JPS58163362A - Packing bag for packaging adhesive material of drug and apparatus for taking out and supplying adhesive material from packing bag - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION This invention can be used, for example, when injected into the human body, or used to disinfect or treat a wounded skin surface by wiping it, or placed in the mouth at a dentist's office. The present invention relates to a package containing an adhesive material to which a drug can adhere, such as absorbent cotton or gauze, and a supply device for taking out the adhesive material from the packaging.

■ Prior Art Antiseptic cotton impregnated with disinfectant solution is currently stored in a case, and when used, it is taken out with tweezers and used to disinfect the skin. This is made by cutting absorbent cotton into a predetermined shape and then impregnating it with a certain concentration of alcohol. This sterile cotton is usually manufactured in hospitals, but it has the disadvantage that it takes a lot of time and effort to make. This is because it takes time and effort to shape and cut absorbent cotton into a certain shape, and
For example, when impregnating with alcohol, 10% alcohol, which has the highest bactericidal effect, is prepared in a separate container and the absorbent cotton is impregnated with this, which is a time-consuming process.
Incorporating special chemicals has the drawback of requiring a lot of effort. Particularly in the case of alcohol, since evaporation occurs, it is necessary to make it using these methods every day, which is very time-consuming. Also, the labor-intensive absorbent cotton made in this way is stored together in the container, so when you use tweezers etc. to take them out one by one, they get tangled with each other and cannot be taken out easily. Moreover, since it is stored in a jar that cannot be completely sealed, it has the disadvantage that it cannot be stored for a long period of time due to evaporation of alcohol, and is likely to become unsanitary.

■ Purpose This invention was developed with the aim of eliminating this drawback, and the important purpose of this invention is to
For treatment of injuries, burns, etc., the adhesive material can be removed easily and quickly, and can be transferred to the affected area with one touch after opening, simplifying the treatment.Furthermore, this treatment can be done extremely hygienically The purpose of the present invention is to provide an epoch-making packaging and its supply device that can be processed and that saves nurses, who are always busy, the trouble of coordinating and dispensing medicines.

■ Configuration Embodiments of the present invention will be described below based on the drawings.

The adhesive material supply device shown in FIG. 1 and FIG. 3 and a take-up roll 5 for pulling out the package 2 from the package 3 and opening it.

As shown in the longitudinal cross-sectional view of FIG. 3 and the cross-sectional view of FIG. A plurality of the materials 1 are sealed at regular intervals, and both side edges of the packaging material 6 and the middle of the adhesive material are welded.

The inner surface or the entire packaging material 6 is made of thermoplastic synthetic resin, and the two packaging materials 6 are heat-welded with the adhesive material sandwiched between them.

The packaging material 6 has neither air permeability nor water permeability, and is welded by ultrasonic welding or heat pressing.

The long and narrow strip-shaped package 2 is opened by being pulled apart below L. Therefore, in this packaging 2, the adhesive strength at the periphery of the adhesive material is weaker than the tensile strength of the packaging material 6, and the welded portion can be peeled off by pulling the packaging material 6.

The adhesive material 1 is preferably a member having countless voids that can contain liquid or powdered medicine, and having a flexible overall thickness and a required thickness, such as absorbent cotton, gauze, paper, a thin rubber-like material, or a continuous material. A cellular soft synthetic resin foam or the like is used.

The drug attached to the adhesive material 1 is in the form of a liquid, a fine powder, or a capsule that can be broken by pressure, and is attached to or impregnated with the adhesive material 1, or penetrates into the gap.

As the medicine, a disinfectant is mainly used, but the most suitable medicine for the application is used depending on the place where the adhesive material 1 is used.

In the device shown in FIGS. 1 and 2, two sets of take-up rolls 5 are
Two packaging materials 6 glued together are rolled up under L and opened.

Two sets of take-up rolls 5 are arranged one above the other, two pick rolls 7 are arranged between the take-up rolls 5, and a packaging outlet is formed between the pick rolls T. The sandwich roll 7 is lightly wrapped 2
The wrapping material 6 is pulled away from the clamp roll T under L, and the adhesive material 1 sandwiched in the middle is taken out.

A take-out stand 8 is disposed in front of the pick roll 7, and when the package 2 is pulled out, the adhesive material 1 is delivered to the take-out stand 8.

(2) Five winding rolls of 'F' are connected to a motor 9 serving as a driving means so as to wind up the upper and lower packaging materials 6 to the same length. The motor 9 winds up the packaging material 6 to a length that normally takes out one adhesive material 1 at a time.

Therefore, the operation of the motor 9 is controlled by the optical position sensor 10.

The beam position sensor 10 outputs one signal each time one deposited material is delivered. In the packaging 2, a light reflecting member is fixed for each adhesive material, and this reflecting member is detected by the light position sensor 10.

The optical position sensor is also capable of detecting transmitted light that penetrates the packaging, rather than relying on reflected light. In this case, as shown by the chain line in FIG. 1, a position sensor IOA is disposed below the light emitting source, and the position sensor 10A receives the light that has passed through the package 2. Therefore, one through hole is opened in the package 2 for each adhesive material, and the through hole is opened at a position passing directly above the position sensor.

When taking out multiple adhering materials at once, the motor 9 is operated for a certain period of time. In this case, the operation of the motor is controlled by an operation switch and an optical position sensor. The operation switch determines the number of deposited materials to be taken out.

An optical position sensor detects how many adherent materials have been delivered as the motor rotates, and the motor operation is stopped when the motor is rotated.

Be sure to use strong force to peel off the seal between the adhesive materials 10. As shown in FIGS. 1 and 2, by providing a cutter 11 that punches out the intermediate seal portion in synchronization with the delivery of the package 2, peeling of this portion can be weakened. The cutter 11 leaves both sides of the package 2 and cuts the middle seal part 12.
punch out.

■ Effects The packaging configured as described above and the device for removing the adhesive material from the packaging are such that the long and narrow strip-shaped packaging, in which the adhesive material is wrapped at regular intervals, is transported from the storage section using two sets of pull-out rolls. The structure is such that the two packaging materials are pulled out through the outlet and opened by being pulled in opposite directions, so that at the same time the packaging is opened by the pull-out roll, the adhesive material between the packaging materials is removed. is delivered to the take-out device.

Therefore, the mechanism for transporting the adhesive material to the removal position can be used in combination with the mechanism for opening the packaging material number, which simplifies the overall structure and reduces the cost.Furthermore, the extraction process for the adhesive material can be carried out hygienically. Furthermore, since the elongated strip-like packaging is separated vertically and sent out, the adhering material can be removed very easily and quickly whenever needed.

Furthermore, the supply device HF of the present invention! Since the adhesive material is molded into a predetermined shape and stored in the package, there is no need to impregnate it with alcohol, etc., and the required amount of adhesive material can be easily taken out when needed, saving time and effort. Realizes great efficiency that can significantly save labor in the complicated work of hunting for diseases.

[Brief explanation of drawings]

1m is a schematic side view of an adhesive material supply device to which a drug is attached, showing an embodiment of the present invention; FIG. 2 is a schematic perspective view of the main parts of the adhesive material supply device shown in FIG. 1; and FIG. FIG. 4 is a longitudinal cross-sectional view and a cross-sectional view of the package. 1. Adhesive material, 2. Packaging, 3. Storage chamber, 4. Casing, 5. Take-up roll, 6. Packaging material, 7. Snap roll, s. Withdrawal money, 911. Motor , 10... position sensor, 11... company cutter, 12... intermediate seal part, 13e
・Operation switch, Applicant Michiyo Fukase Attorney Patent Attorney Yasuhiro Toyosu B No. 2 Figure 5'' Figure 3

Claims (1)

[Claims] (II) Consists of a package wrapped in an adhesive material to which a drug can adhere, and a supply device for this package, and the package and supply device have the following structural requirements. (a) The package is (b) The adhesive material is formed into a desired shape. (C) The packaging material is formed into a long and thin strip and is double folded together. The adhesive material is sandwiched in the middle, and the adhesive materials are arranged in the longitudinal direction of the packaging material at a constant interval.
The stacked packaging materials are connected to each other at the periphery of the adhesive material to package the adhesive material. (e) The supply device includes a package storage section and an opening means. (If the packaging materials are stacked 42 times and connected by the 1M edge of the adhesive material, if you pull the two packaging materials in opposite directions, they will be separated at the periphery of the adhesive material, so the connection strength of the periphery of the adhesive material is The connection is weaker than the tensile strength of the packaging material. It is equipped with two sets of drawer rolls that pull the packaging material in opposite directions to take out the stuck material inside the package. The two sets of drawer rolls are rotated by a driving means, and rotated around the same circumference in synchronization with each other by the driving means. (2) The driving means is activated by the signal from the starting switch and the position sensor, and is started by the starting switch.
Stopped by the output signal of the position sensor! ) Claim No. (11) A package containing an adhesive material for a drug according to Claim No. 11;
A supply device that takes out the adhesive material from this packaging. (3) The packaging material is an airtight sheet material with no air permeability, and the sheet material is entirely or internally made of thermoplastic synthetic resin, and the two packaging materials are heat-welded. (1)
A package in which the adhesive material for the drug described in 1. is packaged, and a supply device for taking out the adhesive material from this packaging. (4) Claim (1) wherein the adhesive material is impregnated with a liquid drug, and the adhesive material is absorbent cotton, gauze, paper, thin rubber-like material, or synthetic resin foam. A package containing an adhesive material for the drug described above, and a supply device for taking out the adhesive material from this packaging. (5) A package containing an adhesive material for a drug according to claim (1), in which a powder or granular drug is attached to the adhesive material, and a supply device for taking out the adhesive material from this packaging.