45, ... Set screw
50, 50 Scoring holder
51,51 Rubber liner
52, 52, ... Set screw
53a, 53a, ... Bolt
53b, 53b, ... nuts
60, 60
61 Scoring
100 carrier
101 Suspension machine
102 Suspension pin
103 traveling machine
104 Main beam
105 Beam pin
106 Two-wheeled beam
107,107, ... axle
108, 108, ... Running wheel
109,109 socket holder
110 Connecting pin
111,111 socket
112,112 squeeze holder
120a, 120a
121a
121b balanced cable
CL center line
A Details

Claims (4)

A support line stretched between the stops at both ends, an endlessly connected rope that circulates between pulleys pivoted at the stop positions at both ends, and traveling wheels that roll on the support lines; and In a cableway facility of a type that has a transporter including a traveling machine that suspends a passenger car, the transporter is pulled by the scoop, is guided to a branch, and is transported,
A socket with a conical tapered hole in the center;
An outer peripheral surface having the same shape as the taper hole of the socket, a cylindrical gripping portion that comes into contact with the scoring rope, and an inner cone divided into a plurality of portions;
A bush flange abutting against the large side end surface of the inner cone;
And a pressing means for pressing the inner cone against the socket in the moving direction of the scooping via the bush flange, and the pressing force of the pressing means with respect to the direction of the pressing force by the inner cone A gripper configured to generate a gripping force with a vertical component force;
A bracket fixed and extended downward from the bottom of the center of the main frame of the traveling machine;
It consists of a socket holder fixed before and after the direction of travel of the bracket carrier,
A ropeway gripping device, wherein the gripping device is brought into contact with the socket receptacle so as to be symmetrical in the forward and backward direction of the transporter so as to hold the scoop on the traveling device. The ropeway gripping device according to claim 1, wherein the pressing means has a structure in which a plurality of disc springs are stacked and compressed and a gripping force is generated by a restoring force thereof. The ropeway gripping device according to claim 1, wherein the bushing flange includes a plurality of sets of the pressing means and is distributed evenly on a circumference centered on a scoop. The squeezing holder is provided at the bottom of the main frame of the traveling machine to sandwich the squeezing device and to support and guide the squeezing device to the center of the squeezing device in the front-rear direction of the carrying device. The ropeway gripping device according to claim 1.

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