CN201870593U

CN201870593U - Filament fiber duster

Info

Publication number: CN201870593U
Application number: CN2010206417769U
Authority: CN
Inventors: 杨晓华
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-11-25
Filing date: 2010-11-25
Publication date: 2011-06-22
Anticipated expiration: 2020-11-25

Abstract

The utility model relates to a filament fiber duster which aims at solving the technical problem of providing a duster having the characteristics of simple production, high product utilization ratio, reasonable structure and convenience in operation. The technical scheme is as follows: the filament fiber duster comprises a duster head and a handle plugged and matched with the duster head, wherein the duster head further consists of a right non-woven fabric, a left non-woven fabric, a right fiber layer and a left fiber layer that are superposed and welded left and right, the right fiber layer is welded at the right surface of the right non-woven fabric, the fiber layer is welded at the left surface of the left non-woven fabric; the filament fiber duster is characterized in that two non-woven fabrics and two fiber layers are welded as whole by two ultrasonic lines that are parallel with each other and continuously extend along the horizontal direction of the non-woven fabrics, and an insert pocket for containing the handle is arranged between the two non-woven fabrics; the left and right fiber layers are formed by a plurality of thick filaments that are distributed in parallel along the vertical direction of the non-woven fabrics; and the thick filaments are formed by a plurality of polyester filament yarns (PFY) or superfine fiber filament yarns or polyester-polyamide composite fiber filament yarns.

Description

A kind of filament fiber dirt is brushed lightly

Technical field

The utility model relates to a kind of dirt of indoor use to be brushed lightly, and especially a kind of filament fiber dirt is brushed lightly.

Background technology

It is more extensive, the more common sanitary tool of use in the life that dirt is brushed lightly.Existing fiber filament dirt as the indoor cleaning dust removal is brushed lightly, and its fiber filament all is manually-operated in process of production, is sewn on the nonwoven by sewing machine.Such production line, the complex operation complexity has not only increased the Manufacturing Worker greatly, causes the low left side of human resources waste and efficient.Since fiber filament be by artificial sewing on the nonwoven right side, the bond strength between nonwoven and the fiber filament is also not enough, and easy cleaning not, its cleaning efficacy is affected.

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 to produce simple, product utilization rate height, rational in infrastructure, convenience operation.

The technical scheme that the utility model proposes is:

A kind of filament fiber dirt is brushed lightly, comprise that dirt brushes lightly head and brush lightly the handle that head is pegged graft and to be cooperated with dirt, dirt is brushed lightly head and is comprised the right sheet nonwoven of the superimposed welding in the left and right sides, left sheet nonwoven, right layer fibrage, left side layer fibrage again, described right layer fibrage is welded on the right surface of right sheet nonwoven, left side layer fibrage is welded on the left surface of left sheet nonwoven, it is characterized in that: described two nonwoven and bilaminar fiber layer are parallel to each other by two and are one and form the slash pocket that holds handle between two nonwoven along the continuous ultrasound line welding of stretching of the left and right directions of nonwoven; Described left and right two fibre layers is made of numerous crins along the parallel distribution of nonwoven above-below direction; Described crin is made up of many polyester filaments or superfine fibre long filament or polyester-nylon complex fiber long filament again.

Described right layer fibrage and right sheet nonwoven are one by the 3rd the ultrasound line welding that is positioned at right sheet nonwoven middle part also; Described left side layer fibrage and left sheet nonwoven are one by the 4th the ultrasound line welding that is positioned at left sheet nonwoven middle part also; Described the 3rd ultrasound line, the 4th ultrasound line are parallel to each other and stretch continuously along the left and right directions of nonwoven.

Edge, two ends, the described right sheet nonwoven left and right sides is dug folding to the middle part, edge, two ends, the described left sheet nonwoven left and right sides is dug folding to the middle part.

The width of described bilaminar fiber layer above-below direction is greater than described two nonwoven.

Described left and right two nonwoven left ends and right-hand member respectively have a kerf.

Described handle is inserted the embedding structure by the insertion section of handle and handle left end by one and is formed by connecting.

Described slotting embedding structure is: insert a section right-hand member and make forked and be shaped on two projections in forked both sides of the edge; Described handle is the inner thin-wall case that is shaped on cavity, and its left end face is shaped on a hollow recess that matches with aforementioned insertion section right-hand member.

Described insertion section from left to right thickness becomes big gradually.

Described insertion section right-hand member is shaped on the projection that matches with a described otch.

Described handle right-hand member end face has an opening, and other is furnished with a capping that matches with this opening.

The beneficial effects of the utility model are:

The utility model is by hyperacoustic explained hereafter, thoroughly having changed so for many years fiber filament must could produce the history that dirt is brushed lightly by the sewing machine sewing, greatly reduces production cost of products, and can be by streamline production, reduce the Manufacturing Worker greatly, improve the quality of products greatly, make full use of the advantage of fiber filament, use dirt to brush lightly and be not easy hair in the process, can clean after the use, can reuse after cleaning up, improve the utilization rate of product greatly, save material.

Only need when the utility model uses insertion end is inserted slash pocket, and to fibrage combing a little, the fiber dispersion that makes dirt brush lightly head becomes cylindrical shape, so just can be used as cleaning, and is simple to operate.

Brush end in the utility model can stretch toward all directions as the fibrage of bristle, form a columniform bristle rod; So just can use effectively, comprise that the laying dust in various narrow slits, the hole can both be removed effectively, thereby significantly improved cleaning efficient in various occasions.In addition, inserting section in addition be single structure, during use and the grafting of slash pocket easier for installation fast.

Description of drawings

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

Fig. 2 is the main TV structure schematic diagram of handle of the present utility model.

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

Fig. 4 is the left apparent direction schematic diagram that the dirt among Fig. 1 is brushed lightly head.

Fig. 5 is the reset condition STRUCTURE DECOMPOSITION schematic diagram that Fig. 4 dirt is brushed lightly head.

Fig. 6 is that A-A among Fig. 5 is to structural representation.

Fig. 7 is that the master of the insertion section of handle looks the structure for amplifying schematic diagram.

Fig. 8 is a structure for amplifying schematic diagram of inserting the embedding structure.

Fig. 9 is that the structure for amplifying schematic diagram is looked on the left side of Fig. 2 handle.

The specific embodiment

A kind of as shown in Figure 5 filament fiber dirt is brushed lightly, and comprises that dirt brushes lightly 1 and brush lightly the handle 2 that head is pegged graft and cooperated with dirt; Dirt is brushed lightly head and is comprised the right sheet nonwoven 1-3 of the superimposed welding in the left and right sides, left sheet nonwoven 1-4, right layer fibrage 1-1, left side layer fibrage 1-2 again, right layer fibrage is welded on the right surface of right sheet nonwoven, layer fibrage in a left side is welded on the left surface of left sheet nonwoven, two nonwoven and the bilaminar fiber layer is parallel to each other by two and be welded as a whole and form the slash pocket that holds handle between two nonwoven along the ultrasound line (article one ultrasound line 1-7, second ultrasound line 1-8) that the left and right directions of nonwoven stretches continuously; Left and right two fibre layers is made of numerous crins along the parallel distribution of nonwoven above-below direction; Crin is made up of many polyester filaments or superfine fibre long filament or polyester-nylon complex fiber long filament again.Handle inserts section and inserts in the slash pocket, becomes a complete dirt and brushes lightly (360 degree are cylindrical), can use in various occasions effectively, comprises that the laying dust in various narrow slits, the hole can both be removed effectively.

Brush lightly a left side as the dirt of Fig. 5 and look (reset condition: not combing dispersity of fiber), the width of bilaminar fiber layer above-below direction is greater than two nonwoven shown in the reset condition STRUCTURE DECOMPOSITION schematic diagram.Right layer fibrage and right sheet nonwoven also are welded as a whole by the 3rd the ultrasound line 1-5 that is positioned at right sheet nonwoven middle part; Left side layer fibrage and left sheet nonwoven also are welded as a whole by the 4th the ultrasound line 1-6 that is positioned at left sheet nonwoven middle part; Article three, ultrasound line, the 4th ultrasound line are parallel to each other and stretch continuously along the left and right directions of nonwoven.

As shown in the figure, the utility model dirt is brushed lightly head and is divided into four layers, and a left side is successively by the right side: right layer fibrage, right sheet nonwoven, left sheet nonwoven, left side layer fibrage; Right layer fibrage and left side layer fibrage are tiled equably by many crins and form, and every crin is formed by weaving technology again by fiber filaments such as some polyester filaments or superfine fibre long filament or polyester-cotton blend composite fibre long filaments.By ultrasonic bonding four layer materials are welded together, become as a whole, can guarantee that by hyperacoustic heat pressing process bonded fiber can not come off easily.

Edge, two ends, the described right sheet nonwoven left and right sides is dug folding to the middle part, edge, two ends, the described left sheet nonwoven left and right sides is dug folding to the middle part; By after article one ultrasound line 1-7, the second ultrasound line 1-8 welding, the fiber distribution arrangement that dirt is brushed lightly is more reasonable then.

The insertion section 2-4 that handle is joined by handle 2-3 and handle left end inserts the embedding structure by one and is formed by connecting, and inserts the embedding structure and is: insert a section right-hand member and make forked and be shaped on two projection 2-5 in forked both sides of the edge; Described handle is the inner thin-wall case that is shaped on cavity, its left end face is shaped on a hollow recess that matches with insertion section right-hand member, after inserting in the section right-hand member insertion handle, two projections (prong like has the elastic deformability) by both sides of the edge, forked position and the groove of handle left end match the insertion section are fixed with handle, prevent handle and insert the section landing, and handle removes and installs conveniently, helps storage.

As shown in Figure 6, end utilizes cutter respectively to have a kerf 1-9 about left and right two nonwoven.A described insertion section right-hand member is shaped on the projection 2-2 that matches with a described otch, and described when mounted otch is enclosed within on the projection, thereby guarantees that dirt brushes lightly head and can not come off.

Insertion section as shown in Figure 3 from left to right thickness becomes greatly gradually, makes things convenient for handle to insert dirt and brushes lightly in the head.

Handle right-hand member end face has an opening as shown in Figure 2, and other is furnished with a capping 2-1 who matches with opening; Be beneficial to the manufacturing of handle, make product more attractive in appearance simultaneously.

Claims

1. a filament fiber dirt is brushed lightly, comprise that dirt brushes lightly head (1) and brush lightly the handle (2) that head is pegged graft and to be cooperated with dirt, dirt is brushed lightly the right sheet nonwoven (1-3) that head comprises the superimposed welding in the left and right sides again, left side sheet nonwoven (1-4), right layer fibrage (1-1), left side layer fibrage (1-2), described right layer fibrage is welded on the right surface of right sheet nonwoven, left side layer fibrage is welded on the left surface of left sheet nonwoven, it is characterized in that: described two nonwoven and bilaminar fiber layer are parallel to each other by two and are one and form the slash pocket that holds handle between two nonwoven along the continuous ultrasound line welding of stretching of the left and right directions of nonwoven; Described left and right two fibre layers is made of numerous crins along the parallel distribution of nonwoven above-below direction; Described crin is made up of many polyester filaments or superfine fibre long filament or polyester-nylon complex fiber long filament again.

2. a kind of filament fiber dirt according to claim 1 is brushed lightly, and it is characterized in that: described right layer fibrage and right sheet nonwoven also are welded as a whole by the 3rd ultrasound line (1-5) that is positioned at right sheet nonwoven middle part; Described left side layer fibrage and left sheet nonwoven also are welded as a whole by the 4th ultrasound line (1-6) that is positioned at left sheet nonwoven middle part; Described the 3rd ultrasound line, the 4th ultrasound line are parallel to each other and stretch continuously along the left and right directions of nonwoven.

3. a kind of filament fiber dirt according to claim 1 and 2 is brushed lightly, and it is characterized in that: edge, two ends, the described right sheet nonwoven left and right sides is dug folding to the middle part, and edge, two ends, the described left sheet nonwoven left and right sides is dug folding to the middle part.

4. a kind of filament fiber dirt according to claim 3 is brushed lightly, and it is characterized in that: the width of described bilaminar fiber layer above-below direction is greater than described two nonwoven.

5. a kind of filament fiber dirt according to claim 4 is brushed lightly, and it is characterized in that: described left and right two nonwoven left ends and right-hand member respectively have a kerf (1-9).

6. a kind of filament fiber dirt according to claim 5 is brushed lightly, and it is characterized in that: described handle is inserted embedding structure with the insertion section (2-4) of handle left end by one by handle (2-3) and is formed by connecting.

7. a kind of filament fiber dirt according to claim 6 is brushed lightly, and it is characterized in that: described slotting embedding structure is: insert a section right-hand member and make forked and be shaped on two projections (2-5) in forked both sides of the edge; Described handle (2-3) is the inner thin-wall case that is shaped on cavity, and its left end face is shaped on a hollow recess that matches with aforementioned insertion section right-hand member.

8. a kind of filament fiber dirt according to claim 7 is brushed lightly, and it is characterized in that: described insertion section from left to right thickness becomes big gradually.

9. a kind of filament fiber dirt according to claim 8 is brushed lightly, and it is characterized in that: described insertion section right-hand member is shaped on the projection (2-2) that matches with a described otch.

10. a kind of filament fiber dirt according to claim 9 is brushed lightly, and it is characterized in that: described handle right-hand member end face has an opening, and other is furnished with a capping (2-1) that matches with this opening.