CN206007176U - A kind of water squeezing collodion cotton is dragged - Google Patents

Abstract

The utility model discloses a kind of water squeezing collodion cotton is dragged, including mop rod and mophead, the mophead includes collodion head and supporter, the collodion head is connected with wing plate is turned over by hanging haftplatte, the wing plate corresponding end of turning over is hinged with union joint respectively, the union joint is hinged with the handle being arranged on mop rod by the tie rod through supporter, two side lower part of the supporter is hinged with corresponding turnover slip water squeezing block front portion respectively, it is hinged with the sliding eye for turning over setting on wing plate in the middle part of the turnover slip water squeezing block, the turnover slip water squeezing block afterbody is shaped to for carrying out the contact surface of secondary water squeezing to collodion head.This utility model is by turning down the structure design of slip water squeezing block and turning over the setting of sliding eye on wing plate, collodion head is made in water squeezing, after it have passed through a conventional water squeezing, turnover slip water squeezing block can form the secondary water squeezing to collodion head both ends in tail end, so that higher to collodion head water squeezing dynamics, water squeezing is better.

Description

A kind of water squeezing collodion cotton is dragged

Technical field

This utility model belongs to daily living article technical field, and more particularly to a kind of water squeezing collodion cotton is dragged.

Background technology

At present, in daily life, collodion water-extruding mop is the articles for daily use that we commonly use, its after cleaning, Neng Goutong Crossing operation handle makes collodion head doubling mutual extrusion dehydration, convenient to use.As illustrated in fig. 1 and 2, it is that traditional collodion head connects Linkage normally using and schematic diagram during water squeezing state, due to being subject to the opposition of collodion head, connecting rod tail during extruding Portion's support force is not enough, causes collodion head water squeezing state in inverted V-shaped, and the hydrops effect on driving birds is not good at collodion head two ends affects to use.

Utility model content

Goal of the invention of the present utility model is：For above-mentioned problem, there is provided one kind is enabled to collodion head Water squeezing dynamics is higher, and the better water squeezing collodion cotton of water squeezing is dragged.

The technical solution of the utility model is realized in：A kind of water squeezing collodion cotton is dragged, including mop rod and mophead, The mophead includes collodion head and supporter, and the collodion head is connected with wing plate is turned over by hanging haftplatte, described turns over wing plate pair End is answered to be hinged with union joint respectively, the union joint is by the tie rod through supporter and the handle hinge being arranged on mop rod Connect, it is characterised in that：Two side lower part of the supporter is hinged with corresponding turnover slip water squeezing block front portion respectively, and the turnover is slided It is hinged with the sliding eye for turning over setting on wing plate in the middle part of dynamic water squeezing block, the turnover slip water squeezing block afterbody is shaped to for collodion Head carries out the contact surface of secondary water squeezing.

Water squeezing collodion cotton described in the utility model is dragged, and its described collodion is dragged in normal operating condition, and the turnover is slided Water squeezing block upper outside face abuts against supporter inwall, and the collodion is dragged in water squeezing state, the turnover slip water squeezing block tail Portion forms certain extruding angle, during water squeezing, slides when the turnover slip water squeezing block is located at the pin joint for turning over wing plate To collodion head water squeezing is formed during dynamic hole top, when the turnover slip water squeezing block is moved to cunning with the pin joint for turning over wing plate The secondary water squeezing to collodion head is formed during dynamic hole bottom.

Water squeezing collodion cotton described in the utility model is dragged, and its described union joint is molded as one structure with tie rod bottom.

Water squeezing collodion cotton described in the utility model is dragged, and its described mop rod includes the outer body of rod and expansion link, the outer body of rod Lower end is socketed in expansion link top, and the expansion link lower end is connected with supporter, and the expansion link upper end is provided with internal locking device, The internal locking device is connected with the expansion nut being placed in outer bar body.

Water squeezing collodion cotton described in the utility model is dragged, and its described outer body of rod upper end is connected with handle, in the handle upper end Portion is provided with handle head.

Water squeezing collodion cotton described in the utility model is dragged, and its described handle upper end is connected with expansion link by C-shaped cushion cover, The outer body of rod bottom is socketed with pipe box.

This utility model makes collodion by turning down the structure design of slip water squeezing block and turning over the setting of sliding eye on wing plate In water squeezing, after it have passed through a conventional water squeezing, turnover slip water squeezing block can be formed to collodion head two ends head in tail end The secondary water squeezing in portion so that higher to collodion head water squeezing dynamics, water squeezing is better.

Description of the drawings

Fig. 1 and Fig. 2 be traditional collodion head linkage normally using and schematic diagram during water squeezing state.

Fig. 3 is structural representation of the present utility model.

Fig. 4 is dismounting schematic diagram of the present utility model.

Fig. 5 is the structural representation for turning over wing plate in this utility model.

Fig. 6 is the structural representation for turning down slip water squeezing block in this utility model.

Fig. 7 is the cooperation schematic diagram of turnover slip water squeezing block and supporter in this utility model.

Fig. 8 and Fig. 9 are schematic diagram of this utility model in normal operating condition.

Figure 10 and Figure 11 are schematic diagram of this utility model in a water squeezing state.

Figure 12 and Figure 13 are schematic diagram of this utility model in secondary water squeezing state.

Figure 14 is schematic perspective view of this utility model in secondary water squeezing state.

Labelling in figure：1 is mop rod, and 1a is the outer body of rod, and 1b is expansion link, and 2 is collodion head, and 3 is supporter, and 4 is viscous for hanging Plate, 5 for turning over wing plate, and 6 is union joint, and 7 is tie rod, and 8 are handle, and 9 are turnover slip water squeezing block, and 10 is sliding eye, and 11 is secondary The contact surface of water squeezing, 12 is internal locking device, and 13 is expansion nut, and 14 is handle, and 15 is handle head, and 16 is C-shaped cushion cover, and 17 are pipe Set.

Specific embodiment

Below in conjunction with the accompanying drawings, this utility model is described in detail.

In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and enforcement Example, is further elaborated to this utility model.It should be appreciated that specific embodiment described herein is only in order to explaining This utility model, is not used to limit this utility model.

As seen in figures 3-6, a kind of water squeezing collodion cotton is dragged, and including mop rod 1 and mophead, the mophead includes collodion head 2 and supporter 3, the collodion head 2 is connected with wing plate 5 is turned over by hanging haftplatte 4, described turn over 5 corresponding end of wing plate respectively with even Joint 6 is hinged, and the union joint 6 is hinged with the handle 8 being arranged on mop rod 1 by the tie rod 7 through supporter 3, described Union joint 6 is molded as one structure with 7 bottom of tie rod, and 3 liang of side lower parts of the supporter turn down slip water squeezing with corresponding respectively 9 front portion of block is hinged, and is hinged with the sliding eye 10 for turning over setting on wing plate 5 in the middle part of the turnover slip water squeezing block 9, and the turnover is slided 9 afterbody of water squeezing block is shaped to for carrying out the contact surface 11 of secondary water squeezing to collodion head 2.

Wherein, the mop rod 1 includes that outer body of rod 1a and expansion link 1b, the outer body of rod 1a lower ends are socketed in expansion link 1b Top, the expansion link 1b lower ends are connected with supporter 3, and the expansion link 1b upper ends are provided with internal locking device 12, the internal lock Device 12 is connected with the expansion nut 13 being placed in outer body of rod 1a, and the outer body of rod 1a upper ends are connected with handle 14, in the handss 14 upper end of handle is provided with handle head 15, and 8 upper ends of the handle are connected with expansion link 1b by C-shaped cushion cover 16, described outer Body of rod 1a bottoms are socketed with pipe box 17.

As shown in Fig. 7,8 and 9, the collodion is dragged in normal operating condition, 9 upper outside of turnover slip water squeezing block Face abuts against 3 inwall of supporter so that collodion drag normal when using will not double swerve, as shown in figures 10-14, the collodion is dragged In water squeezing state, 9 afterbody of turnover slip water squeezing block forms certain extruding angle, during water squeezing, turns over when described Folding slip water squeezing block 9 forms a water squeezing to collodion head 2 when being located at 10 top of sliding eye with the pin joint for turning over wing plate 5, works as institute State to be formed when turnover slip water squeezing block 9 is moved to 10 bottom of sliding eye with the pin joint for turning over wing plate 5 and the secondary of collodion head 2 is squeezed Water, the contact surface for turning down slip water squeezing block afterbody enhance the water squeezing stress surface to collodion head-tail.

Preferred embodiment of the present utility model is the foregoing is only, not in order to limit this utility model, all at this Any modification, equivalent and improvement that is made within the spirit and principle of utility model etc., should be included in this utility model Protection domain within.

Claims (6)

1. a kind of water squeezing collodion cotton is dragged, including mop rod（1）And mophead, the mophead includes collodion head（2）And support Body（3）, the collodion head（2）By hanging haftplatte（4）With turn over wing plate（5）Connection, described turns over wing plate（5）Corresponding end respectively with even Joint（6）It is hinged, the union joint（6）By passing through supporter（3）Tie rod（7）Be arranged on mop rod（1）On handle （8）It is hinged, it is characterised in that：The supporter（3）Two side lower parts turn down slip water squeezing block with corresponding respectively（9）Anterior hinge Connect, the turnover slip water squeezing block（9）Middle part with turn over wing plate（5）The sliding eye of upper setting（10）It is hinged, the turnover is slided and squeezed Water block（9）Afterbody is shaped to for collodion head（2）Carry out the contact surface of secondary water squeezing（11）.

2. water squeezing collodion cotton according to claim 1 is dragged, it is characterised in that：The collodion is dragged in normal operating condition, institute State turnover slip water squeezing block（9）Upper outside face abuts against supporter（3）Inwall, the collodion are dragged in water squeezing state, described Turnover slip water squeezing block（9）Afterbody forms certain extruding angle, during water squeezing, when the turnover slip water squeezing block（9） With turn over wing plate（5）Pin joint be located at sliding eye（10）Formed to collodion head during top（2）A water squeezing, when described turnover slide Dynamic water squeezing block（9）With turn over wing plate（5）Pin joint be moved to sliding eye（10）Formed to collodion head during bottom（2）Secondary squeeze Water.

3. water squeezing collodion cotton according to claim 1 is dragged, it is characterised in that：The union joint（6）With tie rod（7）Bottom molding It is structure as a whole.

4. the water squeezing collodion cotton according to claim 1,2 or 3 is dragged, it is characterised in that：The mop rod（1）Including the outer body of rod （1a）And expansion link（1b）, the outer body of rod（1a）Lower end is socketed in expansion link（1b）Top, the expansion link（1b）Lower end with Supporter（3）Connection, the expansion link（1b）Upper end is provided with internal locking device（12）, the internal locking device（12）Be placed in outer bar Body（1a）Interior expansion nut（13）Connection.

5. water squeezing collodion cotton according to claim 4 is dragged, it is characterised in that：The outer body of rod（1a）Upper end and handle（14）Even Connect, in the handle（14）Upper end is provided with handle head（15）.

6. water squeezing collodion cotton according to claim 4 is dragged, it is characterised in that：The handle（8）Upper end passes through C-shaped cushion cover （16）With expansion link（1b）Connection, in the outer body of rod（1a）Bottom is socketed with pipe box（17）.