CN206965064U - Multi-angle multidirectional goal and the pore ball fitness and entertainment facility for going out ball - Google Patents

Abstract

The multi-angle and multi-directional ball-going and ball-out fitness and entertainment device uses seven parts of functional facilities to set up different angles, different heights, different curves, and different orientations of the ball passing holes as the hitting targets. The tunnel restricts the path the ball passes through, so that the shot ball needs to overcome the constraints of the tunnel to score a goal. It is a kind of ball with various assembly structures, which can play a variety of skills to hit and catch the ball. A new type of sports entertainment device that is suitable for participation. If it is divided according to the hitting method, the tube hole ball device can be divided into two categories, that is, the shape of kicking the ball with feet and the shape of hitting the ball with hands. There are several modes of throwing the ball by hand, pushing the ball by hand, throwing the ball by hand, and jumping up to throw the ball. The tube-hole ball device can be called the "Transformers" in sports equipment because of its many shapes, collocations, and styles of play, enabling participants to fully experience the competitive nature of different shapes in the same sport and enjoy the fun of different styles of play.

Description

Multi-angle multi-directional goal and ball hole ball fitness entertainment device

technical field

The invention relates to a tube-hole ball body-building entertainment device for scoring and discharging from multiple angles and directions. The device includes seven functional facilities, including the bearing through-hole facility, the tube member, the fastening and protection facility, the blocking and blocking facility, the ball collecting and returning facility, the hitting location facility, and the ball receiving component. A court in which players from one side play against each other in two directions according to half of the court can also create a small court in which players hit the ball facing one direction, so that the participants can use various pitching forms from different angles to different pitches according to certain rules. The ball passages with different heights and different orientations aim at throwing the ball, so as to achieve the effect of physical exercise and relaxation.

Background technique

Nowadays, many sports such as basketball, football, badminton, volleyball, table tennis, billiards, and tennis have been developed, some of which are played with big balls, some of which are played with small balls, some require large venues and large facilities, and some Using small facilities, most of today's ball games are to hit the ball over the net, into the net, or into the basket within a certain limit, and the ball flies into the air with only air resistance and no other equipment. Restraint, the ball that is hit out is like a runaway horse, and it can't be controlled like poured water. It is rare to see the holes of different angles, heights, and directions as the target of the ball, and the holes are used to restrain the ball through the holes. The path sets the rules of the game for sports.

Contents of the invention

The present invention complements the fields that the current main sports, sports devices and their rules have not set foot in, and provides a tube hole ball device capable of multi-angle, multi-directional, multi-curve, multi-gradient goal and ball out. The ball device can be played in a variety of ways for fitness and entertainment, so that the ball needs to overcome the shackles of the ball hole to score a goal. It breaks through the limitations of strength and height on the hitting performance. It is a variety of assembly structures that require high skills. It is a new type of sports and entertainment equipment that controls the strength and angle, has various and interesting styles of play, is suitable for participation by men, women and children, and has good fitness and entertainment effects.

The present invention is realized through the following technical solutions.

The components of this device include bearing base, stand, through-hole passing ball wall, ball-passing tunnel, pillars, straight pipes, bent pipes, elbows, straight through, variable-diameter pipes, casing fasteners, pipe pads, The nozzle includes connecting plate, bullet-reducing and sound-reducing layer, ball blocking board, field fence, field gate, connecting cable, leak-proof observation net, slope, ball passing groove, ball returning groove, ball returning ground interface, ball outgoing conduction pipe, The catching basket, the catching combination cabinet, the pitching platform, and the player's activity area are classified into seven functional facilities: one is the carrying base, the stand, the through-hole ball wall, and the pillars to form a carrying through-hole facility; the other is the direct Tubes, bends, elbows, straight through, and variable-diameter pipes form the tube and ball components; the third is the fastening and protection facilities composed of casing fasteners, pipe pads, pipe openings with joint plates, and bullet-reducing and sound-reducing layers; Blocking boards, field fences, field doors, connecting cables, and leak-proof observation nets form the ball-blocking and blocking facilities; the fifth is the slope, the ball passing groove, the ball-returning groove, and the ball-returning ground interface to form the ball-collecting and returning facilities; the sixth is the throwing The platform and the player's activity area constitute the hitting area facilities; the seventh is the ball-out conduction pipe, the ball-catching basket, and the ball-catching combination cabinet to form the ball-out and catch assembly. The seven parts of the functional facilities can be fully or partially matched and installed. After coming out, there is a tube hole court, referred to as tube ball device and tube court.

The load-bearing base, the stand, and the through-hole passing ball wall in the above-mentioned load-bearing through-hole facilities are the core facilities that provide the ball passage and bear the hitting target. The lengths of the three are consistent and the widths are different. The width of the through hole passing through the ball wall is wider, and the width of the bearing base is not less than the length of the tube and ball member. The load-bearing through-hole facility is the hub of the entire set of ball-handling devices, and the ball-pipe member, fastening and protection facilities, ball-blocking and blocking facilities, and ball-collecting and returning facilities must be docked or assembled with the load-bearing through-hole facility.

The load-bearing base, the stand and the through-hole ball wall can be made of hard materials such as metal, wood, stone, plastic, and concrete. The bottom of the load-bearing base is horizontal, and the top is placed on the stand, the through-hole through the ball wall and The wall surface of the pipe pad is also horizontal, and the through hole is placed on the stand to pass through the ball wall. The height of the bearing base is set according to the height of the ball passing hole. Because the ball is played by kicking the ball with feet, pushing the ball with hands, throwing the ball with hands while standing, throwing the ball and jumping up and throwing the ball with hands, there are many ways to play the ball. The height needs to pass the ball. The height of the hole from the ground starts from 5 cm, to 30 cm, 160 cm, 300 cm, and 390 cm. In general, the height from the ground to within 6 meters from the ground is the ball. The applicable height range of the tunnel, correspondingly, the height range of the bearing base is also from the ground to within 6 meters. The surroundings of the bearing base are generally sealed, but openings can also be provided as needed. The function of the openings can save materials and can also be used as Sets ramp access and player viewing windows. The load-bearing base and the through-hole ball wall are the necessary equipment for carrying through-hole facilities. The shape of the two is generally a vertical rectangle, and it can also be made into a dam shape with two inclined surfaces. The rectangle and the dam body are two This shape is conducive to placing the tube and ball components to maintain balance and stability; the shape of the stand is like a window frame, with an opening in the middle of the frame. The opening is not only to save material, but also to install a leak-proof observation net so that players on both sides can observe the opposite field through the opening In some cases, if the ball passing hole does not need to be set too high, then the stand may not be used, but the bearing through hole ball passing facility is directly composed of the bearing base and the through hole passing ball wall. In addition to erecting a stand and passing through the ball wall on the top wall of the load-bearing base, a groove is also arranged to place the nozzle containing the connecting plate and the leak-proof observation net. The tube-hole court with the frame is set up with a concave groove on the bearing base or the vertical frame to place the leak-proof observation net into the groove and clamp it, so that the leak-proof observation net is not easy to shift when it is erected. The main function of the through hole through the ball wall is to open the ball hole to create the hitting target. The shape of the hole can be set arbitrarily and the overall direction is inclined. You can manually set the ball hole directly on the through hole through the ball wall. Holes are required around the hole. Therefore, the wall must be opened through the wall of the ball wall. It is necessary to ensure that the ball enters the hole and rushes out of the outside after colliding with the inner wall with a slope. The tube-ball component produces a ball-passing channel, which is called an industrially processed ball-passing channel. The hole of the tube-passing hole is slightly larger than the diameter of the tube-ball component, which plays a role in supporting the ball-ball component so that it will not fall down. The pipe hole can be opened downward from the top of the through hole through the ball wall so that the upper part of the through hole is not capped. The middle and upper part of the ball wall is opened through the pipe hole so that there are wall restrictions around the hole so that it will not swing significantly. The pillar can stand vertically on the load-bearing base and the stand, and can also be connected horizontally or obliquely to the load-bearing base, the stand, and the through hole to get support through the ball wall, so that the pillar can securely support and connect the fixed nozzle with the connecting plate and the ball baffle. The edges of the two ends of the load-bearing base, stand, and through-hole ball wall must be closely connected so that the entire set of load-bearing through-hole facilities can stand up neatly and vertically. The length of the three is the width of the entire court. The field fence is based on the pipe hole The size of the ball device needs to set the length of the court, and the height around the bearing through-hole facilities is vertically erected higher than the height of the through-hole ball wall, which jointly constructs the length, width and height of the court.

The above-mentioned tube and ball components refer to industrially processed straight tubes, bent tubes, elbows, straight-through, and variable-diameter tubes. The ball-passing channels of the tube-ball components are more complex, varied, fine and precise than the manually-set ball-passing channels. Therefore, the tube ball component is an important facility that can reflect the characteristics of tube ball sports. Among them, elbows, elbows, straight-through pipes, and variable-diameter pipes are commonly used equipment names for construction, water supply, and gas supply. These parts can be combined in a variety of ways to assemble tube and ball components with different bends and angles, and can create more. The path that cannot or is difficult to be created by the manual ball passing hole makes the path of the ball passing through the hole be straight, or oblique, or a combination of straight and oblique, or turn around. It is emphasized that there is a basic configuration and installation principle that must be followed for the tube ball member and the manually set ball passing hole: that is, the hole directly connected to the entrance (13) and the hole directly connected to the ball outlet (14) At least one section of the tunnel must be inclined to the ground, so that the ball has at least one opening inclined to the ground, so that the ball can fall down the lower outer space along the potential energy without staying in the tunnel. For example, if the ball exit is inclined toward the sky, then the The ball must be inclined to the ground. If the goal is inclined towards the sky, then the exit must be inclined to the ground. Both the entrance and the exit are allowed to be inclined to the ground, but both cannot be inclined to the sky or vertical at the same time. Setting, because both the goal and the ball exit are inclined to the sky or vertically, which will make it difficult for the ball scored in the hole to come out. According to the basic configuration principle, the ball control components and other functional facilities are matched and installed, which can stably build different curves, different heights, and different angles of the ball control device, so that players can adopt a variety of playing methods to the goal of passing the ball hole Hit the ball to achieve the effect of relaxation and fitness.

When the goal opening and the ball exit in the tube hole ball device are inclined towards the same direction, then the goal opening is also the ball exit, that is, the goal opening of the own site is the ball exit of the opponent's goal, and the goal of the opponent's field is the same. The opening is the outlet of the goal of the own side. Sometimes the player hits the ball into the goal opening, but due to insufficient strength or poor angle, the ball collides in the tube and then falls down on the field of the own side. Scored into the own side's goal hole and then fell from the own side's goal hole. This is a special situation in which the goal hole acts as the goal hole.

The above-mentioned sleeve fasteners, tube pads, tube openings with connecting plates, and the bullet-reducing and sound-reducing layer form a fastening and protection facility. facility. According to the different structures of the court, the nozzle including the connection plate can be erected steadily on the bearing base or stand, and can also be connected with the through hole through the ball wall obliquely, or can be connected with the pillar to obtain the supporting force. On the top, the nozzle with connecting plate is provided with a connecting hole to match the diameter of the inlet and outlet of the tube and ball member. After fixed installation, the connecting hole of the nozzle containing the connecting plate is connected with the ball passing hole, and the nozzle contains the connecting plate. The surface of the plate covers and protects the tube ball member and the ball passing hole, so that the thrown ball will not directly hit the through hole passing through the ball wall and the pipe wall of the pipe, reducing the wear of the ball and the wall. The orientation of the nozzle containing the connecting plate facing the player hitting the ball must be vertically erected or inclined towards the ground so that the ball will not stay on the plate. The side of the nozzle including the connecting plate and the ball baffle facing the hitting direction is provided with a bullet-reducing and sound-reducing layer according to the needs of the court. The bullet-reducing and sound-reducing layer can be used for rubber, plastic, cloth, paint, paint, etc. to help reduce collisions It is made of materials that reduce the rebound force and reduce the sound of collision, and is tightly combined on the surface of the nozzle that contains the connection plate, the ball baffle plate and the ball.

When the tube and ball component passes through the through hole and passes through the ball wall, there will be some gaps that are easy to move. The tube pads are specially designed to supplement the gaps. Usually, several pieces are tightly attached to the bearing through hole facilities, and the tube pads are attached. The shape and volume of the block is set according to the direction of the tube and ball components, the bend, and the size of the caliber, so that the gaps exposed by the tube and ball components are supported or filled by the tube pads to form a close contact and stable layout; the tube pads and tube balls After the components are in close contact, the sleeve fastener is used to clamp the tube and ball component. The sleeve fastener can either rely on the tube pad and the through hole through the ball wall to clamp the tube and ball component. It is tightly connected with the bearing base and used as a force-taking carrier to clamp the tube and ball member. It is very important to use casing fasteners and tube pads to securely and securely fix the tube and ball components. If the tube and ball components become loose and shake, it will affect the accuracy of hitting the ball and make the movement impossible.

Above-mentioned ball baffle, field fence, connecting rope, leakage-proof observation net, field gate form ball-blocking and blocking facilities, wherein ball baffle and leakage-proof observation net are the main equipments that stop ball from flying out of the field. Generally, the ball baffle is installed close to the fence of the field, and it can also be installed on the through-hole ball wall if necessary. The ball baffle must be erected vertically or inclined to the ball hitting direction of the court, so that the ball can fall to the return ball according to the potential energy. terminal or drop ball terminal. Putting the baffle plate on the top of the through-hole passing ball wall and the top of the nozzle-containing connecting plate can seal the tube-ball member to prevent the ball from falling into the carrying through-hole facility and cannot get out; the top of the nozzle containing connecting plate is low At the top of the ball wall through the through hole, the sealing surface made by the baffle plate connecting the through hole through the ball wall and the top of the nozzle containing the connecting plate to the tube and ball member is inclined towards the hitting direction of the field to prevent the ball from staying in the sealing surface. face. Most of the leak-proof observation nets are installed against the fence of the field, and are also installed between the openings of the stand, so that the players on both sides can see the situation on the opposite side through the net; Or leak-proof viewing nets are easier to install to the field fence; field doors are also installed to the field fence. Some management courts are surrounded by fences on all four sides, while some management courts are only surrounded by fences on two sides, and pitching platforms are set on the other two sides as the boundaries of the court.

The above-mentioned slope, ball passing trough, ball returning groove, and ball returning ground interface constitute the ball collecting and returning facilities, whose main function is to gather and guide the balls dropped through the ball tunnel or the balls dropped by the collision related facilities to return to the ball returning terminal , the player picks up the ball and continues to use it according to the rules of the game. The slope utilizes the principle of potential energy, so that the balls that enter the pipeline and the balls that fail to enter the pipeline after collision and fall all roll down the slope to the ball return terminal of the court. Some ball control devices use the ball return interface as the The return terminal of the ball, some ball control devices use the return ditch as the return terminal, the return ditch can be set on the ground or on the field fence, connecting cable, pitching platform or bearing base above the ground, so The return terminal is not necessarily the lowest point of the entire court, but the return terminal is generally lower than the drop terminal. In addition to the main function of making the ball fall from a high place to a low place on the court, the slope has other functions: first, the lowest point of the slope is the boundary of the player's activity area, and the player's body cannot cross the boundary line to hit the ball when hitting the ball. Otherwise, it is standard; the second is the ball court where the ball is played by kicking the ball with the feet and pushing the ball with the hands. The ball needs to stick to the slope to overcome the resistance of the uphill and rush to the pipe mouth, including the connecting plate and the pipe and ball components. The slope is on the ball. Slope downhill to run the batting platform. It should be pointed out that according to the rules of play, some management courts do not have a ball receiving component, but only a ball collecting and returning facility. For example, the balls that enter the tunnel and the balls that fail to enter the tunnel are directly received by the ball collection and return facility.

Some courts need to set up a pass trough above the slope. As the name suggests, this pass trough is not sealed but at least one side is open to the air. The open-air pass trough is set up to transfer balls dropped from a high place for the convenience of players. You can intuitively see the transmission direction of the ball. The ball passing groove is not directly connected with the ball passing hole like the ball outlet pipe, but the high end of the ball passing groove is connected to the bottom of the goal or the ball outlet. That end is installed in the space above the ball return groove or the ball return ground surface, so that the player can stretch out his hands and receive the ball transmitted in the pass groove. Ball mouth and ball outlet.

The above-mentioned pitching platform and player activity area form the batting location facility. The player activity area can be set on or off the field surrounded by field fences and leak-proof observation nets. Between the three borders, players walk and catch the ball in the activity area, and it is convenient to get the ball for sports; the pitching platform is set on the border of the court facing the through-hole facilities, and some courts have slopes. The ball return ditch is set in front of the pitching platform, and the left and right sides of the pitching platform are surrounded by field fences and leak-proof observation nets. In this way, the pitching platform actually acts as the boundary of the court, and players can throw balls in the player activity area outside the field. The platform is used to hit and catch the ball, pick up the returned ball from the slope in front of it and the return groove, and hit the ball without interruption. This setting is called off-court play, and the advantage is that it is not affected by the field fence and leak-proof observation net. The disadvantage is that it is inconvenient for players to pick up the ball when the ball flies out of bounds.

The above-mentioned ball-out and catch assembly can be assembled from three kinds of equipment, a ball-out conduction pipe, a ball-catching basket or a ball-catching combination cabinet, or any two of them can be used in combination. The ball-out conduction tube is connected to the ball-out port of the ball tunnel, and the ball can be passed from high to low to the ball-drop terminals at different heights and positions. The ball-catching basket and the ball-catching combination cabinet are commonly used as the ball-dropping terminals. It is generally installed in front of the field fence, connecting cable, and pitching platform. In order to facilitate the distinction, we associate the falling ball terminal with the ball receiving component, and the returning ball terminal with the ball collecting and returning facility. The ball at the falling ball terminal is generally the basis for scoring. There are many kinds of structures and playing methods in the tube hole court, and the ball receiving component is not necessarily set up in every court.

The ball receiving basket butt joint and the ball conducting pipe can be installed on any equipment in the seven-part functional facility. The ball receiving combination cabinet is generally set above the slope overhead, and can also be placed on the field fence, connecting cable, or in front of the player's platform. . The ball receiving area in the combination cabinet is generally higher than the ground surface by more than 10 cm to connect with the ball outlet. The setting higher than the ground surface will not affect the reception of dropped balls on the ground surface. The setting of the ball receiving combination cabinet is divided into two structures, one One is to set up several ball receiving areas on the same plane of receiving the ball. One is to set up several levels of receiving balls at different heights. Different heights of catching classes have different scoring results.

Different combinations and installations of the above seven major functional facilities, using accessories such as screws, glue, pointed nails, and paint to assist in connection, reinforcement, and beautification, can result in various structural shapes and various styles of tube and ball devices. The structural modeling of the model can be summed up as follows.

According to the processing method of the ball passing hole, the tube hole ball device can be divided into a manual ball passing hole structure and an industrially processed tube ball component structure.

Divided according to the way of hitting the ball, the tube hole ball device can be divided into two categories, namely the tube hole court for kicking the ball with the feet and the tube hole court for playing the ball with the hands. There are several modes of catching the ball, pushing the ball by hand, throwing the ball by hand, jumping up and throwing the ball.

According to the direction of the goal, it can be divided into the horizontal direction of the goal, the inclination of the goal to the ground including the vertical direction, and the inclination of the goal to the sky including the vertical direction.

According to the direction of the ball passing through the ball hole, it can be divided into straight direction, oblique direction, combination of straight direction and oblique direction, or various direction modes of turning around.

Divided according to the location where the players stand, it can be divided into playing inside the field fence and playing outside the field fence, referred to as playing inside the field and playing outside the field.

According to the direction of hitting the ball, it can be divided into two types of court layouts. One is the court where two directions play against each other, that is, a court is set with two symmetrical half courts with the carrying through-hole facilities as the middle boundary, and the players on both sides of the court. Sparring; the other is a batting-oriented court, with the through-hole facility serving as the terminal boundary of the court, and only for players on one side of the court to play.

The tube-hole ball device can be called the "Transformers" in sports equipment due to its many shapes, multiple combinations, and multiple styles of play, enabling participants to fully experience the competitive nature of different shapes in the same sport and enjoy the fun of different styles of play. With the expansion of urbanization and urbanization, the urban population is increasing, and people have more demands for fitness and entertainment activities. The ball tube device makes full use of the three-dimensional space without occupying much ground resources, enabling participants to perform various sports such as kicking, pushing, throwing, throwing, and catching, so that all parts of the body Organs, especially the hands, legs, and head are exercised to improve the level of competition, promote physical and mental health, and enhance people's friendship and communication.

Description of drawings

Figure 1 is a plan view of the standard configuration of the carrying through-hole facility

Figure 2 is a plan view of the load-bearing through-hole facility with the opening of the load-bearing base without a frame

Figure 3 is a plan view of the ball hole manually opened through the ball wall through the hole

Fig. 4 is the plan view of opening through the pipe hole through the ball wall through the through hole

Figure 5 is a plan view of the tube and ball member installed in the bearing through-hole facility

Fig. 6 is a schematic diagram of the nozzle containing the connection plate and the connection ball component

Figure 7 is a schematic diagram of the connecting tube and ball member of the fastening protection facility

Fig. 8 is a schematic diagram of the nozzle containing the connection plate and the ball baffle to seal the through hole through the ball wall

Fig. 9 is a plane view of the ball-blocking and ball-blocking facility docking with the carrying through-hole facility

Figure 10 is a schematic diagram of the docking of the ball-collecting and returning facilities with the carrying through-hole facilities

Figure 11 is a schematic diagram of the docking of the ball receiving facility and the carrying through hole facility

Figure 12 is a schematic diagram of receiving balls in a combined cabinet with separate areas for receiving balls on the same plane

Figure 13 is a schematic diagram of receiving balls in combination cabinets with different levels of receiving balls

Figure 14 is a tube and ball component composed of a section of straight tube

Figure 15 is a tubular member composed of a section of bent pipe

Figure 16 is a tube and ball member composed of a section of straight pipe and a section of bent pipe

Figure 17 is a tubular member composed of two sections of straight pipe and one section of bent pipe

Figure 18 is a tubular member composed of two sections of bent pipe and one section of straight pipe

Figure 19 is a tube and ball component with variable caliber connecting multiple directions

Figure 20 is a schematic diagram of the structure of the tube-hole court with the goal and the exit horizontally

Figure 21 is a schematic diagram of the structure of the tube-hole court with both the goal and the exit slanting towards the ground

Figure 22 is a schematic diagram of the structure of the tube-hole court with the goal opening inclined towards the ground and the exit opening inclined toward the sky

Figure 23 is a schematic diagram of the structure of the ball court with the goal opening inclined towards the sky and the exit opening inclined towards the ground

Fig. 24 is a schematic diagram of the structure of the tube-hole court for kicking the ball with the feet and pushing the ball with the hands

Figure 25 is a schematic diagram of the structure of the pipe-hole court where the elbow is set at a high place and the ball is thrown by hand.

Fig. 26 is a schematic diagram of the structure of a pipe-hole court with a combination of curved and straight pipes for hand throwing and catching.

Figure 27 is a schematic diagram of the structure of the tube-hole golf course manually set through the ball hole

Fig. 28 is a schematic diagram of the structure of a tube-hole court with a pitching platform outside the court.

Figure 29 is a plan view of a tube hole court with a conventional layout of the batting position

Figure 30 is a plan view of the overall layout of the tube hole court in two batting positions

Detailed ways

The invention will be described in further detail below in conjunction with the accompanying drawings. As shown in the figure, the numbers in the figure are 1 bearing base, 2 vertical frame, 3 through holes through the ball wall, 4 through pipe holes, 5 concave grooves, 6 leak-proof observation nets, 7 through ball holes, 8 straight pipes, 9 elbows, 10 elbows, 11 straight, 12 variable diameter pipes, 13 inlet ports, 14 ball outlet ports, 15 casing fasteners, 16 tube pads, 17 nozzles with connecting plates, 18 with connection holes , 19 pillars, 20 ball baffles, 21 bullet-reducing and sound-reducing layers, 22 sealing surfaces, 23 field fences, 24 field gates, 25 connecting cables, 26 slopes, 27 passing grooves, 28 returning ball grooves, 29 returning ball ground surfaces , 30 ball conduction tubes, 31 catch baskets, 32 catch combination cabinets, 33 pitching platforms, 34 player activity areas, 35 round balls

The present invention is a tube and ball sports entertainment device, which mainly consists of load-bearing through-hole facilities, tube and ball components, fastening and protection facilities, ball-blocking and blocking facilities, ball-collecting and returning facilities, ball-hitting location facilities, and ball-out and catch components. Composed of large-scale facilities, it is possible to assemble tube-and-hole ball devices with multiple angles, multiple orientations, multiple gradients for goals and exits, and multiple ways of playing.

As shown in Figure 1, it is the conventional configuration of the load-bearing through-hole facility. It can be seen intuitively that the load-bearing through-hole facility stands vertically on the ground as a whole. Shape, the three are vertically connected upwards and the width decreases sequentially upwards, forming a balanced and stable structure that is conducive to the passage of tube and ball components. The top of the bearing base 1 is respectively provided with grooves 5 for placing and constraining the leakage-proof observation net 6, and the grooves 5 can be arranged at multiple angles. The pipe hole 4 is located at the upper part of the through hole through the ball wall 3, so that the nozzle with a plate surface larger than the through hole through the ball wall 3 contains the connection plate 17 and the ball baffle plate 20 to cover the through hole through the ball wall 3 vertically or obliquely. . According to the requirements of the tube hole courts of different ways of playing, the height of the bearing base 1 and the stand 2 can be set higher or lower, and the through hole passes the ball wall 3 according to the size of the ball hole 7 and the hole diameter of the tube ball member. Width and height specifications.

What Fig. 2 shows is a kind of bearing through-hole facility arrangement from the bottom of the bearing base 1 to the opening close to the top, there is no frame 2, and the opening part is provided with a slope 26 passing through the bearing base 1 to collect the dropped balls, The leak-proof observation net 23 can also be loaded onto the opening, so that the player can observe the active situation of the opponent's player from a lower position.

What Fig. 3, Fig. 4 show are two kinds of situations that the ball hole 7 and the pipe hole 4 are manually arranged through the through hole through the ball wall 3, and Fig. 3 shows that the ball hole 7 is manually opened from one end of the through hole through the ball wall 3 to the The other end is in an inclined direction, and no equipment is placed in the manual ball passing hole 7, and the ball directly passes through the hole to overcome the obstacle of the hole; Figure 4 shows that these passing pipe holes 4 opened through the ball wall 3 are for placing the pipe and ball components. The ball passing hole 7 is constructed by the industrially processed tube and ball member. The passing pipe hole 4 and the manual ball passing hole 7 are generally arranged horizontally at a certain distance in the through hole passing the ball wall 3. At least one row is arranged, and each row has two holes. As mentioned above, multiple arrays of two or three rows can also be arranged in combination of horizontal and vertical.

Figures 5 and 6 show a situation in which the tube and ball components pass through the load-bearing through-hole facilities and the butt nozzles contain the connecting plate 17. It can be seen that the curved tube and ball components are placed in the through hole of the through hole through the ball wall 3 Among 4, the mouth of the nozzle contains the connecting hole 8 of the connecting plate 17 corresponding to the goal opening 13 of the tube and ball member, and has constructed the path of the ball passage 7 and the target for the player to aim at the ball; the nozzle containing the connecting plate 17 The lower part is supported by the pillar 19, and the pillar 19 stands firmly on the top wall of the bearing base 1 to provide strong support for the nozzle containing the connecting plate 17. But now the tube and ball components are installed in this way without any support and are easy to shake, and relevant equipment is needed for reinforcement. Fig. 7 shows, has used sticking tube spacer 16 and adopted multiple pieces at different positions, the space between tube ball component and through hole passing ball wall 3, stand 2 has been filled, and casing fastener 15 is afterwards Combined with the tube-adhesive spacer 16, the pipeline is precisely clamped, so that the tube and ball components will not move around.

After the tube and ball member passes through the through hole and passes through the ball wall 3 and is clamped and reinforced, the next figure 8 shows that the ball baffle plate 20 is covered on the nozzle containing the connecting plate 17 and the through hole passing through the ball wall 3, and the nozzle containing the connection The top of the plate 17 is lower than the top of the through hole through the ball wall 3, so that the ball baffle plate 20 will be inclined to the side of the nozzle containing the connecting plate 17, and the sealing surface 22 formed will also be inclined so that the ball will not be on the plate surface. stay on the top, while the sealing surface 22 includes the through-hole ball wall 3, the sleeve fastener 15, the tube pad 16, and the tube and ball member, which not only ensures that the ball will not fall into it, but also protects the Ensure that the relevant facilities do not directly collide with the ball and cause damage.

Fig. 9 is a kind of scenario of docking of ball-blocking and ball-blocking facilities and carrying through-hole facilities, with the two ends of carrying-through-hole facilities as the boundary erected field fence 23, the length of carrying-through-hole facilities is the width of the field, with the carrying-through-hole facilities The hole facility is the middle boundary line or the terminal boundary line. According to the specifications of the site, the field fence 23 is firmly erected at the position of the set length, and the field fence 23 is connected in series with the connection cable 25, and the field fence 23 and the connection cable 25 are installed. Leak-proof observation net 6, the height of field fence (23) is exactly the height of court, has built up the three-dimensional space of whole pipe-hole court like this, and the opening between bearing base 1 and stand 2 has also loaded onto leak-proof observation Net 6, so that both players can see the situation of the opposite field through the net port. In order to prevent the ball from flying out of the field, it is required that the height of the blocking and blocking facilities be higher than that of the carrying through-hole facilities. Specifically, the height of the field fence 23 is higher than The through hole passing the ball wall 3 of the highest position in the through hole facility is also higher. Field gate 24 relies on field fence 23 to take force, and generally opens in player activity area 34 to facilitate the boundary position of player's access to field. Fig. 9 field has shown field fence 23 to be located at four corners of field, and field fence 23 also has the function of placing or carrying pass groove 27, ball-out conduction pipe 30, ball receiving basket 31, ball receiving combination cabinet 32, according to Different styles of play can be provided with a plurality, and the field gate 24 is arranged according to the needs of the style of play of the tube hole court.

Figure 10 is a scene of the docking of the ball collecting and returning facilities with the carrying through-hole facilities. It can be seen that the passing groove 27 is placed on the field fence 23 and the connecting cable 25, and the high end of the passing groove 27 is connected to the goal opening 13. Or the ball outlet 14, the low end is above the bottom of the slope 26, so that the ball falling into the pass groove 27 is transmitted to the position that the player can reach along the slope; some balls directly fall on the slope 26 , take advantage of the trend and can roll down to the ball return groove 28; the ball that has the ball into the pipeline is transmitted to the ball receiving basket 31 by the ball conduction pipe 30, without the need for the ball passing groove 27, and the equipment in the ball collection facility is also based on Match the needs of the stadium.

Fig. 11 is a scene of the docking of the ball receiving facility and the carrying through hole facility, it can be seen that the ball discharging conduction pipe 30 can not only transfer the ball to the receiving basket 31, but also transfer the ball to the receiving combination cabinet 32 , the field fence 23 that provides support for the ball conduction pipe 30, the connecting cable 25 are arranged near the bearing base 1, the ball receiving combination cabinet 32 is arranged on the connecting cable 25 across the slope 26, and receives the ball opening 13 and the ball outlet 14 balls dashed out, so that the interface of the player's activity area 34 is not occupied, and the body parts of the player throwing the ball can not cross the boundary of the ball receiving combination cabinet 32. The equipment in the ball receiving facilities is often mixed with the equipment in the ball collecting and returning facilities. Some courts only need the ball collecting and returning facilities without installing the ball receiving facilities.

The combination cabinet 32 for catching the ball is the equipment that can embody the skill of the tube hole ball movement to overcome the obstacle of the curved tunnel. Fig. 12 and Fig. 13 have introduced two kinds of structures of this equipment. As shown in Figure 12, the impact force of each ball rushing out of the tunnel can be reflected. The ball receiving combination cabinet 32 is divided into several ball receiving areas on the plane of the same height. The ball overcomes the elbow 9 and the elbow 10 obstacles and falls. The farther the zone is from the ball outlet 14, the greater the impact of the goal and the higher the score. How high can the ball hit the curved tunnel? The structure of the catching combination cabinet 32 shown in FIG. 13 is provided with several stages of catching the ball of different heights, and the higher the height of the ball catching the ball, the greater the score.

Capable of multi-angle and multi-direction pitching, scoring and outing is one of the distinctive features of the tube-hole ball device that is different from other sports equipment. Therefore, it is very important to process and install tube-ball components in any direction, as shown in Fig. 14, Fig. 15, Fig. 16, Figure 17, Figure 18, and Figure 19 list some scenarios after the installation of various components of the tube and ball components. , variable-diameter pipes 12, these devices can indeed assemble various tube-ball components connected by pipes, and produce ball-passing holes 7 with different paths. Among them, at least one section of the two sections of pipelines connected to the inlet or outlet is inclined to the ground, so that the ball can rush out of the outer space along the potential energy. The master who is engaged in hydropower installation should be very familiar with the operation. Enabling the ball to go in and out of the tunnel along the slope is the basic principle that must be followed for configuring and installing the tube and ball components. If the ball is driven into the hole and it is difficult to get out, the use value of the tube and ball device for people's fitness and entertainment will be greatly reduced.

Fig. 20 is a schematic diagram of the structure of the tube hole stadium with the goal opening 13 and the ball exit 14 horizontally. That section of pipeline of ball outlet 14 is inclined, and ball can not stop in the pipe naturally. The nozzle containing joint plate 17 is supported by the butt joint pipe ball member by the pillar 19, and the ball blocking plate 20 is placed on the through hole through the ball wall 3 and the sealing surface 22 formed by the top of the nozzle containing joint plate 17 is also inclined, even if there is a ball flying on it Sealing surface 22 also can not stay above, and the court of this structure of Fig. 20 is generally suitable for the way of playing of throwing by hand. For the sake of illustration, we set the left half as the goal 13, and the right half as the goal 14, and the goal 13 and the goal 14 with the same path actually take on the same role, that is Simultaneously serve as the function of scoring and releasing the ball. In order to see clearly that Fig. 20 shows to the plan view of Fig. 28 all is one group of passing holes 7, actually each field is installed at least two groups of passing holes 7 for players to hit the ball.

What Fig. 21 shows is the structure of the tube-hole court that the goal opening 13 and the ball exit 14 are all inclined to the ground. The principle of Fig. 20 is the same. The goal opening 13 and the ball exit 14 of Fig. 21 all have the role of scoring and going out. In Fig. 21, since the goal opening 13 is set relatively high, and the slope 26 is set under the stand 2, it is suitable for hand-throwing. It requires a more powerful shot and a better angle to make the ball bend. Pass the ball tunnel 7. The way of pushing the ball by hand does not need the stand 2 but needs the slope 26 to be directly opened to the bottom of the goal opening 13 and the ball exit 14, as shown in Fig. 24; The orientation of the plate 17 is different from that shown in Figure 21, and Figure 26 will introduce it in detail.

Fig. 22 is a schematic diagram of the structure of the tube court with the goal opening 13 inclined towards the ground and the ball exit 14 inclined towards the sky. Fig. 22 is higher because of being provided with stand 2 goal opening 13, so this court should adopt the throwing style of play, above the bottom slope 26 of goal opening, ball exit 14, catch basket 31 and catch combination cabinet are set 32 hangs above the connection cable 25, and the ball that meets goal opening 13, ball outlet 14 falls and is used as scoring basis. And the ball that does not hit the goal opening 13 just rolls back to the ground surface 29 of the batting side through the collision plate along the slope 26, and the ball is picked up by the player and thrown again. What Fig. 22 shows is the structural plan view of the goal opening 13 in the left field. In fact, there is also a goal opening 13 in the right field that is not shown. Fig. 30 is the overall layout of the field and will be explained in detail.

Fig. 23 is a schematic diagram of the structure of the tube-hole court with the goal opening 13 slanting towards the sky and the ball exit 14 slanting towards the ground. It can be seen that the installation orientation of the tube opening containing the connecting plate 17 is different from that in Fig. 22 . The goal opening 13 of this structure is the highest in the ball tunnel 7, because the goal opening 13 is tilted to the sky at a high place and is suitable for jumping up and throwing the ball, the pipe mouth contains the connecting plate 17 to include the goal opening 13 Get up and can not stay ball, will obliquely be placed on through hole through ball wall 3, pillar 19 and ball baffle plate 20, make nozzle contain connecting plate 17 to be inclined trend and expose containing connecting hole 18, let the player jump up Throw the ball to the goal opening 13 on the right side; When the player's throwing ball hits the opening 13, the rebound of the connecting plate 17 through the pipe mouth makes the ball fall to the ball receiving combination cabinet 32 placed on the connection cable 25, and the player is very convenient to pick up the ball from the combination cabinet and jump up again Drop the ball towards goal 13. The court with this structure can especially exercise the player's jumping ability.

What Fig. 24 introduces is to kick the ball with the foot, push the ball with the hand to play the structure schematic diagram of the pipe-hole court, the structure of Fig. 24 is similar to Fig. 21, difference is that Fig. 24 does not set up frame 2 and Fig. 21 is provided with stand 2, Fig. Slope 26 highest point shown in 24 directly communicates with goal opening 13 and ball exit 14, and ball will rush into goal entrance 13 along the slope when the player kicks the ball or pushes the ball with hand like this. Taking the way of kicking the ball with the feet is the structure with the minimum height required for passing the ball tunnel 7, and the carrying through-hole facilities and the slope 26 can be provided with a suitable low height; The slope 26 is just set higher, and this structure can make the ball stick to the slope 26 and overcome the slope resistance to rush into the curved ball passage 7 and then roll down the slope 26 to exercise the players' different competitive abilities.

Fig. 25 is a schematic diagram of the structure of a pipe-hole court in which the ball-passing tunnel 7 is set at a high place and played by hand throwing the ball. This figure is similar to the structure of Fig. 24, and the difference is that Fig. 25 has increased the stand 2 to set the ball-passing tunnel 7 It is higher, and the installation orientation that makes nozzle contain connecting plate 17 and ball baffle plate 20 has also taken place corresponding change. Because the goal opening 13 is tilted towards the ground at a high place, the goal hole 13 of the high place will be thrown into the hole with hands, and the angle of the plate surface corresponding to the goal goal opening 13 and preventing the ball from throwing out of bounds, so no matter how The mouth-containing connecting plate 17 is not vertically erected to cover the tube and ball member, but is horizontally mounted on a high place to contain the receiving port 13. As shown in Figure 25, the pillar 19 is not only connected to the stand 2 to take power, but also connected to the through hole to pass through the ball wall 3 Power is taken, and the support 19 of multi-party force taking is firmly connected to the pipe mouth containing the connecting plate 17 and the ball baffle 20, so that the pipe mouth contains the connecting plate 17 horizontal frame to expose the connecting hole 18 at a high place, so that the ball baffle 20 is in the shape of The vertical and inclined states seal the tube and ball member together, allowing the player to throw the ball to the high goal opening 13 at a low position.

The above introductions all allow balls to fall down the slope 26 and the court structure of the regular play on the ground, and there are two kinds of scoring rules for the regular play. The first kind is that within the specified time, which player first drives the ball of the own side into the ball hole 7 to reach the opponent's field, the player with more balls is the winner, that is, the player with the few remaining balls is the player. For example, the left field and the right field are each equipped with 4 balls. It is stipulated that the time for each game is half an hour. At the beginning of the game, the players of Party A try to hit the ball to the goal opening 13 of the left field so that the ball can reach the goal through the tunnel. On the field of Party B, the players of Party B also try their best to hit the ball to the goal opening 13 on the right side of the field to hit the ball. If there are 2 balls left on the field of Party A, and 6 balls are accumulated on the field of Party B, then there are fewer balls left on the field of Party A, and the result of the game is that Party A wins Party B. This rule is a common scoring method for various tube hole courts . Second kind of rule is determined to the stadium that catches combination cabinet 32 is set, is made up of two scoring links, and the first link is to see which side player hits the ball more by both players after playing the same number of balls. Farther and higher, like the left field and the right field, each is equipped with 4 balls, and the player of Party A on the left field hits 1 ball past the farthest area of the ball receiving combination cabinet 32 of Party B in the right field. 3 points, 4 points for hitting 2 balls through the middle area of Party B's receiving combination cabinet 32, 1 point for hitting 1 ball past the nearest area of Party B's receiving combination cabinet 32, and 8 points for Party A. And the player of Party B in the right side field hits 2 balls through the farthest area of Party A's receiving combination cabinet 32 in the left side field and gets 6 points, and hits 1 ball through the area in the middle of Party A's receiving combination cabinet 32 and gets 2 points. Points, hit 1 ball past the area closest to Party A’s receiving combination cabinet 32 to get 1 point, and Party B gets 9 points, and the result of this link is that Party B wins Party A; the second scoring link adds the scoring of time factors to see who First of all, if all 4 balls of the party are scored into the opponent's field, 1.5 points will be added. Next, in this game, Party A first hits all 4 balls through the receiving combination cabinet 32 of Party B. Party A's score in the hitting area is 8 points lower than Party B's 9 points, but because he finished the ball first and grabbed 1.5 points, Party A's total score rose to 9.5 points to win Party B.

What Fig. 26 introduces is then the schematic diagram of the pipe-hole court that does not allow the ball to fall to the ground, and is combined with the straight pipe 8 and the curved pipe 9 to throw and catch the ball. The straight pipe 8 is set, the left goal opening 13 is the ball exit 14 on the right side inclined to the sky, and the ball exit 14 is lower and inclined towards the ground; The ball outlet on the inclined right side is higher 14 towards the sky, and the slope 26 tops on both sides of the field have been cross-framed with connecting cables 25 to place the passing groove 27 to meet the dropped balls. The main feature of throwing and catching the ball by hand is that the ball is not allowed to land. The specific rules are: the player of Party A on the left field hits the ball into the goal opening 13 of Party A, and the ball exits from the right field 14. When rushing out, the player of Party B on the right field should catch the ball with his hand to prevent the ball from falling down the slope and the ground. Port 13, when the ball hits the hole, it will rush out from the ball port 14 on the left side. Party A should also catch the ball with their hands, and throw the ball back quickly after receiving the ball. If they do not throw the ball for more than three seconds, they will dunk Points, and so on, you come and I go to throw and catch the ball, and if you can’t catch the ball and drop the ball, you will lose points; sometimes the ball rushes out of the outlet 14 and is directly received by the player, and sometimes the ball falls. If the pass groove 27 is received by the player again, as long as the ball does not fall down the slope 26 and the ground, no points will be lost, and whoever fails to receive the ball once will deduct points once, and the opposing player will get the right to serve. And make ball fall down pass groove 27 and then continue to serve, if serve and make ball fall down slope 26 or ground also will deduct a point once, serve by the opposite player again, game continues by this rule, drop ball in the prescribed time The side that concedes more points and loses more points is the loser, and the side that concedes fewer goals and concedes fewer points is the winner.

Figure 27 shows a schematic diagram of a tube court with a manual ball passing tunnel 7 structure, which also adopts the rule that the ball is not allowed to fall to the ground, and it is suitable to hit the ball with hands, catch the ball, or hit and block the ball with a blocking bat . This structure can be matched with the four-part functional facilities of bearing through-hole facilities, ball-blocking and ball-blocking facilities, ball-collecting and returning facilities, hitting location facilities and the bullet-reducing and sound-reducing layer 21, and a connecting cable 25 is set above the slope 26 as the hitting. The boundary line that cannot be crossed by the ball and the catch ball, it is more convenient to use less equipment to assemble. It is relatively easy to use metal, wood and plastic to process the inclined ball passageway 7 in the through-hole passing ball wall 3, as shown in Figure 27. , the goal opening 13 of the passing hole 7 on the left side of the ball wall 3 is inclined toward the ground, and the ball exit 14 on the right side is also inclined towards the ground, and the goal 13 of the passing hole 7 on the left side is towards the ground. The ball outlet 14 on the right side of the ground is inclined towards the sky, and the bullet-reducing and sound-reducing layer 21 is used to stick to the through hole and pass the ball wall 3. The rules of play are the same as those described in Figure 26. Block the racket to hit the ball, catch the ball. During the game, try hard to make the ball not fall down the slope 26 and the ground, otherwise points will be deducted.

Fig. 28 is a schematic diagram of the structure of a pipe-hole stadium that adopts the pitching platform to set up off-field play. The characteristics of this structure are: the height at the low end of the slope 26 should be set close to but lower than the height of the pitching platform 33, and the low end of the slope 26 is connected to Ball return ditch 28, return ball ditch 28 is lower than the lowest end of slope 26 but can not be established too low, its position is between slope 26 and pitching platform 33, the ball that falls from slope 26 returns to return ball ditch 28 li, The player picks up the ball and aims at the 13th ball at the mouth. The ball court that adopts pitching platform 33 to arrange can exempt from installing the link of field gate 24, and is suitable for throwing with hands, pushing with hands, and throwing with hands.

Fig. 29 is a plan view of a tube-hole stadium with a conventional layout in the hitting position. It can be seen that the bearing through-hole facilities in this layout serve as the terminal boundary of the stadium. In the figure, the back side of the bearing through-hole facility on the right side is equipped with field fence 23, leak-proof observation net 6 or ball baffle plate 20, so that the ball that does not hit the ball tunnel 7 cannot fly out of bounds, and turns around and falls down the slope 26 through collision. Get back to the ball returning ground surface 29 of the batting position again, pick up the ball and throw again by the player; And the ball that has scored through the ball tunnel 7 then falls through the ball outlet 14 to the ball-out conduction tube 30, and turns by the ball-out conduction tube 30 Send back the batting position on the left side and hang on the catch basket 31 of the leakage-proof observation net 6, the court of this layout should be installed in a small place in the field area. What Fig. 29 shows is the configuration of conventionally setting the pitch gate 24 in-field play, in fact the layout of a batting position also can be dispensed with the pitch gate 24 and adopts the configuration of pitching platform 33 off-field play, according to Fig. 28 pitching platform 33 The structure of play is configured and installed.

Figure 30 is the overall plan view of the conventional layout of the tube-hole court in two batting directions, which includes most of the equipment in seven parts of the functional facilities. Due to the large number of devices, in order to facilitate viewing and explanation, Figure 30 puts the leak-proof observation net 6 on the court The height of the fence is drawn lower. It can be seen that the bearing through-hole facilities in the two hitting directions are used as the middle boundary of the tube device, and the left field and the right field are symmetrically distributed. What this stadium shown in the figure has taken is that the goal opening 13 is inclined to the ground and the structure that the ball exit 14 is inclined to the sky is. The ball mouth 14, the first and third positions on the left field from the left are the ball outlet 14 inclined to the sky, and the second and fourth positions are the goal mouth 13 inclined to the ground, so the corresponding right side The first and third positions from the left in the field are the goal opening 13 inclined to the ground, and the second and fourth positions are the ball exit 14 inclined to the sky. The ball baffle plate 20 that is placed on the top of the ball wall 3 through the through hole is connected to the mouth of the left field and the right field with an oblique connection to the nozzle 17 respectively, forming a sealing surface 22 to include the tube ball member inside, so that the ball will not Stuck in pipes and on boards. The mouth of the tube contains the connection plate 17 and has pasted the bullet-reducing and sound-reducing layer 21, which alleviates the impact force of the ball and reduces the collision sound.

Fig. 30 When the stadium adopts the rules of conventional play, the players of Party A on the left field try to throw the ball to the second and fourth goal openings 13 from the left. Two, the ball outlet 14 of the fourth position rushes out, and falls to the receiving combination cabinet 32 of the right side field; The ball that throws just rushes out from the ball outlet 14 of the first and third positions from the left side of the left field, and falls to the receiving combination cabinet 32 of the left field, and see which side plays the ball earlier in the specified time, which side The area where the ball hit by the side falls is relatively far away, and the ball shot by the side is seen to be higher, and the score is calculated according to the scoring rules of the two conventional ways of playing.

The above listed are only some structures that are more reasonable in configuration, more convenient in installation, and can fully reflect the competitiveness and interest of tube hole ball sports. In fact, according to the seven parts of the infrastructure of this technical plan, more structures of tube hole courts can be assembled. , so that people can obtain the benefits of physical fitness, relaxation and entertainment brought by this new type of exercise.

Claims (10)

1. a kind of multi-angle multidirectional goal and the pore ball fitness and entertainment facility for going out ball, by seven partial function facilities, set Different angle, different height, different bends, the mistake ball road (7) of different azimuth are batting target, are led to by duct to fetter ball The path crossed, the ball for making to get out need to overcome the constraint in duct could score score, break through strength greatly and height to bat into The limitation of achievement is that a kind of package assembly is various, can play a variety of skills to bat, receive, the various interesting, men and women, old and young of play fit A kind of novel sports entertainment device preferably participated in；

It is characterized in that：Composition device crosses ball wall (3) including bearing base (1), stand (2), through hole, crosses ball road (7), pillar (19), straight tube (8), bend pipe (9), elbow (10), straight-through (11), calibre-changeable pipeline (12), casing tube fasteners (15), patch pipe pad block (16), the mouth of pipe contains fishplate bar (17), subtracts bullet noise reducing layer (21), kick back (20), side stop (23), place door (24), couples rope (25), leakproof observation net (6), slope (26), pass groove (27), return of serve ditch (28), return of serve ground interface (29), go out ball conducting tube (30), receive basket (31), combination sideboard of receiving (32), pitching platform (33), sportsman behaviour area (34), these devices are classified as seven Divide functional facilities：First, bearing base (1), stand (2), through hole cross ball wall (3), cross ball road (7), pillar (19) composition carrying Through hole facility；Second, straight tube (8), bend pipe (9), elbow (10), straight-through (11), calibre-changeable pipeline (12) composition pipe ball component；Three Be casing tube fasteners (15), patch pipe pad block (16), the mouth of pipe containing fishplate bar (17), subtract play noise reducing layer (21) composition fastening protection facility； Fourth, kick back (20), side stop (23), place door (24), connection rope (25), leakproof observation net (6) composition, which are blocked, to be blocked ball and sets Apply；Fifth, slope (26), pass groove (27), return of serve ditch (28), return of serve ground interface (29) composition collection ball course installation；Sixth, pitching Platform (33), sportsman behaviour area (34) composition batting position facility；Seventh, go out ball conducting tube (30), basket of receiving (31), group of receiving Close cabinet (32) and form out ball and receive component, seven part facilities can all be arranged in pairs or groups or part is arranged in pairs or groups, and assemble the dress of different structure Put, it is exactly a pore court to assemble the pore ball device come, abbreviation pipe ball device, pipe court, is increased than traditional Ball device Add and crossed ball road (7) to fetter the path that ball passes through.

2. multi-angle multidirectional goal according to claim 1 and the pore ball fitness and entertainment facility for going out ball, its feature exist In：

Above-mentioned carrying through hole facility, it was to provide ball road (7) and the core facility of carrying batting target, wherein bearing base (1), stand (2), through hole are crossed to sort more than when ball wall (3) is all set and vertically erected, and the consistent width of length of three is not Together, the width of bearing base (1) crossed than stand (2) and through hole ball wall (3) width it is wider, through hole is crossed ball wall (3) and is arranged on The top of through hole facility is carried, ball road (7) are opened excessively crosses ball wall (3) in through hole, and carrying through hole facility is a whole set of pore ball dress Hinge, the main framing put, pipe ball component, fastening protection facility, block block ball facility, collection ball course installation will be with carrying through hole Facility is docked or assembled；

Bearing base (1) and through hole cross this kind of hard material processing system of ball wall (3) metal, timber, stone, plastics, concrete Make, it is desirable to which steady to stand on the ground, the bottom of bearing base (1) is horizontal, and stand (2) is placed at its top, through hole crosses ball wall (3) and the wall of patch pipe pad block (16) is also horizontal, and it is to carry through hole facility that bearing base (1) and through hole, which cross ball wall (3), Indispensable equipment, the rectangle that both shapes usually erect vertically, or be formed with the dykes and dams shape of two inclined planes, rectangle and Both shapes of dykes and dams shape are advantageous to balance and stability and set ball road (7)；Bearing base (1) and stand (2) will open doorway, It is both saving material, also for the situation loaded onto leakproof observation net (6) and enable sportsman to observe by doorway opposite place, If cross ball road (7) need not set it is too high, then do not use stand (2)；The pipe court of frame (2) is set up by bearing base (1) and stand (2) chase (5) is set respectively come place and constrain leakproof observation net (6), chase (5) can multi-angle set, make Leakproof observation net (6), which erects, to be not easy displacement and ball can be kept off go back to slope (26)；The main function that through hole crosses ball wall (3) is open-minded Cross ball road (7) and create batting target, the shape in the duct can arbitrarily set overall inclined trend, can be by hand by setting Trend, which gets through through hole and crosses the wall body of ball wall (3), directly set ball road (7), and referred to as manual formula is crossed ball road (7), can also set Pore (4), which holds, carries pipe ball component by producing ball road (7), referred to as industrial processes formula by the pipe ball component through industrial processes Cross ball road (7), it is to be ensured that ball road (7) or pipe ball component trend have angle of inclination the ball for throwing hole into is gone out outer excessively Face；Pillar (19) can vertically stand in bearing base (1), in stand (2), also can horizontally or diagonally connect bearing base (1), vertical Frame (2), through hole cross ball wall (3) and obtain support, pillar (19) safe can be supported the mouth of pipe that is connected containing fishplate bar (17) and is blocked Plate (20)；The both ends edge portions that bearing base (1), stand (2), through hole cross ball wall (3) three must be connected closely, three's Length is the width in whole court, and the height for carrying through hole facility is set according to the height for crossing ball road (7) needs, is summarized and Say that the height played from ground within 6 meters of ground is all applicable altitude range, according to the size specification handle in pore court Side stop (23) stands in the length and height that certain position determines whole court, and side stop (23) is higher than through hole and crosses ball wall (3) height, the length in court is constructed out jointly.

3. multi-angle multidirectional goal according to claim 1 and the pore ball fitness and entertainment facility for going out ball, its feature exist In：

Above-mentioned pipe ball component includes straight tube (8), bend pipe (9), elbow (10), straight-through (11), the calibre-changeable pipe Jing Guo industrial processes Road (12), these parts can carry out a variety of collocation, assemble different bends, the pipe ball component of different angle, can create more The path created can not be created or be difficult in more cross by hand ball road (7), the inclined trend of the channel pathway for passing through ball or footpath The combination of trend or a variety of trends full of twists and turns are gone straight to and tilted to straight trend, generally speaking mistake caused by pipe ball component Ball road (7) is more complicated various, changeful, fine more careful than the mistake ball road (7) set by hand, can produce and more beat Method, therefore pipe ball component best embodies the characteristic of pore ball motion, pipe ball component and manual formula cross configuration and the peace in ball road (7) Dress must follow a basic principle jointly：This sector hole road that i.e. ball hole (13) directly connects directly connects with ball mouth (14) This sector hole road at least sector hole road must earthward tilt, enable ball at least one earthward inclined opening is suitable Potential energy and fall the exterior space of lower without resting in duct, i.e., ball mouth (14) is to tilt so entering for trend towards day Ball mouth (13) will be tilted earthward, and ball hole (13) is that so ball mouth (14) that trend is tilted towards day must earthward incline Tiltedly, it is allowed to which ball hole (13) and ball mouth (14) are all earthward obliquely installed but both can not tilt to day or vertically set simultaneously Put, because ball hole (13) and ball mouth (14) are all tilted to day or capwise can make to throw the ball in duct into and be difficult out；

When ball hole (13) in pore ball device is consistent with the trend that ball mouth (14) is set, then ball hole (13) It is ball mouth (14), i.e. the ball hole (13) of home ground is the ball mouth (14) that other side scores, the ball hole of away ground (13) it is the our ball mouth (14) scored；Sometimes ball has been squeezed into ball hole (13) but because dynamics is inadequate or angle by sportsman Not good enough ball is overturned after being collided in duct and is fallen down home ground, this is one kind that ball hole (13) becomes ball mouth (14) Special case.

4. multi-angle multidirectional goal according to claim 1 and the pore ball fitness and entertainment facility for going out ball, its feature exist In：

Above-mentioned casing tube fasteners (15), patch pipe pad block (16), the mouth of pipe contain fishplate bar (17), subtract bullet noise reducing layer (21) composition fastening protection Facility, it is the facility that carrying through hole facility, the relevant facility of pipe ball component in court are fastened and protected；Wherein the mouth of pipe contains and connect Plate (17) safe on bearing base (1) or stand (2) will be erected come and through hole crosses ball wall (3) according to the different structure in court Connection is tilted, or the horizontal crossbearer of support force is obtained on carrying through hole facility with pillar (19) connection, the mouth of pipe (17) containing fishplate bar It is provided with and arranged in pairs or groups ball hole (13), the ball mouth (14) of ball road (7) containing connecing hole (18), the mouth of pipe contains fishplate bar after fixed installation (17) connect containing connecing hole (18) and cross ball road (7), the mouth of pipe contains fishplate bar (17) and kick back (20) pipe ball component, mistake ball Road (7) is covered and protected, and the ball for making to launch will not directly hit the tube wall that through hole crosses ball wall (3) and pipeline, reduce ball with The abrasion of tube wall, wall；The mouth of pipe must vertically erect or earthward tilt trend containing fishplate bar (17) in face of the orientation of sportsman's batting, Ball is set not rest in plate face；Side plate of the mouth of pipe containing fishplate bar (17), the opposite sportsman's batting orientation of kick back (20) Needed depending on court and set or be not provided with to subtract bullet noise reducing layer (21), subtracted and play noise reducing layer (21) rubber, plastics, cloth, coating, oil This kind of material making for helping and reducing bounce, reducing collision sound is painted, is combined closely in the mouth of pipe containing fishplate bar (17), kick back (20) and in the side plate face of sphere contacts；

Generally tight attached be connected on of patch pipe pad block (16) is carried on through hole facility, and shape, the volume of patch pipe pad block (16) will be according to pipes The trend of ball component, bend, pipe diameter size and set, pipe ball component is crossed the space that ball wall (3) exposes by through hole The supporting or filling for obtaining pasting pipe pad block (16) form the layout being in close contact；Paste pipe pad block (16) and pipe ball component is in close contact Afterwards, then with casing tube fasteners (15) pipe ball component is clamped, casing tube fasteners (15) are by patch pipe pad block (16) or connection carrying Through hole facility clamps pipe ball component as the carrier of power taking；Ensure casing tube fasteners (15) and patch pipe pad block (16) pipe ball structure Part is closely fixed safely, is avoided pipe ball component from loosening and is rocked, does not influence the accuracy of batting.

5. multi-angle multidirectional goal according to claim 1 and the pore ball fitness and entertainment facility for going out ball, its feature exist In：

Above-mentioned kick back (20), side stop (23), place door (24), connection rope (25), leakproof observation net (6) composition are blocked and blocked Ball facility, wherein kick back (20) and leakproof observation net (6) are to prevent the main equipment that flies out outside the venue of ball, general kick back (20) ball wall (3), the mouth of pipe are crossed containing on fishplate bar (17) installed in side stop (23), through hole, ball-blocking plate (20) must be erected vertically Or the batting azimuthal tilt trend to court, ball is fallen on the lower in pore court according to potential energy；By kick back (20) Be placed into through hole cross at the top of ball wall (3) and the mouth of pipe containing at the top of fishplate bar (17) just can cross ball road (7), pipe ball component seals Come, prevent ball from falling into the horizontal wall surface of carrying through hole facility and can't get out；Top of the mouth of pipe containing fishplate bar (17) will be less than through hole mistake The top of ball wall (3), kick back (20) connection through hole is set to cross the top of ball wall (3) and the mouth of pipe containing fishplate bar (17) to pipe ball component institute Sealing surface (22) inclined trend of work, prevents ball to be trapped on sealing surface (22)；And leakproof observation net (6) be mostly close to Side stop (23) and connection rope (25) installation, are also mounted at bearing base (1), the opening of stand (2), enable two side sportsmen saturating Cross the situation that leakproof observation net (6) sees opposite；Connection rope (25) side stop (23) is concatenated, make kick back (20) and Leakproof observation net (6) is more easily installed, and connection rope (25) and side stop (23) also carry pass groove (27), go out ball conducting tube (30), receive basket (31), combination sideboard of receiving (32) these facilities；Place door (24) is installed on side stop (23)；Enclose in place The position that column (23) stands in setting can determine that the length in court, some courts four sides all erected by side stop (23), have Court is only by determining that two borders of place length are fenced up with side stop (23), and two sides border is provided with pitching platform in addition (33) bat and receive for sportsman.

6. multi-angle multidirectional goal according to claim 1 and the pore ball fitness and entertainment facility for going out ball, its feature exist In：

Above-mentioned slope (26), pass groove (27), return of serve ditch (28), return of serve ground interface (29) composition collection ball course installation, it is main to make With being to gather, be led through the ball that ball road (7) falls or the ball fallen down through colliding relevant facility returns to return of serve terminal, by ball Member picks up ball and continues to bat according to game rule；Some pore courts do not set out ball and received component, only set collection ball course installation, Such case collection ball course installation also has been undertaken ball and received the partial function of component, throws the ball of bulb into short and beats The ball of goal tube is not all received by collection ball course installation；Slope (26) highest point in collection ball course installation have to be lower than goal Mouth (13), lowest part connect back to gutter (28), these return of serve terminals of return of serve ground interface (29) or sportsman behaviour area (34), ditch of returning serve (28) set on the ground or be located at side stop (23) above the ground, connection rope (25), on pitching platform (33)；Slope (26) In addition to guiding this function of tonic chord of reception falling sphere, there are other effects：First, the lowest part of slope (26) is sportsman behaviour area Boundary line, can specification sportsman's square stance body any position can not all step over the line and is batted, otherwise model is advised；Second, play To kick a ball with one's foot and the pipe court with hand push ball, the ball kicked out of or pushed out needs to overcome upward slope close to slope (26) Resistance rush at the mouth of pipe containing fishplate bar (17) and cross ball road (7), slope (26) be ball upward slope descending operation bat platform；

Some courts needs to set pass groove (27) above slope (26), and pass groove (27) is not sealing but at least one side It is outdoor, for transmitting the ball fallen down by eminence, facilitates sportsman to can be visually seen the transmission trend of ball, pass groove (27) is no It is directly to be connected with ball road (7) excessively, but that high one end of pass groove (27) is docked at ball hole (13) or ball mouth (14) lower section, that low one end are installed to the space above slope (26) bottom, and biography can be connected to by being easy to sportsman to reach out one's hands Ball inside ball groove (27).

7. multi-angle multidirectional goal according to claim 1 and the pore ball fitness and entertainment facility for going out ball, its feature exist In：

It is above-mentioned go out ball receive component, be ball conducting tube (30), basket of receiving (31), receive (32) three kinds of equipment assemblings of combination sideboard and Into, or wherein any two kinds of equipment collocation composition, it is that pipe ball device regards play and needs and select installation to go out ball component of receiving Facility, wherein going out the ball mouth (14) that ball conducting tube (30) was connected to ball road (7), ball can be passed by going out ball conducting tube (30) The falling sphere terminal less than ball mouth (14) any orientation, basket of receiving (31) and combination sideboard of receiving (32) are sent to as conventional falling sphere Terminal, wherein basket of receiving (31) can be arranged on above any equipment of seven partial function facilities to picking out ball conducting tube (30), Combination sideboard (32) of receiving is typically aerial to be located above slope (26), or is placed on side stop (23), is coupled on rope (25), or Person is arranged on the front of sportsman's platform (33)；

The setting of combination sideboard (32) of receiving is divided to two kinds of structures, and a kind of is to set up several positions of receiving separately in the same plane received, and one Kind it is that what sets at various height to receive stratum, it is inner different remote that the ball gone out through ball mouth (14) falls into combination sideboard of receiving (32) , just there is different score achievements in the stratum of receiving of near receive position and different height.

8. multi-angle multidirectional goal according to claim 1 and the pore ball fitness and entertainment facility for going out ball, its feature exist In：

Divided according to the processing mode for crossing ball road (7), pore ball device is divided into manual formula and crosses ball road (7) structure and through work The pipe ball element structure of industry processing, difference are：It is to cross ball wall in through hole by the trend of setting that manual formula, which crosses ball road (7) structure, (3) wall body directly opened ball road (7), advantage be it is less easy for installation using equipment, shortcoming be course of action footpath it is with low uncertainty, Play is few；Pipe ball element structure through industrial processes, collocation assembling can be carried out to seven partial function facilities, be mainly characterized by Through hole crosses ball wall (3) and set pore (4) to make pipe ball component by producing ball road (7) by pipe ball component, advantage is pipe ball Component can create more manual mistake course of action footpaths for crossing ball road (7) and being difficult to create or can not creating, and make play is more various to have Interest, shortcoming are that configuration installation is relative complex, more using equipment.

9. multi-angle multidirectional goal according to claim 1 and the pore ball fitness and entertainment facility for going out ball, its feature exist In：

Divided according to batting means, pore court is divided into two major class moulding, that is, the pore court to kick a ball with one's foot and strikes ball with the hand Pore court, the modeling characteristic to kick a ball with one's foot is：Facility is protected from carrying through hole facility, pipe ball component, fastening, blocks and blocks Ball facility, collection ball course installation, the relevant equipment of batting position facility this six partial functions facility are built, wherein carrying is logical Hole facility crosses ball wall (3) without making carrying through hole facility not using stand (2), pillar (19) only with bearing base (1), through hole Setting is too high, and equipment is not set above slope (26), and docking slope 26 must earthward be tilted by crossing the ball hole (13) of ball road (7) The gradient, make by pin kick up come ball ball hole (13) can be poured along the gradient, sportsman behaviour area (34) can only be set inside Played football；The characteristics of pore court for strikeing ball with the hand is：Equipment in seven partial function facilities can select installation, wherein Ball road (7), pipe ball component are crossed on the premise of configuration installation basic principle is followed, can set out the duct of any trend makes The path height that constraint ball passes through is right and wrong varied, the top of slope 26 optionally set pass groove (27), basket of receiving (31), Receive combination sideboard (32), sportsman behaviour area (34) set inside or are located at outside the venue, make directly to receive with forehand hit and with hand each Kind skill is fully played.

10. multi-angle multidirectional goal according to claim 1 and the pore ball fitness and entertainment facility for going out ball, its feature exist In：

Being divided according to the orientation of batting, pore court is divided into the court of two kinds of layouts, and a kind of is the court in two batting orientation, That is a court sets sportsman air exercise of two symmetrical half-court by both sides place, this layout energy to carry through hole facility as middle boundary The area for enough expanding both sides place allows more sportsmen to participate in motor play across carrying through hole facility；Another kind is only to set one to hit The court in ball orientation, end boundary of the carrying through hole facility as court, plays ball only for the sportsman in one side place, is adapted in place The small place of area is set；Divided according to the position that sportsman stands, pore court be set in side stop the structure of play and The outer play structure of side stop, in abbreviation field play and play structure, both differences outside the venue be：Play structure court four in Face is all fenced up by side stop (23) and leakproof observation net (6) and has been constructed four sides border, and place door is set in side stop (23) (24) the sportsman behaviour area (34) gone out in admission, advantage are to pick up falling sphere inside conveniently；Play structure will use pitching outside the venue Platform (33) this facility, pitching platform (33) are located on that face court border of face carrying through hole facility, pitching platform (33) the left and right sides is observed net (6) by side stop (23) and leakproof and fenced up, and sportsman is in sportsman behaviour area (34) outside the venue Batted and received against pitching platform (33) during pitching, advantage is not set place door (24) to be limited less by place；According to The basic principle for putting installation carries out more various combination installations to the equipment of seven big functional facilities, with screw, glue, tip Follow closely, paint the connection of these accessories auxiliary, reinforce, beautification, the pore ball device of more Mechanical Builds can be drawn.