TWM572165U - Brush and container assembly device - Google Patents

Abstract

The assembly device of the brush and the container is a device composed of a plurality of brush holders and a container capable of accommodating the plurality of brushes. In use, the container is grasped by hand, and then the lowermost brush is swung. The brush body is used for brushing or wiping the action of the object, that is, the function of the familiar brush; the creation of a container can be used with most of the brush, which can completely reduce the number of handles to Reduce the cost and reduce the price of the creative purpose.

Description

Brush and container assembly device

The present invention relates to an assembly of a brush and a container, which is a device comprising a plurality of brushes and a container for accommodating the plurality of brushes.

The "brush" generally refers to an object composed of a handle portion and a bristle portion. Generally, the bristle portion is disposed at the front end of the handle portion, and the handle portion is grasped by the hand during use. Then, the brushing portion is swung to perform the action of wiping or wiping the object, for example, a large brush, a paint brush, a coat brush, and the like are all one of the brush. Conventional brushes are manufactured in a single piece, and are packaged in a single package. They are also used in a single use, and then when used until they are no longer usable (usually it is difficult to bend or damage the bristle part). Use), often the handle is still intact, but there is no way that it must be discarded, because the empty handle is also useless. However, the waste of the handle is caused by the fact that the cost is increased and the selling price is increased. This is a serious lack of manufacturing and sales of the conventional brush.

In view of the lack of manufacturing and sales of conventional brushes, the creator conceived that if a container for storing most brushes is created, it is possible to store a plurality of brushes in a container, and the container itself is used. It can provide the equivalent of the handle portion, and then when the brush portion of the foremost brush is used again, the front brush can be pushed away from the container, and the foremost brush can be discarded separately, and The brush from the next position is advanced to the use position for use, which will improve the lack of the brush handle of the conventional brush. Based on this demand, the creator has carried out in-depth research and development and improvement, and after many efforts, the creation of this creation.

The reason is that the main purpose of this creation is to provide a container that can store a plurality of brushes at the same time, thereby reducing the number of handles, thereby reducing the cost and reducing the price of the brush and container assembly.

In order to achieve the above object, the present invention has been specially developed to provide an assembly device for a brush and a container, which is an outer cylinder shell, an inner retaining ring, an adjusting ring, an inner cylinder shell, a brush and an elastic member. And a top cover, wherein the outer casing has a long cylindrical shape, the top and the bottom end are all open, the bottom end inner edge has a retaining ring, and one side has a long through groove from the top end. The bottom end of the long through slot is blocked by the retaining ring. The long through slot is slightly higher than the bottom end, and an adjusting slot is formed on the two sides. The long through slot forms a positioning lower than the bottom end of the adjusting slot. a positioning groove is higher than the retaining ring, and a set of symmetrical card slots is formed on the wall of the outer casing near the top end; a positioning protrusion is protruded from the outer ring of the inner ring, and the inner ring is equidistantly protruded There are several blocking arc blocks, and a passing space is formed between the adjacent two blocking arc blocks, and the positioning convex block is exactly opposite to the middle of one of the passing spaces; an adjusting convex block is protruded from the outer ring of the adjusting ring. A plurality of blocking arc blocks are arranged equidistantly on the ring, and a passage space is formed between the adjacent two blocking arc blocks. The adjusting protrusion is located at a side of one of the blocking arc blocks; the inner cylinder shell has a long cylindrical shape, the height is smaller than the outer cylinder shell, the top and bottom ends are all open, and one outer edge is provided with a top to bottom protrusion. a card corresponding to the long through slot, the inner circumference of the inner cylinder shell is equidistantly protruded from a top to bottom blocking arc block, and a space between the adjacent two blocking arc blocks is formed, the inner cylinder shell The blocking arc block corresponds to the blocking arc block of the inner ring ring, and the passage space of the inner cylinder shell corresponds to the passage space of the inner ring ring, and the inner cylinder shell is provided with a set of symmetrical cards on the wall body near the top end. The slot of the inner cylinder corresponds to the slot of the outer cylinder; the number of the brushes is more than one, and each brush is composed of a top ring cover and a brush body, and the top ring cover is internally Forming an accommodating space, a plurality of blocking arcs are arranged equidistantly on the outer circumference, so a passage space is formed between the adjacent two blocking arc blocks, and the brush body is fixed to the bottom of the top ring cover; Forced and compressed, showing a stretched state when unstressed; the top cover The card can be placed in the top end of the inner cylinder, and a card plate protrudes from the two sides of the symmetry, corresponding to the card slot of the inner cylinder shell and the card slot of the outer cylinder shell.

The assembly device of the brush and the container is assembled, and the positioning protrusion of the inner ring is aligned with the long through groove of the outer cylinder, and the inner ring is arranged downward along the inner space of the outer cylinder Stacked on the retaining ring of the outer cylinder, the positioning protrusion of the inner ring is positioned into the positioning groove of the outer cylinder; then the adjusting protrusion of the adjusting ring is aligned with the long opening of the outer casing a groove, the adjusting ring is stacked on the inner ring under the inner space of the outer casing, so that the adjusting protrusion of the adjusting ring is stacked on the positioning protrusion of the inner ring, and the adjusting The ring is aligned with the adjusting groove of the outer cylinder, and then the adjusting protrusion is moved along the right adjusting groove, so that the blocking arcs of the adjusting ring block the passage space of the inner ring; then the inner tube The card board of the shell is aligned and abuts into the long through groove of the outer cylinder shell, and the inner cylinder shell is stacked on the adjusting ring along the inner space of the outer cylinder shell to make the card board of the inner cylinder shell Extending into the long through groove of the outer cylinder, and the card plate of the inner cylinder is stacked on the adjusting protrusion of the adjusting ring, and the card slot of the inner cylinder and the outer cylinder Corresponding to the card slot; then, the plurality of brushes are stacked into the inner casing from bottom to top, so that the brush body of the previous brush is received in the accommodating space of the top ring cover of the next brush. When the plurality of brushes are stacked, the blocking arc block must face the passage space of the inner cylinder, so that the plurality of brushes can slide down the inner casing, and the blocking arc of the lowermost brush is subjected to The blocking arc of the adjusting ring is blocked such that the top ring cover of the lowermost brush cannot be pulled downward, but the brush body is exposed downwardly outside the bottom of the outer casing; then the elastic member is placed at the top of the brush In the middle of the accommodating space of the top ring cover, the top cover is pressed on the elastic member, and the force is pressed down to remove the brush body except the lowermost brush, and the brush body of each of the other brushes is subjected to The force is compressed and enters into the accommodating space of the top ring cover of the lower brush, and the elastic member is also compressed by force, so that the card of the top cover corresponds to the card slot of the inner tube case and the card slot of the outer tube case Inside.

The above-mentioned brush and container assembly device, wherein the brush system is a compressible cotton body which exhibits a normal expanded state when not pressed.

The above brush assembly and container assembly device, wherein the brush body can be kept dry for dry use.

The above brush assembly and container assembly device, wherein the brush body can be impregnated with liquid or glue for use as a wet type.

In order to achieve the above objectives, the technical means and the achievable effects of the present invention, the following preferred embodiments are described in detail with reference to the accompanying drawings, which can be fully understood.

The present invention is an assembly device of a brush and a container as a whole. Referring to Figures 1 and 2, the overall structure is composed of an outer cylinder shell 10, an inner retaining ring 20, an adjusting ring 30, and an inner cylinder. The shell 40, a brush 50, an elastic member 60 and a top cover 70 are formed. The outer cylinder shell 10 has a long cylindrical shape, and the top and bottom ends are all open, and the bottom inner edge has a retaining ring. A long through slot 12 is defined in the first side of the long through slot 12, and the bottom end of the long through slot 12 is blocked by the retaining ring 11. The long through slot 12 is slightly higher than the bottom end and has an adjustment on both sides. The groove 13 is formed, so that a positioning groove 121 is formed in the position of the long groove 12 below the adjusting groove 13 (ie, at the bottom end), and the positioning groove 121 is just above the retaining ring 11; in other words, the retaining ring 11. The position of the retaining ring 121 and the adjusting slot 13 are the lowest, the position of the retaining ring 11 is the lowest, and the position of the adjusting slot 13 is the highest among the three, and the outer casing 10 is close to the top. a symmetrical card slot 14 is defined in the wall; a positioning protrusion 21 is protruded from the outer ring of the inner ring 20, and a plurality of blocking arcs are protruded from the inner ring Block 22, so that a passage space 23 is formed between the adjacent two blocking arc blocks 22, and the positioning protrusion 21 is exactly aligned with the middle of one of the passage spaces 23; an adjustment convex is protruded from the outer ring of the adjustment ring 30. Block 31, a plurality of blocking arc blocks 32 are equally formed on the inner ring, so that a passing space 33 is formed between the adjacent two blocking arc blocks 32, and the adjusting convex block 31 is located on the side of one of the blocking arc blocks 32. The inner cylinder 40 has a long cylindrical shape, the height is slightly smaller than the outer cylinder shell 10, and the top and bottom ends are all open, and one side outer edge is provided with a card plate 41 from the top to the bottom, which is connected with the long through groove. Corresponding to the 12th, the inner circumference of the inner cylinder shell 40 is equidistantly protruded from the top to the bottom of the blocking arc block 42, so that a passage space 43 is formed between the adjacent two blocking arc blocks 42, and the blocking arc blocks of the plurality of blocks 42 corresponds to the foregoing blocking arc block 22, and the plurality of passing spaces 43 correspond to the aforementioned passing space 23, and a set of symmetrical card slots 44 is defined in the wall body of the inner cylinder shell 40 near the top end. The card slot 44 corresponds to the aforementioned card slot 14; the number of the brush 50 is more than one, For example, each of the brushes 50 is composed of a top ring cover 51 and a brush body 52. The top ring cover 51 defines an accommodating space 511 therein, and a plurality of blocking arc blocks 512 are equally spaced on the outer circumference. Therefore, a passage space 513 is formed between the adjacent two blocking arc blocks 512. The brush body 52 is fixed to the bottom of the top ring cover 51, and is a compressible cotton body, such as a sponge or foam, which is not subjected to When the pressure is normal, the brush body 52 is assumed to be "dry use" or "wet use" at the time of manufacture, and the "dry use" means that the brush body 52 is kept dry as far as " Wet use "the brush body 52 is subjected to an impregnating liquid (for example: detergent or lubricating oil---etc.) or an impregnating agent (such as a maintenance agent or an adhesive); the elastic member 60 is compressible and compressible. The elastic member 60 is preferably in the state of being stretched, and the elastic member 60 is preferably a spring strip; the top cover 70 is an arcuate plate that can be received in the top end of the inner cylinder shell 40, and a card 71 is protruded from each side of the symmetric side. Corresponding to the aforementioned card slot 44 and the card slot 14.

According to the above configuration, when positioning, the positioning protrusion 21 of the inner ring 20 is aligned with the long through groove 12 of the outer cylinder 10, and the inner ring 20 is oriented along the inner space of the outer cylinder 10. The positioning ring 21 of the inner ring 20 enters the positioning groove 121 of the outer cylinder 10, so that the inner ring 20 is stably fixed. Will turn the state.

Then, the adjusting protrusion 31 of the adjusting ring 30 is aligned with the long through groove 12 of the outer cylinder 10, and the adjusting ring 30 is placed down the inner space of the outer casing 10 to the inner ring. 20, at this time, the adjusting protrusion 31 of the adjusting ring 30 is superposed on the positioning protrusion 21 of the inner ring 20, and the adjusting ring 30 will be the adjusting groove 13 of the outer cylinder 10, and In the middle position of the two side adjustment slots 13, it is pointed out that at this time, each of the blocking arcs 32 of the adjusting ring 30 partially abuts against the blocking arc 22 of the inner retaining ring 20, and partially blocks In the passage space 23 of the inner ring 20, this is the state shown in FIG. 4; at this time, the operator can further select to move the adjustment protrusion 31 to the right along the adjustment groove 13 on the right side, As shown in FIG. 5, the blocking arcs 32 of the adjusting ring 30 are all moved to block the passage space 23 of the inner ring 20.

Next, the card 41 of the inner cylinder 40 is aligned and abuts into the long through groove 12 of the outer casing 10, and the inner casing 40 is placed next to the inner space of the outer casing 10 The adjusting ring 30, at this time, the card 41 of the inner cylinder 40 extends into the long through groove 12 of the outer casing 10, so that the inner casing 40 is formed in a stable position and does not rotate, and The card 41 of the inner cylinder 40 is stacked on the adjustment protrusion 31 of the adjustment ring 30, and the top end of the inner cylinder 40 is preferably aligned with the top section of the outer cylinder 10, and the inner cylinder 40 is preferably The card slot 44 is in one-to-one correspondence with the slot 14 of the outer casing 10. In particular, the position of each blocking arc 42 of the inner casing 40 is blocked from the inner ring 20 The position of the arc block 22 corresponds to that, that is, the block arcs 32 of the adjusting ring 30 are also partially in contact with the blocking arc block 42 of the inner cylinder shell 40, and partially block the passage space 43 of the inner cylinder shell 40. .

Then, the plurality of brushes 50 are stacked one on another in the inner space of the inner cylinder 40 from the bottom to the bottom. In operation, the brush body 52 of the upper brush 50 is placed in the next brush 50. The accommodating space 511 of the top ring cover 51 is normally expanded after the brush body 52 is unpressurized. Therefore, after the plurality of (for example, six) brushes 50 are stacked, the inner tube is raised. The top end of the casing 40, in particular, must be arranged such that the blocking arc 512 of each brush 50 is aligned with the passage space 43 of the inner casing 40, that is, the passage space 513 of each of the brushes 50 is aligned. The blocking arc 42 of the inner cylinder 40, so that the plurality of brushes 50 can slide down the inner space of the inner cylinder 40, and then at first, the blocking arc 512 of the lowermost brush 50 is subjected to The blocking arc 32 of the adjusting ring 30 is blocked (as shown in FIG. 5), so the top ring cover 51 of the lowermost brush 50 cannot be pulled downward, but the portion of the brush body 52 is exposed downward to the outer tube. Outside the bottom of the shell 10.

Then, the elastic member 60 is placed at the middle of the accommodating space 511 of the top ring cover 51 of the uppermost brush 50, and then the top cover 70 is pressed against the elastic member 60, and the force is pressed to make the most The brush body 52 of each of the brush holders 50 is compressed by the force of the brush body 52 of the lower brush 50, and enters the accommodating space 511 of the top ring cover 51 of the lower brush 50, and the elasticity The piece 60 is also compressed and compressed, and the card 71 of the top cover 70 is correspondingly inserted into the slot 44 of the inner cylinder 40 and the slot 14 of the outer cylinder 10, so that the creation is completed. The assembly of the "assembly device of the brush and the container" is shown in FIG.

In use, by grasping the outer casing 10 and swinging the brush body 52 of the lowermost brush 50, the action of wiping or wiping the object is performed, thus forming the same function as the conventional brush. As mentioned above, since the brush body 52 is supposed to be used as "dry use" or "wet use" at the time of manufacture, the user has made a choice before purchasing, and can be used for brushing articles in time (dry use). ), or for cleaning or lubricating articles (wet use of impregnating detergents or lubricants), or for maintenance or bonding of articles (wet use of impregnating maintenance agents or adhesives).

When the brush body 52 of the lowermost brush 50 is used for a long time, the lowermost brush 50 must be eliminated, and then the lower second brush 50 is lowered to the lowermost brush 50 for continued use. . Performing this elimination operation, as shown in FIG. 6, the operator moves the adjustment protrusion 31 from the right side to the left side, so that the adjustment protrusion 31 enters along the left adjustment groove 13, so that each of the adjustment rings 30 The blocking arc 32 will move onto the blocking arcs 22 of the inner ring 20 such that the passage space 33 of the adjusting ring 30 aligns with the passage space 23 of the inner ring 20 while also aligning the inner casing 40 The passage space 43 is such that the blocking arc 512 of the lowermost brush 50 can pass through the passage space 33 of the adjustment ring 30 and the passage space 23 of the inner ring 20 to disengage the range of the inner ring 20 Dropped and discarded; at the same time, the original second lower brush 50 also descends to the lowermost brush 50, so the operator must move the adjustment bump 31 to the right adjustment slot 13 to block the new one. The lower brush 50 is released and can be used continuously. During the above operation, the elastic member 60 is of course appropriately stretched at a proper time to press the remaining brush 50 from above, so that the plurality of brushes 50 can be used in sequence.

Therefore, it can be seen that the outer casing 10 and the inner retaining ring 20, the adjusting ring 30, the inner cylinder 40, the elastic member 60 and the top cover 70 are the same as the "container" in the present name, and the brush 50 The whole composition of the "container" is the "assembly device of the brush and the container" set by the name of the creation. As far as it is concerned, the "container" is equivalent to the handle portion of the conventional brush, and the brush 50 is equivalent to the bristle portion of the conventional brush. Therefore, this creation can completely replace the use of the conventional brush, and this creation of a "container" (equivalent to the handle handle) can be used with most of the only brush 50 (equivalent to the brush part), which can completely reduce the brush The number of handles is designed to reduce costs and reduce the price.

In summary, the present invention can achieve the intended function and purpose, and the detailed description can be implemented by those skilled in the art, and the above embodiments are only used to illustrate the creation, all equivalent structures. The change is still not within the scope of this creation.

10‧‧‧Outer casing

11‧‧‧ retaining ring

12‧‧‧Long trough

13‧‧‧Adjustment slot

121‧‧‧ positioning slot

14‧‧‧ card slot

20‧‧‧ inner ring

21‧‧‧ Positioning bumps

22‧‧‧Blocking arc

23‧‧‧ passage space

30‧‧‧Adjustment ring

31‧‧‧Adjusting the bumps

32‧‧‧Blocking arc blocks

33‧‧‧ passage space

40‧‧‧Inner casing

41‧‧‧ card board

42‧‧‧Blocking arc blocks

43‧‧‧ passage space

44‧‧‧ card slot

50‧‧‧ brushes

51‧‧‧Top ring cover

511‧‧‧ accommodating space

512‧‧‧Blocking arc block

513‧‧‧ passage space

52‧‧‧ brush body

60‧‧‧Flexible parts

70‧‧‧Top cover

71‧‧‧ card board

Figure 1 is a perspective view of the present embodiment. Figure 2 is an exploded perspective view of the present embodiment. Figure 3 is a longitudinal cross-sectional view showing the assembled embodiment of the present invention. Figure 4 is a transverse cross-sectional view showing the assembled partial construction of the present embodiment. Fig. 5 is a schematic view showing a state in which the lowermost brush cannot be taken out according to the expression operation of Fig. 4. Fig. 6 is a view showing a state in which the lowermost brush is taken out by the expression operation of Fig. 4. Figure 7 shows a longitudinal cross-sectional view of the brush according to the present embodiment.

Claims (5)

The assembly device of the brush and the container is composed of an outer cylinder shell, an inner retaining ring, an adjusting ring, an inner cylinder shell, a brush, an elastic member and a top cover, wherein the outer cylinder The shell has a long tubular shape, and the top and bottom ends are all open, the bottom inner edge has a retaining ring, and one side has a long through groove from the top end, and the bottom end of the long through groove is blocked by the retaining ring. An adjusting slot is formed on the two sides of the long through slot, and a positioning slot is formed at a lower end of the slot, and the positioning slot is higher than the retaining ring. a set of symmetrical card slots is formed on the wall of the outer casing near the top end; a positioning protrusion is protruded from the outer ring of the inner ring, and a plurality of blocking arc blocks are arranged on the inner ring, and the adjacent two blocking arcs A passage space is formed between the blocks, and the positioning protrusion is exactly opposite to the middle of one of the passage spaces; an adjustment protrusion is protruded from the outer ring of the adjustment ring, and a plurality of blocking arc blocks are protruded from the inner ring. A passage space is formed between the adjacent two blocking arc blocks, and the adjusting protrusion is located at a side of one of the blocking arc blocks; The inner cylinder shell has a long tubular shape, the height is smaller than the outer cylinder shell, and the top and bottom ends are all open, and one side outer edge is provided with a card plate corresponding to the long through groove from the top to the bottom, the inner cylinder shell A plurality of blocking arcs from top to bottom are formed on the inner circumference, and a passage space is formed between the adjacent two blocking arc blocks, and the blocking arc block of the inner cylinder corresponds to the blocking arc of the inner ring. At the same time, the passage space of the inner cylinder corresponds to the passage space of the inner ring, and the wall of the inner cylinder close to the top is provided with a set of symmetrical card slots, the card slot of the inner cylinder and the outer cylinder The card slot corresponds to one; the number of the brush is more than one, each brush is composed of a top ring cover and a brush body, the top ring cover forms an accommodation space inside, and the outer circumference is equidistantly protruded. Blocking the arc block, so that a passage space is formed between the adjacent two block arc blocks, the brush body is fixed to the bottom of the top ring cover; the elastic member is compressible and compresses, and is stretched when unstressed; The top cover can be accommodated in the top end of the inner cylinder shell, and the two sides of the symmetry protrude Extending a card board corresponds to the card slot of the inner cylinder shell and the card slot of the outer cylinder shell. The assembly device of the brush and the container according to claim 1, wherein, when assembled, the positioning protrusion of the inner ring is aligned with the long through groove of the outer cylinder, and the inner ring is along the outer cylinder The inner space of the inner ring is placed on the retaining ring of the outer cylinder, and the positioning protrusion of the inner ring is positioned in the positioning groove of the outer cylinder; then the adjusting protrusion of the adjusting ring is aligned a long through groove of the sleeve, the adjusting ring is stacked on the inner ring under the inner space of the outer cylinder, and the adjusting protrusion of the adjusting ring is stacked on the positioning bump of the inner ring Up, and the adjusting ring is aligned with the adjusting groove of the outer cylinder, and then the adjusting protrusion is moved along the right adjusting groove, so that the blocking arcs of the adjusting ring block the passage space of the inner ring; And aligning the card of the inner casing with the long through groove of the outer casing, and stacking the inner casing along the inner space of the outer casing on the adjusting ring, so that the inner casing a card plate of the casing extends into the long through groove of the outer casing, and the card plate of the inner casing is stacked on the adjusting protrusion of the adjusting ring, and the card slot of the inner casing Corresponding to the slot of the outer casing; then stacking the plurality of brushes from the bottom to the inner casing, so that the brush body of the upper brush is received by the top ring cover of the next brush In the accommodating space, when the plurality of brushes are stacked, the blocking arc block must face the passage space of the inner cylinder, so that the majority of the brush can slide down along the inner cylinder, and the lowermost brush The blocking arc block is blocked by the blocking arc of the adjusting ring, so that the top ring cover of the lowermost brush cannot be pulled downward, but the brush body is exposed downwardly outside the bottom of the outer casing; then the elastic member is then Placed in the middle of the accommodating space of the top ring cover of the uppermost brush, press the top cover on the elastic member, and press down to remove the brush body except the lowermost brush, and each of the other brushes The brush body is compressed by force and enters the accommodating space of the top ring cover of the lower brush, and the elastic member is also compressed by force, so that the card of the top cover corresponds to the card slot of the inner cylinder and the outer Inside the card slot of the cartridge. The assembly device for a brush and a container according to claim 1 or 2, wherein the brush system is a compressible cotton body which exhibits a normal expanded state when not pressed. The assembly device for a brush and a container according to claim 1 or 2, wherein the brush body is kept dry for dry use. The assembly apparatus of the brush and the container according to claim 1 or 2, wherein the brush body is impregnated with a liquid or a gel for use as a wet type.