JP2012058969A - Numbering counter - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a numbering counter which enables a user to accurately obtain a prescribed number of objects to be counted, such as tablets.SOLUTION: The numbering counter includes: a hopper 3 housing objects 2 to be counted, which comprise grains, such as tablets; a dispensing cylinder 4 which is connected to an ejection part 3a of the hopper and dispenses the objects to be counted; rotating means 5 which rotates the dispensing cylinder 5; a counting adapter 7 which has such a cylindrical shape as to be attachable to an end part 4d on the ejection part side of the dispensing cylinder concentrically with a rotation center of the dispensing cylinder and has a plurality of grooves 7a in a cylindrical peripheral part thereof to individually store the objects to be counted and is provided so as to be rotatable together with the dispensing cylinder; and a counting sensor 16 which counts the number of objects to be counted. In the counting adapter, a blade 7b is provided which has gear-like projections 7ba which are engaged with the grooves of the counting adapter to rotate around a rotation center fixed to a certain position different from the rotation center of the dispensing cylinder in accordance with rotation of the counting adapter, and the rotation center of the blade is fixed so that one projection on the blade comes to a position where the projection is inserted to an opening 7ea most deeply.

Description

  The present invention relates to a cutting and counting device that counts and packs granules such as tablets, and relates to a cutting and counting device that includes a counting adapter having a groove that individually cuts tablets on the discharge-side end surface of a cutting tube.

As a conventional cut-out counting device, for example, a cut-out weighing device that weighs fine particles or powdered oysters in a bag and packs them in a small bag, and measures the measured value of small particles such as tablets. There is a cut-out counting device that packs a predetermined number of sachets using the weight of. The case where it counts using the cut-out weighing apparatus below is demonstrated.
FIG. 5 is a front sectional view showing an outline of a conventional cutting and weighing apparatus.
As shown in FIG. 5, the cut-out weighing device 110 is connected to a hopper 112 that houses the object to be weighed 111 and a discharge part 112 a of the hopper 112, and has an appropriate length inclined downward to cut out the object to be weighed 111. The cut-out cylinder 113, a rotating means (motor rotating mechanism) 115 for rotating the cut-out cylinder 113, and an opening / closing lid 117 are provided at the discharge port 116a, and a receiving member 116 that receives the object to be weighed 111 dropped from the cut-out cylinder 113. A weighing device 118 for weighing the object to be weighed 111 received by the receiving member 116, and an opening / closing means (solenoid) 119 for opening and closing an opening / closing lid 117 provided on the receiving member 116.
In addition, the to-be-weighed item 111 here means the granular material which can be cut out from the inside of the hopper 112, a piece body, a small lump body, etc.

In addition, the cut-out weighing device 110 is configured to detachably attach a cylindrical attachment 141 capable of adjusting the cut-out of the object to be weighed 111 between the discharge portion 112a of the hopper 112 and the cut-out cylinder 113. This attachment 141 adjusts the cut-out of the object to be weighed 111 by changing the inner diameter of the internal flow path.
The attachment 141 is provided with a cutout protrusion 141a of the object to be weighed 111 at the end portion on the hopper 112 side, and a cutout spiral body 141d of the object to be weighed 111 is provided at the discharge portion 112a on the hopper 112 side.

  Thus, the object to be weighed 111 discharged from the discharge portion 112a of the hopper 112 is continuously cut out from the downwardly inclined cutting cylinder 113 rotated by the rotating means 115 and dropped into the receiving member 116. When the weight reaches a predetermined weight, the opening / closing lid 116a of the receiving member 116 is opened by the opening / closing means 119, and the weighed object 111 is discharged, so that an accurate predetermined amount can be cut out. It is possible to eliminate the high cost due to the excessive or undercutting of 111 and the trouble of handling defective products. Here, the weighed item 111 gradually flows in the cutting tube 113 having a moderate length that is rotated downward and inclined in particular, so that the weighed item 111 is made uniform, and the fixed amount is discharged from the lower end of the cutting tube 113. It is. Further, the cutout amount can be adjusted by changing the rotation speed and / or the inclination of the cutout tube 113.

In addition, since the detachable attachment 141 is mounted between the discharge portion 112a of the hopper 112 and the cut-out cylinder 113, the cut-out adjustment for introducing the weighed object in the hopper into the cut-out cylinder 113 is the size of the weighed object 111. It can be done according to the variety such as sheath and shape.
Furthermore, the weighed material (eg, sesame) 111 having good fluidity discharged from the discharge portion 112a of the hopper 112 has different internal diameters (different effective passage cross-sectional areas) when passing through the attachment 141. Since the flow rate is adjusted by passing, the flow rate of the object to be weighed 111 having a small particle diameter can be easily adjusted.

When the attachment 141 rotates together with the cut-out cylinder 113, the cut-out projection 141a crushes the solid weighing object 111 near the discharge portion 112a of the hopper 112, for example. It is difficult to clog in the vicinity of the discharge part 112a.
Further, when the attachment 141 is rotated together with the cutting cylinder 113, the cutting spiral body 141d is rotated in a predetermined direction. However, when the cutting spiral body 141d is rotated in the same direction as the bending direction of the cutting cylinder 113d, there is a cover near the discharge portion 112a of the hopper 112. In the case where the inflow of the weighing object 111 to the cut-out cylinder 113 side is promoted and is rotated in the direction opposite to the bending direction of the cut-out spiral body 141d, the weighing object 111 near the discharge part 112a of the hopper 112 is moved to the cut-out cylinder 113 side. The range of adjustment of the cut-out of the weighing object 111 is widened by suppressing the inflow of the weighing object 111 and selecting the rotation direction according to the type of the weighing object 111. In this way, the object to be weighed 111 in the hopper 112 is gradually dropped onto the receiving member 116 while rotating the cutting cylinder 113 whose axis a is inclined downward by the rotating means 130, and is weighed by the weigher 118. Therefore, it is possible to accurately cut out a predetermined amount, and it is possible to eliminate high costs due to excessive or undercutting of the object to be weighed 111 and troublesome handling of defective products.
In particular, the cut-out adjustment for introducing the object to be weighed 111 in the hopper 112 into the cut-out cylinder 113 by the attachment 141 detachably attached to the discharge part 112a of the hopper 112 is a product type such as the size and shape of the object to be weighed 111. This can be done easily (see Patent Document 1).

Japanese Patent No. 2649335

  However, using a cut-out weighing device that weighs fine particles or powdery candy in a bag and packs it in a small bag, weighs small particles such as tablets and packs a predetermined amount in a small bag When the number of tablets is also used, if one count is wrong, the work must be reworked and an extra man-hour may be generated.

  The present invention has been made in view of such circumstances, and is provided with a counting adapter provided with a plurality of grooves and gear-shaped protrusions that are engaged with the grooves and push out an object to be counted at the end of the cut-out cylinder. It is an object of the present invention to provide a cutting and counting device that can accurately cut a predetermined number of counting objects such as tablets and can eliminate the high cost and troublesome processing due to excessive or undercutting of counting objects. And

  The cut-out counting device 1 of the invention according to claim 1 is connected to a hopper 3 that houses a counting object 2 made of granules such as tablets, and a discharge part 3a of the hopper 3, and cuts out the counting object 2. The cutout cylinder 4, the rotating means 5 for rotating the cutout cylinder 4, and a cylindrical shape that can be mounted on the discharge-side end 4 d of the cutout cylinder 4 with the same rotation center as the cutout cylinder 4, A counting adapter 7 provided with a plurality of grooves 7 a for individually storing the objects to be counted 2 in the peripheral portion of the cylindrical shape and rotatably provided with the cutting cylinder 4, and the objects to be counted discharged from the counting adapter 7 The counting adapter 7 includes a counting sensor 16 that counts the number of two, and the counting adapter 7 engages with the groove 7a of the counting adapter 7 and rotates the counting adapter 7 together with the rotation of the counting adapter 7. Characterized by comprising a blade plate 7b having a gear-like projections 7ba rotating with a rotational center which is fixed to a different fixed position in the interior of the counting adapter 7 with the center of rotation of the cylinder 4.

  The invention according to claim 2 is the cut-out counting device 1 according to claim 1, wherein the counting adapter 7 is provided with an opening 7ea for discharging the object 2 to be counted, and is provided in the blade plate 7b. The center of rotation of the blade plate 7b is fixed so that one of the projections 7ba thus formed is located at the position where it is most deeply inserted into the opening 7ea.

  The invention according to claim 3 is the cut-out counting device 1 according to claim 2, wherein the opening is opened at a position where the groove of the counting adapter has rotated an angle of 60 to 100 degrees from the lowest point. It is characterized by that.

  The invention according to claim 4 is the cut-out counting device 1 according to claim 1, wherein the blades 7b are formed of Duracon.

  According to the first aspect of the present invention, it is formed in a cylindrical shape that can be mounted with the same center of rotation as the cutting cylinder at the discharge side end of the cutting cylinder that cuts out the counting object made of granules such as tablets. A plurality of grooves for individually storing the counting objects are provided in a cylindrical peripheral portion, and are engaged with the grooves of the counting adapter rotatably provided together with the cutting cylinder, and together with the rotation of the counting adapter, the rotation center of the cutting cylinder Is equipped with a vane plate having a gear-shaped projection that rotates with a rotation center fixed at different fixed positions, so that an accurate predetermined number of granules such as tablets can be cut out. Therefore, it is possible to provide a cut-out counting device that can eliminate the high cost due to excessive or undercutting of the object to be counted and the trouble of handling defective products.

  According to the invention of claim 2, by fixing the rotation center of the blade plate so that one of the protrusions provided on the blade plate is at the deepest insertion position in the opening, It is engaged and rotated with the rotation of the groove of the counting adapter, and one of the protrusions provided on the blade is inserted deeply into the opening to reliably push out the counting object made up of granules such as tablets from the opening. be able to.

  According to the invention of claim 3, the opening is opened at a position where the groove of the counting adapter is rotated at an angle of 60 to 100 degrees from the lowest point, so that the object to be counted is almost pushed out by its own weight. Since it can be made to protrude slightly diagonally upward from the diagonally downward, the object to be counted made of granules such as tablets can be reliably pushed out from the opening.

  According to the invention which concerns on Claim 4, it has flexibility and durability by forming a blade board with Duracon, and it pushes out reliably from the opening part, without missing the counting object which consists of granules, such as a tablet. be able to.

<First Embodiment>
Hereinafter, a cut-out counting device according to a first embodiment of the present invention will be described in detail with reference to the drawings.
FIG. 1 is a front view of a cut-out counting device for explaining an embodiment of the present invention. FIG. 2 is a front view showing the periphery of the cut-out cylinder according to the embodiment of the present invention.
As shown in FIGS. 1 and 2, the cut-out counting device 1 is connected to a hopper 3 that houses a counting object 2 made of granules such as tablets, and a discharge unit 3 a of the hopper 3, so that the counting object 2 , A rotating means 5 that is an electric motor that rotates the cutting cylinder 4, a counting sensor 16 that counts the object to be counted 2 discharged from the cutting cylinder 4, and an end of the cutting cylinder 4 on the discharge side The portion 4d has a groove 7a (see FIG. 4) for individually storing the objects 2 to be counted, and includes a counting adapter 7 that is cylindrical and rotatably provided.

  In addition, a receiving member 6 for receiving the object 2 dropped from the cut-out cylinder 4, an opening / closing lid 8 provided at the discharge port 6 a of the receiving member 6, and an opening / closing means 9 for the opening / closing lid 8 are provided. The cut-out cylinder 4 includes an outer cylinder 4a, an inner cylinder 4b that is detachably fitted to the outer cylinder 4a, and a flange 4bb of the inner cylinder 4b that is in contact with a hopper side end 4aa of the outer cylinder 4a. Is provided. The inner cylinder 4b was formed using duracon having a small friction coefficient. The flange 4bb is brought into contact with the end portion 4aa of the outer cylinder 4a on the hopper 3 side, and the inner cylinder 4b and the outer cylinder 4a are detachably inserted, thereby removing the part through which the counting object 2 flows. A structure that is convenient for cleaning can be obtained. After the inner cylinder 4b of the cut-out cylinder 4 is cleaned, the inner cylinder 4b is inserted into the outer cylinder 4a and positioned by bringing the end 4aa of the outer cylinder 4a into contact with the flange 4bb of the inner cylinder 4b. .

Also, the outer cylinder 4a of the cut-out cylinder 4 is rotatably arranged on the gantry 12 in a state in which both ends of the cut-out cylinder 4 are fitted and inserted into ring-shaped bearings. A motor rotation mechanism 5 is arranged. Then, the first gear (spur gear) 10 that is externally fitted and fixed around the outer cylinder 4 a and the second gear (spur gear) 11 that is fixed to the rotating shaft 5 a of the rotating means 5 are engaged with each other. The rotational driving force of the second gear 11 is transmitted to the first gear 10 to rotate the outer cylinder 4a and the inner cylinder 4b. The gantry 12 is supported by a column 13 and a column 14. The support column 13 and the gantry 12 are rotatably provided by a shaft 12a. Further, a height adjusting structure is provided on the support column 14 so as to function by rotating the nut 14a so that the length of the support column 14 can be adjusted. The column 14 and the gantry 12 are provided so that the shaft 12b can slide in the shaft hole 12c of the gantry 12 so that the gantry 12 moves up and down with the shaft 12a as a fulcrum. In the height adjustment structure, the strut 14 is moved up and down by rotating the knurled nut 14a, but it may be automatically adjusted by rotating it with an electric motor.
In this manner, the first gear 10 that is externally fitted and fixed around the outer cylinder 4 a and the second gear 11 that is fixed to the rotary shaft 5 a of the rotating means 5 are disposed so as to be engaged with each other. Thus, it is possible to make a structure convenient for removing and cleaning the parts in which the counting object flows, and the inner cylinder 4b is easily removed, and the inner surface 4ba from which the counting object is cut out can be easily cleaned. A hygienic cut-out counting device can be provided.

FIG. 3 is a side view showing the periphery of the cutting cylinder according to the embodiment of the present invention. FIG. 3 (a) shows a case where one cutting cylinder is provided, and FIG. 3 (b) shows three cutting cylinders. The case where the cylinder is provided is shown. 4A and 4B show the counting adapter according to the embodiment of the present invention, in which FIG. 4A is a front view and FIG. 4B is a view as seen from the arrow B shown in FIG.
As shown in FIGS. 3 (a) and 3 (b) and FIGS. 4 (a) and 4 (b), a cylindrical shape that can be mounted on the discharge side end 4d of the cutting cylinder 4 with the same rotation center as that of the cutting cylinder 4. And a plurality of grooves 7 a for individually storing the objects to be counted 2 are provided in a cylindrical peripheral portion, and a counting adapter 7 that is rotatable together with the cutting cylinder 4 is provided. The counting adapter 7 includes a cylindrical base portion 7g, a plurality of projections 7f provided at equal intervals along the cylindrical central axis direction of the base portion 7g from the base portion 7g, and a surrounding portion 7e that covers the outer periphery of the base portion 7g and the projection 7f. A groove 7a is formed between two adjacent projections 7f and 7f and the enclosure 7e. Note that the counting adapter 7 is divided into a non-rotating enclosure 7e and a rotating other counting adapter body. The enclosure 7e is fixed to any one of the cutout counting device 1 main body without rotating. That is, the counting adapter 7 is formed in a cylindrical shape that can be inserted into the end portion 4d on the discharge side of the cut-out cylinder 4, and a plurality of grooves 7a, 7a,... ing. The groove 7a is formed in a shape that matches the shape of the particle that is the object to be counted. The grooves 7a are formed radially from the center of the cylindrical axis, and the grooves 7a, 7a,... Are provided at equal intervals.

In this way, by providing the counting adapter 7 at the end 4d on the discharge side of the cut-out cylinder 4 that cuts out the object 2 made of granules such as tablets, the granules such as tablets that are the objects to be counted 2 become grooves 7a. Fits nicely. Further, by providing the grooves 7a radially and equidistantly with respect to the center of the cylindrical axis, it becomes possible to cut out a predetermined number of granules such as tablets at a uniform speed. The groove 7a is formed between two adjacent blade-like protrusions 7f and 7f. That is, the U-shaped groove 7a is formed by the space surrounded by the two adjacent blade-like projections 7f and 7f and the surrounding portion 7e covering the periphery thereof. Thus, by providing two blade-like projections 7f, 7f adjacent to each other along the cylindrical inner surface of the counting adapter 7, grooves 7a are formed at eight locations, and granules 2, 2,. You can continue to cut out one by one. Moreover, although the number of the grooves 7a is eight, there are 24 examples, which can be appropriately increased or decreased depending on the application.
Moreover, the enclosure part 7e which covers the outer side of the groove | channel 7a is provided so that sliding is possible while the counting adapter 7 rotates. The enclosure 7e is provided with one opening 7ea. The opening 7ea is opened at a position where the counting adapter 7 has rotated an angle of 60 to 100 degrees from the lowest point. The enclosure 7e may be cylindrical or may be a plate having a curved surface that encloses only a part of the groove 7a until the object 2 is discharged. Note that the angle of 60 to 100 degrees can be finely adjusted as appropriate so that the tablet is easily discharged from the counting adapter, and may be before and after the angle of 60 to 100 degrees.

The counting adapter 7 meshes with the groove 7 a of the counting adapter 7 and rotates with the rotation of the counting adapter 7, and rotates with a rotation center fixed at a fixed position different from the rotation center of the cutting cylinder 4. A vane plate 7 b formed of Duracon having 7 ba is provided inside the counting adapter 7. The rotation center 7bb of the blade plate 7b is fixed so that one of the protrusions 7ba provided on the blade plate 7b comes to the position where it is most deeply inserted into the opening 7ea.
In this way, it is formed in a cylindrical shape that can be mounted with the same center of rotation as the cutting cylinder at the end on the discharge side of the cutting cylinder that cuts out the counting object consisting of granules such as tablets, and individually stores the counting objects Rotating fixed at a fixed position different from the rotation center of the cutting cylinder together with the rotation of the counting adapter by meshing with the groove of the counting adapter provided in a cylindrical peripheral part and rotatably provided with the cutting cylinder By providing a vane plate having a gear-shaped projection that rotates with a center inside the counting adapter, it becomes possible to accurately cut out a predetermined number of granules such as tablets, It is possible to provide a cutout counting device that can eliminate the high cost due to undercutting and the trouble of handling defective products.

  Also, by fixing the rotation center of the blade plate so that one of the protrusions provided on the blade plate is at the deepest insertion position in the opening, it engages with the groove of the counting adapter, By rotating together with the rotation, one of the protrusions provided on the slats is inserted deeply into the opening, and the object to be counted made of granules such as a tablet can be reliably pushed out from the opening.

In addition, the opening is opened at a position where the groove of the counting adapter is rotated at an angle of 60 to 100 degrees from the lowest point, so that the object to be counted can be lifted by its own weight and slightly obliquely slightly upward at the latest. Therefore, it is possible to reliably push out an object to be counted formed of granules such as a tablet from the opening.
Further, by forming the blade plate with Duracon, it has flexibility and durability, and can reliably push out the counting object made of granules such as a tablet from the opening without making a mistake in discharging.

In addition, a counting sensor 16 that counts the number of the objects to be counted 2 discharged from the counting adapter 7 is provided at a position between the receiving member 6 and the outside of the opening 7ea. The counting sensor 16 employs a light transmission type sensor, but is not limited to this as long as it can count the number of falling particles, and may be a reflection type sensor or an actuator type. Absent. As a result, the counting object 2 such as a tablet is accommodated in the groove 7a that has reached the lowest point of the rotation of the cylindrical shape, and the stored counting object 2 rises to an angle of about 60 degrees from the lowest point. When it hits, it pops out to the receiving member 6 side so that it may spill from opening part 7ea by centrifugal force and gravity. At this time, the counting object 2 such as a falling tablet blocks the light of the counting sensor 16, thereby counting the number of counting objects 2. When a predetermined number is stored in the receiving member 6, the opening / closing lid 8 is opened, and a predetermined number of tablets to be counted 2 are stored in a pouch.
In the present invention, the counting adapter 7 is described with an example formed of Duracon. According to this, the base 7g, the projection 7f, the enclosure 7e, and the blade plate 7b that form the main body of the counting adapter 7 are formed of Duracon, thereby providing flexibility and durability, and a counting target made of granules such as tablets. The object can be reliably pushed out from the opening without making a mistake in discharging, and the high cost due to excessive or undercutting of the object to be counted and the trouble of handling defective products can be eliminated.

  Next, the operation of the cutout counting device will be described. As shown in FIGS. 1 to 4, the object to be counted 2 discharged from the discharge portion 3 a of the hopper 3 is continuously cut out from the cutting cylinder 4 rotated by the rotating means 5 into the receiving member 6. When the number of objects to be counted 2 on the receiving member 6 reaches a predetermined number, the open / close lid 8 of the receiving member 6 is opened by the electric opening / closing means 9 and the counted objects 2 are discharged. Here, since the object to be counted 2 gradually flows in the cut-out cylinder 4 that is rotationally driven, the object to be counted 2 is made uniform, and a fixed amount is discharged from the lower end on the discharge side of the cut-out cylinder 4. The cutout amount can be adjusted by changing the rotation speed of the cutout cylinder 4.

The cut-out cylinder 4 is a cylindrical cylinder in which the axis b is inclined downward by about 0 to 10 °, preferably about 2 to 5 ° with respect to the horizontal line a. However, the inclination angle of the cut-out cylinder 4 is not limited to these numerical values. The length of the cut-out cylinder 4 is at least about 3 to 5 times the inner diameter. The object to be counted 2 sent to the counting adapter 7 provided at the end 4d on the discharge side of the cut-out cylinder 4 is dropped into the groove 7a at the cylindrical lowest point of the counting adapter 7 and counted. As the adapter 7 rotates, it is positioned and raised in the groove 7a. The object to be counted 2 is fed out of the counting adapter 7 from the opening 7ea that is provided at a position rotated by 60 to 100 degrees from the groove 7a located at the lowest point of the counting adapter 7 and is not surrounded by the enclosure 7e. It falls to the receiving member 6 below. At this time, the counting sensor 16 detects the passage of the object to be counted 2, adds up the counting results of the discharged object to be counted 2, and accumulates the object to be counted 2 in the receiving member 6 by a predetermined number set in advance. When this happens, the control device (not shown) stops dropping the object 2 from the cut-out cylinder 4 onto the receiving member 6, and the opening / closing lid 8 is opened by the solenoid-driven opening / closing device 9. Thereby, the counted object 2 is sent from the receiving member 6 to the bagging device (not shown) via the chute 15. Next, the open / close lid 8 is closed, and the counting operation so far is repeated.
The conventional counting device uses a flat drum type and tends to increase in size, but the counting device of the present invention is epoch-making in this field that enables counting using a small diameter pipe (pipe). It is a counting device.

In this way, by providing a counting adapter at the discharge-side end of the cut-out cylinder for cutting out the counting object made up of granules such as tablets, it is possible to accurately cut out a predetermined number of granules such as tablets. Therefore, it is possible to provide a cut-out counting device that can eliminate high costs due to excessive or insufficient cut-outs and troublesome handling of defective products.
The counting adapter is formed in a cylindrical shape that can be inserted into the end on the discharge side of the cutting cylinder, and a plurality of grooves are provided in the cylindrical central axis direction on the inner side of the cylindrical shape. It is possible to cut out the number, and it is possible to eliminate the high cost due to excessive or undercutting of objects to be counted and the trouble of handling defective products.

By forming the groove into a shape that matches the shape of the granule, granules such as tablets to be counted fit properly in the groove, and an accurate predetermined number of cutouts can be made. High costs and troublesome defective products can be eliminated.
By forming the grooves radially with respect to the center of the cylindrical axis, it is possible to accurately cut out a predetermined number, and it is possible to eliminate the high cost and troublesome processing due to excessive or undercutting of objects to be counted.
By providing the grooves at equal intervals, it is possible to accurately cut out a predetermined number of granules such as tablets at a uniform speed, and it is possible to eliminate high costs due to excessive or undercutting of objects to be counted and troublesome handling of defective products.

By providing two wing-shaped projections adjacent to the cylindrical inner surface of the counting adapter, a groove is formed and an accurate predetermined number of cuts can be made. It can eliminate troubles.
By forming the counting adapter with Duracon, it is possible to easily and accurately cut out a predetermined number of granules such as tablets, eliminating the need for excessive or undercutting of objects to be counted and troublesome treatment of defective products. .
By providing a receiving member for receiving an object to be counted discharged from the cutting cylinder, an opening / closing lid provided on the discharge side of the receiving member, and an opening / closing means for opening / closing the opening / closing lid, a predetermined quantity can be obtained at a time. Storage such as bagging is possible, and a predetermined number of cuts can be accurately cut out, which eliminates the high cost and troublesome processing due to excessive or undercutting of objects to be counted.

  The preferred embodiments have been described above. However, the present invention is not limited to the above-described embodiments, and can be appropriately changed without departing from the gist of the present invention. In the present embodiment, it has been described that the opening / closing lid 8 is opened and the bag is packed when the predetermined number of the receiving member 6 is stored in the receiving member 6. It may be connected to other storage devices. Moreover, it is not limited to the thing of an Example, such as the shape of a hopper and the shape of a cutting cylinder. Although tablets are employed as the objects to be counted, they may be solids such as foods and sweets, and may be granules, pieces, small lumps or the like that can be cut out from the hopper. The shape of the groove of the counting adapter may be appropriately selected according to the application and the object to be handled.

It is a front view of the cut-out counting device for describing an embodiment of the present invention. It is a front view which shows the cut-out cylinder which concerns on embodiment of this invention. It is a side view which shows the cut-out cylinder which concerns on embodiment of this invention. The counting adapter which concerns on embodiment of this invention is shown, (a) is a front view, (b) is a B arrow view shown to (a). It is a front view of the cut-out weighing device used as a counting device concerning a conventional embodiment.

  The present invention is applied to a cutting and counting device that enables accurate cutting of a predetermined number of granules such as tablets and facilitates accurate cutting of a predetermined number by providing a counting adapter at the discharge end of the cutting cylinder.

DESCRIPTION OF SYMBOLS 1 Cutout counting apparatus 2 Count object 3 Hopper 3a Discharge part 4 Cut-out cylinder 4a Outer cylinder 4aa End part 4b Inner cylinder 4bb Flange 4d End part 5 Rotating means, Motor 6 Receiving member 6a Discharge port 7 Count adapter 7a Groove 7b Blade 7ba Protrusion 7e Enclosure 7ea Opening 7f Protrusion 7g Base 8 Opening / closing lid 9 Opening / closing means, solenoid 10 First gear 11 Second gear 12 Base 13 Post 14 Post 14c Height adjustment structure 15 Shoot 16 Counting sensor

Claims (4)

A hopper (3) for storing an object (2) made of granules such as tablets;
A cutting cylinder (4) connected to the discharge part (3a) of the hopper and cutting out the object to be counted;
A rotating means (5) for rotating the cutting cylinder;
A plurality of grooves (7a) that are formed in a cylindrical shape that can be mounted with the same rotation center as that of the cut-out cylinder and are individually accommodated in the cut-out cylinder (4d), A counting adapter (7) provided in a cylindrical peripheral part and rotatably provided with the cutting cylinder;
A counting sensor (16) for counting the number of the objects to be counted discharged from the counting adapter;
In a cut-out counting device (1) comprising:
The counting adapter meshes with the groove of the counting adapter, and rotates with the rotation of the counting adapter and a rotation center (7bb) fixed at a fixed position different from the rotation center of the cutting cylinder. A cutting and counting apparatus comprising a vane plate (7b) having a projection (7ba) of the inside of the counting adapter.   The counting adapter is provided with an opening (7ea) for discharging the object to be counted, and the one of the protrusions provided on the blade is located at a position where it is most deeply inserted into the opening. The cut-out counting device according to claim 1, wherein the rotation center of the blade is fixed.   The cutout counting device according to claim 2, wherein the opening is opened at a position where the groove of the counting adapter is rotated at an angle of 60 to 100 degrees from the lowest point.   The cutout counting device according to claim 1, wherein the blade is formed of Duracon.