CN2771942Y

CN2771942Y - Banknote counting machine structure

Info

Publication number: CN2771942Y
Application number: CN 200520038733
Authority: CN
Inventors: 廖述兴
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-01-05
Filing date: 2005-01-05
Publication date: 2006-04-12
Anticipated expiration: 2015-01-05

Abstract

The utility model discloses a banknote counting machine structure. Primarily, a rotation shaft of a machine body motor is sleeved with a drive block, a turntable corresponding to the drive block is provided with a groove and the turntable positions and drives the drive block by the groove. A space is left between the drive block and the groove of the turntable in advance, and the rotation shaft can swing in the space to drive the turntable. A machine body seat board is locked and provided with an annular guide rail for the turntable to rotate corresponding to the annular guide rail by an annular groove. So the rotation shaft can drive the turntable by the drive block, and the turntable has stable and persistent rotation corresponding to the annular guide rail by the annular groove. In addition, a non-return element is arranged in a chute of the machine body seat board, the non-return element can limit a coin to return under the gravity action of quick slide down of the non-return element after each coin passes through. The coin impacting against the leading-out part of the turntable or coins stacked between the turntable and the machine body seat board are avoided.

Description

The coin counter structure

Technical field

The utility model relates to a kind of coin counter structure, especially can provide rotating disk to continue to turn round with under the steady state (SS), and can prevent the coin counter structure of the reverse slip of coin.

Background technology

Very diversified coin counter design is arranged on the market, its unique distinction is respectively arranged, and general common coin counter (the novel patent announcement in tw Taiwan is numbered " coin counter structural improvement " No. 539191), and please cooperate and consult Fig. 1, it mainly is equiped with motor 12 on body 10 seat boards 11, and the rotating shaft 13 of motor 12 can drive rotating disk 14 and rotate, and is provided with annular groove 15 and installs locating ring 16 in rotating disk 14 bottom surfaces, and locating ring 16 can provide rolling assembly 17 installings; In addition, can on body 10 seat boards 11, be equiped with shim liner 18, rolling assembly 17 can directly not contacted with rotating disk 14 for mat locating ring 16, coin counter only need replacing can be worn away rolling assembly 17, locating ring 16 or shim liner 18 can be reduced replacement cost, but in actual mechanical process, still meet some problems, its problem is as described below:

Because of the rotating shaft 13 of motor 12 is being subjected to the suction of magnetic force, is scolding in the effect rotation process, rotating shaft 13 can produce and rock, and then cause rotating disk 14 bottom frictions, strike the seat board 11 of body 10, and rotating disk 14 through service time soon after, cause flange 141 damages that are positioned at rotating disk 14 bottoms easily, and make rotating disk 14 to drive coin with flange 141, so the user takes normal replacing rotating disk 14, and the structural strength demand of rotating disk 14 in order to rub, to clash into, so rotating disk 14 is made with metal material, so the cost costliness of making, safeguarding.

In addition, in the non-return structure example of the coin of coin counter as shown in Figure 2, it mainly utilizes coin 20 by behind the backstop 21, allow ball 22 design with the gravity downslide of itself, ball 22 can restriction support only coin 20, make coin 20 can not return, but when reality is used, can suffer from obvious defects, and ask for an interview following explanation because of action of gravity is contrary;

When coin 20 passes through backstop 21 by conduit 23 continuously, coin 20 can constantly push ball 22, make that ball 22 can not glide, displacement, therefore when rotating disk 23 no longer continues to push coin 20 to conduit 23, differ because of too much coin 20 and each coin thickness of storehouse in the conduit 23 easily, cause coin 20 to glide rapidly, and the coin 20 that is positioned at the below can press down because of the gravity of all coins 20, and glide fast and clash into rotating disk 24 and drive coins 20 places, or cause coin 20 storehouses between rotating disk 24 and body 25 seat boards 26, and then cause the damage of rotating disk 24.

The utility model content

The technical problems to be solved in the utility model provides a kind of rotating disk that allows and can turn round stably, and can not be subjected to the influence that motor shaft rocks, and can prevent the contrary coin counter that returns of coin really.

For solving the problems of the technologies described above, the utility model coin counter structure comprises:

One body, it is fixed with oblique seat board, and seat board has motor, and the rotating shaft of motor passes seat board, is provided with several projections in seat board in addition, and corresponding projection is provided with coin and derives groove on this seat board, and corresponding coin is derived groove and is provided with chute on seat board;

One ring-like guide rail is located on the seat board of body, and is positioned at roller end week side;

One drives piece, and it is provided with the rotating shaft sheathed location of perforation for motor;

One rotating disk, its corresponding piece that drives is provided with groove, this rotating disk is located for driving piece with groove, and be reserved with spacing between the groove of drive piece and rotating disk, the corresponding ring-like guide rail of this rotating disk is provided with annular groove, makes rotating disk rotate relative to ring-like guide rail with annular groove, and is equipped with several coin containing holes on the disc surfaces, and between the adjacent coin containing hole in rotating disk bottom surface, be provided with several leading-out portions, make rotating disk drive coin and derive groove by the projection importing coin of body seat board with leading-out portion;

One non-return piece, movable orthogonal sets is located in the chute of body seat board, and the corresponding coin of non-return piece derives groove and be provided with stop surface, and this non-return piece is subjected to can allow non-return piece with contrary the returning of stop surface restriction coin with action of gravity from horizontal reset after the coin pushing and pressing;

One ccontaining bucket is mounted on the body seat board, and covers at the rotating disk outside.

The utility model mainly is sheathed with the drive piece in the rotating shaft of body motor, and the corresponding piece that drives of rotating disk is provided with groove, allow rotating disk drive for driving the piece location with groove, be reserved with spacing between the groove of drive piece and rotating disk, allow rotating shaft can in spacing, rock and drive rotating disk, and the seat board of body lock is provided with ring-like guide rail, can rotates relative to ring-like guide rail with annular groove for rotating disk, so rotating shaft can drive rotating disk to drive piece, and rotating disk is stablized, continued to rotate relative to ring-like guide rail with annular groove.

After adopting such structure, the utility model can turn round stably by rotating disk, and can not be subjected to the influence that motor shaft rocks, and can prevent coin really contrary time.

Description of drawings

Fig. 1 is known a kind of coin counter structural improvement exploded perspective view;

Fig. 2 is known another kind of coin counter structural improvement assembled sectional view;

Fig. 3 is the utility model exploded perspective view;

Fig. 4 is the utility model exploded stereographic map;

Fig. 5 is the utility model dial rotation view;

Fig. 6 is that the utility model rotating disk promotes the coin synoptic diagram;

Fig. 7 is that the utility model check spare is placed restrictions on the coin synoptic diagram;

Fig. 8 is the utility model second embodiment synoptic diagram.

Embodiment

At first see also Fig. 3, shown in 4, show among the figure that driving piece 50, a rotating disk 60, a

non-return piece

70 and 80 of ccontaining buckets by a body 30, one ring-like guide rail 40, forms, wherein:

This body 30, it has an

oblique seat board

31, and 31 times groups of seat board are provided with a motor 32, the rotating shaft 321 of this motor 32 passes seat board 31, be provided with three projections 33 in the position on the upper side in seat board 31 in addition, and corresponding projection 33 is provided with a coin and derives groove 34 (please arrange in pairs or groups and consult Fig. 6) on the seat board 31, and corresponding coin derivation groove 34 is provided with a chute 35 (please arrange in pairs or groups and consult Fig. 6) on seat board 31, and chute 35 outwards is provided with a stopper slot 36;

This ring-like guide rail 40 is locked together in screw 41 on the seat board 31 of body 30, and ring-like guide rail 40 is positioned at all sides of rotating shaft 321;

This drives piece 50, and it is flat block shape, and the motor 32 that drives corresponding body 30 on the piece 50 is provided with a perforation 51, allows

drive piece

50 and 51 be linked on rotating shaft 321 ends of motor 32 to bore a hole;

This rotating disk 60, the plastic member that is formed in one, the corresponding piece 50 that drives of its back side centre is provided with a groove 61, this rotating disk 60 is linked in groove 61 and drives on the piece 50, and drive between the groove 61 of piece 50 and rotating disk 60 and be reserved with spacing 62 (please cooperate and consult Fig. 5), rotating disk 60 corresponding ring-like guide rails 40 are provided with an annular groove 63 in addition, allow rotating disk 60 be linked on the ring-like guide rail 40 with annular groove 63, and be equipped with several coin containing holes 64 on rotating disk 60 surfaces, and be provided with several leading-out portions 65 64 of the adjacent coin containing holes in rotating disk 60 bottom surfaces, make rotating disk 60 drive coin A and enter coin by the projection 33 of body 30 seat boards 31 and derive groove 34 with leading-out portion 65;

This non-return piece 70, be mounted in the chute 35 of body 30 seat boards 31, and the groove edge at the corresponding chute 35 of non-return piece 70 1 sides forms a stopper 71, and the stopper slot 36 to body 30 is provided with a through hole 72 on non-return piece 70, and be located in stopper slot 36 and the through hole 72 with a locating part 73, other forms notch in the opposite side lower edge that non-return piece 70 is provided with stopper 71, and is provided with a stop surface 74 at the notch place, and the bottom of non-return piece 70 is arc surfaced;

This ccontaining bucket 80, be locked on body 30 seat boards 31 with screw 81, and cover at rotating disk 60 outsides, and all side book offices at ccontaining bucket 80 are provided with two breach 82, and respectively be provided with a through hole 83 in breach 82 both sides, and being provided with through hole 841 with a side-lens 84 corresponding through holes 83, the through hole 83 of through hole 841 corresponding ccontaining buckets 80 that makes side-lens 84 is with screw 85 and nut 86 sealed location.

In order to clearly demonstrate function mode of the present utility model and effect, please cooperate with reference to figure 3, shown in Figure 5, be reserved with spacing 62 between the groove 61 of the utility model utilization drive piece 50 and rotating disk 60, can allow rotating shaft 321 produce in spacing 62 rocks, and seat board 31 locks of body 30 are provided with ring-like guide rail 40, can rotate relative to ring-like guide rail 40 with annular groove 63 for rotating disk 60, so rotating shaft 321 can drive rotating disk 60 to drive piece 50, and rotating disk 60 is stablized with the ring-like relatively guide rail 40 of annular groove 63, continue to rotate, so not exerted an influence by rocking of rotating shaft 321, and drive piece 50 of the present utility model contacts drive with all sides with the groove 61 of rotating disk 60, therefore by the increase of contact area, allow rotating shaft 321 drive rotating disk 60 to drive piece 50.

Please cooperate and consult Fig. 6 and shown in Figure 7, fall into the coin containing hole 64 of rotating disk 60 as coin A, the leading-out portion 65 that coin A can be subjected to rotating disk 60 bottom surfaces promotes, and enter coin with the projection 33 guiding coin A of body 30 seat boards 31 and derive groove 34, and when coin A imports coin derivation groove 34, all sides of coin A can promote the place, cambered surface bottom of non-return piece 70, allow chute 35 displacements of 70 pairs of seat boards 31 of non-return piece, after treating that this coin A breaks away from the pushing of leading-out portion 65 of rotating disk 60, coin A can enter coin fully and derive groove 34, and check spare 70 glides with action of gravity simultaneously, allows the stop surface 74 of check spare 70 limit the downslide of this coin A;

Because when the utility model utilizes coin A to abut against with the outside each other, it abuts against the other gap that has, and the place, crack during this time that can glide when allowing non-return piece 70 gravitates, make non-return piece 70 be in readiness at any time, and leading-out portion 65 each promotion coin A of rotating disk 60 all are like this when entering coin derivation groove 34, so the utility model can prevent coin A contrary time rapidly, so the utility model can be avoided the leading-out portion 65 of coin A bump rotating disk 60, or coin A storehouse is between rotating disk 60 and body 30 seat boards 31.

This mandatory declaration be, the utility model utilization forms stopper 71 at the groove edge of the corresponding chute 35 of non-return piece 70 1 sides, when allowing non-return piece 70 gravitates glide, its stopper 71 can fasten the chute 35 groove edge in body 30 seat boards 31; And non-return piece 70 is located in stopper slot 36 and the through hole 72, so non-return piece 70 can not break away from the chute 35 of body 30 seat boards 31 with locating part 73.

See also shown in Figure 8ly, it is provided a kind of structure by the utility model second embodiment, and its difference is:

The opposite side lower edge that is provided with stopper 71 in non-return piece 70 forms smooth stop surface 74, makes it can limit coin A size smaller smoothly, and can prevent coin A contrary time.

Claims

1, a kind of coin counter structure, it is characterized in that: a body, it is fixed with oblique seat board, and seat board has motor, and the rotating shaft of motor passes seat board, be provided with several projections in seat board in addition, corresponding projection is provided with coin and derives groove on this seat board, and corresponding coin derivation groove is provided with chute on seat board;

One rotating disk, its corresponding piece that drives is provided with groove, this rotating disk is located for driving piece with groove, and be reserved with spacing between the groove of drive piece and rotating disk, the corresponding ring-like guide rail of this rotating disk is provided with the annular groove that makes rotating disk rotate relative to ring-like guide rail, and be equipped with several coin containing holes on the disc surfaces, make rotating disk drive coin is imported coin derivation groove by the projection of body seat board leading-out portion and between the adjacent coin containing hole in rotating disk bottom surface, be provided with several;

One be subjected to can be with the non-return piece of action of gravity from horizontal reset after the coin pushing and pressing, and orthogonal sets is located in the chute of body seat board movably, and the corresponding coin of non-return piece is derived groove and is provided with the contrary stop surface that returns of restriction coin;

2, according to the described coin counter structure of claim 1, it is characterized in that: the chute in body outwards is provided with stopper slot, and the stopper slot of the corresponding body of non-return piece is provided with through hole, and is located in stopper slot and the through hole with locating part.

3, according to the described coin counter structure of claim 1, it is characterized in that: the chute groove edge of the corresponding body of this non-return piece one side is provided with one and can fastens in the stopper of body chute groove edge when the non-return piece gravitate glides.

4, according to the described coin counter structure of claim 2, it is characterized in that: the chute groove edge of the corresponding body of this non-return piece one side is provided with one and can fastens in the stopper of body chute groove edge when non-return piece glides with action of gravity.

5, according to the described coin counter structure of claim 2, it is characterized in that: the place, bottom of this non-return piece is the arc surfaced for the smooth and easy pushing and pressing of coin.

6, according to the described coin counter structure of claim 3, it is characterized in that: the opposite side lower edge that this non-return piece is provided with stopper forms notch, and is provided with stop surface at the notch place.

7, according to the described coin counter structure of claim 3, it is characterized in that: the opposite side lower edge that this non-return piece is provided with stopper is provided with smooth stop surface.

8, according to the described coin counter structure of claim 3, it is characterized in that: the place, bottom of this non-return piece is the arc surfaced for the smooth and easy pushing and pressing of coin.

9, according to claim 7 or 8 described coin counter structures, it is characterized in that: the place, bottom of this non-return piece is the arc surfaced for the smooth and easy pushing and pressing of coin.

10, according to the described coin counter structure of claim 1, it is characterized in that: all sides at ccontaining bucket are provided with breach, and establish the mode involution in the indentation, there of ccontaining bucket with lock side-lens is arranged.