CN211705865U - Rope type bottle placing machine - Google Patents

Abstract

The utility model relates to a tether formula pin setter is a system that is used for bowling bottle to place, arrange in order, keep off the ball among the bowling complete sets, and tether formula pin setter includes: the device comprises a frame, a bottle receiving and releasing component, an electrical control box, a scoring computer, a housing, a switch box, a camera component and a reflecting plate; the frame is arranged on a wood wall plate of a fairway system and a frame of a ball return system, the frame supports a mounting plate of a bottle collecting and releasing component, a positioning component and a driving component in the bottle collecting and releasing component are arranged on the mounting plate, an electric control box and a scoring computer are main core components of the electric control system and the scoring system, are core control components for completing automatic operation of the bottle collecting and releasing component, are arranged below the mounting plate and above a tail pit, a switch box is a control component for completing manual control of the bottle collecting and releasing component and a power switch, is arranged on a rear end housing, and a camera component and a reflecting plate are part of the control system and are arranged on cover plates at the front end of a screen and at the two sides of the fairway.

Description

Rope type bottle placing machine

Technical Field

The utility model relates to a put the bottle machine, concretely relates to simple structure, compactness, rationally distributed, guarantee that the fault rate that the rope winding arouses is low and the whole standard operation of putting the bottle system and put the bottle machine with tether formula for accurate score improves reliable data access.

Background

At present, the international and domestic popular full-automatic bowling complete equipment mainly comprises four parts of an automatic pin setting system, an automatic ball returning system, an automatic scoring system and a standard bowling lane. The standard bowling lane and equipment which can be used for professional competition meet the requirements of bowling, bowling pin and bowling lane size specification and the specification of parameters such as material, weight, error and the like specified by American ABC/WIBC bowling Association standard equipment specification. Bowling games are currently not listed in olympic games. Currently, major manufacturers worldwide include Brunswick, QUBIC-AMF, Shanghai Central office, Cima bowling Equipment, Inc., Beijing City, and the like.

In addition, in the bowling industry, there are many derived products, such as a tethered bowling ball set from Brunswick, where the balls and pins used are in accordance with the standard ball and pin specifications, and the lane width also conforms to the ABC/WIBC equipment specification standard, but the lane length is only about half of the standard length, and can be adjusted as needed. Yet another alternative is the HIGH WAY 66MINI BOWLING by QUBIC-AMF corporation, which is a reduced version of the bowden cable BOWLING kit, where the lane is smaller in width and length than a standard lane, and the pins used are identical to the standard pins, but the BOWLING ball is smaller than the standard BOWLING ball format. The bottle placing machines of the two types of equipment adopt the rope tying type bottle placing machine with the same technology, namely, one motor is used as power, and ten electromagnetic clutches are used for controlling the collection and release of ten bottles.

SUMMERY OF THE UTILITY MODEL

To the above problem, the main object of the present invention is to provide a tether type bottle placing machine which has a simple, compact and reasonable layout, ensures that the failure rate caused by rope winding is low and the whole bottle placing system operates normally and improves reliable data access for accurate scoring.

The utility model discloses a solve above-mentioned technical problem through following technical scheme: a tethered pin setter, a system for bowling pin placement, organizing, and ball blocking in a bowling assembly, said tethered pin setter comprising: the device comprises a frame, a bottle receiving and releasing component, an electrical control box, a scoring computer, a housing, a switch box, a camera component and a reflecting plate; the frame is arranged on a wood wall plate of a lane system and a frame of a ball return system, the frame supports a mounting plate of a bottle collecting and releasing component, an electric control box and a scoring computer are arranged below the mounting plate and above a tail pit, a switch box is a control part for completing manual control of the bottle collecting and releasing component and a power switch and is arranged on a rear end housing, and a camera component and a reflecting plate are part of the control system and are arranged on cover plates at the front end of a screen and on two sides of the lane.

The frame includes adjusting screw subassembly, rectangular frame, connecting rod, backup pad, angle bar, and the adjusting screw subassembly lower extreme is connected with T type channel steel on the wooden wallboard of lane system, and the upper end is connected with the hitching leg on the rectangular frame, and the rectangular frame is connected about the connecting rod will, and a plurality of backup pads are connected with the rectangular frame inboard, and bilateral symmetry arranges, and the angle bar couples together a plurality of backup pads upper end, and the angle bar is connected with the mounting panel of putting the bottle subassembly of receipts.

In a specific embodiment of the present invention; the bottle receiving and releasing assembly comprises three parts, the first part is a bottle assembly, the second part is a positioning component, the third part is a driving component, a mounting plate of the bottle receiving and releasing assembly is connected with an angle iron at the upper end of the rack, the positioning component is arranged above the bottle placing table, and 10 bottle positions are vertically aligned with the bottle positions on the bottle placing table of the lane system; the driving part is arranged at the rear end of the tail pit, and the positioning part and the driving part finish the bottle arrangement, lifting and arrangement.

In a specific embodiment of the present invention; the bottle assembly of the bottle receiving and releasing assembly comprises a standard bowling bottle, a bottle lifting rope and a small hammer; the number of the bottle collecting and releasing components is 10, and the small hammer comprises an adjusting nut, an adjusting screw rod and a nut guide head; the top of bottle has a hole, is tying a rope, and a bobble is tied to the other end of rope, and bobble length is adjustable, and the weight of bobble can be guaranteed to straighten the rope after the installation, and the bobble is detained with the weight subassembly is one-way mutually, and weight subassembly downstream can stimulate the bobble, rope and bottle move together, and the weight subassembly is upwards, and the bobble does not follow-up, can pass the center of weight subassembly, keeps the vertical state, and the total 10 sets of bottle subassembly are worn in 10 location and drive unit.

The utility model discloses an actively advance the effect and lie in: the utility model provides a tether formula bottle machine of putting has following advantage: the utility model has simple and compact structure and reasonable layout, and ensures the matching with the automatic ball returning system; the ball baffle plate mechanism is reasonably arranged; the reasonable layout of the control elements ensures that the failure rate caused by the rope winding is low, the standard operation of the whole bottle placing system is ensured, and the reliable data access is improved for accurate scoring.

Drawings

Fig. 1-1 is a front view of the overall structure of the present invention and the position relationship diagram of the screen components of the lane and ball return system.

Fig. 1-2 are top views of the overall structure of the present invention and the position relationship between the screen components of the lane and ball return system.

Fig. 1-3 are left side views of the overall structure of the present invention and the position relationship between the screen components of the lane and ball return system.

FIG. 2 is a block diagram of the bottle assembly of a unit.

Figure 3 is a cross-sectional view of the hammer assembly.

Fig. 4 is a partially enlarged view of fig. 3.

Fig. 5 is a structural view of a bottle positioning portion.

Fig. 6-1 is a structural view of a bottle placing driving part.

FIG. 6-2 is a schematic view of the portion of FIG. 6-1 from direction A.

Fig. 7 is a structural view of the drive assembly.

FIG. 8 is a cross-sectional view of the weight assembly.

Detailed Description

The following provides a preferred embodiment of the present invention with reference to the accompanying drawings to explain the technical solutions of the present invention in detail.

Part of the tethered pin setter bowling equipment is mounted on the wooden wall panels on both sides of the lane system pin setter, as shown in fig. 1: tether bottle placer includes: the device comprises a frame (1), a bottle collecting and releasing component (2), an electric control box (3), a scoring computer (4), a housing (5), a switch box (6), a camera component (7) and a reflecting plate (8)

Fig. 1 shows the matching relationship of the tethered bottle placing machine and the related system after being installed on the fairway wooden wallboard, wherein the tethered bottle placing machine comprises a ball baffle plate component (9), a curtain (10), a tail pit (11), a horizontal accelerating ball returning device (12), a bottle placing table (13), a T-shaped channel steel (14), a wooden wallboard (15), a screen (16) and a fairway (17);

as shown in fig. 2, the frame (1) includes an adjusting screw assembly (1.1), a rectangular frame (1.2), a connecting rod (1.3), a supporting plate (1.4), and an angle iron (1.5).

Fig. 3 shows a structure diagram of the pin set of the pin receiving and releasing set (2), which has 10 sets including a standard bowling pin (2.1.1), a pin lifting rope (2.1.2) and a small hammer (2.1.3). In the 10-set bottle assembly, the length of the bottle lifting rope (2.1.2) is several, wherein the length of the same transverse row is consistent.

As shown in fig. 4, the hammer includes an adjusting nut (2.1.3.1), an adjusting screw (2.1.3.2), and a nut guide head (2.1.3.3).

Fig. 5 shows a positioning component of the bottle collecting and releasing assembly (2), which comprises a stabilizing plate (2.2.1), a positioning plate (2.2.2), a top ring (2.2.3), a vertical conduit (2.2.4), a mounting plate (2.2.5), a cushion block (2.2.6), a pulley assembly (2.2.7), a joint (2.2.8), a connecting rod (2.2.9) and a horizontal conduit (2.2.10).

As shown in fig. 6, the driving part of the bottle storage assembly (2) comprises a motor driving assembly (2.3.1), an upper sealing plate (2.3.2), an upper microswitch (2.3.3), a synchronous belt (2.3.4), a guide rod (2.3.5), a hook pin (2.3.6), a synchronous belt pressing plate (2.3.7), a synchronous belt pulley (2.3.8), a pulley seat (2.3.9), a lower sealing plate (2.3.10) induction plate (2.3.11), a proximity switch (2.3.12), a heavy hammer assembly (2.3.13), a lower microswitch (2.3.14) and a cushion pad (2.3.15).

Fig. 7 shows a motor driving component (2.3.1) in the driving component, which comprises a motor (2.3.1.1), a driving box (2.3.1.2), a synchronous belt driving wheel (2.3.1.3) and a rolling bearing (2.3.1.4).

As shown in fig. 8, the weight assembly (2.3.13) includes a spring seat (2.3.13.1), a retainer ring (2.3.13.2), a sliding film (2.3.13.3), a pressure spring (2.3.13.4), a buffer sleeve (2.3.13.5), and a weight body (2.3.13.6).

As can be seen from figures 1 and 2, a rack (1) is arranged on wood wall plates (13) at two sides of a bottle placing table of a fairway system, a rectangular frame (1.2) of the rack (1) is a rectangular frame formed by welding a rectangular pipe, the lower end of the rectangular frame is provided with at least three hanging feet, at least two hanging feet are supported on a T-shaped channel steel (14) on the upper plane of the fairway wood wall plate (15), one hanging foot is supported on a frame of a horizontal acceleration ball returning device, the hanging feet and the T-shaped channel steel (14) are connected by an adjusting screw rod component (1.1), the lower end of the adjusting screw rod component (1.1) is fastened by nuts and gasket hexagon nuts in the T-shaped channel steel (14), the upper end of the adjusting screw rod component is clamped and fixed with nuts and gaskets on the upper and lower ends of a hanging rack on the rack (1), the connecting mode can adjust the heights of the left and right sides of the rack (1) and can also adjust the level, as the hanging legs on the rectangular frame (1.2) are provided with the transverse waist holes, the whole rack (1) can be finely adjusted in the transverse direction. About one third of the rectangular frame extends outwards to form a cantilever beam structure, and the frame of the cantilever beam part is internally provided with inclined support reinforcement. The left and right rectangular frames (1.2) are in a pair, and the hanging feet at the lower ends of the left and right rectangular frames are staggered in the front-back direction, so that a plurality of ball tracks can be conveniently arranged on the same wood wallboard in parallel. The left and right rectangular frames (1.2) are transversely connected by a plurality of connecting rods (1.3). The inner sides of the rectangular frames (1.2) at the two sides are respectively connected with 4 supporting plates (1.4), the upper ends of the supporting plates are respectively connected with an angle iron (1.5), and the angle iron is connected with a mounting plate (2.2.5) of the bottle collecting and releasing assembly (2). After installation, 10 bottle positions of the positioning component are required to be aligned with the bottle positions on the bottle placing table (13) of the lane system. The 10 bottle positions on the bottle placing table (13) are arranged according to a regular triangle, the relevant sizes of the bottle positions and the platform are determined according to the American ABC/WIBC standard, and the bottle position codes 1# -10# are shown in the top view of figure 1.

The bottle receiving and releasing component (2) is a core component of the patent and mainly comprises three parts:

the first part is a pin assembly, as shown in fig. 3 and 4, the pin assembly comprises 10 sets, each set comprises a bowling pin (2.1.1) with the size consistent with that of a standard bowling pin, the top of the pin is provided with a hole, a pin lifting rope (2.1.2) is tied in the hole, the other end of the pin lifting rope is tied with a small hammer (2.1.3) which consists of three parts, the pin lifting rope passes through an adjusting nut (2.1.3.1) and an adjusting screw rod (2.1.3.2), then the pin lifting rope is knotted, then a knot is plugged into a nut guide head (2.1.3.3), the adjusting screw rod and the nut guide head are screwed, finally the adjusting screw rod is screwed into the adjusting nut, and fine adjustment can be carried out between the adjusting screw rod and the adjusting nut. According to the arrangement of bottle positions in the top view of fig. 1, the length of the bottle lifting rope (2.1.2) is divided into four specifications, the first group is 1# bottle, and the length is longest; the second group is 2# and 3# bottles; the third group is 4#, 5#, 6 #; the fourth group is 7#, 8#, 9#, 10#, and the group is shortest.

The second part is a positioning component, as shown in fig. 5, a front pulley assembly and a rear pulley assembly (2.2.7) are installed on the upper plane of a mounting plate (2.2.5), the pulley assemblies are of a closed design and mainly comprise two plastic shells capable of being closed, a pulley and a support to form a right-angle pulley assembly, one end of each pulley shell is introduced into a hole of a cushion block (2.2.6), the cushion block is connected with the mounting plate (2.2.5), the holes of the cushion block are aligned with bottle position holes in the mounting plate, and the other end of each pulley shell is butted with a pulley shell of a driving component. The positioning plate (2.2.2) is arranged below the mounting plate, 10 holes are formed in the positioning plate, a top ring (2.2.3) is arranged on each hole, and a hole is formed in the center of each top ring, so that a bottle lifting rope can pass through the hole, but a bottle can be blocked. Below the positioning plate is a stabilizing plate (2.2.1) which also has 10 aligned holes, the inner circle of which has a retainer whose diameter is slightly larger than the maximum diameter of the bottle, when the bottle is lifted, the stable bottle can pass through smoothly, and the shaken bottle is automatically guided into the holes and stabilized. The stabilizing plate (2.2.1), the positioning plate (2.2.2) and the mounting plate (2.2.5) are consistent with the center of the upper 10 bottle positions of the bottle placing table (13), vertically aligned up and down, and the relative positions of the three plates are fixed by a connecting rod (2.2.9). The height of the positioning plate determines the lifting height of the bottle, and the position of the stabilizing plate is arranged at the maximum diameter of the bottle when the bottle is at the highest position.

The third part is a driving part, as shown in fig. 6, 7 and 8, the driving part is arranged at the rear end of a mounting plate (2.2.5), a positioning part and the driving part are separated by a deep space of a tail pit (11), a driving assembly (2.3.1) of the driving part is arranged on the mounting plate, corresponds to the positioning part and also forms a triangular combination, wherein, a No. 7 bottle is arranged at the other side of a pulley for saving the space position and has a position 180 degrees different from other assemblies, a synchronous belt driving wheel (2.3.1.3), a synchronous belt (2.3.4) and a synchronous belt pulley (2.3.8) in the driving assembly (2.3.1) form a transmission chain, the synchronous belt pulley is connected to a pulley seat (2.3.9), a proximity switch (2.3.12) is also arranged on the pulley seat, the pulley seat is arranged on a lower sealing plate (2.3.10), a pin hole for installing the pulley on the pulley seat is a waist hole, and can adjust the tension of a belt, the 10 pulleys are vertically aligned with the upper synchronous belt drive pulley. Install hold-in range clamp plate (2.3.7) and couple round pin (2.3.6) on the hold-in range, the couple round pin hook is downthehole in weight subassembly (2.3.13) side, there are two holes of taking the slip membrane on the weight subassembly, downthehole two guide bars (2.3.5) of having installed, the guide bar is the vertical state after the installation, the upper end is connected with last shrouding (2.3.2), the lower extreme is connected with shrouding (2.3.10) down, wear on the guide bar, the following of weight subassembly has a blotter (2.3.15) in addition. And micro switches are arranged on the upper sealing plate and the lower sealing plate and are close to the other side of the hook pin hole of the heavy hammer component. After the parts are assembled together, the upper sealing plate is arranged below the mounting plate, and the center of the pulley shell in the vertical direction of the pulley is aligned with the center of the heavy hammer component.

The upper microswitch controls the highest point of the heavy hammer component, the lower microswitch controls the lowest point of the heavy hammer component, if the heavy hammer component is not normally in place, the lower microswitch cannot act if the heavy hammer component is wound, the system can execute a shaking program, namely, the system can be continuously and quickly lifted, and can give an alarm if the heavy hammer component is not opened for three times, so that the system can inform manual processing.

When the hook pin moves upwards, the heavy hammer component also moves upwards along with the synchronous belt until the upper microswitch stops, and the small hammer is static at the moment; when the hook pin moves downwards, the heavy hammer component also moves downwards along with the hook pin, the bottle is pulled to be lifted at the same time, when the bottle reaches the highest point position of the top ring, the heavy hammer component stops moving downwards, at the moment, the lower microswitch sends a signal to indicate that the bottle is lifted normally, the hook pin is separated from the heavy hammer component, the unhooking pin reaches the lowest point later, the proximity switch acts, and the motor stops running. After the hook pin on the synchronous belt is separated from the pin hole, if the synchronous belt turns upwards, the hook pin can be automatically guided into the pin hole of the heavy hammer component.

The inner core of the heavy hammer component is provided with a spring buffer part, so that the impact of the heavy hammer component on the small hammer can be reduced when the bottle is lifted. The sliding film in the guide hole is self-lubricating composite engineering plastic and can slide flexibly.

When the positioning component and the driving component are installed, the bottle component is connected in series in the system, the small hammer is connected with the bottle lifting rope, the adjusting nut (2.1.3.1) is screwed to the bottom to indicate that the bottle lifting rope is in the longest state, then the bottle lifting rope penetrates into a center hole of the heavy hammer component, the rear pulley component penetrates through the upper sealing plate, the mounting plate and the cushion block and then penetrates into the transverse wire conduit (2.2.10), the front pulley component, the cushion block, the vertical wire conduit (2.2.4) and the top ring (2.2.3), finally the bottle lifting rope is connected with the bottle after penetrating through the stabilizing plate, the heavy hammer component is positioned at the lowest point position before connection, at the moment, the lengths of the ropes are consistent, the adjusting nuts (2.1.3.1) of the small hammers can be finely adjusted after all connections, and the heights of the 10 bottle.

The weight dropper component can meet the requirement that the 1# bottle can completely fall into the tail pit after receiving impact on the bottle placing platform from the lowest point to the highest point. The bottle lifting process is also a bottle arranging process, and the distance from the bottle placing platform to the highest point is preferably more than three times of the bottle height. So as to facilitate the arrangement process during lifting and the arrangement process can not be exposed on the lower edge of the screen and observed by the pitching area.

As shown in figure 1, under the mounting plate (2.2.5), two shelves are arranged in the neutral area between the positioning component and the driving component, an electric control box (3) and a scoring computer (4) are respectively arranged, the electric control box is mainly provided with electric control elements such as a PLC (programmable logic controller) and the like, the scoring computer is a neural middle area of the pin placing machine, the computer is internally provided with a scoring and controlling system which can score and display scores of bowling entertainment or sports, and simultaneously, the scoring and controlling system exchanges data with an internal PLC of the electric control system, so that the equipment runs according to the specified pin placing running rule, the scoring rule, the matched entertainment system, the lighting system and the like.

The upper part of the rectangular frame on the frame (1) comprises the top part of the mounting plate (2.2.5) and the left, right and rear surfaces of the driving parts are covered by a cover (5). The housing (5) is composed of several parts for easy installation, adjustment and maintenance. Wherein: the housing on the two sides of the electric control box (3) and the scoring computer (4) is a part, and the two sides are provided with air holes; the cover shell on the upper part of the mounting plate (2.2.5) is a part, and the top of the cover shell is provided with a reinforcing rib; the left and right sides and the rear side of the driving part constitute one part. A switch box (6) is arranged on the inner side of a housing (5) at the rear side of the driving part, and a button switch is arranged on a panel at the rear side of the housing of the driving part.

The front end of the bottle placing machine is covered by a screen (16) of a matching part of a ball track system. A camera assembly (7) is arranged on a wide cover plate of the fairway system in front of the screen, and a reflecting plate (8) is arranged on a narrow cover plate of the fairway system and corresponds to a transverse line of a switch in the camera assembly. The camera assembly (7) and the reflecting plate (8) are combined to detect the projected ball, and the camera can be started to compare and count standing bottles on the bottle placing table according to signals of the power-off switch.

The rear end of the bottle placing table is provided with a tail pit (11) which is transversely provided with two V-shaped slopes, the lowest part of the tail pit is aligned with the ball returning hole, the tail pit is longitudinally inclined towards the ball returning hole, and the ball can naturally flow towards the ball returning hole in a natural state. A curtain (10) is arranged in front of the ball returning hole, so that the impact of the bottle and the ball can be blocked, and the surface of the bottle and the ball can be protected from being damaged. A ball blocking plate component (9) is arranged behind the ball return hole, and two sides of the component are clamped by hydraulic damping springs, so that impact of balls and bottles can be easily blocked and buffered. A horizontal acceleration ball returning device (12) is arranged on one side of the clamping track of the tail pit, and balls automatically roll down to enter the ball returning hole and then are exerted by the horizontal acceleration ball returning device to return along a ball returning track. The parts are put into a ball returning system of the bowling equipment, and the patent does not make an important introduction and does not fall into the protection range.

The mechanism of the pin setting machine can realize the automatic pin setting and resetting operation functions, the arranging and shaking functions, the manual processing alarm function, the automatic scoring and displaying functions of the whole bowling ball movement process through the electric control box (3), the camera and the reflective photoelectric switch in the camera assembly (7), the reflecting plate (8), the upper microswitch (2.3.3) in the driving assembly, the lower microswitch (2.3.14), the proximity switch (2.3.12), and the software and hardware of the scoring system, and can also realize the manual pin receiving and releasing control or maintenance and test functions of a certain unit or all units through the switch box (6). In addition to other system matching or interface functions associated with bowling entertainment. The detailed technical details of the electrical control and scoring system are not described in this patent and are not within the scope of the patent.

The whole operation process is specifically described as follows according to the embodiment:

the bottle placing machine control system and the scoring system are automatically operated according to preset bottle placing rules and scoring rules, and after the whole set of equipment is started, the bottle placing machine is in a first ball standby state (namely a bottle placing program is started, and after 10 bottles are all placed, a first ball lamp is turned on). When the first ball is projected, it is detected by a reflective photoelectric switch in a camera assembly (7) mounted on the lane-wide cover. At the moment, the signal starts the camera, the bottle position is shot after delaying for a few seconds, then the picture is compared by software, one path of data is transmitted to the score display system, and the other path of data is transmitted to the PLC of the bottle placing machine control system to operate the next action. After the camera finishes shooting and feedback information is obtained, the bottle placing machine lifts all bottles, bottle resetting is carried out on the bottles which are not knocked down by the first ball, the second lamp is turned on after the bottle resetting is finished, the second ball is waited to be projected, the first section is formed, and the operation of 10 sections is performed by analogy. In the process of placing or resetting the bottles, if the bottle lifting rope is wound, a shaking program can be triggered, namely, the heavy hammer component (2.2.13) is controlled by the driving motor (2.3.11) to rapidly move up and down in three short distances, so that the effect of automatic disintegration can be achieved, and if the heavy hammer component is not untied in three times, an alarm system is started to request manual treatment. The winding condition is identified by the proximity switch showing that the hook pin on the timing belt has reached the lowest point, and the weight assembly is not triggered by the lower microswitch (2.3.14), indicating that the weight assembly is not wound by the rope.

The bottle placing machine is provided with the switch box unit, can achieve the functions of manually executing a shaking program, manually placing a bottle program, performing single-point operation test and the like, and is convenient for manual processing or maintenance.

The basic principles and the main features of the invention and the advantages of the invention have been shown and described above. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are intended to illustrate the principles of the invention, and that various changes and modifications may be made without departing from the spirit and scope of the invention, which is defined by the appended claims and their equivalents.

Claims (4)

1. A rope type pin setting machine is a system for setting, arranging and blocking bowling pins in bowling equipment, and is characterized in that: the tether formula bottle placer includes: the device comprises a rack (1), a bottle collecting and releasing assembly (2), an electric control box (3), a scoring computer (4), a housing (5), a switch box (6), a camera assembly (7) and a reflecting plate (8); the frame (1) is installed on a wood wall board of a fairway system and a frame of a ball return system, the mounting plate of a bottle receiving and releasing component (2) is supported by the frame (1), an electrical control box (3) and a scoring computer (4) are installed below the mounting plate, an area above a tail pit is arranged, a switch box (6) is a control part for completing manual control of the bottle receiving and releasing component and a power switch and is installed on a rear end housing (5), a camera component (7) and a reflecting plate (8) are part of the control system and are installed on cover plates at the front end of a screen and on two sides of the fairway.

2. The tethered bottle setter of claim 1, wherein: frame (1) is including adjusting screw subassembly (1.1), rectangular frame (1.2), connecting rod (1.3), backup pad (1.4), angle bar (1.5), and the adjusting screw subassembly lower extreme is connected with the T type channel steel on the lane system plank board, and the upper end is connected with the hitching leg on the rectangular frame, and the rectangular frame is connected about the connecting rod will be connected, and a plurality of backup pads are connected with the rectangular frame is inboard, and bilateral symmetry arranges, and the angle bar is connected a plurality of backup pads upper end, and the angle bar is connected with the mounting panel of receiving and releasing the bottle subassembly.

3. The tethered bottle setter of claim 1, wherein: the bottle receiving and releasing assembly (2) comprises three parts, wherein the first part is a bottle assembly, the second part is a positioning component, the third part is a driving component, a mounting plate of the bottle receiving and releasing assembly (2) is connected with an angle iron at the upper end of the rack, the positioning component is arranged above the bottle placing table, and 10 bottle positions are vertically aligned with the bottle positions on the bottle placing table of the lane system; the driving part is arranged at the rear end of the tail pit, and the positioning part and the driving part finish the bottle arrangement, lifting and arrangement.

4. The tethered bottle setter of claim 3, wherein: the bottle components of the bottle receiving and releasing component (2) comprise standard bowling bottles (2.1.1), bottle lifting ropes (2.1.2) and hammers (2.1.3); the number of the bottle collecting and releasing components (2) is 10, and the small hammer comprises an adjusting nut (2.1.3.1), an adjusting screw rod (2.1.3.2) and a nut guide head (2.1.3.3); the top of bottle has a hole, is tying a rope, and a bobble is tied to the other end of rope, and bobble length is adjustable, and the weight of bobble can be guaranteed to straighten the rope after the installation, and the bobble is detained with the weight subassembly is one-way mutually, and weight subassembly downstream can stimulate the bobble, rope and bottle move together, and the weight subassembly is upwards, and the bobble does not follow-up, can pass the center of weight subassembly, keeps the vertical state, and the total 10 sets of bottle subassembly are worn in 10 location and drive unit.

Images