JP2016073518A - Medicine dividing and packing machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To achieve a medicine dividing and packing machine 10 having a wide selection width in feeding power medicine.SOLUTION: In arranging plural power medicine feed mechanisms in the upstream of a packaging device 20, a first power medicine feed mechanism 30 of a rotary distribution type and a second power medicine feed mechanism 40 of a measurement division type are arranged, and a first direct guide mechanism 51 is arranged which guides the power medicine from the second power medicine feed mechanism 40 to a loading hopper 22 of the packaging device 20. A second feeder bypass guide mechanism 52 guiding the power medicine from the second power medicine feed mechanism 40 to a power medicine feeder 31 of the first power medicine feed mechanism 30, a third circular reception member bypass guide mechanism guiding the power medicine from the second powder medicine feed mechanism 40 to a rotary circular reception member 32 of the first power medicine feed mechanism 30, and alternative means allowing any one of the first-third guide mechanisms to function are arranged.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a medicine packaging machine that includes a plurality of powder supply mechanisms and a packaging device shared by them, and can package not only a single powder but also a plurality of types of powders. The present invention relates to a medicine packaging machine that includes a foreign material in a supply mechanism.

The medicine packaging machine divides the medicine more than the total prescription into one package (one dose, one application) and supplies it sequentially, and separates each section while dividing the wrapping paper (packaging band) And a packaging device for enclosing the medicine in the compartment, and the medicine is fed from the medicine supply mechanism to the input hopper of the packaging apparatus one by one (see Patent Documents 1 to 8, for example). ).
The medicine packing machine includes powder packing machines that handle only powder such as powder and granules (for example, see Patent Documents 1, 4, 6, and 7), tablet packing machines that handle only tablets such as balls and capsules, both powders and tablets There is a hybrid medicine packaging machine to handle (for example, see Patent Documents 5 and 8).

The powder dispensing machine has a powder supply mechanism as a drug supply mechanism, and an example of a general configuration of the powder supply mechanism is an allocation division type. The distribution division type is further divided into divided mass distribution areas. Can be broadly divided into a straight line distribution type that is relatively simple and arranged for manual distribution, and a rotation distribution type that automatically rotates and rotates members arranged in an annular powder distribution area.
The latter rotation-distribution-type powder supply mechanism (see, for example, Patent Documents 1 to 5) receives powder powder supplied in a constant amount or a variable amount little by little and powder supplied from the powder feeder while rotating. A rotary annular receiving member that distributes and holds the powder evenly, and a dividing mechanism that divides the powder from the rotary annular receiving member one by one and feeds it to the packaging device.

  Examples of the rotary annular receiving member include a powder divider in which a large number of divided mass bodies are arranged in an annular shape (for example, see Patent Document 1), a turntable having an annular flat mounting surface (for example, see Patent Document 2), R A turntable (see, for example, Patent Documents 3 to 5) having an annular tray in which a concave arc-shaped groove called a groove is formed in an annular shape is used. When a powder divider that has been partitioned into a large number of divided mass bodies in advance is used for the rotary annular receiving member (see, for example, Patent Document 1), the powder is divided along with the distribution of the powder to the powder divider. Since the divided mass body opens and discharges the bottom surface, it is easy to improve the division accuracy. On the other hand, when an annular mounting surface or an annular tray that is not partitioned in advance is used for the rotary annular receiving member (see, for example, Patent Documents 2 to 5), the powder distributed on the annular mounting surface and the annular tray. Is divided by an arbitrary angle from the annular mounting surface or annular receiving tray by the cutting device, so that the number of divisions can be easily changed.

  As another configuration example of the powder supply mechanism, there is a measurement division type that supplies only the necessary amount by measuring the delivery amount while sending the powder powder in a fixed amount or in a variable amount little by little. The volume measurement method for calculating the delivery amount from the above, the weight measurement method for measuring the weight on the sending side or the receiving side (see, for example, Patent Documents 3 and 4), and the so-called "Who" that calculates the delivery amount from the image of the falling powder. For example, there is an imaging measurement method (see, for example, Patent Document 7). The volume measurement method and the weight measurement method alone have been used to divide the powder for each patient instead of dividing the powder for each package because it takes time and cost to accurately measure a small amount of powder. However (see, for example, Patent Documents 3 and 4), the imaging measurement method and the combination method of the imaging measurement method and the weight measurement method are suitable for practical use up to the division of powder by one package (see, for example, Patent Document 7).

  Also, in order to reduce the play of the packaging device, separate powder distribution mechanisms are used to distribute the powder and split the powder, and multiple powder powders that are unsuitable for mixing are shared by each powder supply mechanism. A powder dispensing machine has been put into practical use in which a plurality of powder supply mechanisms are provided so that they can be packaged, and the powder supply destination is a common packaging device (see, for example, Patent Documents 2, 3, and 5). Furthermore, in order to be able to package not only powder but also tablets together, a tablet packaging machine that drops and discharges the required number of tablets from a tablet feeder containing various tablets and supplies them to a common packaging device is combined with the powder packaging machine Also, a medicine packaging machine has been put into practical use (for example, see Patent Document 5).

JP-A 61-273301 Japanese Patent Laid-Open No. 62-260601 Japanese Patent Laid-Open No. 07-080043 Japanese Patent Laid-Open No. 11-114021 JP 2001-87353 A JP 2001-85523 A JP 2013-48899 A Japanese Patent Application No. 2014-073023

  In such a conventional medicine packaging machine, different powder supply mechanisms can be combined if a plurality of powder supply mechanisms are cascade connection (multi-stage connection, subordinate connection) that does not share the same packaging device as a direct supply destination of powder. (For example, refer to Patent Documents 3 and 4) In the case of parallel connection in which a plurality of powder supply mechanisms share the same packaging device as a direct supply destination of powder, When a plurality of powder supply mechanisms were used, only powder supply mechanisms of the same quality were provided side by side. Specifically, a rotary distribution type powder dispensing machine that puts multiple sets of powder feeders, rotary annular receiving members and cutting devices and supplies powder directly from each set to one packaging device has been put into practical use. (See, for example, Patent Documents 2, 3, and 5).

For this reason, whether to distribute powder distribution and powder division of different prescriptions, or to share distribution division of improper powder of one prescription, it is a choice of which powder to be assigned to which powder supply mechanism. Had no special meaning or pros and cons, but only assigned what was free.
However, apart from the use of a large system with a high automation rate, the widely distributed rotation-distribution powder dispenser can be used for one prescription or one patient even if the powder division for each package is automated. There are many things that do not automate until the powder splitting, but precede the weighing work by hand.
Therefore, it is a first technical problem to realize a medicine packaging machine with a wide range of selection when supplying powder so that the work burden of the powder dispenser can be reduced without impairing the contents of the powder dispensing.

Moreover, as for the powder packaging machine dedicated to powder, there is a combination of a powder container shelf in which a large number of powder containers are stored and a top plate that also serves as a dispensing workbench (for example, see Patent Document 6). For drug packaging machines that combine a tablet packaging machine with a tablet packaging machine, priority is given to the equipment of tablet container shelves equipped with a large number of tablet feeders, and those equipped with powder container shelves and dispensing work tops have not been developed (for example, (See Patent Document 5).
Therefore, when the pharmacist manually puts the powder into the powder feeder, the pharmacist removes the powder container from the separately provided powder container shelf and dispenses it in another place, and then the place of the medicine packaging machine. After moving to, the dispensed powder can be put in, so it is not only necessary to have a separate dispensing space for the powder, but it is also difficult to improve the efficiency of the dispensing work.

Therefore, in a small space, the pharmacist who dispenses the powder can move the powder into the powder feeder without moving, and the tablet is automatically and directly from the tablet feeder stored in the tablet container shelf. The second technical problem is to realize a medicine packaging machine that can be put into a common packaging device (see, for example, Patent Document 8). However, a medicine packaging machine with multiple powder supply mechanisms has a frequency of powder dispensing. A higher value tends to be used more frequently.
Therefore, since it is highly necessary to reduce the work burden of the powder dispenser for such a medicine packaging machine, it is desired to solve the second technical problem in addition to the first technical problem.

  The medicine packaging machine of the present invention (Solution 1) was created in order to solve the first problem described above, and includes a packaging device for packaging medicines put into a charging hopper, and powders into powder feeders. The first powder supply mechanism (rotational distribution type) that is divided into one package after being distributed to the rotary annular receiving member and sent to the feeding hopper, and the amount of powder that is delivered in small amounts or in a variable amount A second powder supply mechanism (measuring division type) for supplying powder one by one by measuring and a direct guide mechanism (first guide mechanism) for guiding the powder supplied from the second powder supply mechanism to the charging hopper It is equipped with.

  Further, the medicine packaging machine of the present invention is (Solution means 2), which is the medicine packaging machine of the above-mentioned solution means 1, and is a feeder bypass guide mechanism (first means for guiding the powder supplied from the second powder supply mechanism to the powder feeder. 2 guide mechanism), and alternative means for functioning only one of the direct guide mechanism and the feeder bypass guide mechanism.

  Furthermore, the medicine packaging machine of the present invention (Solution means 3) is the medicine packaging machine of the above-mentioned solution means 1, and is an annular receiving member for guiding the powder supplied from the second powder supply mechanism to the rotary annular receiving member. A detour guide mechanism (third guide mechanism) and an alternative means for causing only one of the direct guide mechanism and the annular receiving member detour guide mechanism to function are provided.

  Further, the medicine packaging machine of the present invention (solution means 4) is the medicine packaging machine of the above solution means 1, and is a feeder bypass guide mechanism (first means for guiding the powder supplied from the second powder supply mechanism to the powder feeder. 2 guide mechanism), an annular receiving member bypass guide mechanism (third guide mechanism) for guiding the powder supplied from the second powder supply mechanism to the rotary annular receiving member, the direct guide mechanism, and the feeder bypass guide mechanism. And an alternative means for functioning only one of the annular receiving member bypass guide mechanism.

  Further, the medicine packaging machine of the present invention (Solution means 5) was created to solve the second technical problem in addition to the first technical problem described above. A tablet container shelf equipped with a plurality of tablet feeders, a tablet guide mechanism for guiding tablets discharged from the tablet feeder and dropping to the input hopper, and a powder container shelf capable of storing a plurality of powder containers It is provided with.

  Further, the medicine packaging machine of the present invention (Solution means 6) is the medicine packaging machine of the above solution means 5 and is characterized by comprising a dispensing work top plate capable of dispensing powder on the plate.

In such a medicine packaging machine of the present invention (solution 1), the first powder supply mechanism and the second powder supply mechanism are connected in parallel so that the same packaging apparatus is directly shared as a direct supply destination of powder. There are a plurality of powder supply mechanisms, whereas the first powder supply mechanism is a rotation distribution type, whereas the second powder supply mechanism is a metering division type, and different powder supply mechanisms are arranged in parallel.
Since both mechanisms have different characteristics in terms of scale, work procedure, processing speed, splitting performance, actual use, etc., consideration is given to reliability and convenience depending on the content of the powder dispensing. Since it can be used properly, the range of choices when supplying powder spreads.

In addition, a direct guide mechanism (between the weighing split type second powder supply mechanism, which is easier to miniaturize than the rotation distribution type first powder supply mechanism requiring a rotary annular receiving member, and the input hopper of the packaging device) Since the first guide mechanism) is arranged, restrictions on the arrangement of both mechanisms are eased, and the medicine packaging machine can be reduced in size without compromising operability.
Therefore, according to the present invention, it is possible to realize a medicine packaging machine with a wide range of selection at the time of powder supply, and the work burden on the powder dispenser can be reduced without impairing the contents of the powder dispenser. The problem will be solved.

  Moreover, in the medicine packaging machine of the present invention (Solution means 2), in addition to direct sharing selection related to parallel connection of different powder supply mechanisms, it is also possible to select bypass sharing related to cascade connection via powder feeder Therefore, it is possible to realize a medicine packaging machine with a wider range of choice when supplying powder, and the first technical problem is highly solved.

  Furthermore, in the medicine packaging machine of the present invention (solution 3), in addition to the direct sharing selection related to the parallel connection of the different powder supply mechanisms, the detour sharing related to the cascade connection via the rotary annular receiving member Since selection is also possible, it is possible to realize a medicine packaging machine with a wider range of choice when supplying powder, and the first technical problem is highly solved.

  In addition, in the medicine packaging machine of the present invention (solution 4), in addition to the selection of direct sharing related to parallel connection of different powder supply mechanisms, selection of bypass sharing related to cascade connection via powder feeder, Since it is also possible to select detour sharing related to the cascade connection via the rotary annular receiving member, it is possible to realize a medicine packaging machine with a wider range of selection when supplying powder, and the first technical problem Is more highly resolved.

Moreover, in the medicine packaging machine of the present invention (Solution means 5), the powder container shelf and the tablet guide mechanism can be used to sachet powders or tablets together, and the powder container shelf is also attached. Therefore, if you store a frequently used powder in a container and store it in the powder container shelf, you can collect the necessary powder even if the dispenser does not move much during dispensing, thus improving the efficiency of dispensing work To do.
Therefore, according to this invention, since the work burden of the powder dispenser related to the powder assortment is reduced, the second technical problem is also solved in addition to the first technical problem.

Moreover, in the medicine packaging machine of the present invention (solution 6), the dispensing work top plate is also provided, so that the dispenser hardly moves even in operations such as confirmation of the prepared powder and weighing. Since the work can be performed, the efficiency of the dispensing work is further improved.
Therefore, according to the present invention, not only the assortment of powders but also the work load related to the subsequent powder dispensing is reduced, so that the second technical problem is highly solved in addition to the first technical problem.

BRIEF DESCRIPTION OF THE DRAWINGS It is a schematic diagram which shows the internal structure of the medicine packaging machine about Example 1 of this invention, (a) is a front view, (b) is a left side part seeing from the front, and a right side figure of a back part seeing from the right , (C) corresponds to a right side view of the right side portion viewed from the front and the front side portion viewed from the right. About Example 2 of this invention, the structure of a chemical | medical agent packaging machine is shown, (a) is an external appearance perspective view, (b) is a plane arrangement | positioning figure of a powder container shelf and a tablet container shelf.

About the medicine packaging machine of such this invention, the specific form for implementing this is demonstrated by the following Examples 1-2.
The first embodiment shown in FIG. 1 is a realization of the above-described solving means 1 to 6 (claims 1 to 6 at the beginning of the application), and the second embodiment shown in FIG. It is.
In these drawings, for the sake of simplicity, fasteners such as bolts, coupling tools such as hinges, drive sources such as electric motors, transmission members such as timing belts, electric circuits such as motor drivers, controllers, etc. The details of the electronic circuit are omitted from the illustration, and those necessary and related to the explanation of the invention are mainly shown.

  About the Example 1 of the medicine packaging machine of this invention, the specific structure is demonstrated with reference to drawings. FIG. 1 is a schematic diagram showing the internal structure of the medicine packaging machine 10, where (a) is a front view, (b) a right side view of a left side portion viewed from the front and a back side portion viewed from the right, (c) ) Corresponds to the right side view of the right side portion viewed from the front and the front side portion viewed from the right.

  The medicine packaging machine 10 includes a packaging device 20 built in the lower part of the casing, a rotation distribution type first powder supply mechanism 30 built in the upper left part of the packaging device 20, and a little above In the second divided powder supply mechanism 40 of the division type equipped in the right rear side, the powder guide mechanism 50 interposed between these 20, 30, 40, and the upper part of the casing A tablet container shelf 60 mounted on the left side, a powder container shelf 70 mounted on the right side thereof, and a dispensing work top plate 80 lying on the first powder supply mechanism 30 or in front of the second powder supply mechanism. And a control device 14 built in a place that does not interfere with the above-described mechanism, such as the lower rear of the housing.

The packaging device 20 may be a known device as long as it separates and encloses the medicine in a wrapping band such as wrapping paper (see, for example, Patent Documents 1 to 7), and is partitioned by heat fusion or the like while feeding the wrapping paper. Main body 21, a first powder supply mechanism 30, a second powder supply mechanism 40, and a loading hopper 22 into which a drug delivered from the tablet container shelf 60 is charged, and a single package of drug is charged Each time the medicine is fed into the hopper 22, the medicine is packaged in the main body 21.
In this configuration example, a merging member 23 is provided above a small charging hopper 22 that moves up and down to receive medicines fed from each part and guide all of them to the charging hopper 22.

  The first powder supply mechanism 30 may be a known one as long as it is of a rotational distribution type (see, for example, Patent Documents 1 to 5), and the rotation of a powder feeder 31 such as a vibration feeder and an annular tray as described above. An annular receiving member 32 and a dividing mechanism 33 such as a cutting device are provided, and a powder for one patient or one prescription is supplied to the rotating annular receiving member 32 by a powder feeder 31 according to control of the control device 14. After evenly allocating, the dividing mechanism 33 divides it into one package and feeds it to the input hopper 22 of the packaging device 20 via the junction member 23. Setting a batch of powder to the powder feeder 31 is basically a manual operation performed by the dispenser after weighing, but can be automatically charged from the second powder supply mechanism 40 via a feeder detour guide mechanism 52 described later. It is possible.

The second powder supply mechanism 40 may be a known one as long as it is of a metering type (see, for example, Patent Documents 3, 4, and 7), and measures the delivery amount while gradually sending the powder in a fixed amount or a variable amount. As long as only a necessary amount is supplied, the volume measurement method, the weight measurement method (see, for example, Patent Documents 3 and 4) described above, or the imaging measurement method may be used. For example, refer to Patent Document 7), a hybrid system using some of them may be used. However, if a hybrid system of a weight measurement system and an imaging measurement system is used, the measurement accuracy can be improved while the structure of the powder container 72 is simple. Since it is good, the powder supply mechanism of that type is desirable.
In this configuration example, the powder container 72 containing the powder to be packaged is detachable together with the container, and in addition to the metering and feeding unit 41 that drops and discharges the powder from the mounted powder container 72, the powder A discharge hopper 42 for temporarily storing a single package is also provided.

The powder guide mechanism 50 includes a direct guide mechanism 51 (first guide mechanism) interposed between the second powder supply mechanism 40 and the packaging device 20, and the second powder supply mechanism 40 and the first powder supply mechanism 30. The feeder bypass guide mechanism 52 (second guide mechanism) interposed between the powder feeder 31 and the rotary annular receiving member 32 of the second powder supply mechanism 40 and the first powder supply mechanism 30. The annular receiving member bypass guide mechanism 53 (third guide mechanism) is provided.
The direct guide mechanism 51 is composed of, for example, an inclined bowl-shaped member, and when functioning, the start end is located below the discharge hopper 42 of the second powder supply mechanism 40 and the end is located above the junction member 23 of the packaging device 20. Thus, the powder supplied from the second powder supply mechanism 40 is directly led to the charging hopper 22 of the packaging device 20 without detouring.

The feeder detour guide mechanism 52 is composed of, for example, a belt conveyor, and when functioning, the start end is located below the discharge hopper 42 of the second powder supply mechanism 40 and the end is above the powder feeder 31 of the first powder supply mechanism 30. The powder supplied from the second powder supply mechanism 40 is guided to the powder feeder 31.
The annular receiving member bypass guide mechanism 53 includes, for example, a belt conveyor, and when functioning, the starting end is located below the discharge hopper 42 of the second powder supply mechanism 40 and the end is a rotary annular shape of the first powder supply mechanism 30. Positioned above the receiving member 32, the powder supplied from the second powder supply mechanism 40 is guided to the rotary annular receiving member 32.
The feeder bypass guide mechanism 52 and the annular receiving member bypass guide mechanism 53 cause the powder supplied from the second powder supply mechanism 40 to bypass the first powder supply mechanism 30 to the charging hopper 22 of the packaging device 20. The charging is entrusted to the first powder supply mechanism 30.

  The powder guide mechanism 50 is provided with alternative means (not shown). The alternative means includes, for example, a mechanism for moving some of the above-described guide mechanisms 51, 52, and 53, or a mechanism for rotating under the discharge hopper 42 to change the direction of the powder path. Even so, only one of the direct guide mechanism 51, the feeder bypass guide mechanism 52, and the annular receiving member bypass guide mechanism 53 is allowed to function according to the control of the control device 14, and the other guide mechanisms function. Therefore, the delivery destination of the powder supplied from the second powder supply mechanism 40 is switched to the charging hopper 22, the powder feeder 31, or the rotary annular receiving member 32.

The tablet container shelf 60 can hold a large number of detachable tablet feeders 61 arranged in multiple rows and columns, and the tablet feeder 61 accommodates any one of the various tablets in the container portion, and According to the instruction, the tablets are sequentially discharged by rotating the alignment board or the like. The tablets discharged from the tablet feeder 61 are collected by, for example, a vertical duct-shaped tablet guide mechanism 63 while dropping, and are, for example, funnel-shaped. The tablet guide mechanism 65 is guided.
The tablet container shelf 60 is provided with a medicine handing device 62 for including medicines not included in the tablet feeder 61 in the packaging target. After the hand medicines are sequentially discharged according to the control of the control device 14, the tablet guide is provided. The mechanism 64 is also guided to the tablet guide mechanism 65.
The medicines that have arrived at the tablet guide mechanism 65 are temporarily stored one by one, and then fed into the feeding hopper 22 of the packaging device 20 via the junction member 23.

  The powder container shelf 70 is a multi-stage arrangement of shelf plates 71 on which one or more powder containers 72 can be placed side by side. The powder container 72 is a container that stores any of various powders. The metering delivery unit 41 of the second powder supply mechanism 40 can be attached and detached. The powder container 72 is taken into and out of the powder container shelf 70 and the powder container 72 is attached to and detached from the metering and delivery unit 41 by hand.

  The dispensation work top plate 80 is a horizontally placed plate that can perform powder dispensation work on the plate, and is preferably a single wide flat plate as shown in the figure, but a plurality of plates may be arranged at the same height. It may be one in which the sheets are arranged in a staircase pattern. When covering the upper part of the powder feeder 31, the through-hole for powder injection | pouring is formed in the part. Further, the height is such that it is easy to perform operations such as weighing, and the tablet feeder 61 is attached to and removed from the tablet container shelf 60 and the powder container 72 is not attached to and detached from the second powder supply mechanism 40. In order to facilitate the work of cleaning and repairing the inside of the body, it is mounted on the housing in an openable / detachable manner. The first powder supply mechanism 30 may be made of a transparent panel or may be filled with a transparent window so that the operating status of the first powder supply mechanism 30 can be easily confirmed visually.

  Although the control device 14 is simply illustrated in one block, it may be a centralized control electronic control circuit or the like as long as it can properly control the packaging, and may be a distributed control method using several microprocessors. good. Receiving prescription data from an external group management computer, etc. to extract dispensing instruction data for own machine, receiving such dispensing instruction data for own machine from a host computer, etc., or a display operation unit (not shown) When a dispensing instruction is input from the user, etc., the packaging control is performed in accordance with the dispensing instruction. At this time, the first powder supply mechanism 30, the second powder supply mechanism 40, the powder guide mechanism 50, and the tablet feeder 61 are performed. And the drug handing device 62 are operated as appropriate, and the respective parts are cooperated by synchronizing the drug delivery timing with the packaging timing of the packaging device 20. Yes.

  The usage mode and operation of the medicine packaging machine 10 of Example 1 will be described.

When the tablet accommodated in the tablet feeder 61 mounted on the tablet container shelf 60 is instructed to be dispensed, the required number of tablets from the corresponding tablet feeder 61 automatically according to the control of the control device 14. Is discharged into the charging hopper 22 of the packaging device 20.
On the other hand, when a tablet that is not accommodated in the tablet feeder 61 mounted on the tablet container shelf 60 is instructed to be dispensed, the tablet is manually handed over the corresponding mass of the drug handing device 62. Then, it is discharged from the medicine handing device 62 automatically under the control of the control device 14 and is put into the charging hopper 22 of the packaging device 20.

  When powder is directed to the subject to be dispensed, but the powder is not contained in the powder container 72 that can be attached to the second powder supply mechanism 40, the powder is first required for one patient or one prescription. After being weighed together, it is put into the powder feeder 31 and the operation is performed manually on the dispensing work top 80 or the like. After that, automatically under the control of the control device 14, the rotation distribution type first powder supply mechanism performs the equal distribution to the rotary annular receiving member 32 and the division by the dividing mechanism 33, so that the powder is one by one. The hopper 22 of the packaging device 20 is loaded.

  When the powder instruct | indicated for the dispensing object is accommodated in the powder container 72 which can be mounted | worn with the 2nd powder supply mechanism 40, about the powder, after weighing together manually as above-mentioned, it is the 1st powder. Even in the distribution-split type powder supply that causes the supply mechanism 30 to perform distribution / division, the measurement-split type does not require manual weighing because the corresponding powder container 72 is mounted on the second powder supply mechanism 40 to perform the measurement / division operation. You can also choose a powder supply. When there are multiple types of powders, both can be selected and distributed.

  In addition, for the latter metering-division type powder supply, the switching state of the powder guide mechanism 50 is controlled by the control device 14 so that the direct guide mechanism 51 functions and the powder is supplied from the second powder supply mechanism 40 to the packaging device. The direct powder supply to be directly fed to the feeder 20, the feeder bypass guide mechanism 52 to function to feed the powder to the powder feeder 31 from the second powder supply mechanism 40, and the annular receiving member bypass guide. One of the powder supply methods can be selected from the annular receiving member bypass type powder supply in which the mechanism 53 is made to function and the powder is supplied from the second powder supply mechanism 40 to the rotary annular receiving member 32.

  In this way, various powder supply systems can be selected. At present, the work load and restraint time of the dispenser tend to be less burden and time in the metering split type than in the split split type. , Dispensing time excluding weighing tends to be shorter in the order of feeder bypass type, annular receiving member bypass type, direct type, and distribution division type. Often fluctuate. Also, in the present situation, the distribution-split type first powder supply mechanism 30 has a history of use in which a small amount of powder can be accurately divided even in a minute amount, whereas the measurement-split type second powder supply mechanism 30 In 40, there is a tendency that the relative error (%) tends to increase when there is little powder for one package.

  The dispenser selects the powder supply system in consideration of the characteristics of the powder supply system, the number of dispensers, the skill level, the priority of prescription processing, and the like, and instructs the control device 14 by the display operation unit. However, the powder supply method that can be selected for each powder, the range of selectable single package amount, the presence / absence of the powder container 72, the current storage amount estimation value, and the like are set in advance in the control device 14 as extended data of the drug master. If so, the controller 14 determines whether the dispenser is appropriate for selection, and the determination result is presented by the display operation unit. Therefore, the dispenser can select with confidence. In addition, when two or more powders are mixed, processing is performed in the same manner as when one powder is mixed, or whether the first powder supply mechanism 30 processes the distribution process in multiple times, or the first powder supply. It is possible to select whether the mechanism 30 and the second powder supply mechanism 40 are operated in parallel.

  When the distribution-split powder supply is selected, the dispenser collects all necessary powders with an electronic balance (not shown) and puts them into the tablet feeder 61. Thereafter, the first powder is automatically added. The distribution by the supply mechanism 30 is performed, and then the division by the first powder supply mechanism 30 and the division packaging by the packaging device 20 are performed, and the powder is packaged in the bandage.

  When the feeder bypass powder supply is selected, the dispenser removes the powder container 72 containing the target powder from the powder container shelf 70 and attaches it to the second powder supply mechanism 40. The required total amount of powder is taken out from the powder container 72 by the second powder supply mechanism 40 and sent to the tablet feeder 61 via the feeder bypass guide mechanism 52, and then distributed by the first powder supply mechanism 30 and then the first powder is supplied. Division by the powder supply mechanism 30 and division packaging by the packaging device 20 are performed.

  When the powder receiving supply bypassing the annular receiving member is selected, when the dispenser takes out the powder container 72 containing the target powder from the powder container shelf 70 and attaches it to the second powder supply mechanism 40, the automatic operation is automatically performed thereafter. The second powder supply mechanism 40 and the annular receiving member bypass guide mechanism 53 act as a substitute for the function of the powder feeder 31, and all the necessary amount of powder is evenly distributed to the rotary annular receiving member 32, and then the first powder supply Division by the mechanism 30 and division packaging by the packaging device 20 are performed.

  When the direct powder supply is selected, when the dispenser removes the powder container 72 containing the target powder from the powder container shelf 70 and attaches it to the second powder supply mechanism 40, the automatic powder supply is automatically performed thereafter. The process in which the powder powder is sent from the second powder supply mechanism 40 directly to the charging hopper 22 via the guide mechanism 51 and the division packaging is performed once by the packaging device 20 is repeated as many times as necessary.

  Further, even when any type of powder supply is selected, and even when powder supply is not selected, if the tablets are to be packaged, all the target tablets are tablets in the tablet container shelf 60. When it is stored in the feeder 61, it is fully automatic. When a tablet that is not stored in the tablet feeder 61 of the tablet container shelf 60 is targeted, if the corresponding tablet is handed to the medicine handing device 62, it is automatically processed thereafter. Thus, the target tablets are automatically discharged from the tablet feeder 61 and the drug handing device 62, and are supplied to the input hopper 22 one by one through the tablet guide mechanism 63, the tablet guide mechanism 64, and the tablet guide mechanism 65. Packaged with powder, or with just tablets.

  A specific configuration of the medicine packaging machine according to the second embodiment of the present invention will be described with reference to the drawings. 2A is an external perspective view of the medicine packaging machine 18, and FIG. 2B is a plan view of the powder container shelf 60 and the shelf 71 of the tablet container shelf 70.

  The medicine packaging machine 18 is different from the medicine packaging machine 10 of the first embodiment described above in that the display operation unit 16 is supported by a member such as an arm with joints or a swing arm, and from above the dispensing work top plate 80. The tablet container shelf 60 is divided into two layers of a tablet container shelf 60a on the back side and a tablet container shelf 60b on the front side, and the number of tablet feeders 61, and the types of tablets that can be automatically dispensed. Dispensing work of the tablet feeder 61 at the time of tablet replenishment and the like, and the two-layer tablet container shelves 60a and 60b are pivotally supported by vertical columns 66 so that they can be pulled out like a door. The chamfered portions 60aa and 71a are formed at the closest positions of the tablet container shelf 60a and the shelf plate 71 with respect to the point that can be easily performed above the top plate 80.

The two-layer tablet container shelves 60a and 60b can be rocked integrally by constraining the ends of the tablet container shelves 60a and 60b far from the support column 66 with the coupler 67, and also release the coupler 67. In this way, it can be separated and can be individually rocked.
Further, the rear tablet container shelf 60a is chamfered there as if the right rear corner portion close to the powder container shelf 70 was diagonally cut out of the four corners of the tablet container shelf 60a that was square in plan view. The part 60aa is formed, and the tablet container shelf 60a is pentagonal in plan view.
Furthermore, each shelf plate 71 of the powder container shelf 70 is faced as if the left front corner portion close to the tablet container shelf 60 of the four corners of the shelf plate 71 that is square in plan view is cut obliquely. The taking part 71a is formed, and the shelf board 71 is pentagonal in plan view.

  Then, when the two-layer tablet container shelves 60a and 60b are swung rearward to reach the operating position of the rear part of the housing, the chamfered part 60aa of the tablet container shelf 60a and the chamfered part 71a of the shelf plate 71 Are in the most recently opposed state in plan view, and the two-layer tablet container shelves 60a, 60b and the powder container shelf 70 are arranged side by side, and the right end of the two-layer tablet container shelves 60a, 60b is the powder container shelf 70 Located in front of the left edge. Therefore, the shelf width and the container capacity can be increased until the width of the left and right widths of the two-layer tablet container shelves 60a and 60b and the left and right width of the powder container shelf 70 exceeds the left and right width in the housing. Further, when the two-layer tablet container shelves 60a and 60b are to be swung forward, they can be swung easily by placing the hand on the chamfered portion 60aa of the tablet container shelf 60a and pulling it. Further, the chamfered portion 71a is also attached to the shelf plate 71 when the coupling tool 67 is released or reconnected in order to swing the tablet container shelf 60b forward while leaving the tablet container shelf 60a in the rear position. Therefore, the shelf 71 does not hinder the manual operation of the coupler 67, so that only the front tablet container shelf 60b can be swung easily.

[Others]
In the above embodiment, the powder guide mechanism 50 is provided with the direct guide mechanism 51, the feeder bypass guide mechanism 52, and the annular receiving member bypass guide mechanism 53. However, the direct guide mechanism 51 and the feeder are omitted by omitting the annular receiver bypass guide mechanism 53. Any one of the detour guide mechanism 52 may be made to function, and the feeder detour guide mechanism 52 may be omitted, and either the direct guide mechanism 51 or the annular receiving member detour guide mechanism 53 may be made to function. Alternatively, the annular receiving member bypass guide mechanism 53 and the feeder bypass guide mechanism 52 may be omitted and only the direct guide mechanism 51 may be used. In any case, the range of selection is narrower than that of the above embodiment, but wider than that of the prior art. .

In the above embodiment, the powder passing member such as the powder guide mechanism 50 has only been described up to the point where the switching means is provided. However, for the purpose of stabilizing powder feed and preventing powder adhesion, etc. May be attached.
In the said Example, although the 1st powder supply mechanism 30 was arrange | positioned at the left side and the 2nd powder supply mechanism 40 was arrange | positioned at the right side, you may arrange | position in the reverse direction. Moreover, in the said Example, although the tablet container shelf 60 was arrange | positioned at the left side and the powder container shelf 70 at the right side, this may also be arrange | positioned in the reverse direction.
Although not described in the above embodiment, an appropriate cleaning means such as an air filter or an air cleaner or a cleaning means may be provided.

  The medicine packaging machine of the present invention is not limited to the powder and tablet packaging described above, but is also useful for packaging other powders in addition to powder. For example, a powder feeder for a small amount of drug substance 31. At the same time, the filler for bulking is equally distributed to the rotary annular receiving member 32 by the second powder supply mechanism 40 and the annular receiving member bypass guide mechanism 53. By doing so, the dispenser can work without increasing the bulk and almost feeling the burden of work.

10,12 ... Drug packaging machine,
14 ... Control device (alternative means), 16 ... Display operation unit,
20 ... packaging device, 21 ... main body, 22 ... charging hopper, 23 ... confluence member,
30 ... 1st powder supply mechanism (rotation distribution type), 31 ... Powder feed feeder,
32 ... Rotary annular receiving member (annular saucer), 33 ... Dividing mechanism (cutting device),
40. Second powder supply mechanism (measuring division type),
41 ... weighing delivery unit, 42 ... discharge hopper,
50 ... powder guide mechanism, 51 ... direct guide mechanism (first guide mechanism),
52. Feeder detour guide mechanism (second guide mechanism),
53 ... An annular receiving member bypass guide mechanism (third guide mechanism),
60, 60a, 60b ... tablet container shelf, 60aa ... chamfered part,
61 ... Tablet feeder, 62 ... Pharmaceutical handing device,
63, 64, 65 ... tablet guide mechanism, 66 ... strut, coupling tool ... 67,
70 ... powder container shelf, 71 ... shelf board, 71a ... chamfered portion, 72 ... powder container,
80 ... Dispensing work top plate

Claims (6)

  A packaging device that divides the medicine put into the charging hopper, a first powder supply mechanism that divides the powder into the rotary annular receiving member by the powder feeder and then divides the powder into the packing hopper and feeds it to the charging hopper; A second powder supply mechanism for supplying powder by a single amount by measuring the delivery amount while feeding the powder in a quantitative or variable amount little by little, and directing the powder supplied from the second powder supply mechanism directly to the charging hopper A medicine packaging machine equipped with a guide mechanism.   A feeder bypass guide mechanism that guides the powder supplied from the second powder supply mechanism to the powder feeder; and an alternative means that allows only one of the direct guide mechanism and the feeder bypass guide mechanism to function. The medicine packaging machine according to claim 1, wherein:   Only one of the annular receiving member bypass guide mechanism that guides the powder supplied from the second powder supply mechanism to the rotary annular receiving member, and the direct guide mechanism and the annular receiving member bypass guide mechanism is allowed to function. 2. The medicine packaging machine according to claim 1, further comprising an alternative means.   A feeder bypass guide mechanism for guiding the powder supplied from the second powder supply mechanism to the powder feeder, and an annular receiving member bypass guide mechanism for guiding the powder supplied from the second powder supply mechanism to the rotary annular receiving member; 2. The medicine packaging machine according to claim 1, further comprising an alternative means for causing only one of the direct guide mechanism, the feeder bypass guide mechanism, and the annular receiving member bypass guide mechanism to function. .   A tablet container shelf equipped with a plurality of tablet feeders, a tablet guide mechanism for guiding the tablets discharged and dropped from the tablet feeder to the input hopper, and a powder container shelf capable of storing a plurality of powder containers The medicine packaging machine according to any one of claims 1 to 4, wherein the medicine packaging machine is characterized.   6. The medicine packaging machine according to claim 5, further comprising a dispensing work top plate capable of dispensing powder on the plate.

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