JP5577396B2 - Liquid medicine supply device - Google Patents

Description

  The present invention relates to a liquid medicine supply device.

  Conventionally, in medical institutions such as hospitals and pharmacies, liquid medicine supply devices that supply liquid medicine filled in liquid medicine supply bottles to liquid medicine bottles provided to patients from the liquid medicine supply bottle have been used. (For example, refer to Patent Document 1 below).

  In this type of liquid medicine supply apparatus, a plurality of liquid medicine supply bottles are mounted, a mounting body that is rotatable about the vertical axis is provided, and the mounting body is disposed above the mounting body so as to be rotatable about the vertical axis. The nozzle is attached to the body at intervals in the circumferential direction, and the mounting body and the attachment body are rotated about the vertical axis, and the liquid medicine is applied to the liquid medicine bottle through the nozzle from the supply pipe inserted into the liquid medicine supply bottle. There is something that has been made to supply.

  In the liquid medicine supply device having the above-described configuration, the mounting body and the attachment body are rotated about the vertical axis so that the nozzle corresponding to the liquid medicine supply pipe inserted into the predetermined liquid medicine supply bottle is positioned to supply the liquid medicine to the liquid medicine bottle. The liquid medicine is intermittently rotated to discharge the liquid medicine from the nozzle to the liquid medicine bottle.

  By the way, since the liquid medicine spills when the liquid medicine supply bottle falls down due to the vibration of the device when the mounting body rotates, it is necessary to keep the liquid medicine supply bottle standing on the mounting body. For this reason, the liquid medicine supply bottle is fixed to the mounting body by a band or the like, or the bottom part of the liquid medicine supply bottle is inserted into a cylindrical holder fixed to the mounting body to be held on the mounting body. It is.

JP 2003-325639 A

  If the liquid medicine supply bottle is held on the mounting body by a band or the like, it takes a lot of time to fasten the band or the like, and also when the liquid medicine supply bottle is empty and replaced. There is a trouble of having to remove the band. In particular, depending on the number of liquid medicine supply bottles to be mounted on the mounting body, the operation becomes more laborious.

  In a configuration in which the bottom part is inserted into a cylindrical holder fixed to the mounting body and held on the mounting body, the liquid medicine supply bottle is moved up and down in order to detach the liquid medicine supply bottle from the holder. It must be attached to and detached from the holder from the direction. However, in this kind of liquid medicine supply device, since there is an attachment body above the mounting body, in order to attach and detach the liquid medicine supply bottle to the holder in the vertical direction, the mounting body and the attachment body Since the distance has to be secured only for the distance required for attaching and detaching the holder, the liquid medicine supply device is enlarged accordingly.

  Then, in view of the said subject, this invention makes it a subject to provide the liquid medicine supply apparatus which can achieve size reduction, after making the attachment or detachment of a liquid medicine supply bottle easy.

The present invention provides a liquid medicine supply apparatus for supplying a liquid medicine in the liquid medicine bottle from drench supply bottle, the mounting table which the liquid medicine bottle is placed at above the mounting table, the mounting table A member for holding the liquid medicine bottle placed on the head and a lifting device for lifting and lowering the mounting table .

Moreover, the mounting table can include a tray having a recess into which the bottom of the liquid medicine bottle is inserted .

In addition, the liquid medicine bottle can be held from both sides of the tray .

The perspective view from the upper part which shows a part of liquid medicine supply apparatus which shows embodiment of this invention Similarly, a front view showing a part of the liquid medicine supply device Similarly an enlarged front view showing a part of the liquid medicine supply device Similarly an enlarged perspective view from above showing a part of the liquid medicine supply device Similarly, the perspective view from the top which shows the mounting state to the mounting body of a supply bottle Similarly, (a) shows the configuration of the mounting body, and (b) is a perspective view showing the configuration of the guide body. Sectional drawing of the state which similarly mounted the supply bottle on the mounting body

  Hereinafter, the liquid medicine supply device concerning the present invention is explained based on a drawing. FIG. 1 thru | or FIG. 4 is explanatory drawing which shows the principal part structure of a liquid medicine supply apparatus.

  As shown in these figures, the liquid medicine supply device 1 is a liquid medicine supply bottle (hereinafter referred to as a liquid medicine supply bottle) containing necessary liquid medicines 2 prepared in advance for responding to prescriptions. A liquid medicine supply pipe (hereinafter simply referred to as “supply pipe”) 29 is led out from the liquid medicine supply pipe (hereinafter simply referred to as “supply pipe”) 29, and is supplied from the supply nozzle 22 via a liquid medicine supply nozzle (hereinafter simply referred to as “supply nozzle”) 22. The liquid medicine 2 is configured to be discharged into the liquid medicine bottle 4.

  The liquid medicine supply device 1 includes a main body 6 constituting an outer frame, a nozzle attachment plate (nozzle attachment portion) 53 for attaching a supply nozzle 22 suspended in the main body 6 via the rotation drive unit 17 and the main body 6. The mounting body 5 for mounting the supply bottle 3 and a plurality of supply pumps 18 are provided. The supply pump 18 is provided for each supply bottle 3 arranged at a predetermined interval in the circumferential direction on the mounting body 5, and is a pump generally used for this type of liquid medicine supply apparatus 1.

  The liquid medicine supply device 1 includes a mounting table 24 on which the liquid medicine bottle 4 is mounted, and an elevating device 25 for moving the mounting table 24 up and down. The mounting table 24 is disposed at the lower front portion of the main body 6, and has a rectangular notch 74 (for attaching and detaching the supply bottle 3 to the mounting body 5 when viewed from the front when the lower front portion is cut from the upper side to the lower side. It is guided by both side wall portions 75 and 76 of an opening) and can be moved up and down. The liquid medicine supply device 1 includes a guide plate member 77 guided by the side wall portions 75 and 76 and capable of moving up and down, a fixed base 78 fixed to protrude forward from a lower front surface of the guide plate member 77, The liquid medicine bottle 4 is directly placed on the upper surface of the fixing base 78, and a receiving tray 81 having a recess into which the bottom of the liquid medicine bottle 4 is inserted is integrated or separately provided.

  The elevating device 25 includes an elevating motor 82 and a belt mechanism that is disposed in the lower front portion of the main body 6 and is driven by driving the elevating motor 82. The raising / lowering motor 82 is attached to the back surface of the lower front portion of the main body 6 so that the drive shaft projects forward, and the drive pulley 85 is attached to the drive shaft so as to protrude forward in the horizontal direction from the lower front surface of the main body 6. It has been. The belt mechanism includes a belt fixture 86 fixed to a side portion of the guide plate member 77, a tension pulley 87 disposed obliquely below the drive pulley 85, and a winding pulley 90 disposed separately in the vertical direction. , 91 and a belt 92 wound around each pulley 85, 87, 90, 91. The lifting device 25 is driven by operating a drive switch (not shown).

  The nozzle mounting plate 53 and the mounting body 5 are formed in an annular shape in plan view, and the supply pump 18 is attached to a plurality of mounting frame bodies 36 provided so as to be adjacent to the nozzle mounting plate 53 in the circumferential direction. Each is installed. The nozzle mounting plate 53, the mounting body 5, and the mounting frame body 36 are configured to rotate intermittently around the vertical axis 16 by driving the rotation driving unit 17.

  The nozzle mounting plate 53 is formed with the same number of protrusions 54 protruding outward in the radial direction at the outer peripheral portion at equal intervals as the supply pump 18 in the circumferential direction. That is, the supply nozzle 22 is configured to be attached to the protruding portion 54 of the nozzle mounting plate 53 by the number equal to the supply pump 18.

  A holding mechanism 23 is provided on the nozzle mounting surface of the nozzle mounting plate 53. The holding mechanism 23 is configured so that the supply nozzle 22 is in its supply posture, that is, the supply nozzle 22 is in a posture perpendicular to the nozzle mounting surface, and the liquid medicine bottle 4 is filled into the liquid medicine bottle 4 through the supply nozzle 22. This is for holding the attached posture.

  The holding mechanism 23 includes a holding body 35 and a lock unit (a unit such as a ball plunger (not shown)) that holds the posture of the holding body 35. The holding body 35 is rotated around the support shaft 38 in one direction so that the hook-like fitting portion is fitted to the supply nozzle 22 from the side and the support shaft 38 is moved in the other direction around the support shaft 38. By turning it, it is possible to switch to a release posture in which the holding of the supply nozzle 22 is released. The locking means is particularly for holding the fitting posture of the holding body 35.

  5 and 6 are perspective views drawn around the mounting body 5, and FIG. 7 is a cross-sectional view of the supply bottle 3 placed on the mounting body 5. As shown in these drawings, the supply bottle 3 is made of synthetic resin, the body portion is formed in a cylindrical shape, and each supply bottle 3 is placed on the placement body 5 via the holding container 30. It is. Each holding container 30 is formed in a cylindrical shape with an upper opening. The height of the cylindrical peripheral wall 31 is set lower than the height of the body portion of the supply bottle 3. The inner diameter of the peripheral wall 31 of the holding container 30 is set slightly larger than the outer diameter of the supply bottle 3. A disc-shaped permanent magnet 33 is embedded in the bottom wall 32 of the holding container 30 so that the lower surface thereof is exposed.

  The holding container 30 is mounted on the mounting body 5 via the guide body 40. Each guide body 40 is formed of synthetic resin or metal, and is integrally formed from a thin plate-like guide bottom plate 41 and a guide frame 43 erected from the edge of the guide bottom plate 41. The guide bottom plate 41 is integrally formed from a radially inner semicircular portion 44 and a radially outer rectangular portion 45 with respect to the semicircular portion 44 in plan view. The guide frame 43 is connected to the arc-shaped portion 46 erected from the edge of the semicircular portion 44 and the radially outer end of the arc-shaped portion 46 and is erected from both circumferential edges of the rectangular portion 45. And a pair of linear portions 47. With this configuration, the guide frame 43 has a U shape with a radially outward side opened in plan view. Further, the thickness of the guide bottom plate 41 is set to such an extent that the magnetic force generated between the mounting body 5 and the permanent magnet 33 is not significantly hindered.

  The guide body 40 is fixed to the mounting body 5 with a screw 48 at substantially the center of the guide bottom plate 41. The upper end of the screw 48 is screwed so as to be lower than the surface of the guide bottom plate 41.

  A recess 50 corresponding to the planar shape of the guide body 40 is formed on the upper surface of the mount body 5 as a guide when the guide body 40 is mounted on the mount body 5. The peripheral wall of the recess 50 includes an inner part 51 that contacts the outer peripheral part of the semicircular part 44 and an outer part 52 that contacts both sides in the circumferential direction of the rectangular part 45. The mounting body 5 is formed in a thin plate shape from stainless steel having magnetism (an example of a metal having magnetism). The mounting body 5 is formed with a notch 57 that is recessed radially outward at the inner diameter side edge at a position corresponding to the space between the recesses 50. The mounting body 5 is attached to the notch 57 with a nozzle. A partition body 56 (see FIGS. 1 to 3) that is suspended from the plate 53 and partitions the supply bottle 3 in the circumferential direction is attached.

  The relationship between the height position of the mounting body 5 and the lower height position of the notch 74 on the front surface of the main body 6 is such that the height position of the mounting body 5 is higher than the lower height position of the notch 74. It is preferable. Moreover, it is preferable that the left-right width of the notch 74 is as wide as possible.

  In the above configuration, in order to mount the supply nozzle 22 on the nozzle mounting surface of the nozzle mounting plate 53, the supply nozzle 22 is grasped with fingers, and the discharge port portion 26 is inserted into the holding hole formed in each projection portion 54 from above. Let Subsequently, the holding body 35 is rotated around the support shaft 38 and rotated in the direction of the fitting posture, and the fitting portion is externally fitted to the supply nozzle 22 from the side thereof.

  Furthermore, since the ball in the locking means is urged by the spring to be fitted into the locking recess formed on the nozzle mounting surface, a force exceeding the elastic force of the spring does not work around the support shaft 38. The holding body 35 does not rotate, and therefore the holding body 35 holds the fitting posture.

  By performing the above operation for each supply nozzle 22 and driving the supply pump 18, one end is inserted into the supply bottle 3, the other end is externally fitted to the supply nozzle 22, and a middle portion is inserted through the supply pump 18. The liquid medicine 2 is introduced into the supply nozzle 22 from the supply pipe 29, and the liquid medicine 2 is discharged from the discharge port portion 26 of the supply nozzle 22 toward the mouth portion of the liquid medicine bottle 4 installed in advance. The liquid medicine bottle 4 is supplied.

  Then, when a required amount of liquid medicine 2 is supplied into one liquid medicine bottle 4, the liquid medicine bottle 4 is replaced, or when the required amount of liquid medicine 2 is insufficient in the replaced liquid medicine bottle 4 or the like. Drives the rotation drive unit 17 (intermittent drive) so that the adjacent supply bottle 3 is positioned above the liquid medicine bottle 4, and drives the supply pump 18 corresponding to the adjacent supply bottle 3 The liquid medicine 2 is supplied to the liquid medicine bottle 4.

  Here, the mounting of the supply bottle 3 on the mounting body 5 is performed as follows. That is, in a state where the liquid medicine bottle 4 is not attached to the receiving pan 81, the elevating device 25 is driven to position the fixing base 78 at the lowest position, and all the notches 74 are opened, whereby the supply bottle 3 Is in a state where it can be inserted from the front of the notch 74. Further, the rotation driving unit 17 is driven so that one guide body 40 which is the mounting unit of the supply bottle 3 is positioned at the center of the notch 74 in the left-right direction.

  Further, the supply bottle 3 filled with the liquid medicine 2 is attached to the holding container 30, and the operator holds the holding container 30 with his / her finger and opens the notch 74 as described above, for example. The holding container 30 is slid so as to be pushed into the upper surface of the guide bottom plate 41 of the guide body 40 so that the supply bottle 3 is inserted into the main body 6 from the front side, that is, from the side of the mounting body 5. At this time, since the mounting body 5 is a magnetic body, and the permanent magnet 33 is provided at the bottom of the holding container 30, the holding container 30 receives a magnetic force in a direction attracted to the guide bottom plate 41 by the magnetic force. Therefore, the operator pushes the holding container 30 against the magnetic force.

  As a result, the outer peripheral portion of the peripheral wall 31 of the holding container 30 is guided radially inward while abutting the opposing surfaces of the linear portions 47 of the guide frame 43, and the holding container 30 is pushed further. The lower portion of the peripheral wall 31 of the holding container 30 is positioned in contact with the arcuate portion 46 of the guide frame 43. Even in this state, since the holding container 30 is pulled to the mounting body 5 side, that is, downward by the magnetic force of the permanent magnet 33, the holding container 30 with the supply bottle 3 mounted is held on the guide body 40. Is done. Then, the end of the supply pipe 29 is inserted into the supply bottle 3, an intermediate portion of the supply pipe 29 is passed through the supply pump 18, and another end of the supply pipe 29 is attached to the supply nozzle 22. Since the supply bottle 3 is held in the holding container 30 and the holding container 30 is held on the guide body 40 by magnetic force, the supply bottle 3 is not attached even when the supply pipe 29 is attached as described above. There is no such thing as a fall.

  When the mounting of one supply bottle 3 on the mounting body 5 is completed, the rotation driving unit 17 is driven again so that the guide body 40 adjacent in the circumferential direction is positioned at the center of the notch 74 in the left-right direction, In the same manner as described above, the holding container 30 holding the supply bottle 3 is attached to the guide body 40. Such an operation is performed for the number of the guide bodies 40, for example, and the supply bottle 3 is attached to each guide body 40. The guide body 40 is fixed to the mounting body 5 by a screw 48 and is fitted in the recess 50, so that it does not rotate around the screw 48 and is stable.

  In this way, the supply bottle 3 can be simply slid on the guide body 40 until the lower part of the peripheral wall 31 of the holding container 30 abuts against the arc-shaped portion 46 of the guide frame 43 while the supply bottle 3 is held in the holding container 30. Is mounted on the mounting body 5, the mounting of the supply bottle 3 does not take time and can be easily performed.

  Moreover, in the liquid medicine supply apparatus 1 in this embodiment, since the supply bottle 3 is configured to be attached to the mounting body 5 from the side, in the liquid medicine supply apparatus 1, above the mounting body 5. Even if there is a nozzle mounting plate 53 (an example of a mounting body) having the same diameter as the mounting body 5, the supply bottle 3 can be mounted without being disturbed by the presence of the nozzle mounting plate 53. The distance in the vertical direction between the mounting body 5 and the nozzle mounting plate 53 can be reduced, and accordingly, the liquid medicine supply device 1 can be made more compact accordingly.

  Then, the liquid medicine bottle 4 is placed on the tray 81, the supply pump 18 is driven, and the liquid medicine 2 is discharged from the discharge port portion 26 of the supply nozzle 22, so that the liquid medicine bottle 4 has the necessary amount of liquid medicine 2. Supply. When positioning the supply bottle 3 to be used by driving the supply pump 18 or intermittently driving the rotation drive unit 17 in this way, vibration is generated, but such vibration has occurred. However, since the supply bottle 3 is held by the holding container 30 and the holding container 30 receives a magnetic force acting toward the mounting body 5, the magnetic force can withstand these vibrations and prevent the supply bottle 3 from falling. .

  When removing the supply bottle 3 that has been used from the mounting body 5, the fixing base 78 is positioned at the lowest position. For example, the holding container 30 is gripped with fingers and the front (mounting) is placed against the magnetic force. It can be easily performed by pulling out from the notch 74 toward the outer side in the radial direction of the body 5.

  In the above-described embodiment, the disk-shaped permanent magnet is embedded in the bottom of the holding container 30, but the present invention is not limited to this. For example, the magnetic powder is mixed in the bottom of the holding container 30 and a magnetic field is applied. It is also possible to apply a magnetic force to the powder and hold the holding container 30 on the mounting body 5 by the magnetic force of the magnetic powder.

  Moreover, in the said embodiment, although the mounting body 5 was made into the metal which has magnetism, the magnet was provided in the holding container 30 side, and the holding container 30 was hold | maintained on the mounting body 5 by magnetic force, However, It is limited to this. It is not a thing. That is, a magnetic body may be provided on the holding container 30 side, and a magnetic force may be applied to the mounting body 5 (part or all) so that the holding container 30 is held by the magnetic body. For example, a metal having magnetism is buried in the bottom of the holding container 30, and a region of the mounting body 5 that faces the holding container 30 is a magnet part. Even in such a case, the same effect as the above-described embodiment can be obtained.

  The present invention is a liquid medicine supply device for supplying liquid medicine from a supply bottle via a supply pipe, a placement body on which the supply bottle is placed, a placement body disposed above the placement body, and a supply pipe And a mounting body to which a supply nozzle for discharging liquid medicine from the supply bottle is attached, and a holding container for holding the supply bottle is fitted on the lower part of the supply bottle, and the holding container is placed The position may be held on the upper surface of the body by a magnetic force, attached to the mounting body by being pushed against the magnetic force, and removed from the mounting body by being pulled out against the magnetic force.

  The present invention is also a liquid medicine supply device for supplying liquid medicine from a supply bottle via a supply pipe, a main body constituting an outer frame, and a mounting on which the supply bottle is mounted. And a mounting body that is disposed above the mounting body and is connected to a supply pipe to which a supply nozzle that discharges liquid medicine from the supply bottle is attached, and the supply bottle is held at the lower part of the supply bottle The holding container is externally fitted, the position of the holding container is held by the magnetic force on the upper surface of the mounting body, and the holding container is attached to the mounting body by being pushed against the magnetic force, and is mounted by being pulled out against the magnetic force. It may be configured to be removed from the mounting body, and an opening for attaching and detaching the supply bottle to the mounting body is formed on the front surface of the main body.

  Further, the mounting body of the present invention may be provided with a guide body for guiding the holding container. Moreover, the mounting body of the present invention may be formed of a metal having magnetism, and a permanent magnet may be attached to the holding container.

  The present invention is also a liquid medicine supply device for supplying liquid medicine from a supply bottle via a supply pipe, the liquid medicine supply device being rotatable about a vertical axis, and a mounting body on which the supply bottle is mounted, A mounting body that is disposed above the body, is rotatable with the mounting body around the vertical axis, and is connected to a supply pipe to which a supply nozzle that discharges liquid medicine from the supply bottle is attached. A holding container for holding the supply bottle is externally fitted to the lower part, and the holding container is held on the upper surface of the mounting body by a magnetic force and is attached to the mounting body by being pushed against the magnetic force. It may be configured to be removed from the mounting body by being pulled out against the above.

In the above configuration, among the liquid medicine supply bottles placed at intervals in the circumferential direction of the placement body, the placement body is rotated about the vertical axis until the predetermined liquid medicine supply bottle is positioned so as to correspond to the liquid medicine bottle. The liquid medicine in the liquid medicine supply bottle is supplied to the liquid medicine bottle.
When placing a plurality of liquid medicine supply bottles on the mounting body in the circumferential direction, the lower part of the liquid medicine supply bottle is stored in the holding container, and the holding container is placed on the mounting body. The liquid medicine supply bottle is easily and easily installed on the mounting body by magnetic force, and even if there is vibration when the mounting body rotates about the vertical axis, the liquid medicine supply bottle is magnetically Can be prevented from falling or misaligned.
Further, since the holding container is configured to be held by magnetic force, the holding container is slid from the side of the mounting body against the magnetic force in a state where the liquid medicine supply bottle is stored in the holding container. If the mounting body is mounted on the mounting body or removed from the side of the mounting body by sliding the holding container, even if the mounting body is disposed above the mounting body, The liquid medicine supply bottle can be attached to and detached from the mounting body without being set, and the vertical distance between the mounting body and the mounting body is set as small as possible, and the liquid medicine supply device Overall compactness can be achieved.

Further, in the above configuration, of the liquid medicine supply bottles placed at intervals in the circumferential direction of the mounting body, the predetermined liquid medicine supply bottle corresponds to the liquid medicine bottle, and the predetermined nozzle serves as the liquid medicine bottle. The driving device is driven to the corresponding position, the mounting body and the mounting body are rotated around the vertical axis, the supply pump is driven, and the liquid medicine in the liquid medicine supply bottle is supplied from the supply pipe to the liquid medicine bottle through the nozzle. To supply.
When placing a plurality of liquid medicine supply bottles on the mounting body in the circumferential direction, the lower part of the liquid medicine supply bottle is stored in the holding container, and the holding container is placed on the mounting body. Since the mounting body is held in position by magnetic force, it is easy and easy to install the liquid medicine supply bottle, and when the mounting body rotates around the vertical axis, there is vibration accompanying driving of the driving device, etc. In addition, the magnetic drug prevents the liquid medicine supply bottle from falling and being displaced.
Further, since the holding container is configured to be held by magnetic force, the holding container is slid from the side of the mounting body against the magnetic force in a state where the liquid medicine supply bottle is stored in the holding container. If the mounting body is mounted on the mounting body or removed from the side of the mounting body by sliding the holding container, even if the mounting body is disposed above the mounting body, The liquid medicine supply bottle can be attached to and detached from the mounting body without being set, and the vertical distance between the mounting body and the mounting body is set as small as possible, and the liquid medicine supply device Overall compactness can be achieved.

  Further, in the above configuration, when the liquid medicine supply bottle is attached to and detached from the mounting body, the holding container is guided to the guide portion in a state where the liquid medicine supply bottle is attached to the holding container. If it is performed by moving it in the radial direction, the liquid medicine supply bottle is not attached to and detached from the mounting body in the vertical direction, and it is easy to attach and detach it by guiding the holding container to the guide part.

  Further, in the above configuration, since the magnetic force of the permanent magnet can be obtained using the magnetism of the mounting body, the configuration is simple, the liquid medicine supply bottle can be easily attached and detached, and the liquid medicine supply device can be made compact. . In addition, the holding container equipped with the liquid medicine supply bottle can be attached to the mounting body by the magnetic force of the permanent magnet provided on the bottom surface of the holding container, and the water can be resisted against the magnetic force of the permanent magnet provided on the bottom surface of the holding container. The holding container equipped with the medicine supply bottle can be removed from the mounting body.

  In the above configuration, when the holding container equipped with the liquid medicine supply bottle is attached to the mounting body, the magnetic body on the holding container side is held in position by the magnetic force of the mounting body, and the holding container is removed from the mounting body. At this time, it is removed from the mounting body against the magnetic force.

  Moreover, in the said structure, when attaching or detaching a liquid medicine supply bottle with respect to a mounting body, it can carry out easily with respect to the radial direction of a mounting body using the opening provided in the main body.

  According to the liquid medicine supply device having such a configuration, when mounting a plurality of liquid medicine supply bottles on the mounting body in the circumferential direction, the lower part of the liquid medicine supply bottle is stored in the holding container, and the holding container is If it mounts on a mounting body, since a holding | maintenance container will be hold | maintained on a mounting body by magnetic force, installation of a liquid medicine supply bottle can be performed easily and easily. Moreover, even if there is vibration accompanying driving of the driving device when the mounting body rotates around the vertical axis, the liquid medicine supply bottle can be prevented from being overturned or displaced due to the magnetic force.

  Further, since the holding container is configured to be held by magnetic force, the holding container is slid from the side of the mounting body against the magnetic force in a state where the liquid medicine supply bottle is stored in the holding container. If the mounting body is mounted on the mounting body or removed from the side of the mounting body by sliding the holding container, even if the mounting body is disposed above the mounting body, The liquid medicine supply bottle can be attached to and detached from the mounting body without being set, and the vertical distance between the mounting body and the mounting body is set as small as possible, and the liquid medicine supply device Overall compactness can be achieved.

DESCRIPTION OF SYMBOLS 1 ... Liquid medicine supply apparatus, 2 ... Liquid medicine, 3 ... Supply bottle, 4 ... Liquid medicine bottle, 5 ... Mounting body, 6 ... Main body, 17 ... Rotation drive part, 18 ... Supply pump, 22 ... Supply nozzle, 25 DESCRIPTION OF SYMBOLS ... Lifting device, 26 ... Discharge port part, 29 ... Supply pipe, 30 ... Holding container, 31 ... Perimeter wall, 33 ... Permanent magnet, 35 ... Holding body, 38 ... Support shaft, 40 ... Guide body, 41 ... Guide bottom plate, 43 ... Guide frame, 46 ... Arc portion, 47 ... Linear portion, 50 ... Recess, 53 ... Nozzle mounting plate, 54 ... Protrusion, 74 ... Notch, 78 ... Fixing base, 81 ... Tray

Claims (3)

A liquid medicine supply device for supplying liquid medicine from a liquid medicine supply bottle to a liquid medicine bottle,
A mounting table on which the liquid medicine bottle is mounted;
At above the mounting table, and the member for holding the placed the liquid medicine bottle to said mounting base,
A liquid medicine supply device comprising: a lifting device that lifts and lowers the mounting table . The liquid medicine supply device according to claim 1, wherein the mounting table includes a tray having a recess into which a bottom of the liquid medicine bottle is inserted . The liquid medicine supply device according to claim 2, wherein the liquid medicine bottle is held from both sides of the tray .

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