TWI830671B - Watch-type adhesive tape stand - Google Patents

Abstract

The present invention is a watch-type adhesive tape stand, which is mainly composed of a base with a watch strap and a tape stand, wherein the base and one side of the tape stand are provided with corresponding snap grooves and hooks for combination, and the tape of the tape stand A polygonal rotating block is pivoted at the outlet end, and a pressure plate with a built-in knife is pivoted on the top of the tape table, so that each side of the polygonal rotating block is provided with a knife slot to correspond to the position of the knife, so that the tape can be cut out by pressing down on the pressing plate, and After rotating the polygonal rotating block, a section of tape length is brought out to facilitate the user to pull.

Description

Watch type tape table

The present invention relates to a tape stand, in particular to a watch-type tape stand.

As the name suggests, the tape table is an operating table for the installation and use of tape. It is a stationery item widely used in all walks of life. Depending on the material of the tape, it is also a necessary item for medical bandaging.

However, although the use of large tape tables has the characteristics of stable center of gravity and easy access, it is too wasteful of desktop space. Although small tape tables are exquisite, easy to carry, and do not take up space when placed, However, they often forget where to put it as soon as they pick it up and put it down. It often happens that they can't find the tape table when they need to use it. Therefore, for caregivers who use it frequently, the most common trouble they encounter is repeatedly taking and placing the tape table (usually placed in their pockets or work carts). There are so many wards and patients that often the tape table cannot be found after taking it. This is a problem that has happened to almost every nursing staff. After all, the conventional tape table can only be carried with you and cannot be worn on the body, so it is difficult to carry it around. It is easy to forget the last occasion and location of use of the tape table due to repetitive movements. In addition, when assisting patients with wound care, they will first tear off the necessary tape and stick it on their hands or bedside table. This method increases wound contamination and is not conducive to wound healing and the health of the patient. In addition, when treating large-area wounds, a large amount of tape is required to secure gauze. Inexperienced caregivers may not be able to correctly estimate the amount of tape required. Keeping a large amount of tape on the bed rails may cause the tape to become tangled. Finally, if the nursing staff does not prepare all the tools before treatment and forgets to remove the tape for later use, the gauze that needs to be used to fix the wound at the end cannot be removed with one hand, which may lead to wound contamination or the gauze slipping, resulting in a waste of materials. Moreover, the current tape table design cannot be operated with one hand and requires both hands to cut off the tape. In the process, it is easy to compress the wound and cause pain to the patient.

In view of the above-mentioned problems, the inventor deeply feels that it is reasonable and suitable for the frequently used tape stand to be designed to be carried and worn, but it must be convenient and practical for nursing staff or clerical staff. Therefore, with many years of experience in clinical care for patients, we actively developed and improved it. After careful consideration of all conditions, we finally created this structure, which can completely solve the deficiencies of conventional methods.

The invention is a watch-type tape stand, which is mainly composed of a base with a watch strap and a tape stand. The base and the tape stand are provided with corresponding snap grooves and catch hooks on one side for combination. The tape stand has a The outlet end is pivoted with a polygonal rotating block, and the upper pivot of the tape table is equipped with a pressure plate with built-in cutters. Each side of the polygonal rotating block is provided with a slot to correspond to the position of the cutter, so that the tape can be removed by pressing down on the pressure plate and cutting. After turning the polygonal rotating block, a length of tape is brought out to facilitate the user to continue pulling it next time. Therefore, the following benefits will be provided after use:

Since the watch-type tape stand of the present invention is equipped with a watch strap (the type of the watch strap can be a conventional elastic elastic band or a watch strap that generally has fastening and combining functions, this design is purely common knowledge, so it will not be described again) The base and the side of the tape table are respectively provided with corresponding snap grooves and snap hooks for coupling, and there are snap springs in the snap grooves to correspond to the concave surface of the snap hooks for snap coupling, so the user can The base and the tape table can be combined into a watch shape at any time according to the needs of use. Therefore, the tape stand of the present invention can not only be carried around and used, but can also be worn on the wrist for direct operation.

The watch-type tape table of the present invention has a polygonal rotating block pivoted at the outlet end of the tape, and a pressure plate with a built-in tool is pivoted above the tape table, and each side of the polygonal rotating block is provided with a slot to correspond to the knife. The position when cutting is so that the tape can be cut down by the pressure plate and then taken out directly for use. After turning the polygonal rotating block, a length of tape is brought out to facilitate the user to continue pulling next time. Therefore, it is extremely easy to remove the tape during the process. Effort-saving, no need to tear the tape to cause the strap to twist due to force (when the strap is worn on the wrist, it is usually in a loose and comfortable state. If the tape must be removed with force during the removal process, it will form an opposite strap. The twisting force is not only uncomfortable, but the angle and direction of the tape table after twisting relative to the watch strap are not conducive to force application).

1: Tape table

11: Accommodation space

111:U-shaped groove

112:Wall

113: Elastic top beads

12:Tape

121: Tape shaft

13:Polygonal rotating block

131: Knife groove

132: concave arc

133: Inner concave edge

14: Pressure plate

141: Knives

142:Block

143:Shrapnel

144:Guide wheel

15:Catch hook

151: concave surface

16: Positioning plate

161: Movable trench

162:Bump

2: base

21:strap

22:Latching slot

23:Catching shrapnel

10:Watch type tape stand

[Figure 1] is one of the structural diagrams of the tape table of the present invention.

[Figure 2] is the second structural diagram of the tape table of the present invention.

[Fig. 3] is a structural diagram of the polygonal rotating block of the present invention.

[Fig. 4] is a structural diagram of the present invention.

[Fig. 5] is a reference diagram of the composition state of the present invention.

[Fig. 6] is one of the schematic diagrams of the implementation of the present invention.

[Fig. 7] is the second schematic diagram of the implementation of the present invention.

In order to enable the examiner to clearly understand the structural composition of the present invention and its capabilities The remaining functional benefits achieved are listed below in conjunction with the drawings. The detailed description is as follows:

The invention is a watch-type tape stand, which is mainly composed of a tape stand 1 and a base 2 with a watch strap 21, wherein:

Tape table 1: The two inner sides of a roughly rectangular accommodation space 11 are provided with U-shaped grooves 111 for the tape 12 to be accommodated after being placed on the tape shaft 121 (as shown in Figures 1 and 2), and in the accommodation space 11 A polygonal rotating block 13 is pivoted at the tape exit end at the rear end, and a pressure plate 14 with a built-in cutter 141 is pivoted above the front end of the accommodation space 11, so that each side of the polygonal rotating block 13 is provided with a slot 131 when it is flat and is located above. The position of the tool 141 (as shown in Figure 3), in which a spring piece 143 extends inside the pressure plate 14 to press against the tape 12, and a pressure block 142 is provided inside the tool 141 to determine the depth of the tool 141 cutting into the slot 131, and on the pressure plate 14 Positioning plates 16 extending with movable grooves 161 are extended on both sides, so that the movable grooves 161 can accommodate and slide the protrusions 162 correspondingly provided on both sides of the tape table 1, and at least one side of the polygonal rotating block 13 has a plurality of holes corresponding to each side. The concave arc 132 is locked and positioned by the elastic top ball 113 provided on the wall 112 of the accommodation space 11, and the polygonal rotating block 13 has inner concave edges 133 on both sides of the front edge of each side slot 131, and A plurality of L-shaped hooks 15 with concave surfaces 151 are provided on one side of the tape table 1 (as shown in Figure 4).

Base 2: It is a base body for the tape table 1 to be combined with and has a watch strap 21. The base body is provided with a latch groove 22 corresponding to the latch hook 15. The space inside the latch groove 22 conforms to the rotation of the latch hook 15. A latch elastic piece 23 corresponding to the concave surface 151 is provided in the direction.

It can be seen from the above structural design that the tape table 1 can rotate at an angle with its hook 15 extending into the hook groove 22 of the base 2, so that the concave surface 151 of the hook 15 is resisted by the buckle 23. The function of positioning and combination is achieved, and then the strap 2 of the base 2 can be 1 is mounted on the wrist to form a watch-type tape table 10 (as shown in Figure 5, so under the same design type, the snap hook 15 of the tape table 1 and the snap groove 22 of the base 2 are interchangeable) . During use, since the tape 12 is installed in the tape table 1 via the tape shaft 121, the front end of the tape 12 is pulled out for a length and fixed on the upper side of the polygonal rotating block 13, so that the tape 12 can be moved upward. Rotate the position of the polygonal rotating block 13 once to change the upper edge (each side of the polygonal rotating block 13 has a concave arc 132 that can be positioned by the elastic top ball 113), so that the front end of the tape 12 is brought out (as shown in Figure 6 as shown), so that the user can directly pull the tape 12 through the concave arc 132 (the tape 12 at the inner concave edge 133 will be in a suspended state without being adhered). At this time, pivot the pressure plate 14 toward the tape table 1 When the pressure is turned down, the positioning plates 16 on both sides of the pressure plate 14 will elastically deform to accommodate the protrusions 162 provided on both sides of the tape table 1 into the movable grooves 161, and the elastic force of the elastic piece 143 against the top of the tape 12 will cause the tape 12 to be position (as shown in Figure 7), and the elastic force of the elastic piece 143 will push the pressure plate 14 outward until the protrusion 162 is located at the bottom of the movable groove 161, so the user pulls the length of the tape 12 and presses down every time. After pressing the plate 14 and cutting the tape 12, the pressing plate 14 can return to the position to be ready to press down. When the pressing plate 14 is pressed down to facilitate the cutter 141 to cut into the slot 131, the thickness of the pressing block 142 can not only determine the depth of the cutter 141 The position of the groove 131, and because the pressing block 142 is located inside the cutter 141, when the pressing block 142 is pressed on the upper flat edge of the polygonal rotating block 13 through the tape 12, it can be ensured that the front end of the cut tape 12 is The polygonal rotating block 13 is reserved and adhered, so the position of the polygonal rotating block 13 is rotated outward again to change the upper side, and the front end of the tape 12 can be smoothly taken out, achieving the purpose of recycling operation.

Furthermore, the end of the pressure plate 14 of the present invention protrudes from the rear end of the tape table 1 and is provided with A guide wheel 144 prevents the tape 12 from deviating too much and opening the entire pressure plate 14 when pulling, thereby reducing the chance of the user coming into direct contact with the cutter 141 .

In order to make the cutter 141 cut into the slot 131 to cut the tape 12 more smoothly, the cutter 141 has a beveled blade structure.

1: Tape table

12:Tape

13:Polygonal rotating block

131: Knife groove

14: Pressure plate

141: Knives

142:Block

143:Shrapnel

144:Guide wheel

16: Positioning plate

161: Movable trench

162:Bump

10:Watch type tape stand

Claims (3)

A watch-type tape stand mainly consists of a tape stand and a base with a watch strap, wherein: Tape table: The two inner sides of a roughly rectangular accommodation space are equipped with U-shaped grooves for the tape to be placed after the tape shaft is placed, and a polygonal rotating block is provided at the tape exit end at the rear end of the accommodation space, and the A pressure plate with a built-in tool is pivoted above the front end of the accommodation space, so that each side of the polygonal rotating block is provided with a slot to correspond to the position of the tool when the polygonal rotating block is located above. A spring piece extends from the inside of the pressure plate to press against the tape. And there is a pressure block on the inside of the tool that determines the depth of the tool cutting into the groove, and positioning plates with movable grooves are extended on both sides of the pressure plate, so that the movable grooves provide corresponding protrusions on both sides of the tape table. The point is accommodated and can slide, and at least one side of the polygonal rotating block has a plurality of concave arcs corresponding to each side, so that the concave arcs are positioned by the elastic top beads provided on the wall of the accommodation space, and the polygonal rotating block There are inner concave edges on both sides of the front edge of the knife groove on each side, and a plurality of L-shaped hooks with concave surfaces are provided on one side of the tape table; Base: It is a base body for the tape table to be combined with and has a watch strap. The base body is provided with a latch groove corresponding to the latch hook. The space inside the latch groove is arranged in accordance with the rotation direction of the latch hook. There is a detent shrapnel corresponding to the concave surface; The tape table is combined with the base and the watch strap is loaded on the wrist to form a watch-shaped tape table. The front end of the tape is pulled out for a length and fixed on the surface of the polygonal rotating block located on the upper side, so that it can be turned outwards. After rotating the position of the polygonal rotating block once to change the upper side, the front end of the tape is brought out, and when the pressure plate is pivoted and pressed in the direction of the tape table, the positioning plates on both sides of the pressure plate will elastically deform. The protrusions provided on both sides of the tape table are accommodated in the movable groove, and the elastic force of the elastic piece pushes the pressure plate outward until the protrusion is located at the bottom of the movable groove, so every time it is pulled After the tape is lengthened and the tape is cut by pressing down on the pressing plate, the pressing plate can return to a position ready to be pressed down, and when the pressing plate is pressed down to facilitate the cutter to cut into the slot to cut the tape, the The thickness of the pressing block determines the position of the tool deep into the slot, and ensures that the front end of the cut tape is reserved and adhered to the polygonal rotating block. The watch-shaped tape table as described in claim 1, wherein the end of the pressure plate protrudes from the rear end of the tape table and is provided with a guide wheel. The watch-shaped tape stand as described in claim 1 or 2, wherein the cutter has a beveled edge structure.

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