KR100216088B1 - Envelope seal machine - Google Patents

Abstract

The present invention relates to an envelope sealer for supplying water to an adhesive material attached to paper such as a seal portion of a seal or a stamp,

The envelope sealer includes a container having a hinged lid, and a sponge containing water provided with a stepped portion at a portion adjacent to the locking portion at the front of the lid and provided with a deep recess at a portion adjacent to the hinge connecting the lid to the container. A slider housed in the container, the slider having only pressure to contact the stepped portion of the sponge containing the moisture, is movably disposed on the lid, the slider being positioned in the recess when the pressure plate is closed. One position and a second position when advancing adjacent to the stepped portion, and having only a stop below the sponge stepped portion to stop the rotational movement of the cover by preventing the cover from closing at the position where the slider has advanced. It is characterized by.

Description

Envelope sealer

1 is a front perspective view of an envelope suture according to the present invention,

2 is a plan view of the envelope sealer shown in FIG.

3 is a cross-sectional view cut along the line 3-3 shown in Figure 2 of the envelope sealing frame according to the present invention,

4 is a view showing that the cover is partially opened for notching the stepped boot of the wet member in the container during the supply of water;

5 is a perspective view of a slider, a pressure plate and a wet member used in the envelope sealer according to the present invention,

6 to 8 are views showing another embodiment of the present invention,

FIG. 9 is a front perspective view of an integrally formed applicator used in the embodiment shown in FIGS.

* Explanation of symbols for main parts of the drawings

11: container 12, 41: cover

13: extension slot 14, 15: expansion opening

16: slider 17, 18: support leg

20 Web 21 Pressure Plate

22, 23: slider support leg 24: wet member

26: locking portion 25: latch

27: envelope 28, 47: seam

32: bonding surface 33: recess

34: stop 43: applicator

45: bottom surface 46: porous wet block

52: protrusion plate 51: support plate

55, 56: stop plate 57: snap-lock latch

The present invention relates to stationery supplies, in particular, an envelope sealing device for supplying water to the adhesive attached to the surface of the paper, specifically provided with a pressure plate installed on the slider to selectively insert the paper to the adhesive surface to the wet member such as sponge Envelope sealer to make contact.

In the past, various mechanisms have been provided for applying moisture to the sealing portion of an envelope, the adhesive side of a stamp, or the adhesive of the same product. In general, the conventional water applying mechanism is in the form of a tube containing water therein and a sponge or the like at one end is kept in a wet state by the water in the tube. Such a device is inconvenient to use and sometimes has a problem of spilling water on a desk or paper. Even when the lid was used, the instrument tended to lose water if it was spilled or the lid was removed.

Other instruments for applying water to the adhesive surface include round sponges soaked in water or plates containing a sponge-like material, and the user applies water by rubbing a seal, a stamp or other adhesive material on the wet sponge. The grinder and the grinding mechanism lose their water rapidly due to evaporation, so they must be large in size, and thus have a large diameter and a high height from the desk surface. In addition, it is not suitable to put the apparatus in a desk drawer or a cabinet.

Therefore, there has been a need for a device for supplying water to prevent evaporation and to supply water by allowing the user to conveniently rub the adhesive paper on the wet member without fear of spilling or spilling water. Such devices should be easy to open or close and should not have separate parts that could be lost. Also, when not in use, it should be very convenient to place it in a place such as desk drawer or cabinet.

Accordingly, these problems supply water to the adhesive side of the paper according to the present invention having a container for accommodating a wet member made of a sponge-like material such as a synthetic resin and a lid hinged to cover or expose the wet member. This can be solved by a novel envelope sealer. The wetting member has a front portion forming a step and a rear portion forming a deep recess in the vicinity of the hinge. The slider is arranged on the lid so as to be movable from the rear of the vessel to the front of the vessel, the slider having a pressure plate which is located in the recess of the wet member when the lid is closed and presses the step of the wet member when the lid is partially opened. In the open state, the wet surface of the wet member is exposed to receive the adhesive paper to be inserted, and the pressure plate presses the adhesive paper so that the contact surface contacts the surface of the wet member. A latch means is provided between the container and the lid to close the lid so as to prevent the wet member from drying out. A stop plate is provided to prevent the lid from closing the container while the pressure plate is engaged with the wet member step with the slider and pressure plate in the operating position.

Accordingly, a basic object of the present invention is an envelope sealer for supplying water to a contact surface of a paper, comprising a wet member containing water and capable of moving to a predetermined position of the wet member to contact an adhesive surface on the surface of the wet part. It is to provide an envelope sealer further comprising a pressure tube.

Another object of the present invention is an envelope sealer used as a stationery product, the adhesive surface on the paper can be supplied to the adhesive surface without flowing water from the container containing the wetted member is inserted by sliding down the pressure plate It is to provide an envelope sealer having a wet member.

Still another object of the present invention is to provide an envelope sealing framework which is easy to use and which does not spill or spill over with care of water.

It is a further object of the present invention to provide an envelope sealer that is suitable for being closed and placed in a place such as a desk drawer or a cabinet to prevent evaporation of water in the container.

The novel features of the invention are described in particular in the claims herein. With reference to the accompanying drawings and a brief description of the drawings with respect to the configuration, method of use, objects and advantages of the present invention can be better understood.

Referring to FIG. 1, the envelope sealer for applying moisture to the gluer is shown along the direction of arrow 10 and includes a container 11 with a hinged lid 12 attached thereto. The cover 12 is provided with an extension slot 13, and an extension opening 14 is provided at the rear of the extension slot 13, and an extension opening 15 similar to the front end of the extension slot or the other end of the slot is provided. It is provided. The slider 16 is mounted in the extension slot 13 so that a user can move between the slider frame expansion openings 14 and 15 using a finger. The slider supports a top surface of the lid 12 and has a pair of support legs 17, l8 capable of sliding there. The slider has a web 20 extending downward and terminating at the pressure plate 2l opposite the lid 12, as shown more clearly in FIG. The pressure plate 21 has slider support legs 22 and 23 that support the lower side of the lid 12 and work with the support legs 17 and 18 to hold the slider over the lid.

The container 11 includes an inner space in which the wet member 24 formed of a synthetic resin material such as polyurethane or the like or a sponge or similar porous material is filled. The wet member 24 tends to contain moisture such as water so that its surface is always wet.

The lid 12 has a latch 25 that works with the lock 26 to close the lid over the container so that moisture in the member 24 cannot escape.

Figure 1 also shows an envelope 27, shown in dashed lines, which includes a seal 28 having an outer surface and an inner surface to which an adhesive substance or material to which moisture is applied is attached. The seal 28 is made of paper and the adhesive material may be any conventional material, indicated by reference numeral 30.

Referring to FIG. 2, it can be seen that the lid 12 is attached to the container 11 at the rear of the present envelope sealer adjacent to the expansion opening 14 by the hinge 31. The expansion opening 15 is located at the front of the envelope sealer. The extension bowl 13 and the slider 16 are preferably arranged in the middle of opposite sides of the lid 12.

Referring to FIG. 3, the slider 16 is located above the wetting member 24, and the wetting member has a front step 32 at the front of the container 11, while a hinge connection at the opposite end of the wetting member. It can be seen that the concave portion 33 is formed in the vicinity of the rear portion of the container 11 in the vicinity of the 31. A yoke-shaped stop 34 having a pair of upright legs 35 and 36 is disposed in the wet member, and the legs 35 and 36 of the stop portion are disposed below the wet member 24. FIG. It is inserted in the formed recess and the stop is fixed to the bottom of the container 11. Since the regular part 34 has a sufficient height, when the slider 16 is pressed, the pressure plate 21 presses the wet member 24 until it reaches the ends of the legs 35 and 36. This makes it possible to position the pressure plate 21 into the recess 33 so that the lid 12 is not caught in the closing position until the slider 16 returns to its original position.

Referring to FIG. 4, the envelope sealer is shown in a position such that the lid 12 is closed so that the clasp 25 is received in the locking portion 26. This closes the wet member 24 so that water in the porous wet member does not evaporate. Under these conditions, the slider 16 should be positioned at the back of the container so that the web 20 is in an operating position such that the web 20 is located within the expansion opening 14. It should be noted that the extension openings 14 and 15 are provided at the ends of the extension slot 13 so that the slider cannot be moved from the non-operation position to the operation position without the user's operation. The web 20 must be aligned with the openings at opposite opposite ends of the slot to be moved from each expansion opening 14 or 15.

6 to 8, there is shown another embodiment of the present invention consisting of a box-shaped housing 40 having a lid 41 attached to the rear portion by a hinge 42. As shown in FIG. The box includes the space occupied by the applicator 43 shown in detail in FIG. A heavy object such as sand or metal balls of a predetermined amount indicated by reference numeral 44 is on the lower surface 45 which is integrated with the applicator 43. In FIG. 7, a mass of a sand or the like having a weight sufficient to prevent the housing 40 from moving is installed on the lower surface, and a porous material 46 containing water when the lid 41 is closed. ) Is arranged to prevent evaporation. However, when the cover 41 is opened, as shown in FIG. 8, the wet porous pad or wet block 46 may appear on the upper surface so that the adhesive surface of the sealing portion 47 of the bag 48 may contact. .

In addition, the applicator 43 has a backing plate 50 connected to the support plate 51 and the bottom surface. Protruding to the outside from the supporting plate 51 is provided with a protruding plate 52 whose cross section is U or V-shaped. The lower surface of the protrusion plate 52 constitutes a contact surface. The contact surface is in a sliding relationship in which the sealing portion of the bag moves between the contact surface and the wet block 46 between the upper surface. The protruding plate 52 is integrally formed with the supporting plate 51 and is in contact with the wet block 46 by a leaf or metal connecting portion 54 serving as a spring. In such a case, a small pressure acts on the protruding plate causing the surface 53 to contact the wet block. This pressure is applied to the top of the seal 47 when the seal 47 of the envelope is introduced between the contact surface and the wet block. In addition, the support plate 51 is provided with stop plates 55 and 56 installed downward to restrict the sealing portion 47 from being inserted further into the protrusion plate 52. In other words, if the user inserts more inward than the position where water is applied to the adhesive side of the seal of the envelope, the end of the seal hits the stop plates 55 and 56, thereby restricting the insertion.

Since the bag sealer for supplying water by placing the weight 44 on the lower surface in the housing 40 space can be placed on the surface of a desk or the like, the user slides the bag under the protrusion plate 52 using only one hand. Can be added. By closing the lid 41, evaporation is delayed, as shown in FIG. 7, and the snap-lock clasp 57 can be used to bring the lid closed. Envelope sealers that supply moisture to the adhesive surface can be thought of as stationery items and heavy materials are heavy enough to hold the envelope sealers while the envelope sealer is in use. The applicator 43 can be manufactured by a single process since the applicator 43 has a structure composed of one member.

While illustrating and describing specific embodiments of the present invention, it will be apparent to those skilled in the art that modifications or variations of the present invention can be made without departing from the gist of the present invention. Accordingly, the claims herein are intended to cover all modifications or variations that fall within the spirit or aspect of the invention.

Claims (8)

A container 11 having an accommodation space therein, a porous wetting member 24 disposed in the accommodation space and having an upper portion of the container exposed to water from the accommodation space, and attached to the container by a hinge 31. In the open position, the upper portion of the wet member 24 is exposed, and in the closed position, the lid 41 is closed so that the upper portion of the wet member is invisible. A pressure plate 21 arranged adjacent to the cover to apply pressure to an upper portion of the wetting member, a slider 16 installed to move the pressure plate within the cover, and the cover and the container, and the pressure plate is operated forward. Encapsulating the envelope, characterized in that it has an inlet for promoting the adhesive surface 30 is inserted between the pressure plate and the upper portion of the wet member when positioned in position. 2. The lid according to claim 1, wherein the lid has an extension slot (13), the slider is movable through the slit and has a finger-holding member, and the plate is placed between the front and back non-operating positions. Envelope sealer, characterized in that fixed to the plate for retracting the battery or. 4. The bag suture according to claim 3, comprising a rigid stop (34) fixed to the container at a distance from the pressure plate when the pressure plate is in the forward operating position. The bag suture according to claim 4, wherein the front step portion (32) of the wet member is contracted between the pressure plate and the stop member. A container having an accommodation space therein, a porous wet block 46 disposed in the accommodation space and having an upper portion exposed from the accommodation space of the container, and a hinge 42 attached to the container, and in the open position, The upper part of the wet block is exposed, and in the closed position, the cover 41 is closed so that the upper part of the wet block is invisible, the upright rear wall, the lower surface, and the rear wall so as to partially extend over the wet block 46. And a pressure plate having a rigid applicator 43 having a protruding support plate 51, and a protruding plate 52 elastically attached to the input plate support plate 51 to protrude from the top of the wet block. Envelope sealer, characterized in that. 6. The bag sealer of claim 5, wherein a weight is placed on the bottom surface in the container to separate between the wet block and the bottom surface. 6. The envelope suture according to claim 5, wherein the protruding plate (52) is U-shaped. 7. The bag sealer according to claim 6, further comprising a stop plate (55, 56) installed downward of the support plate (51) and extending below the pressure plate to restrict the insertion of the adhesive surface.