KR20220039467A - Fabric Shaver - Google Patents

Abstract

The present invention relates to a lint remover which improves the structure of the lint remover to facilitate fluff discharge and to adjust the angle of the handle to improve the convenience of use. In the lint remover comprising a handle provided so that a user can hold the lint and a dust collector for collecting and storing the fluff removed from the head, the head unit can remove the lint while protecting the drive unit, the blade and the blade in the case. The porous cap is mounted to do this, but the dust collecting unit forms a partition to correspond to the outer periphery of the blade formed at the top of the case to first collect and temporarily store fluff removed by the blade and discharge it from the first receiving space A second accommodating space formed along the periphery of the second accommodating space is provided to collect the second accommodating space, and a plurality of discharge ports are formed radially in the bulkhead to discharge the fluff, and the second accommodating space is wrapped around the outer periphery of the bulkhead By installing a dust collecting cover in an annular shape so that the fluff removed by the blade is collected into the first accommodating space and then collected into the second accommodating space through the outlet, the fluff is discharged without clogging the path through which the fluff is discharged from the operating part. It is designed to minimize the remaining fluff and to improve the efficient discharge and collection effect of fluff when using the fluff remover by allowing the fluff to be dispersed radially while the angle of the head and handle is moved.

Description

Lint Remover {Fabric Shaver}

The present invention relates to a lint remover, and more particularly, to a lint remover that improves the convenience of use by improving the structure of the lint remover to facilitate discharging of the lint and to adjust the angle of the handle.

The lint remover is for removing lint from household items made of cloth such as various clothes, bedding, curtains and carpets. It is operated to remove the fluff without damaging the fabric in a way that removes the fluff.

The general operating structure of the fluff remover is to use the power of the motor to rotate the rotating blade of the rotating blade to automatically remove the fluff or dust on the surface of clothes or blankets. As in No. 20-0461344 (2012.06.29.), the fluff that is removed while rotating in an electric way can be collected and processed in a detachable fluff container.

However, the conventional lint remover is very cumbersome to use because the container accommodating the lint is too small, and it fills up too quickly even if a small lint removal operation is performed. It is not collected properly, and since the fluff itself has a very large volume to weight ratio and has a characteristic of sticking to each other, there is a problem that the fluff is agglomerated and the outlet is easily clogged when it is introduced into the fluff container.

And if the container is separated while the outlet is blocked in this way, fluff and dust remaining on the discharge path fall off and the surroundings become dirty.

In addition, since the conventional lint remover has a handle integrally formed with the body, the hand position and angle must always be constant when removing lint, and since it cannot be used in various directions as intended by the user, the user's posture is very inconvenient and There is a problem that it is cumbersome to use.

The present invention is to solve the above problems, by discharging the fluff without clogging the path through which the fluff is discharged to minimize the fluff remaining in the operation part, and to distribute the fluff radially while the angle between the head and the handle is flowed. It is designed to improve the efficient discharge and collection effect of fluff when the fluff remover is used.

In order to achieve the above object, the present invention includes a head part for removing fluff by a rotating blade, a handle provided at one end of the head part so that a user can grip it, and a dust collecting part for collecting and storing the fluff removed from the head part. In the lint remover configured to include, the head unit is equipped with a porous cap to enable the removal of fluff while protecting the driving unit, the blade and the blade in the case, and the dust collecting unit forms a partition wall corresponding to the outer periphery of the blade formed at the top of the case. a first accommodating space for first collecting and temporarily storing fluff removed by the blade, and a second accommodating space formed along the perimeter of the second accommodating space to secondarily collect fluff discharged from the first accommodating space; , a plurality of discharge holes are formed radially on the bulkhead to discharge fluff, and an annular dust collecting cover is mounted on the outer periphery of the bulkhead to surround the second receiving space so that the fluff removed by the blade is collected into the first receiving space. It is intended to be collected into the second receiving space through the outlet.

In addition, the mounting structure is simplified by forming locking elements corresponding to the bulkhead and the dust collecting cover so that they can be fastened and separated with one touch by rotation. A switch that applies power to the device is installed to ensure safe operation.

In addition, while forming the blade in a multi-blade structure, the tip of the blade forms a bent shape, and it is possible to switch to bidirectional rotation mode by the driving unit, and the head and handle are coupled to the shaft to enable folding operation, and the angle By installing a setting unit, it is possible to set the angle between the head unit and the handle.

According to the present invention, according to the fluff remover, the structure of the dust collecting part where the removed fluff is collected is dispersed radially through the outlet under the blade and the dust is collected from the entire edge while efficiently storing the removed fluff and a large amount of fluff Because it can store lint, it is possible to efficiently remove lint in the first accommodating space without the need for separate brushing to remove lint and to improve the life of the motor. It is very convenient to use because there is no need.

In addition, when using the lint remover, dust is prevented from being discharged backwards, and a wide range of lint can be removed at once.

In addition, by rotating the motor in the forward and reverse directions, it is possible to cleanly remove fluff using a multi-blade blade, while taking care of clothes in a bidirectional rotation mode. Since the angle can be adjusted according to the posture held by the head and the head can be used in a state that is completely in close contact with the object, the fluff removal performance and convenience are greatly improved.

1 is an external view of the lint remover of the present invention;
Figure 2 is a structural view in which the dust collecting cover is separated from the head of Figure 1;
3 is an exploded perspective view showing the structure of the head part of the present invention;
Figure 4 is a cross-sectional structural view of the fluff remover of the present invention
5 is an enlarged view showing the fluff collecting structure of the head of FIG.
Figure 6 is a dust collector mounting structure diagram of the present invention
7 is a state diagram of the present invention
8 is a view of the mounting structure of the head part and the handle according to the present invention;
9 is a state diagram showing the angle setting structure of the head part and the handle according to the present invention;

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The present invention includes a head part 100 for removing fluff by a rotating blade as shown in FIG. 1, a handle 200 provided at one end of the head part 100 so that a user can grip it, and the It is configured to include a dust collecting unit 300 for collecting and storing the fluff removed from the head unit 100, and along the edge of the head unit 100, the dust collecting unit 300 is integrally configured to collect fluff efficiently. It is characterized by being able to store a large amount of fluff.

The driving unit 120 is built in the case 110 constituting the head unit 100, and the blade 130 is mounted to be linked with the driving unit 120, so that the blade 130 rotates to remove fluff like clothes. In order to be able to remove the fluff by contacting the object for the purpose, the cap 140 is covered on the upper surface of the blade 130 to prevent the blade 130 from directly contacting the object to prevent damage to the fabric and to remove only the fluff be able to

When the detailed structure of the head part 100 is described in more detail, the case 110 includes a body part 112 having an inner space formed so that the upper side is opened, and a cover part 114 for blocking the opened upper part of the body part. As a separate configuration, the main body 112 has a hemispherical shape, the handle 200 is mounted on one side thereof, and is closed by covering it with the cover part 114 .

At this time, the case 110 is equipped with a driving unit 120 comprising a motor that operates by receiving power from a battery, and a blade operating in conjunction with the driving unit 120 on the outside of the cover unit 114 . 130 is mounted to be exposed.

And the dust collecting part 300 is the upper end of the cover part 114, a partition wall 310 protruding upward in a cylindrical shape to correspond to the outer periphery of the blade 130, and the inside and outside space by the partition wall 310 It is mounted to surround the separated first and second accommodating spaces 320 and 330 and the second accommodating space and is configured to include an annular dust collecting cover 340 for collecting fluff.

And when the outlet 312 is formed in the bulkhead 310, the first accommodating space 320 and the second accommodating space 330 are separated by the bulkhead 310, so the removed fluff does not overload the motor and efficiently It can be collected after being discharged to the

At this time, the blade 130 has a plurality of blades 134 arranged radially on the upper end of the rotating plate 132 , and the upper end of the partition wall 310 protects the blade 130 and stores the removed fluff in a first accommodating space. A cap 140 having a plurality of through holes to be introduced into the 320 is mounted.

The blades 134 are preferably arranged in a radial manner to remove the fluff by arranging six blades. An inlet hole is formed in the rotating plate 132 between each blade 134 is arranged and removed by the blades 134 . The made fluff may be discharged to the first accommodating space 320 .

And the shaft 136 connected to the lower end of the rotating plate 132 may be equipped with an impeller 138 having a plurality of radially formed blades, the impeller 138 is a driving unit 120 and a rotating plate 132 of the blade 130 . ) and rotating together, the fluff collected in the first accommodating space 320 can be induced to be discharged to the second accommodating space 330 .

At this time, if the impeller 138 does not form the same size or length of a plurality of radially arranged blades, and generates a deviation such that relatively large blades and small blades are repeatedly arranged, irregular air during rotation of the impeller By generating a flow and improving the fluidity of the fluff in the first accommodating space, it is possible to more smoothly induce the discharge into the second accommodating space.

Therefore, the first accommodating space 320 is collected by first collecting the fluff removed by the blade 130, and the received fluff is discharged back to the second accommodating space 330 to remove and collect the fluff, At this time, the second accommodating space 330 is formed along the circumference of the first accommodating space 320 so that the fluff temporarily stored in the first accommodating space 320 is discharged to the second accommodating space 330 to collect the fluff efficiently. can be captured by

At this time, an annular dust collecting cover 340 is mounted on the outer periphery of the partition wall 310 to surround the second accommodating space 330 , and the dust collecting cover 340 has an opening hole 341 formed in the center. The cap 140 is exposed, and the cap 140 may be mounted on the partition wall 310 with a perforated plate 144 mounted on the fastening ring 142 so that assembly and separation are possible, and at this time, the fastening ring 142 ) in order to assemble the perforated plate 144 to the upper body and the lower body by separating the fastening ring 142, and inserting the perforated plate 144 therebetween so that the assembly can be made. A knurling portion for tightening the cap 140 is formed around the periphery, and a spiral portion is formed in the lower body for assembly to the partition wall 310 to be assembled to the partition wall 310 in a spiral structure.

At this time, since the cap 140 is mounted in a spiral structure, the distance from the blade 130 is adjusted by adjusting the distance from the blade 130 by finely adjusting the height of the perforated plate 144 according to the degree of tightening while rotating the cap 140 to the size of fluff. Various height adjustments are possible.

In addition, as a structure for mounting the dust collecting cover 340 to the head part 100 , the dust collecting part 300 is fastened to the inner periphery of the dust collecting cover 340 so as to be in contact with the outer periphery of the partition wall 310 with a wall 342 ). is formed, and locking elements 314 and 344 are formed in the partition wall 310 and the dust collecting cover 340 to correspond to each other, and the dust collecting cover 340 is positioned on the outer edge of the bulkhead 310 and rotated to fix it with one touch and fasten it conveniently and separation is possible.

And when the lint remover is operated, the outer periphery of the cap 140 assembled on the upper end of the partition wall 310 for exhausting the air introduced into the second accommodating space 330 is the fastening wall 342 of the dust collecting cover 340 . ) and spaced apart from each other, and an exhaust hole 343 is formed in the fastening wall 342 to exhaust the inside of the dust collecting cover 340 .

At this time, the exhaust hole 343 can be smoothly exhausted by forming an exhaust hole 343 directly above the exhaust hole 312 in a state in which the exhaust hole 312 of the partition wall 310 is radially disposed. .

In addition, if a switch 150 for controlling the operation of the driving unit 120 is formed in the partition wall 310 at a position where the cap 140 is mounted, the driving unit ( The operation is performed by applying power to 120), and when the cap 140 is separated from the bulkhead 310, the switch 150 is switched to the OFF state, and the operation of the driving unit 120 and the rotation of the blade 130 are performed. By preventing this from happening, even when the user separates the cap to wash the cap 140 and the blade 130, it is possible to prevent a safety accident due to the blade.

And the driving unit 120 for driving the blade 130 is equipped with a driving motor 122 that rotates at a high speed of 9000RPM to efficiently remove the fluff, at this time the driving motor 122 is attached to the handle 200. It is preferable to rotate and drive the driving motor 122 by manipulating the formed control unit 124 .

In addition, the blade 134 constituting the blade 130 has an upper end bent at a certain angle to improve cutting performance when removing fluff, and the drive motor 122 can be rotated in either the forward or reverse direction. 122), it can also be used as a bidirectional rotation mode.

That is, when the blade 134 rotates the drive motor 122 in the forward direction in a state in which the upper end is bent at a certain angle, the rotating plate 132 of the blade 130 rotates counterclockwise while the bent tip of the blade 134 is rotated in the counterclockwise direction. The blade cuts the fluff, and when the drive motor 122 is rotated in the reverse direction, the rotating plate 132 of the blade 130 rotates clockwise, and the bent inclined surface of the blade 134 is in close contact with the surface of the clothing. can be stabilized.

At this time, the on/off and rotation direction setting of the driving motor 122 can be controlled by the operation of the control unit 124 , and performs a function of removing lint when rotating in the forward direction, and taking care of clothes when rotating in the reverse direction function can be performed.

And this operation can be controlled by a single button formed on the handle. For example, when the button of the control unit 124 is pressed, the lint remover operates in the forward direction to remove the lint, and when the button is pressed again After taking care of the area where the lint was removed by operating in the reverse direction, press the button again to turn off the lint remover to stop the operation.

On the other hand, the handle 200 is axially coupled to the head part 100 so that the angle of the head part 100 is changed in a state in which the user holds the handle, and fluff is removed in the first and second accommodating spaces 320 and 330 radially. It can be efficiently dispersed with the help of the user and can be used by adjusting the angle according to the user's various postures or angles such as placing objects on the floor or hanging them.

To this end, the head unit 100 may form an angle setting unit 150 for controlling the folding operation at a set angle on the part on which the handle 200 is mounted, and the angle setting unit 150 is a rotating part. A stopper 152 temporarily fixed in engagement and an elastic element 154 for elastically supporting the stopper are mounted to control the folding operation of the handle while fixing the folded angle of the handle.

At this time, the stopper 152 and the elastic element 154 are inserted into the groove provided in the receiving space, and the handle 200 is engaged with the stopper 152 to form a groove 202 for temporary fixing to be achieved, thereby forming the handle 200 . ) is inserted into the recess 202 while the stopper 152 is elastically operated by the elastic element 154 when the folding operation can be maintained to maintain a temporary fixed state.

And when a plurality of the grooves 202 are formed, the folding angle of the handle 200 can be variously set while the stoppers 152 are caught and fixed in each groove.

100: head
110: case 112: body portion 114: cover portion
120: driving unit 122: driving motor 124: control unit
130: blade 132: rotating plate 134: blade
140: cap 142: fastening ring 144: perforated plate
150: angle setting unit 152: stopper 154: elastic element
200: handle 202: groove
300: dust collector
310: bulkhead 312: outlet 314: locking element
320: first accommodation space
330: second accommodation space
340: dust collection cover 341: opening hole 342: fastening wall
343: exhaust hole 344: locking element

Claims (6)

The head part 100 for removing fluff by the rotating blade, the handle 200 provided at one end of the head part 100 so that the user can grip it, and the fluff removed from the head part 100 In the lint remover configured to include a dust collecting unit 300 to collect and store,
The head part 100 is operated in conjunction with the blade 130 exposed to the outside of the cover part 114 as the driving part 120 is mounted on the case 110 comprising the body part 112 and the cover part 114 . and,
The dust collecting part 300 is formed with a cylindrical partition wall 310 to correspond to the outer periphery of the blade 130 spaced apart from the upper end of the cover part 114, and is removed by the blade 130 by the partition wall 310. A first accommodating space 320 for collecting and temporarily storing fluff and a second accommodating space 330 formed along the perimeter of the second accommodating space to collect the fluff discharged from the first accommodating space secondarily, ,
A cap 140 having a plurality of through holes is mounted on the upper end of the partition wall 310 to protect the blade 130 and to introduce the removed fluff into the first accommodating space 320 , and the partition wall 310 has a plurality of radially A dust collecting cover 340 of an annular shape is mounted on the outer periphery of the partition wall 310 so as to surround the second accommodating space 330, the first accommodating space 320 in which the fluff removed by the blade is formed. ) and then collected into the second accommodating space 330 through the outlet 312. Lint remover, characterized in that it is collected. The method according to claim 1, wherein the head part 100 is axially coupled to the handle 200 so that the angle of the head part 100 is varied while the user holds the handle to remove fluff in the first and second accommodating spaces. A lint remover characterized in that it can be dispersed radially. The angle setting unit 150 for controlling the folding operation is formed in the head unit 100 at the part on which the handle 200 is mounted, and the angle setting unit 150 is temporarily engaged with the rotating unit. A lint remover, characterized in that a fixed stopper and an elastic element for elastically supporting the stopper are mounted to control the folding operation of the handle while fixing the folded angle of the handle. The method according to claim 2 or 3, wherein the head part 100 induces discharge of fluff collected in the first accommodating space 320 at the lower end of the blade 130 into the second accommodating space 330. Lint remover, characterized in that the impeller 138 is formed with a plurality of blades in a radial direction. According to claim 1, wherein the dust collecting part 300 has a fastening wall 342 is formed on the inner periphery of the dust collecting cover 340 so as to be in contact with the outer periphery of the partition wall 310, the partition wall 310 and the dust collecting cover (340) The lint remover, characterized in that locking elements (314, 344) are formed to be engaged and fixed in correspondence with each other. The dust collecting cover 340 of claim 5, wherein the dust collecting part 300 has an outer periphery of the cap 140 assembled on the upper end of the partition wall 310 for exhausting the air introduced into the second accommodating space 330. Doedoe configured to be spaced apart from the fastening wall 342, the lint remover, characterized in that the exhaust hole 343 is formed in the fastening wall 342.

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