CN204582519U

CN204582519U - Billiard ball technology laser combined training instrument

Info

Publication number: CN204582519U
Application number: CN201520225947.2U
Authority: CN
Inventors: 贾翘
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-04-15
Filing date: 2015-04-15
Publication date: 2015-08-26
Anticipated expiration: 2025-04-15

Abstract

The utility model relates to the servicing unit of billiard training, is specially billiard ball technology laser combined training instrument.Billiard ball technology laser combined training instrument comprises radius pointing instrumentation, angle pointing instrumentation, dome-shaped pointing instrumentation, paste storehouse and turn over bag goal instrument, bag goal instrument is turned over from storehouse, to jump a queue goal instrument, reflection unit, aiming point range estimation instrument for training, first simple and easy radius pointing instrumentation, second simple and easy radius pointing instrumentation and the 3rd Simple aiming instrument, this combined training instrument can improve the billiard ball technology of billiards lovers and player, comprise and address into bag, jump a queue, make barrier, separate barrier, enter bag by means of ball impact object ball and borrow storehouse impact object ball to enter bag technique etc., and then improve the billiard ball technology of billiards lovers and the technical merit of professional athlete.

Description

Billiard ball technology laser combined training instrument

Technical field

The utility model relates to the servicing unit of billiard training, is specially billiard ball technology laser combined training instrument.

Background technology

Billiard movement starts from its origin, how to make the object ball by impacting accurately enter bag, namely becomes a maximum difficult point of this motion, certainly also becomes the place that can produce so large interest of this motion.Major part billiards lovers can not accurately locate the aiming point that object ball enters bag, square stance is caused to there is deviation, object ball enters bag often by fortune, but it is continuous to be through the numerous elite of billiard ball circle, always enjoy it research, investigated radius in theory and aim at method, this method can help people to find impact object ball to enter the aiming point of bag, but this method practical application is not strong, people are difficult to accurately navigate to aiming point when reality impacts object ball according to the method, so up to the present, there is blindness and batter in major part billiardist, take a chance and impact into bag, become the biggest obstacle that this motion is carried out.And billiard ball technology comprise bat into bag, jump a queue, make barrier, separate barrier, turn over bag score, by means of ball impact object ball enter bag and borrow storehouse impact into bag etc., but there is no now the instrument for training of a kind of special auxiliary billiards lovers and billiard ball professional athlete, make billiards lovers and billiard ball professional athlete can improve billiard ball technology, and then improve the interest of billiards lovers and the level of professional athlete.

Summary of the invention

The utility model does not have a kind of problem improving the auxiliary equipment of billiards lovers and professional athlete's billiard ball technology now in order to solve, and provides billiard ball technology laser combined training instrument.

The utility model adopts following technical scheme to realize: billiard ball technology laser combined training instrument, comprise radius pointing instrumentation, radius pointing instrumentation comprises tubular shell, the front end face of tubular shell is glass-mirror, it is vertical to be provided with in tubular shell, the first ring body be parallel to each other and the second ring body, the bottom of the first ring body is provided with clutch shaft bearing, dwang is provided with in clutch shaft bearing, the top of dwang is passed the top of the first ring body and stretches out tubular shell top, the body of rod in the first ring body of dwang is fixed with the first umbrella shape deflecting roller from top to bottom successively, first guide plate and the first gear, first umbrella shape deflecting roller is engaged with the second umbrella shape deflecting roller, the end face of the second umbrella shape deflecting roller is connected with one end of connecting rod, the other end of connecting rod is connected with cross laser emitting head, the body of rod of connecting rod is supported in the 4th bearing that is fixed on the second ring body, the outer ring of the 4th bearing is also fixed with point-like laser emitting head, and the vertical distance of point-like laser emitting head and cross laser emitting head is 28.5mm or 26mm, tubular shell inner bottom part is provided with the second bearing, the bottom of the second ring body is provided with the 3rd bearing, the second bearing rod and the 3rd bearing rod is respectively equipped with in second bearing and the 3rd bearing, the body of rod of the second bearing rod and the 3rd bearing rod is also respectively equipped with the second gear and the 3rd gear, and the second gear and the 3rd gears meshing, second gear also with the first gears meshing, the top of the 3rd bearing rod is fixed with the second guide plate, the length of the first guide plate and the second guide plate is 57mm or 52mm, the free end build-in of the first guide plate has the 5th bearing, the first vertical axes is provided with in 5th bearing, the free end of the second guide plate is fixed with the second vertical axes, the top of the first vertical axes is inserted in the 6th bearing that is located on the first end plate, the top of the second vertical axes on the second guide plate is inserted in the 7th bearing that is located on the second end plate, guide post is connected with between first end plate and the second end plate, first end plate is fixed with linearity laser beam emitting head, point-like laser emitting head, cross laser emitting head and linearity laser beam emitting head are towards the glass-mirror of tubular shell, also be provided with as point-like laser emitting head in tubular shell, the power transformer that cross laser emitting head and linearity laser beam emitting head are powered or battery, tubular shell is provided with and controls point-like laser beam emitting head respectively, the button of cross laser emitting head and linearity laser beam emitting head switch.

During use, the tubular shell of radius pointing instrumentation is fixed on highly on the A-frame of 1.4m ~ 1.5m, press the button point-like laser emitting head, cross laser emitting head and linearity laser beam emitting head are opened, the angle point-like laser that point-like laser emitting head is penetrated of adjustment tubular shell aims at the mark the central part of ball, the cross laser that then cross laser emitting head sends is radiated at the bottom of object ball, on the focus point of i.e. object ball, then the top of rotary motion bar, the head line of a laser rays of the cross laser that cross laser beam emitting head is sent and the Goal line of object ball overlap, the first gear simultaneously on dwang and the first guide plate rotate, first guide plate drives linearity laser beam emitting head to rotate, when rotating stopping, the point that the buttock line of the laser rays overlapped with Goal line of the linear laser that linearity laser beam emitting head sends and cross laser overlaps is the aiming point of object ball, during rotation, the first gear driven second gear and the 3rd gear rotate, 3rd gear driven the 3rd bearing rod rotates, 3rd bearing rod drives the second guide plate to rotate, owing to being connected with guide post between the first end plate and the second end plate, make linearity laser beam emitting head in rotation process all the time forward, the length of the first guide plate and the second guide plate is the diameter of object ball, the point of therefore above-mentioned coincidence is that distance objective ball is apart from the point for radius, be the aiming point of object ball.

It is on the extended line of the Goal line of object ball, find with the distance of object ball the method for the point being radius that radius aims at method, the distance of this distance objective ball is that the point of radius is aiming point, the utility model is the Goal line that the cross laser utilizing cross laser emitting head to send carrys out simulated target ball, and the length setting the first guide plate and the second guide plate is the diameter of object ball, when a laser rays and the Goal line coincidence of cross laser, the point that the buttock line of the laser rays overlapped with Goal line of linear laser and cross laser overlaps is the aiming point of object ball, the point overlapped is the aiming point utilizing radius aiming method to find, such the utility model just can be effective, navigate to aiming point exactly, the measured diameter of the spheroid of Chinese style eight ball, English nine balls and Kai Lun ball is 57mm, the spheroid measured diameter of Snooker ball is 52mm, then the vertical distance of point-like laser emitting head and cross laser emitting head is 28.5mm, first guide plate and the second guide plate length are corresponding Chinese style eight ball of 57mm, English nine balls and Kai Lun ball, the vertical distance of point-like laser emitting head and cross laser emitting head is 26mm, and the first guide plate and the second guide plate length are the corresponding Snooker ball of 52mm.

Above-mentioned billiard ball technology laser combined training instrument, tubular shell internal fixtion has angle orientation plate, angle orientation plate has axis hole, the plate face of angle orientation plate is provided with the copper sheet that a ring is coiled into semicircle, this semicircle take axis hole as the center of circle, that plate face is also provided with this semicircle with bisector that the is axis being parallel of tubular shell, it is corresponding that the copper sheet of bisector both sides and angle aim at the angle of method and the aiming point position angle points in corresponding showing that converts, and copper sheet is connected with the display screen be positioned on tubular shell by conversion module, the second turning cylinder is inserted with in axis hole, tubular shell is stretched out on the top of the second turning cylinder, and top is fixed with disk, disk is carved with impact line, the axis body of the second turning cylinder is also fixed with touch panel, the free end of touch panel contacts with copper sheet, form angle pointing instrumentation thus.

It is by the angle between the centre of sphere line of cue ball and object ball and the Goal line of object ball that angle aims at method, trigonometric function is utilized to draw the trigonometric function value of angle, namely the distance of the aiming point distance objective ball centre of sphere is obtained, thus draw the method for concrete, vivid aiming point, angle aim at the angle of method and aiming point position convert corresponding show as shown in the table

, in table, R represents billiard ball radius of sphericity, angle is utilized to aim at method square stance billiards player, find the line of the Goal line of object ball and the centre of sphere of cue ball and object ball, the front end face of tubular shell is pointed to the Goal line of object ball, adjust to parallel with the Goal line of object ball by the bisector on angle orientation plate, rotating circular disk again, make the impact line on disk parallel with centre of sphere line, display screen demonstrates the aiming point of the object ball corresponding with angle and the distance of the centre of sphere, on the line of the object ball centre of sphere, aiming point is being found with the vertical of centre of sphere line, aiming point is navigated to point-like laser emitting head, then impact object ball and enter bag.Described conversion module easily realizes for those skilled in the art.

Above-mentioned billiard ball technology laser combined training instrument, also comprise and turn over bag goal instrument, turn over bag goal instrument comprise paste storehouse turn over bag goal instrument and turn over bag goal instrument from storehouse, paste storehouse to turn over bag goal instrument to comprise internal diameter be 78mm, external diameter is the semicircular ring of 85.5mm, the end of semicircular ring is extended with vertical plate straight up, the end of vertical plate is supported with level board, the middle part of level board is rotated and is provided with the first pointer and the second pointer, the run-on point of the first pointer and the second pointer and the centre of sphere of subsides storehouse object ball are on same vertical curve, the left and right anchor ring of semicircular ring is respectively equipped with angle index line, second pointer tail end also reverse extending has shaft-like pointer, turn over bag goal instrument from storehouse and comprise checkpost, storehouse plate, the end of checkpost, storehouse plate is connected with two springs, the end of two springs is all connected with angle block of right angle, the plate face of checkpost, storehouse plate is provided with horizon bar, horizon bar is provided with first sleeve pipe that can slide along horizon bar, the bottom of the first sleeve pipe is fixed with vertical bar, the end winding support of vertical bar has left support leg and right support leg, vertical bar is also provided with the finger position rod that can rotate around vertical bar, the tail end of finger position rod has also extended back extension rod, the length of extension rod is 54mm or 52mm, the end of extension rod is extended with aiming point backstay straight down, checkpost, storehouse plate is also provided with and horizontally rotates bar, horizontally rotate bar and be provided with second sleeve pipe that can slide along bar, the tail end horizontally rotating bar and horizon bar is positioned at same place on the plate of checkpost, storehouse.

When object ball pastes storehouse, subsides storehouse is turned over bag goal instrument subsides storehouse and be placed on object ball position, object ball is made to be positioned at semicircular ring, and the run-on point on dial plate is just to the centre of sphere of object ball, the first pointer on adjustment dial plate, make the sack that will enter of the first pointed object ball, then the second pointer is adjusted, now indication angle is identical to make the angle of the second pointer indication and the first pointer, point corresponding with the second pointer indication angle in semicircular ring inner ring is the aiming point of object ball, then remove subsides storehouse and turn over bag goal instrument, impact object ball, object ball enters bag; Subsides storehouse is turned over bag goal instrument and also be can be used as simple radius pointing instrumentation, bag goal instrument is turned in this subsides storehouse and is positioned over object ball place, make the run-on point of the second pointer and the centre of sphere of object ball on same vertical curve, and rotate the second pointer, make the sack that will enter of shaft-like pointed object ball, then point on the table indicated by the second pointer head end is the radius aiming point of object ball.

When object ball does not paste storehouse, mobile the first sleeve pipe turned over from storehouse on bag goal instrument on horizon bar, make vertical bar on the first sleeve pipe just to the centre of sphere of object ball, then by checkpost, storehouse board on limit, storehouse, angle block of right angle is stuck in case limit, complete and turn over the fixing of bag goal instrument from storehouse, the second sleeve pipe again on mobile and horizontal dwang, make the second sleeve pipe equal with the distance of the first sleeve pipe and horizon bar tail end with the distance horizontally rotating bar tail end, rotate and horizontally rotate bar by the opposite end of the second sleeve rotating to the first sleeve pipe, the intersection point that second sleeve pipe and object ball enter sack line and limit, storehouse is limit, the object ball storehouse point of impingement, on desktop, the vertical range of limit, the distance objective ball storehouse point of impingement is the point of object ball radius is limit, object ball storehouse aiming point, then finger position rod is rotated, the head end of finger position rod points to limit, object ball storehouse aiming point, point on the desktop of the then end indication of aiming point backstay is the aiming point of object ball, impact object ball, object ball turns over bag and scores.

Above-mentioned billiard ball technology laser combined training instrument, the bottom of the tubular shell of radius pointing instrumentation is fixed on the The Cloud Terrace of A-frame, facilitates the rotation up and down of tubular shell.

Above-mentioned billiard ball technology laser combined training instrument, the annulus on A-frame The Cloud Terrace is fixed on bottom also comprising, and tubular shell is positioned on annulus axis, annulus is provided with the first Universal diverter, second Universal diverter and the 3rd Universal diverter, first Universal diverter, second Universal diverter and the 3rd Universal diverter are fixed with the first linearity laser beam emitting head respectively, second linearity laser beam emitting head and bilinear shape laser beam emitting head, radius pointing instrumentation and annulus, first Universal diverter, second Universal diverter and the 3rd Universal diverter, first linearity laser beam emitting head, second linearity laser beam emitting head and bilinear shape laser beam emitting head form goal instrument of jumping a queue, jump a queue score time, bilinear shape laser beam emitting head launches two parallel laser, for simulating the popping crease of jumping a queue when scoring, the laser that the first linearity laser beam emitting head, the second linearity laser beam emitting head and bilinear shape laser beam emitting head send rotates by self and rotates the laser sent.

Above-mentioned billiard ball technology laser combined training instrument, also comprise reflection unit, reflection unit comprises speculum, and the bottom of speculum is provided with location-plate, and it is the anchor point of 28.5mm or 26mm that location-plate is provided with minute surface vertical range.

Above-mentioned billiard ball technology laser combined training instrument, first guide plate and the second guide plate all comprise fixed head and are located at the movable plate on fixed head bottom surface, the tail end of the fixed head of the first guide plate is fixed on dwang, face is evenly equipped with inclined hole to movable plate plate, the head end of fixed head is fixed with the oblique threaded screw coordinated with the inclined hole on movable plate, and the 5th bearing is fixed on the head end of movable plate; The tail end of the fixed head of the second guide plate is fixed on the top of the 3rd bearing rod, the movable plate plate face of the second guide plate is evenly equipped with inclined hole, the head end of fixed head fixes the oblique threaded screw coordinated with the inclined hole on movable plate, and the second vertical axes is fixed on the head end of movable plate; The top, outer ring of the 4th bearing is provided with fixed head, the side of fixed head is provided with movable plate, the plate face of movable plate is evenly equipped with inclined hole, the free end of fixed head is also fixed with the oblique threaded screw coordinated with the inclined hole on movable plate, point-like laser emitting head is fixed on the top of movable plate, and tubular shell top and side are respectively equipped with screw hole; Movable plate can be made to move along fixed head by regulating oblique threaded screw, namely the length of adjustable first guide plate and the second guide plate is 57mm or 52mm, and namely radius pointing instrumentation can be applied to Chinese style eight ball, English nine balls simultaneously, open human relations ball and Snooker ball.

Above-mentioned billiard ball technology laser combined training instrument, also comprise aiming point range estimation instrument for training, aiming point range estimation instrument for training comprises flat board, flat board is fixed with object ball, dull and stereotyped embedded intrinsic around object ball, the copper sheet circle formed by copper sheet, the radius of copper sheet circle is the diameter of object ball, also be fixed with the copper sheet forming copper sheet circle in flat board and show bulb one to one, the battery that build-in has bulb string and powers for bulb string is gone back in flat board, the positive pole of battery is connected with the copper sheet on copper sheet circle, the terminals that copper sheet shows bulb one to one with it are connected, the negative pole of battery is connected with the tail end of radius point indicating bar, the top of radius point indicating bar is metal tip, flat board also has rotational axis hole, the copper sheet that a ring is coiled into semicircle is provided with in flat board, this semicircle take rotational axis hole as the center of circle, the bisector of this semicircle is also provided with in flat board, it is corresponding that the copper sheet of bisector both sides and angle aim at the angle of method and the aiming point position angle points in corresponding showing that converts, and the display screen that copper sheet is positioned on flat board by conversion module connects, the second turning cylinder is inserted with in rotational axis hole, the top of the second turning cylinder is fixed with the second disk, second disk is carved with impact line, the axis body of the second turning cylinder is also fixed with the second touch panel, the free end of the second touch panel contacts with copper sheet, flat board is also provided with angle that the angle index corresponding with copper sheet and angle aim at method and aiming point position to convert corresponding table, flat board is also fixed with angle analog board corresponding to aiming point position.

This aiming point range estimation instrument for training can help billiards lovers, player to train with place at any time, find the aiming point of object ball, laser beam emitting head is utilized to simulate Goal line and the impact line of object ball, then around the copper sheet circle of object ball finding radius aim at the aiming point of method, during concrete use, go for radius point with the top of radius point indicating bar, when tip contact to display bulb another terminals time, display bulb is shinny, namely have found radius point, adjust the second disk in addition, the impact line of the impact line simulated target ball on the second disk, just demonstrate the aiming point that angle aims at method on a display screen, billiards lovers, player can find aiming point according to aiming point on object ball, convert corresponding to show and angle all can make billiards lovers with the corresponding analog board in aiming point position in angle on flat board and aiming point position, player finds angle to aim at the aiming point of method easily, fan, player utilizes this billiard ball aiming point to estimate instrument for training and trains for a long time, finally in actual impact, aiming point can be found fast and accurately.

When impacting billiard ball in reality, the curve of the aiming point formation of the object ball seen and the relation of object ball are as shown in figure 27, due to the problem of visual angle in reality, that causes us to see is actual in oval apart from the circle for radius with object ball, originally aiming point A, B, C, D, E, F, G, A ', B ', C ', D ', E ', F ' is the same with the distance of G ' distance objective ball, due to the problem of visual angle, striker is it is seen that an ellipse, i.e. G ' O>F ' O>E ' O>D ' O>C ' O>B ' O>A ' O, same GO>FO>EO>DOGre atT.GreaT.GTCO>BO>AO, and these to be strikers must grasp, the different length of length due to each line segment, square stance aiming point is held very difficult, striker remembers that the line segment of the different length of these every bars is also very difficult, therefore according to the ellipse of aiming point formation around object ball spheroid and the relation of object ball, object ball spheroid contour curve and aiming point Curve Design are formed hyperbola pattern, be called and stick up formula hyperbola, as shown in figure 28, be convenient to observe and memory, as long as remember hyp shape, Goal line buttock line and the hyp intersection point of object ball are aiming point, just naturally know the length of every bar line segment, therefore utilize this discovery to invent aiming point range estimation instrument for training, help striker accurately to find aiming point when reality impact object ball.

Above-mentioned billiard ball technology laser combined training instrument, also comprise the first simple and easy radius pointing instrumentation, first Simple aiming instrument comprises bracing frame, bracing frame is provided with the second dwang, the head end of the second dwang is set to arrow shaped, the distance of the tail end distance run-on point of the second dwang equals the diameter of object ball, and the tail end of the second dwang is extended with backstay straight down, also comprise the second simple and easy radius pointing instrumentation, second simple and easy radius pointing instrumentation comprises locating piece, the front end of locating piece has hemispherical groove, the tail end of locating piece is provided with horizontal finger position rod, the tail end of horizontal finger position rod is extended with aiming point finger position rod backwards, the horizontal vertical distance of the end of aiming point finger position rod and the front end of locating piece equals the diameter of object ball, and the end of aiming point finger position rod is extended with aiming point straight down and points to bar, 3rd simple and easy radius pointing instrumentation comprises cylindrical shell, the embedded intrinsic second point-like laser beam emitting head of cylindrical shell and be the battery that the second point-like laser beam emitting head is powered, cylindrical shell is provided with the first swingle and the second swingle, the height of the first swingle is higher than the height of the second swingle, the end of the first swingle and the second swingle is all respectively equipped with the first turning-bar and the second turning-bar that length is object ball diameter, also connecting rod is connected with between first turning-bar and the second turning-bar, connecting rod is provided with the 3rd linearity laser beam emitting head, connecting rod and the first swingle go back rotary support and has Goal line indicating arm.When using the first simple and easy radius pointing instrumentation, this first simple and easy radius pointing instrumentation to be supported on Billiards table and to be positioned at object ball place, and make the run-on point of the second dwang and the spherical of object ball be positioned on same vertical curve, and rotate the second dwang, the head end of the second dwang points to the sack that will enter of object ball, then the radius that the point that backstay refers on the table is object ball aims at the aiming point of method; When using the second simple and easy radius pointing instrumentation, hemispherical groove on locating piece is close to object ball, and rotating locating blocks, make horizontal finger position rod point to the object ball sack that will enter, then aiming point points to the aiming point that radius that point that bar refers on the table is object ball aims at method; When using the 3rd simple and easy radius pointing instrumentation, by barrel support on tripod, aim at the mark the second point-like laser beam emitting head ball, rotating Goal line indicating arm makes the Goal line of goal indicating arm and object ball overlap, the straight line that the 3rd linearity laser beam emitting head now on connecting rod is launched is the impact line of object ball, the Goal line of object ball is irradiated again with the first linearity laser beam emitting head, the point that Goal line and impact line overlap is the aiming point of object ball, impact object ball with cue ball, then object ball enters bag; 3rd simple and easy radius pointing instrumentation also can be used for goal of jumping a queue, by rotating the first swingle and the second swingle, the horizontal range of the 3rd linearity laser beam emitting head and the second point-like laser beam emitting head is made to be distance of jumping a queue, the linear laser that then the 3rd linearity laser beam emitting head sends simulates the impact line of object ball, can carry out goal of jumping a queue.

Above-mentioned billiard ball technology laser combined training instrument, also comprise top formula pointing instrumentation, top formula pointing instrumentation comprises base, base rotates and is fixed with the first vertical expansion link, the top of the first expansion link is fixed with the second expansion link of level, the end winding support of the second expansion link has head circular generating laser down, during use, aim at the mark circular generating laser ball launch circular laser, then with the first linearity laser beam emitting head launch linear laser and and object ball Goal line coincidence, the intersection point of linear laser and circular laser is the aiming point of object ball.

The utility model provides a kind of billiard ball technology laser combined training instrument, and this combined training instrument can improve every billiard ball technology of billiards lovers and player, and then improves the interest of billiards lovers and the level of professional athlete.

Accompanying drawing explanation

Fig. 1 is the internal structure schematic diagram of radius pointing instrumentation.

Fig. 2 is the structural representation of angle orientation plate.

Fig. 3 pastes the structural representation that bag goal instrument is turned in storehouse.

Fig. 4 is the structural representation turning over bag goal instrument from storehouse.

Fig. 5 is the structural representation of the first guide plate.

Fig. 6 is the positional structure schematic diagram of point-like laser emitting head and cross laser emitting head.

Fig. 7 is the structural representation of reflection unit.

Fig. 8 is the structural representation of comprehensive pointing instrumentation.

Fig. 9 is the structural representation of aiming point range estimation instrument for training.

Figure 10 is the structural representation of the first simple and easy radius pointing instrumentation.

Figure 11 is the structural representation of the second simple and easy radius pointing instrumentation.

Figure 12 is the structural representation of angle analog board corresponding to aiming point position.

Figure 13 is the top view of Figure 11.

Figure 14 is the batting schematic diagram that radius aims at method.

Figure 15 is the batting schematic diagram that angle aims at method.

Figure 16 is the batting schematic diagram that rum point aims at method.

Figure 17 pastes the schematic diagram that bag goal is turned in storehouse.

Figure 18 is the schematic diagram turning over bag goal from storehouse.

Figure 19 is for making barrier batting schematic diagram 1.

Figure 20 is for making barrier batting schematic diagram 2.

Figure 21 is for separating barrier batting schematic diagram 1.

Figure 22 is for separating barrier batting schematic diagram 2.

Figure 23 is for separating barrier batting schematic diagram 3.

Figure 24 is batting schematic diagram of jumping a queue.

Figure 25 is for borrowing ball batting schematic diagram.

Figure 26 is the structural representation of top formula pointing instrumentation.

Figure 27 is actual square stance object ball spheroid outline line and aiming point curve location schematic diagram.

Figure 28 is for sticking up the hyp schematic diagram of formula.

Figure 29 is the schematic diagram of the 3rd simple and easy radius pointing instrumentation.

Figure 30 is the structural representation turning over bag goal instrument from storehouse of band sucker.

1-tubular shell, 2-first ring body, 3-second ring body, 4-clutch shaft bearing, 5-dwang, 6-first umbrella shape deflecting roller, 7-first guide plate, 8-first gear, 9-second umbrella shape deflecting roller, 10-connecting rod, 11-cross laser emitting head, 12-point-like laser emitting head, 13-second gear, 14-the 3rd gear, 15-second guide plate, 16-first end plate, 17-second end plate, 18-guide post, 19-linearity laser beam emitting head, 20-angle orientation plate, 21-axis hole, 22-copper sheet, 23-bisector, 24-touch panel, 25-semicircular ring, 26-level board, 27-first pointer, 28-second pointer, checkpost, 29-storehouse plate, 30-spring, 31-angle block of right angle, 32-horizon bar, 33-first sleeve pipe, the vertical bar of 34-, 35-left support leg, 36-right support leg, 37-finger position rod, 38-extension rod, 39-backstay, 40-horizontally rotates bar, 41-second sleeve pipe, 42-annulus, 43-first Universal diverter, 44-second Universal diverter, 45-the 3rd Universal diverter, 46-first linearity laser beam emitting head, 47-second linearity laser beam emitting head, 48-bilinear shape laser beam emitting head, 49-speculum, 50-location-plate, 51-fixed head, 52-movable plate, the oblique threaded screw of 53-, 54-is dull and stereotyped, 55-object ball, 56-copper sheet circle, 57-bulb string, 58-switch, convert corresponding showing in 59-angle and aiming point position, 60-aiming point display screen, 61-second disk, 62-angle analog board corresponding to aiming point position, 63-bracing frame, 64-second dwang, 65-backstay, 66-locating piece, the horizontal finger position rod of 67-, 68-aiming point finger position rod, 69-aiming point points to bar, 70-base, 71-first expansion link, 72-second expansion link, the circular generating laser of 73-, 74-cylindrical shell, 75-second point-like laser beam emitting head, 76-first swingle, 77-second swingle, 78-first turning-bar, 79-second turning-bar, 80-connecting rod, 81-the 3rd linearity laser beam emitting head, 82-Goal line indicating arm, 83-sucker.

Detailed description of the invention

Billiard ball technology laser combined training instrument, comprise radius pointing instrumentation, radius pointing instrumentation comprises tubular shell 1, the front end face of tubular shell 1 is glass-mirror, it is vertical to be provided with in tubular shell, the first ring body 2 and the second ring body 3 be parallel to each other, the bottom of the first ring body 2 is provided with clutch shaft bearing 4, dwang 5 is provided with in clutch shaft bearing, the top of dwang 5 is passed the top of the first ring body 2 and stretches out tubular shell top, the body of rod in the first ring body of dwang 5 is fixed with the first umbrella shape deflecting roller 6 from top to bottom successively, first guide plate 7 and the first gear 8, first umbrella shape deflecting roller 6 is engaged with the second umbrella shape deflecting roller 9, the end face of the second umbrella shape deflecting roller 9 is connected with one end of connecting rod 10, the other end of connecting rod 10 is connected with cross laser emitting head 11, the body of rod of connecting rod 10 is supported in the 4th bearing that is fixed on the second ring body 2, the outer ring of the 4th bearing is also fixed with point-like laser emitting head 12, and the vertical distance of point-like laser emitting head 12 and cross laser emitting head 11 is 28.5mm or 26mm, tubular shell 1 inner bottom part is provided with the second bearing, the bottom of the second ring body is provided with the 3rd bearing, the second bearing rod and the 3rd bearing rod is respectively equipped with in second bearing and the 3rd bearing, the body of rod of the second bearing rod and the 3rd bearing rod is also respectively equipped with the second gear 13 and the 3rd gear 14, and the second gear 13 and the 3rd gear 14 engage, second gear 13 also engages with the first gear 8, the top of the 3rd bearing rod is fixed with the second guide plate 15, the length of the first guide plate 7 and the second guide plate 15 is 57mm or 52mm, the free end build-in of the first guide plate 7 has the 5th bearing, the first vertical axes is provided with in 5th bearing, the free end of the second guide plate 15 is fixed with the second vertical axes, the top of the first vertical axes is inserted in the 6th bearing that is located on the first end plate 16, the top of the second vertical axes on the second guide plate is inserted in the 7th bearing that is located on the second end plate 17, guide post 18 is connected with between first end plate 16 and the second end plate 17, first end plate 16 is fixed with linearity laser beam emitting head 19, point-like laser emitting head 12, cross laser emitting head 11 and linearity laser beam emitting head 19 are towards the glass-mirror of tubular shell, in tubular shell, 1 is also provided with as point-like laser emitting head, the battery that cross laser emitting head and linearity laser beam emitting head are powered, tubular shell is provided with and controls point-like laser beam emitting head respectively, the button of cross laser emitting head and linearity laser beam emitting head switch.

Above-mentioned billiard ball technology laser combined training instrument, tubular shell internal fixtion has angle orientation plate 20, angle orientation plate 20 has axis hole 21, the plate face of angle orientation plate is provided with the copper sheet 22 that a ring is coiled into semicircle, this semicircle with axis hole 21 for the center of circle, that plate face is also provided with this semicircle with bisector 23 that the is axis being parallel of tubular shell, it is corresponding that the copper sheet of bisector 23 both sides and angle aim at the angle of method and the aiming point position angle points in corresponding showing that converts, and the display screen that copper sheet is positioned on tubular shell by conversion module connects, the first turning cylinder is inserted with in axis hole, tubular shell is stretched out on the top of the first turning cylinder, and top is fixed with the first disk, first disk is carved with impact line, the axis body of the first turning cylinder is also fixed with the first touch panel 24, the free end of the first touch panel 24 contacts with copper sheet, form angle pointing instrumentation thus.

Above-mentioned billiard ball technology laser combined training instrument, also comprise and turn over bag goal instrument, turn over bag goal instrument comprise paste storehouse turn over bag goal instrument and turn over bag goal instrument from storehouse, paste storehouse to turn over bag goal instrument to comprise internal diameter be 78mm, external diameter is the semicircular ring 25 of 85.5mm, the end of semicircular ring is extended with vertical plate straight up, the end of vertical plate is supported with level board 26, the middle part of level board 26 is rotated and is provided with the first pointer 27 and the second pointer 28, the run-on point of the first pointer 27 and the second pointer 28 and the centre of sphere of subsides storehouse object ball are on same vertical curve, the left and right anchor ring of semicircular ring is respectively equipped with angle index line, second pointer 28 tail end also reverse extending has shaft-like pointer, turn over bag goal instrument from storehouse and comprise checkpost, storehouse plate 29, the end of checkpost, storehouse plate 29 is connected with two springs 30, the end of two springs 30 is all connected with angle block of right angle 31, the plate face of checkpost, storehouse plate 29 is provided with horizon bar 32, horizon bar 32 is provided with first sleeve pipe 33 that can slide along horizon bar, the bottom of the first sleeve pipe 33 is fixed with vertical bar 34, the end winding support of vertical bar 34 has left support leg 35 and right support leg 36, vertical bar 34 is also provided with the finger position rod 37 that can rotate around vertical bar, the tail end of finger position rod 37 has also extended back extension rod 38, the length of extension rod 38 is 57mm or 52mm, the end of extension rod is extended with aiming point backstay 39 straight down, checkpost, storehouse plate is also provided with and horizontally rotates bar 40, horizontally rotate bar 40 and be provided with second sleeve pipe 41 that can slide along bar, the tail end horizontally rotating bar 40 and horizon bar 32 is positioned at same place on the plate of checkpost, storehouse, checkpost, storehouse plate 29, spring 30 and the angle block of right angle 31 turned over from storehouse in bag goal instrument can be replaced by sucker 83, and fixing horizontal bar 32 on sucker 83, sucker 83 can firmly be adsorbed on limit, storehouse.

Above-mentioned billiard ball technology laser combined training instrument, the bottom of the tubular shell 1 of radius pointing instrumentation is fixed on the The Cloud Terrace of A-frame.

Above-mentioned billiard ball technology laser combined training instrument, the annulus 42 on A-frame The Cloud Terrace is fixed on bottom also comprising, and tubular shell 1 is positioned at annulus 42 axis place, annulus 42 is provided with the first Universal diverter 43, second Universal diverter 44 and the 3rd Universal diverter 45, first Universal diverter 43, second Universal diverter 44 and the 3rd Universal diverter 45 are fixed with the first linearity laser beam emitting head 46 respectively, second linearity laser beam emitting head 47 and bilinear shape laser beam emitting head 48, radius pointing instrumentation and annulus 42, first Universal diverter 43, second Universal diverter 44 and the 3rd Universal diverter 45, first linearity laser beam emitting head 46, second linearity laser beam emitting head 47 and bilinear shape laser beam emitting head 48 form goal instrument of jumping a queue.

Above-mentioned billiard ball technology laser combined training instrument, also comprise reflection unit, reflection unit comprises speculum 49, and the bottom of speculum 49 is provided with location-plate 50, and it is the anchor point of 28.5mm or 26mm that location-plate 50 is provided with minute surface vertical range.

Above-mentioned billiard ball technology laser combined training instrument, first guide plate and the second guide plate all comprise fixed head 51 and are located at the movable plate 52 on fixed head bottom surface, the tail end of the fixed head 51 of the first guide plate is fixed on dwang, face is evenly equipped with inclined hole to movable plate 52 plate, the head end of fixed head 51 is fixed with the head end that oblique threaded screw the 53, five bearing coordinated with the inclined hole on movable plate is fixed on movable plate; The tail end of the fixed head 51 of the second guide plate is fixed on the top of the 3rd bearing rod, the movable plate 52 plate face of the second guide plate is evenly equipped with inclined hole, the head end of fixed head fixes the head end that oblique threaded screw 53, second vertical axes coordinated with the inclined hole on movable plate is fixed on movable plate; The top, outer ring of the 4th bearing is provided with fixed head 51, the side of fixed head is provided with movable plate 52, the plate face of movable plate 52 is evenly equipped with inclined hole, the free end of fixed head is also fixed with the oblique threaded screw 53 coordinated with the inclined hole on movable plate, point-like laser emitting head is fixed on the top of movable plate, and tubular shell top and side are respectively equipped with screw hole.

Above-mentioned billiard ball technology laser combined training instrument, also comprise aiming point range estimation instrument for training, aiming point range estimation instrument for training comprises dull and stereotyped 54, object ball 55 is fixed with on dull and stereotyped 54, dull and stereotyped embedded intrinsic around object ball, the copper sheet circle formed by copper sheet, the radius of copper sheet circle 56 is the diameter of object ball, also be fixed with the copper sheet forming copper sheet circle in flat board and show bulb one to one, the battery that build-in has bulb string 57 and powers for bulb string is gone back in flat board, the positive pole of battery is connected with the copper sheet on copper sheet circle, the terminals that copper sheet shows bulb one to one with it are connected, the negative pole of battery is connected with the tail end of radius point indicating bar, the top of radius point indicating bar is metal tip, also rotational axis hole is had on dull and stereotyped 54, the copper sheet that a ring is coiled into semicircle is provided with in flat board, this semicircle take rotational axis hole as the center of circle, the bisector of this semicircle is also provided with in flat board, it is corresponding that the copper sheet of bisector both sides and angle aim at the angle of method and the aiming point position angle points in corresponding showing that converts, and the aiming point display screen 60 that copper sheet is positioned on flat board by conversion module connects, the second turning cylinder is inserted with in rotational axis hole, the top of the second turning cylinder is fixed with the second disk 61, second disk 61 is carved with impact line, the axis body of the second turning cylinder is also fixed with the second touch panel, the free end of the second touch panel contacts with copper sheet, flat board is also provided with angle that the angle index corresponding with copper sheet and angle aim at method and aiming point position to convert corresponding table 59, flat board is also fixed with angle analog board 62 corresponding to aiming point position, flat board is provided with the switch 58 controlling bulb string and aiming point display screen.

Above-mentioned billiard ball technology laser combined training instrument, also comprise the first simple and easy radius pointing instrumentation, the second simple and easy radius pointing instrumentation and the 3rd Simple aiming instrument, first Simple aiming instrument comprises bracing frame 63, bracing frame 63 is provided with the second dwang 64, the head end of the second dwang 64 is set to arrow shaped, the distance of the tail end distance run-on point of the second dwang equals the diameter of object ball, and the tail end of the second dwang is extended with backstay 65 straight down, second simple and easy radius pointing instrumentation comprises locating piece 66, the front end of locating piece 66 has hemispherical groove, the tail end of locating piece is provided with horizontal finger position rod 67, the tail end of horizontal finger position rod 67 is extended with aiming point finger position rod 68 backwards, the horizontal vertical distance of the end of aiming point finger position rod and the front end of locating piece equals the diameter of object ball, and the end of aiming point finger position rod is extended with aiming point straight down and points to bar 69, 3rd simple and easy radius pointing instrumentation comprises cylindrical shell 74, the embedded intrinsic second point-like laser beam emitting head 75 of cylindrical shell 74 and be the battery that the second point-like laser beam emitting head is powered, cylindrical shell is provided with the first swingle 76 and the second swingle 77, the height of the first swingle 76 is higher than the height of the second swingle 77, the end of the first swingle 76 and the second swingle 77 is all respectively equipped with the first turning-bar 78 and the second turning-bar 79 that length is object ball diameter, connecting rod 80 is also connected with between first turning-bar 78 and the second turning-bar 79, connecting rod 80 is provided with the 3rd linearity laser beam emitting head 81, connecting rod 80 and the first swingle 76 go back rotary support and has Goal line indicating arm 82.

Above-mentioned billiard ball technology laser combined training instrument, also comprise top formula pointing instrumentation, top formula pointing instrumentation comprises base 70, base 70 rotates and is fixed with the first vertical expansion link 71, the end winding support that the top of the first expansion link 71 is fixed with the second expansion link 72, second expansion link 72 of level has head circular generating laser 73 down.

When adopting radius pointing instrumentation impact object ball, as shown in figure 14, find aiming point Q and locate aiming point Q with radius pointing instrumentation, impact cue ball A, cue ball A clashes into object ball B and enters bag.

When adopting angle pointing instrumentation impact object ball, as shown in figure 15, utilize cue ball A to impact object ball B and enter bag, first obtain cue ball A and object ball B centre of sphere line L2 and object ball B Goal line L1, adjustment tubular shell makes the bisector on angle orientation plate parallel with Goal line L1, impact line on disk is parallel with line L2, then display demonstrates the centre of sphere distance of aiming point Q and object ball B, online L2 finds aiming point Q(aiming point Q at object ball B by hitting region on the vertical line of the object ball B centre of sphere, hitting region rule of thumb obtains), with point-like laser generation head location aiming point Q, impact cue ball A, the point of impingement of cue ball A and object ball B is P, object ball B is knocked into bag.

Rum point is adopted to aim at method (this aiming method is invented by applicant) square stance, as shown in figure 16, the centre of sphere of the bag heart and object ball B that linking objective ball will enter bag also extends the rum point obtaining object ball, also be aiming point Q, and simulate with the linear laser that the first linear laser emitting head sends, the parallel lines of bag line are entered through the centre of sphere object ball of cue ball A, the intersection point of these parallel lines and cue ball A is the rum point of cue ball, namely impact point Q ', and simulate with the linear laser that the second linear laser emitting head sends, club is by cue ball rum point Q ' run-home ball impact point Q, the rum point of cue ball A and the rum point of object ball B are overlapped, impact cue ball A, object ball B is knocked into bag.

When using subsides storehouse to turn over bag goal instrument, schematic diagram as shown in figure 17, the run-on point of the first pointer and the second pointer and the centre of sphere of object ball B are positioned on same vertical curve, the gum bag center that first pointed object ball B will enter, then the second pointer is adjusted, now indication angle is identical to make the angle of the second pointer indication and the first pointer, point corresponding with the second pointer indication angle in semicircular ring inner ring is the aiming point Q of object ball, aiming point Q is aimed at the laser beam emitting head on annulus, then remove subsides storehouse and turn over bag goal instrument, impact object ball, object ball enters bag.

Bag goal instrument is turned in use during from storehouse, schematic diagram as shown in figure 18, vertical bar on first sleeve pipe is just to the centre of sphere 0 of object ball B, the second sleeve pipe on mobile and horizontal dwang, make the second sleeve pipe equal with the distance of the first sleeve pipe and horizon bar tail end with the distance horizontally rotating bar tail end, rotate and horizontally rotate bar by the opposite end of the second sleeve rotating to the first sleeve pipe, then in the second sleeve pipe and Figure 18, the mirror point O ' of the centre of sphere 0 is corresponding, the intersection point that second sleeve pipe and object ball enter sack line and limit, storehouse is limit, the object ball storehouse point of impingement, on desktop, the vertical range of limit, the distance objective ball storehouse point of impingement is the point of object ball radius is object ball storehouse limit aiming point Q ', then finger position rod is rotated, the head end of finger position rod points to object ball storehouse limit aiming point Q ', point on the desktop of the then end indication of aiming point backstay is the aiming point Q of object ball, impact object ball, object ball turns over bag and scores.

When barrier instrument is made in use, as shown in figure 19, cue ball A will arrive the A ' position after obstacle ball D after impacting object ball B, first determine the cue ball direction of motion, as after predetermined cue ball A collision target ball B collision top storehouse again bullet to somewhere, then the point of impingement in storehouse, top is set to e, open point-like laser emitting head, aim at the mark point-like laser the centre of sphere of ball B, the straight line that linearity laser beam emitting head on annulus penetrates is through the centre of sphere of point of impingement e and object ball B, on object ball, then obtain the aiming point Q of object ball, impact cue ball A, cue ball A arrives A ' position, object ball B arrives B ' position, successfully place obstacles, as shown in figure 20, cue ball A will arrive the A ' position after obstacle ball D after impacting object ball B, first determine the cue ball direction of motion, as after predetermined cue ball A collision target ball B again bullet to somewhere, open point-like laser emitting head, aim at the mark point-like laser the centre of sphere of ball B, the linear laser of the linearity laser beam emitting head injection on annulus is through the centre of sphere of A ' position and object ball B, on object ball, then obtain the aiming point P of object ball, impact cue ball A, cue ball A arrives A ' position, and object ball B arrives B ' position, successfully places obstacles.

When using solution barrier instrument, as shown in figure 21, be now that barrier is separated in a storehouse, place reflection unit on limit, storehouse, use laser illumination speculum, when utilizing emitted light is irradiated to object ball B, namely have found point of impingement Q, the radius point on reflector apparatus is the aiming point of object ball, impact cue ball A, after cue ball A collides limit, storehouse, impact just successfully bypasses obstacle ball D to object ball B, cue ball A and impacts object ball B, successfully separates barrier, as shown in figure 22, cue ball A will impact obstacle ball D object ball B below, and now cue ball A and object ball B all pastes storehouse, cue ball A needs collision two storehouse could impact object ball B, first do the line of object ball B and end bag, the parallel lines of this line are done and the first storehouse meets at C point through cue ball, then the trisection point between end bag and C point is found, setpoint distance C point length is the point of 2/3rds length is point of impingement e, the linear laser of the linearity laser beam emitting head injection on annulus is through cue ball A and point of impingement e, the point that to find with point of impingement e vertical range be on the table sphere diameter is the aiming point Q of object ball, aiming point Q is irradiated to point-like laser emitting head, impact cue ball A, after cue ball A collides the first limit, storehouse and the second limit, storehouse, impact is to object ball B, cue ball A just successfully bypasses obstacle ball D and impacts object ball B, successfully separate barrier, as shown in figure 23, cue ball A will impact obstacle ball D object ball B below, and now cue ball A and object ball B does not all paste storehouse, cue ball A needs collision two storehouse could impact object ball B, first do the line of object ball B and end bag, do the parallel lines of this line through cue ball and meet at C point with the first storehouse, then the mid point between end bag and C point is found, setting mid point is the point of impingement e in the first storehouse, the linear laser of the linearity laser beam emitting head injection on annulus is through cue ball A and point of impingement e, the point that to find with point of impingement e vertical range be on the table sphere diameter is the aiming point Q of object ball, aiming point Q is irradiated to point-like laser emitting head, impact cue ball A, after cue ball A collides the first limit, storehouse and the second limit, storehouse, impact is to object ball B, cue ball A just successfully bypasses obstacle ball D and impacts object ball B, successfully separate barrier.

Use jump a queue goal instrument time, as shown in figure 24, after cue ball A impact object ball B enters bag, under normal circumstances, cue ball A walks along line L3, but need cue ball A to walk A ' position for when batting is prepared next time, adopt the method for jumping a queue, adopt radius pointing instrumentation to find aiming point Q, the impact point of method of jumping a queue impact cue ball A is F, sends the impact line of two parallel laser analog object balls with bilinear shape laser beam emitting head, find the aiming point Q ' that jumps a queue, impact cue ball A, object ball B enters bag, and cue ball A walks A ' position.

Bag is entered by means of ball impact object ball, as shown in figure 16, cue ball A clashes into object ball B by impact auxiliary ball E and enters bag, the aiming point of object ball B is first found with radius pointing instrumentation, obtain the position A ' of cue ball A when impacting object ball B thus, by cue ball A position A ' time centre of sphere point and the centre of sphere line of auxiliary ball E, the linear laser simulation sent with the first generating laser, by the centre of sphere line of cue ball A and auxiliary ball E, the linear laser simulation sent with the second generating laser, do the angular bisector of the angle that two lines are formed, the sphere of auxiliary ball obtains aiming point Q, with point-like laser device location aiming point Q, impact cue ball A, after clashing into auxiliary ball E, cue ball A walks position A ', collision target ball B enters bag.

Use cue ball walk distance training method time, cue ball and the stressed schedule of proportion of object ball self as shown in the table,

Impact angle in table refers to the angle between the Goal line of object ball and the popping crease of object ball, be not with cue ball during shock and anyly rotate to be setting, the aiming point of object ball is first navigated to radius pointing instrumentation, determine the impact angle of object ball, setting impact angle is 30 °, determine the distance (along the direction vertical with Goal line walking after cue ball collision target ball) that cue ball needs to walk again, be set to x, then when impact angle is 30 °, cue ball and object ball self be 3:7 by force rate, the travel distance y:x=7:3 entering bag of object ball, y=7x/3, because x is known, the travel distance y of object ball can be obtained, the distance that then cue ball and object ball are walked altogether is x+y, player needs use and x+y apart from suitable power impact object ball, after impact, cue ball walks assigned address.

Claims

1. billiard ball technology laser combined training instrument, it is characterized in that comprising radius pointing instrumentation, radius pointing instrumentation comprises tubular shell (1), the front end face of tubular shell (1) is glass-mirror, it is vertical to be provided with in tubular shell, the first ring body (2) be parallel to each other and the second ring body (3), the bottom of the first ring body (2) is provided with clutch shaft bearing (4), dwang (5) is provided with in clutch shaft bearing, the top of dwang (5) is passed the top of the first ring body (2) and stretches out tubular shell top, the body of rod in the first ring body of dwang (5) is fixed with from top to bottom successively the first umbrella shape deflecting roller (6), first guide plate (7) and the first gear (8), first umbrella shape deflecting roller (6) is engaged with the second umbrella shape deflecting roller (9), the end face of the second umbrella shape deflecting roller (9) is connected with one end of connecting rod (10), the other end of connecting rod (10) is connected with cross laser emitting head (11), the body of rod of connecting rod (10) is supported in the 4th bearing that is fixed on the second ring body (2), the outer ring of the 4th bearing is also fixed with point-like laser emitting head (12), and the vertical distance of point-like laser emitting head (12) and cross laser emitting head (11) is 28.5mm or 26mm, tubular shell (1) inner bottom part is provided with the second bearing, the bottom of the second ring body is provided with the 3rd bearing, the second bearing rod and the 3rd bearing rod is respectively equipped with in second bearing and the 3rd bearing, the body of rod of the second bearing rod and the 3rd bearing rod is also respectively equipped with the second gear (13) and the 3rd gear (14), and the second gear (13) and the engagement of the 3rd gear (14), second gear (13) also engages with the first gear (8), the top of the 3rd bearing rod is fixed with the second guide plate (15), the length of the first guide plate (7) and the second guide plate (15) is 57mm or 52mm, the free end build-in of the first guide plate (7) has the 5th bearing, the first vertical axes is provided with in 5th bearing, the free end of the second guide plate (15) is fixed with the second vertical axes, the top of the first vertical axes is inserted in the 6th bearing that is located on the first end plate (16), the top of the second vertical axes on the second guide plate is inserted in the 7th bearing that is located on the second end plate (17), guide post (18) is connected with between first end plate (16) and the second end plate (17), first end plate (16) is fixed with linearity laser beam emitting head (19), point-like laser emitting head (12), cross laser emitting head (11) and linearity laser beam emitting head (19) are towards the glass-mirror of tubular shell, in tubular shell, (1) is also provided with as point-like laser emitting head, the power transformer that cross laser emitting head and linearity laser beam emitting head are powered or battery, tubular shell is provided with and controls point-like laser beam emitting head respectively, the button of cross laser emitting head and linearity laser beam emitting head switch.

2. billiard ball technology laser combined training instrument according to claim 1, it is characterized in that tubular shell internal fixtion has angle orientation plate (20), angle orientation plate (20) has axis hole (21), the plate face of angle orientation plate is provided with the copper sheet (22) that a ring is coiled into semicircle, this semicircle with axis hole (21) for the center of circle, that plate face is also provided with this semicircle with bisector (23) that the is axis being parallel of tubular shell, it is corresponding that the copper sheet of bisector (23) both sides and angle aim at the angle of method and the aiming point position angle points in corresponding showing that converts, and the display screen that copper sheet is positioned on tubular shell by conversion module connects, the first turning cylinder is inserted with in axis hole, tubular shell is stretched out on the top of the first turning cylinder, and top is fixed with the first disk, first disk is carved with impact line, the axis body of the first turning cylinder is also fixed with the first touch panel (24), the free end of the first touch panel (24) contacts with copper sheet, form angle pointing instrumentation thus.

3. billiard ball technology laser combined training instrument according to claim 1 and 2, characterized by further comprising and turn over bag goal instrument, turn over bag goal instrument comprise paste storehouse turn over bag goal instrument and turn over bag goal instrument from storehouse, paste storehouse to turn over bag goal instrument to comprise internal diameter be 78mm, external diameter is the semicircular ring (25) of 85.5mm, the end of semicircular ring is extended with vertical plate straight up, the end of vertical plate is supported with level board (26), the middle part of level board (26) is rotated and is provided with the first pointer (27) and the second pointer (28), the run-on point of the first pointer (27) and the second pointer (28) and the centre of sphere of subsides storehouse object ball are on same vertical curve, the left and right anchor ring of semicircular ring is respectively equipped with angle index line, second pointer (28) tail end also reverse extending has shaft-like pointer, turn over bag goal instrument from storehouse and comprise checkpost, storehouse plate (29), the end in checkpost, storehouse plate (29) is connected with two springs (30), the end of two springs (30) is all connected with angle block of right angle (31), the plate face in checkpost, storehouse plate (29) is provided with horizon bar (32), horizon bar (32) is provided with first sleeve pipe (33) that can slide along horizon bar, the bottom of the first sleeve pipe (33) is fixed with vertical bar (34), the end winding support of vertical bar (34) has left support leg (35) and right support leg (36), vertical bar (34) is also provided with the finger position rod (37) that can rotate around vertical bar, the tail end of finger position rod (37) has also extended back extension rod (38), the length of extension rod (38) is 57mm or 52mm, the end of extension rod is extended with aiming point backstay (39) straight down, checkpost, storehouse plate is also provided with and horizontally rotates bar (40), horizontally rotate bar (40) and be provided with second sleeve pipe (41) that can slide along bar, the tail end horizontally rotating bar (40) and horizon bar (32) is positioned at same place on the plate of checkpost, storehouse.

4. billiard ball technology laser combined training instrument according to claim 1, is characterized in that the bottom of the tubular shell 1 of radius pointing instrumentation is fixed on the The Cloud Terrace of A-frame.

5. billiard ball technology laser combined training instrument according to claim 4, the annulus (42) on A-frame The Cloud Terrace is fixed on bottom characterized by further comprising, and tubular shell (1) is positioned at annulus (42) axis place, annulus (42) is provided with the first Universal diverter (43), second Universal diverter (44) and the 3rd Universal diverter (45), first Universal diverter (43), second Universal diverter (44) and the 3rd Universal diverter (45) are fixed with the first linearity laser beam emitting head (46) respectively, second linearity laser beam emitting head (47) and bilinear shape laser beam emitting head (48), radius pointing instrumentation and annulus (42), first Universal diverter (43), second Universal diverter (44) and the 3rd Universal diverter (45), first linearity laser beam emitting head (46), second linearity laser beam emitting head (47) and bilinear shape laser beam emitting head (48) form goal instrument of jumping a queue.

6. billiard ball technology laser combined training instrument according to claim 1, characterized by further comprising reflection unit, reflection unit comprises speculum (49), the bottom of speculum (49) is provided with location-plate (50), and it is the anchor point of 28.5mm or 26mm that location-plate (50) is provided with minute surface vertical range.

7. billiard ball technology laser combined training instrument according to claim 1, it is characterized in that the first guide plate and the second guide plate all comprise fixed head (51) and be located at the movable plate (52) on fixed head bottom surface, the tail end of the fixed head (51) of the first guide plate is fixed on dwang, movable plate (52) plate face is evenly equipped with inclined hole, the head end of fixed head (51) is fixed with the oblique threaded screw (53) coordinated with the inclined hole on movable plate, and the 5th bearing is fixed on the head end of movable plate; The tail end of the fixed head (51) of the second guide plate is fixed on the top of the 3rd bearing rod, movable plate (52) the plate face of the second guide plate is evenly equipped with inclined hole, the head end of fixed head fixes the oblique threaded screw (53) coordinated with the inclined hole on movable plate, and the second vertical axes is fixed on the head end of movable plate; The top, outer ring of the 4th bearing is provided with fixed head (51), the side of fixed head is provided with movable plate (52), the plate face of movable plate (52) is evenly equipped with inclined hole, the free end of fixed head is also fixed with the oblique threaded screw (53) coordinated with the inclined hole on movable plate, point-like laser emitting head is fixed on the top of movable plate, and tubular shell top and side are respectively equipped with screw hole.

8. billiard ball technology laser combined training instrument according to claim 1, characterized by further comprising aiming point range estimation instrument for training, aiming point range estimation instrument for training comprises flat board (54), dull and stereotyped (54) are fixed with object ball (55), dull and stereotyped embedded intrinsic around object ball, the copper sheet circle formed by copper sheet, the radius of copper sheet circle (56) is the diameter of object ball, also be fixed with in flat board and show bulb one to one with the copper sheet forming copper sheet circle, the battery that build-in has bulb string (57) and powers for bulb string is gone back in flat board, the positive pole of battery is connected with the copper sheet on copper sheet circle, the terminals that copper sheet shows bulb one to one with it are connected, the negative pole of battery is connected with the tail end of radius point indicating bar, the top of radius point indicating bar is metal tip, dull and stereotyped (54) also have rotational axis hole, the copper sheet that a ring is coiled into semicircle is provided with in flat board, this semicircle take rotational axis hole as the center of circle, the bisector of this semicircle is also provided with in flat board, it is corresponding that the copper sheet of bisector both sides and angle aim at the angle of method and the aiming point position angle points in corresponding showing that converts, and the aiming point display screen (60) that copper sheet is positioned on flat board by conversion module connects, the second turning cylinder is inserted with in rotational axis hole, the top of the second turning cylinder is fixed with the second disk (61), (61) are carved with impact line with second disk, the axis body of the second turning cylinder is also fixed with the second touch panel, the free end of the second touch panel contacts with copper sheet, flat board is also provided with angle that the angle index corresponding with copper sheet and angle aim at method and aiming point position to convert corresponding showing (59), flat board is also fixed with angle analog board (62) corresponding to aiming point position, flat board is provided with the switch (58) controlling bulb string and aiming point display screen.

9. billiard ball technology laser combined training instrument according to claim 1, characterized by further comprising the first simple and easy radius pointing instrumentation, the second simple and easy radius pointing instrumentation and the 3rd Simple aiming instrument, first Simple aiming instrument comprises bracing frame (63), bracing frame (63) is provided with the second dwang (64), the head end of the second dwang (64) is set to arrow shaped, the distance of the tail end distance run-on point of the second dwang equals the diameter of object ball, and the tail end of the second dwang is extended with backstay (65) straight down, second simple and easy radius pointing instrumentation comprises locating piece (66), the front end of locating piece (66) has hemispherical groove, the tail end of locating piece is provided with horizontal finger position rod (67), the tail end of horizontal finger position rod (67) is extended with aiming point finger position rod (68) backwards, the horizontal vertical distance of the end of aiming point finger position rod and the front end of locating piece equals the diameter of object ball, and the end of aiming point finger position rod is extended with aiming point straight down and points to bar (69), 3rd simple and easy radius pointing instrumentation comprises cylindrical shell (74), the embedded intrinsic second point-like laser beam emitting head (75) of cylindrical shell (74) and be the battery that the second point-like laser beam emitting head is powered, cylindrical shell is provided with the first swingle (76) and the second swingle (77), the height of the first swingle (76) is higher than the height of the second swingle (77), the end of the first swingle (76) and the second swingle (77) is all respectively equipped with the first turning-bar (78) and the second turning-bar (79) that length is object ball diameter, connecting rod (80) is also connected with between first turning-bar (78) and the second turning-bar (79), connecting rod (80) is provided with the 3rd linearity laser beam emitting head (81), connecting rod (80) and the first swingle (76) go back rotary support and has Goal line indicating arm (82).

10. billiard ball technology laser combined training instrument according to claim 1, characterized by further comprising top formula pointing instrumentation, top formula pointing instrumentation comprises base (70), the upper rotation of base (70) is fixed with vertical the first expansion link (71), the top of the first expansion link (71) is fixed with second expansion link (72) of level, and the end winding support of the second expansion link (72) has head circular generating laser (73) down.