CN203195613U

CN203195613U - Single-insertion-strip duster

Info

Publication number: CN203195613U
Application number: CN 201320043474
Authority: CN
Inventors: 楼学英
Original assignee: LIN'AN WEIYA NONWOVEN FABRIC PRODUCT FACTORY
Current assignee: Hangzhou Kelier Cleaning Product Co ltd
Priority date: 2013-01-24
Filing date: 2013-01-24
Publication date: 2013-09-18
Anticipated expiration: 2023-01-24

Abstract

The utility model relates to a single-insertion-strip duster which aims at achieving the effect that the duster is reasonable in structure and convenient to use and store, and a brush head is easy to replace. The technical scheme is that the duster comprises an insertion rod and the brush head and is characterized in that the brush head comprises outer-layer non-woven fabric, middle-layer chemical fiber and inner-layer non-woven fabric which are overlapped sequentially and integrally connected through a hot melting welding line. Two sides of the outer-layer non-woven fabric, the middle-layer chemical fiber and the inner-layer non-woven fabric are bent downwards and welded through the hot melting welding line. A pocket extending in the length direction of the brush head is formed on the upper portion of the brush head, and the lower portion of the brush head is the drooping end formed by the edges of the non-woven fabric and the chemical fiber which droop on two sides of the pocket. A single insertion strip is arranged at the front end of the insertion rod, matched with the pocket and inserted in the pocket.

Description

Single dirt of transplanting a cutting is brushed lightly

Technical field

The utility model relates to a kind of burnisher of indoor use, is specifically related to a kind of single dirt of transplanting a cutting and brushes lightly.

Background technology

Existing indoor cleaning dust removal instrument commonly used is nothing more than whisk (particularly chicken feather whisk) and rag.Only be that dust is driven to another place from one when the former uses, do not remove dust fully, and cause room air to worsen within a certain period of time.And the latter needs to catch use with hand, the both hands of usually making dirty in use; When using cold season, both hands are felt bad especially.In addition, these instruments more or less all have the point pollution thing after use, also need have certain space to be used to deposit.Though existing market also has improved commodity, all fail to overcome the defective of before-mentioned products.

The utility model content

The purpose of this utility model provides the improvement that a kind of dirt is brushed lightly, and this dirt is brushed lightly the deficiency that should be able to overcome the above-mentioned background technology, has characteristics rational in infrastructure, that use and collect convenience, the easy replacing of brush.

The technical scheme that the utility model proposes is:

Single dirt of transplanting a cutting is brushed lightly, and comprises inserted link and brush, it is characterized in that: described brush comprises outer nonwoven, mesospheric chemistry fiber and internal layer nonwoven superimposed and that link into an integrated entity by the thermofussion welding wiring in regular turn; The both sides of described outer nonwoven, mesospheric chemistry fiber and internal layer nonwoven bend down, and connect by aforementioned hot fusion welding wire bonding, form a slash pocket that stretches along the head length direction on the top of brush, the bottom of brush then is the low end that is formed by the edge of the sagging nonwoven in slash pocket both sides and chemical fibre; The front end of described inserted link is single cutting, and this is transplanted a cutting with aforementioned slash pocket coupling and inserts in the slash pocket.

Be shaped on the retaining bead that prevents from transplanting a cutting with the slash pocket slippage in the described cutting.

The lower end of described nonwoven also is shaped on cracking of some perforations edge, makes the edge of nonwoven form many sagging fillets.

The beneficial effects of the utility model are: because the brush in the utility model has adopted chemical fibre raw material, the electrostatic precipitation character that it has makes dust removing effects be significantly improved.And the inserted link in the utility model is single inserted link of transplanting a cutting, and is very convenient during installation, inserted link can be pulled down during collection, and brush be with also can cleaning at any time after dirty, and can be optionally changing brush head more at any time.In addition, the improvement that the utility model is done is rational in infrastructure, simple, and manufacturing cost is also low, is conducive to apply.

Description of drawings

Fig. 1 is main TV structure schematic diagram of the present utility model.

Fig. 2 be among Fig. 1 A-A to cutaway view Amplified image.

Fig. 3 is plan structure schematic diagram of the present utility model.

Fig. 4 is the stereoscopic-state schematic diagram of brush in the utility model.

Fig. 5 is the plan structure schematic diagram of inserted link in the utility model.

The specific embodiment

As shown in the figure, single dirt of transplanting a cutting is brushed lightly, comprise inserted link 1 and brush 2, the front end of described inserted link is shaped on a cutting 1-1 who protracts, and described brush comprises outer nonwoven 7, mesospheric chemistry fiber 8 and internal layer nonwoven 9 superimposed and that link into an integrated entity by thermofussion welding wiring 6 in regular turn; The both sides of described outer nonwoven, mesospheric chemistry fiber and internal layer nonwoven bend down, and connect by aforementioned hot fusion welding wire bonding, form a slash pocket 5 that stretches along the head length direction on the top of brush, the bottom of brush then is the low end that is formed by the edge of the sagging nonwoven in slash pocket both sides and chemical fibre; Transplant a cutting and aforementioned slash pocket coupling, the mode that inserted link and brush insert slash pocket by cutting realizes fixing pegging graft.

The length of described chemical fibre and the width adequate of nonwoven, in fact chemical fibre is lateral arrangement, and is vertical with the length direction of brush, and the middle part of chemical fibre is clamped between the two-layer nonwoven, and is one by hot melt adhesive, and two ends are sagging formation bristle then.

The lower end of nonwoven also is shaped on cracking of some perforations edge, makes the edge of nonwoven form many sagging fillets 4, matches with the low end of chemical fibre, can play good cleaning dust removal effect (fillet that shows among the figure is the sagging shape of nature).In fact, described outer nonwoven and internal layer nonwoven can be that same nonwoven is folded to form.

For increasing the grafting fastness of inserted link and brush, also be shaped in the cutting several prevent from transplanting a cutting show to transplant a cutting among the retaining bead 7(figure with the slash pocket slippage be shaped on three retaining beads), after the slash pocket of brush is inserted in this cutting that is shaped on the retaining bead, because the frictional force between cutting and the slash pocket increases, thereby transplants a cutting generally speaking and can not separate with slash pocket.

Described chemical fibre is polypropylene fibre, terylene or the mixture of the two; Described nonwoven also adopts polypropylene fibre, terylene or the mixture manufacturing of the two, and all outsourcing obtains.

Manufacture process of the present utility model is: the outer nonwoven that will hold seam successfully is paved, then at the outer nonwoven chemical fibre that tiles, chemical fibre is lateral arrangement, length direction perpendicular to outer nonwoven, re-lay the internal layer nonwoven of holding seam successfully, pick out a plurality of round dots 3 in the thermofussion welding along its length of the middle part of internal layer nonwoven and outer nonwoven then, both sides with two-layer nonwoven bend down afterwards, at last bending part is connected together by the thermofussion welding wiring of stretching along the head length direction, the two ends of chemical fibre are sagging formation bristle then.

The thermofussion welding wiring is dotted line among the figure, is made up of a plurality of thermofussion welding contacts that are arranged in a linear.

Claims

1. single dirt of transplanting a cutting is brushed lightly, and comprises inserted link (1) and brush (2), it is characterized in that: described brush comprises outer nonwoven (7), mesospheric chemistry fiber (8) and internal layer nonwoven (9) superimposed and that link into an integrated entity by thermofussion welding wiring (6) in regular turn; The both sides of described outer nonwoven, mesospheric chemistry fiber and internal layer nonwoven bend down, and connect by aforementioned hot fusion welding wire bonding, form a slash pocket (5) that stretches along the head length direction on the top of brush, the bottom of brush then is the low end that is formed by the edge of the sagging nonwoven in slash pocket both sides and chemical fibre; The front end of described inserted link is single cutting (1-1), and this is transplanted a cutting with aforementioned slash pocket coupling and inserts in the slash pocket.

2. single dirt of transplanting a cutting according to claim 1 is brushed lightly, and it is characterized in that: be shaped on the retaining bead (7) that prevents from transplanting a cutting with the slash pocket slippage in the described cutting.

3. single dirt of transplanting a cutting according to claim 1 is brushed lightly, and it is characterized in that: the lower end of described nonwoven also is shaped on cracking of some perforations edge, makes the edge of nonwoven form many sagging fillets (4).