CN201727470U - Mop and mop bucket matching with same - Google Patents

Mop and mop bucket matching with same Download PDF

Info

Publication number
CN201727470U
CN201727470U CN2010201951783U CN201020195178U CN201727470U CN 201727470 U CN201727470 U CN 201727470U CN 2010201951783 U CN2010201951783 U CN 2010201951783U CN 201020195178 U CN201020195178 U CN 201020195178U CN 201727470 U CN201727470 U CN 201727470U
Authority
CN
China
Prior art keywords
mop
rod
turning
cleaning
bar
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
CN2010201951783U
Other languages
Chinese (zh)
Inventor
赵一美
Original Assignee
赵一美
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Family has litigation
Application filed by 赵一美 filed Critical 赵一美
Priority to CN2010201951783U priority Critical patent/CN201727470U/en
Application granted granted Critical
Publication of CN201727470U publication Critical patent/CN201727470U/en
First worldwide family litigation filed litigation Critical https://patents.darts-ip.com/?family=43518626&utm_source=google_patent&utm_medium=platform_link&utm_campaign=public_patent_search&patent=CN201727470(U) "Global patent litigation dataset” by Darts-ip is licensed under a Creative Commons Attribution 4.0 International License.
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Abstract

A mop is characterized in that a mop head with a wiper is hinged to the lower end of a mop rod, the mop rod at least includes an inner rod and an outer rod which are capable of rotating relatively, the mop rod can be shortened in a pressing manner and elongated by the aid of sleeve joint, the lower end of one of the inner rod and the outer rod is connected with the mop head, a driving mechanism arranged between the inner rod and the outer rod drives the mop head and the rod connected with the mop head to rotate and includes a spiral rod, a screw or a hole matching with the spiral rod is arranged inside a rotary sleeve, a pull-out prevention mechanism arranged between the inner rod and the outer rod can effectively prevent the inner rod and the outer rod from being separated, and the pull-out prevention mechanism is extremely stable in work and can effectively reduce friction among parts, lead dewatering operation to be extremely labor-saving and improve the dewatering effect of the mop.

Description

Mop and the mop-pail stands supporting with it
Technical field:
The utility model relates to a kind of mop and the mop-pail stands supporting with it.
Background technology:
The stubborn water operation of existing mop is very tiring.Be head it off, Chinese patent has just proposed a kind of " dewater unit of mop " for No. 200920154510.9.In this technical scheme, the dewater unit of mop comprises: the mutual inside and outside body of rod of socket, and the interior body of rod is provided with the fastener that an inner edge bottom is made as ratchet, and articulates a disk body that is provided with the mop hair in its bottom, and the outer body of rod is provided with an actuator; The dewater unit of mop also comprises to be located in the fastener, to accept the brake component that described actuator and its root edge are provided with ratchet, to constitute the dewater unit of mop.After mop uses disk body is placed the draining bucket, make the brake component rotation by pressing down of the outer body of rod, make the interior body of rod be equidirectional rotation thereby drive fastener, the water that will be attached to the mop hair with generation centrifugal force dries, and makes the dehydrating operations of mop comparatively convenient.But it has the following disadvantages:
1, above-mentioned mop presses down the outer body of rod in dehydration, and mophead rotates to a direction, on draw the outer body of rod, mophead rotates to other direction; Above-mentioned mop can't form continuous equidirectional rotation, and the velocity of rotation of mophead is slower, and the dehydrating effect of mop is undesirable.
2, because above-mentioned mop adopts set fixed cover on the trip that collar upper end inner edge is provided with and the interior body of rod, when preventing to draw the outer body of rod, the outer body of rod is thrown off from the interior body of rod.But the effective stop part between trip and fixed cover is less, makes that the outer body of rod is easy to throw off from the interior body of rod when drawing the outer body of rod.Moreover said structure has also increased the friction between trip and the interior body of rod, fixed cover and the outer body of rod, make press down and on draw outer body of rod operation to require great effort very much, the labour intensity of increase also influences the dehydrating effect of mop.
And for example, Chinese patent has proposed a kind of " exempting to trample dehydration barrel " for No. 200920160684.6.In this technical scheme, exempt to trample dehydration barrel and comprise: a staving, a drench pit and a tumbler; Wherein the end face of this staving is to be an opening, and the grand protruding seat that is provided with in a bottom surface of this staving certainly, and should fix a fulcrum on protruding, and this drench pit is to be sheathed on this fulcrum; This tumbler is to be sheathed between the bottom of this fulcrum and this drench pit, so that this drench pit is free to rotate with respect to this fulcrum.This exempts to trample dehydration barrel, need not trample and can realize dehydration.Clean but can not make mophead in water, be rotated formula, make that the cleaning performance of mop-pail stands is undesirable.
Summary of the invention:
A purpose of the present utility model is: a kind of unidirectional rotary speed of mophead that increases is provided, improves the mop of dehydrating effect.
Another purpose of the present utility model is: provide a kind of and can prevent effectively that inside and outside bar breaks away from, more labour-saving mop dewaters.
Another purpose of the present utility model is: provide a kind of mophead can be rotated formula and clean the mop-pail stands that cleaning performance is desirable.
For realizing above-mentioned utility model purpose, the utility model is achieved through the following technical solutions:
A kind of mop, mop rod lower end are hinged with the mophead of band cleaning piece, and bar and outer bar in mop rod comprises at least can relatively rotate between inside and outside bar, and make mop rod can press short and elongation by socket, and one of them lower end of inside and outside bar links to each other with mophead; Be provided with driving mechanism between inside and outside bar, bar that drive mechanism links to each other with mophead and mophead rotation, driving mechanism comprises the spiral rod member, is provided with the thread or the perforate that match with the spiral rod member in the turning set; It is characterized in that: be provided with anti-pull off body between described inside and outside bar, anti-pull off body comprises: the spiral rod member is fixed by stiff end and outer bar, the spiral rod member is provided with block piece, interior bar is provided with and stops cover, block piece on the spiral rod member and stiff end are located at the both sides that stop cover respectively, and block piece can move in interior bar flexibly; Mop rod elongates when putting in place, and anti-pull off body stops inside and outside bar to break away from; Be provided with one-way driving mechanism between described turning set and interior bar; After mop placed rotating dehydration basket, to pressing down short mop rod, turning set was driven rotation by the spiral rod member, and forms unidirectional transmission by the one-way driving mechanism between turning set and interior bar, and the bar and the mophead that link to each other with mophead are driven in rotation; Upwards elongate mop rod, turning set is driven rotation by the spiral rod member, and one-way driving mechanism makes and forms idle running between turning set and interior bar.
Advantage of the present utility model is: because the spiral rod member of anti-pull off body is fixed by stiff end and outer bar, the spiral rod member is provided with block piece, and interior bar is provided with and stops cover, and block piece on the spiral rod member and stiff end are located at the both sides that stop cover respectively.When mop rod elongates when putting in place, on block piece on the spiral rod member and the interior bar stop cover, spiral rod member and outer bar, stop overlap and interior bar between interaction, can effectively stop inside and outside bar disengaging, anti-pull off body work is very stable.Because block piece can move in interior bar flexibly, anti-pull off body can effectively reduce the friction between each parts to pressing down short and upwards elongating in the mop rod process, makes dehydrating operations very laborsaving, improves the dehydrating effect of mop.Owing to be provided with one-way driving mechanism between turning set and interior bar, to pressing down short mop rod, turning set is driven rotation by the spiral rod member, and forms unidirectional transmission by one-way driving mechanism, and the bar and the mophead that link to each other with mophead are driven in rotation; Upwards elongate mop rod, turning set is driven rotation by the spiral rod member, and one-way driving mechanism makes and forms idle running between turning set and interior bar, and mophead continues rotation under action of inertia.To pressing down short mop rod, one-way driving mechanism just drives the mophead rotation once more once more, can make the rotary speed of mophead obtain increasing, thereby make the dehydrating effect of mop better.
In the utility model, interior bar can be the bottom body of rod that links to each other with mophead, also can be the top body of rod that is used to shake hands.Outer bar can be the top body of rod that is used to shake hands, and also can be the bottom body of rod that links to each other with mophead.The spiral rod member can be to be twisted into spiral helicine rod member, also can be that the rod member Surface Machining has the spiral fluted rod member.Thread in the turning set cooperates with the spiral rod member can form to rotate just can realize the utility model purpose; Certainly, also microscler perforate can be set in turning set, cooperate with the spiral rod member by microscler perforate to form rotation.
In the utility model, described block piece is fixed on the spiral rod member other end.Certainly, block piece also can be: block piece can rotate on the spiral rod member and move, and the spiral rod member other end is provided with the card division of blocking block piece.Block piece adopts above two kinds of structures, when the mop rod elongation puts in place, all can make to have the anti-slip function between inside and outside bar.
In the utility model, the cavity shape of described block piece outer rim shape and interior bar is corresponding.When the cavity shape of the outer rim shape of block piece and interior bar was corresponding, it can reduce spiral rod member and interior bar rocking in rotary course, reduces mop and rock the noise that touching produces because of spiral rod member and interior bar in dehydration.Simultaneously, make mop dewatering more laborsaving.
In the utility model, describedly stop that cover is a drive sleeve, drive sleeve is fixed in interior bar oral area, and turning set is located in the drive sleeve, and block piece directly or indirectly stops drive sleeve in mop rod elongation when putting in place.When stopping that cover is drive sleeve, the dual-use function that parts of drive sleeve just have transmission and stop makes that Mop structure of the present utility model is simpler.When block piece stops drive sleeve, just had the anti-slip function between inside and outside bar.Certainly, between block piece and drive sleeve, also bolster can be set.
In the utility model, described one-way driving mechanism comprises: the driving cog and the driving cog of being located at drive sleeve inside bottom periphery of being located at the turning set bottom periphery, two driving cogs are provided with the field of conjugate action and the sliding surface that matches, and turning set drive sleeve relatively moves up and down; The gravity of turning set self is pressed close to two driving cogs; When direction rotation of turning set is conflicted the two driving cog fields of conjugate action mutually, form unidirectional transmission; When the rotation of another direction of turning set is conflicted two driving cog sliding surfaces mutually, move on the relative drive sleeve of turning set and form idle running.Because turning set drive sleeve relatively moves up and down, it is very reliable to make above-mentioned one-way driving mechanism work in the process that forms idle running.Simultaneously, the structure of one-way driving mechanism is also very simple.
In the utility model, described one-way driving mechanism also can be: the turning set periphery is provided with at least 1 fluting, is provided with roller or spin in the fluting; When turning set direction rotation compressing roller or spin and drive sleeve are inconsistent, the unidirectional transmission of the stuck formation of roller or spin and drive sleeve; When another direction rotation compressing roller of turning set or spin are left drive sleeve, form idle running between turning set and drive sleeve.It is all very reliable that above-mentioned one-way driving mechanism forms the work of unidirectional transmission and idle running.Simultaneously, the structure of one-way driving mechanism is also very simple.
In the utility model, describedly stop that cover is a unilateral bearing, unilateral bearing and interior bar fix, and turning set is positioned in the unilateral bearing, and block piece directly or indirectly stops unilateral bearing in mop rod elongation when putting in place.When stopping that cover is unilateral bearing, the dual-use function that parts of unilateral bearing just have transmission and stop makes that Mop structure of the present utility model is simpler.
In the utility model, described stop the cover be turning set, turning set is positioned in the unilateral bearing, unilateral bearing and interior bar fix; Block piece elongates at mop rod and directly or indirectly stops turning set when putting in place.When stopping that cover is turning set, the dual-use function that parts of turning set just have transmission and stop makes that Mop structure of the present utility model is simpler.
In the utility model, described one-way driving mechanism is a unilateral bearing, when the turning set direction of rotation is the locked direction of unilateral bearing, forms unidirectional transmission between turning set and interior bar; When the turning set direction of rotation is the free rotation direction of unilateral bearing, form idle running between turning set and interior bar.One-way driving mechanism adopts unilateral bearing, and it can reduce the noise that driving cog produces than aforementioned one-way driving mechanism when dallying, make mop dewatering work better.
In the utility model, be provided with locking mechanism between described inside and outside bar, locking mechanism comprises: be located at the cutting ferrule on the outer bar, cutting ferrule is provided with fluting, and cutting ferrule is provided with sliding sleeve outward, and the fluting portion of the mobile compressing cutting ferrule of sliding sleeve compresses or unclamps interior bar.When mop mopped floor, operating above-mentioned locking mechanism can be tight with inside and outside lever lock, prevents to slide between inside and outside bar.When mop cleans or dewater, operate above-mentioned locking mechanism and inside and outside bar can be unclamped, make cleaning or dehydrating operations more laborsaving.
In the utility model, described sliding sleeve is provided with handle, and handle is articulated on the cutting ferrule, and sliding sleeve is provided with the opening that is used to pass handle, the upper and lower handle of pulling, and the end of handle promotes the sliding sleeve opening makes sliding sleeve upper and lower mobile.By the locking mechanism that above-mentioned sliding sleeve, handle and cutting ferrule are formed, it is easy to operate.
In the utility model, described mop rod also comprises: the extension rod that fixes with one of them upper end of inside and outside bar.When mop rod adopts the three pair rod body, can effectively dwindle the volume in the packed and transported; When one of them upper end of interior bar and outer bar was fixed with extension rod, needing the bar of rotation was the connectionless body of rod, thereby need to reduce that the bar of rotation produces in rotary course rocks, and it is more stable that mophead is rotated.Certainly, the utility model also can adopt the mop rod that includes only inside and outside bar.If need not consider bar the rocking in rotary course of rotation, also can connect a body of rod in the bar lower end of needs rotation, link to each other with mophead by this body of rod.
A kind of and the supporting mop-pail stands of the utility model mop are provided with rotating dehydration basket in the mop-pail stands, dehydration basket rotation under the mophead of rotation drives, and the dehydration basket bottom is higher than the water level in the mop-pail stands, is provided with cleaning part in the mop-pail stands.Be provided with rotating rack for cleaning in the described cleaning part, place the mophead on the rack for cleaning to be positioned to the small part cleaning piece under the water level of mop-pail stands, rack for cleaning rotation under the mophead of rotation drives.
The advantage of the utility model mop-pail stands is: owing to be provided with rotating rack for cleaning in the cleaning part, place the mophead on the rack for cleaning to be positioned under the water level of mop-pail stands to the small part cleaning piece, to pressing down short mop rod, rack for cleaning is rotation under the mophead of rotation drives just, the water that drives in the cleaning part rotates together, to pressing down short and upwards elongating mop rod, mophead of the present utility model just can be cleaned totally continuously.Rack for cleaning in the mop-pail stands can improve cleaning performance greatly.Cleaning part of the present utility model and dehydration basket below can be connected, and also can be isolated.
In the utility model, be provided with the rack for cleaning mount pad in the described cleaning part, rack for cleaning is by removable being installed in the cleaning part of this mount pad.When rack for cleaning is pulled down from mount pad, the user can use the usual way clean mop head, and when rack for cleaning was installed in the mount pad, the user can adopt to pressing down short and upwards elongating mop rod, make the water in mophead drive rack for cleaning and the cleaning part, carry out clean mop head in rotary manner.
In the utility model, be provided with bearing in the described rack for cleaning.It is more flexible that it can make rack for cleaning rotate.
In the utility model, described rack for cleaning when cleaning and mophead inconsistent, expose rack for cleaning to the small part cleaning piece on the mophead.When on the mophead when the small part cleaning piece exposes rack for cleaning, the cleaning piece that exposes rack for cleaning rotates in water under the drive of mophead, it can contact with water fully, foul on the cleaning piece is under the multiple action of the water of cleaning piece, the rotation of rotation and self centrifugal force, be easy to be cleaned, its cleaning performance is fairly obvious.Simultaneously, the cleaning piece that exposes rack for cleaning also can clean mop-pail stands in rotary course.
In the utility model, described rack for cleaning when cleaning and mophead inconsistent, pass rack for cleaning to the small part cleaning piece on the mophead.When passing rack for cleaning to the small part cleaning piece is sagging on the mophead, the cleaning piece that passes rack for cleaning rotates in water under the drive of mophead, it can contact with water fully, foul on the cleaning piece is under the multiple action of the water of cleaning piece, the rotation of rotation and self centrifugal force, be easy to be cleaned, its cleaning performance is fairly obvious.Simultaneously, the cleaning piece that passes rack for cleaning also can clean mop-pail stands in rotary course.
In the utility model, described rack for cleaning is to clean basket, and mophead is when cleaning, and whole cleaning pieces place and clean basket on the mophead.This kind rack for cleaning is to the cleaning performance of cleaning piece two kinds of structures as described above not, but that its cleaning performance will be good than cleaning way commonly used is many.Simultaneously, this kind rack for cleaning can be reduced in the noise in the cleaning process.
In the utility model, described rack for cleaning middle part is provided with projection, and the mophead middle part is provided with the location division of matching with projection.Projection by rack for cleaning middle part cooperates with the location division at mophead middle part, can prevent mophead landing from the rack for cleaning when cleaning, makes the cleaning of mophead more convenient.
Description of drawings:
Fig. 1 is the Mop structure schematic diagram of the utility model embodiment 1 band mop-pail stands.
Fig. 2 is the utility model embodiment 1 mop schematic diagram.
Fig. 3 is the exploded sketch of bar, outer bar and driving mechanism in the utility model embodiment 1.
Fig. 4 is that first kind of driving mechanism of the utility model forms unidirectional transmission schematic diagram (saving locking mechanism among the figure).
Fig. 5 is that first kind of driving mechanism of the utility model forms idle running schematic diagram (saving locking mechanism among the figure).
Fig. 6 is that second kind of driving mechanism of the utility model forms unidirectional transmission schematic diagram (saving locking mechanism among the figure).
Fig. 7 is that second kind of driving mechanism of the utility model forms idle running schematic diagram (saving locking mechanism among the figure).
Fig. 8 is that the third driving mechanism of the utility model forms unidirectional transmission schematic diagram (saving locking mechanism among the figure).
Fig. 9 is the A-A cutaway view among Fig. 8.
Figure 10 is that the third driving mechanism of the utility model forms idle running schematic diagram (saving locking mechanism among the figure).
Figure 11 is that the 4th kind of driving mechanism of the utility model forms unidirectional transmission schematic diagram (saving locking mechanism among the figure).
Figure 12 is that the 4th kind of driving mechanism of the utility model forms idle running schematic diagram (saving locking mechanism among the figure).
Figure 13 is that the 5th kind of driving mechanism of the utility model forms unidirectional transmission schematic diagram (saving locking mechanism among the figure).
Figure 14 is that the 5th kind of driving mechanism of the utility model forms idle running schematic diagram (saving locking mechanism among the figure).
Figure 15 is that the utility model mop rod is upright, schematic diagram when being in capable of washing and dewatering state.
Figure 16 is the utility model mop rod view that mops floor.
Figure 17 is existing mop-pail stands schematic diagram.
Figure 18 is first kind of mop-pail stands schematic diagram of the utility model.
Figure 19 is first kind of mop-pail stands of the utility model schematic diagram when clean mop head.
Figure 20 is second kind of mop-pail stands of the utility model schematic diagram when clean mop head.
Figure 21 is the third mop-pail stands schematic diagram of the utility model.
The specific embodiment:
Embodiment 1
Fig. 1-Fig. 5, Figure 15-Figure 17 have provided embodiment 1 of the present utility model.The mop of present embodiment, mop rod lower end are hinged with the mophead 1 of band cleaning piece, and bar 2 and outer bar 3 in mop rod comprises at least can relatively rotate between inside and outside bar, and make mop rod can press short and elongation by socket, and the lower end of interior bar 2 links to each other with mophead 1; Be provided with driving mechanism between inside and outside bar, drive mechanism and interior bar 2 and mophead 1 rotation, driving mechanism comprises spiral rod member 4, is provided with the microscler perforate 6-1 that matches with the spiral rod member in the turning set 5.Be provided with anti-pull off body between inside and outside bar, anti-pull off body comprises: spiral rod member 4 is fixed by stiff end 7 and outer bar 3, and spiral rod member 4 is provided with block piece 8.Interior bar is provided with and stops cover, in the present embodiment, stops that cover is a drive sleeve 9.Block piece 8 on the spiral rod member and stiff end 7 are located at the both sides of drive sleeve 9 respectively, and block piece 8 can move in interior bar 2 flexibly; Mop rod elongates when putting in place, and anti-pull off body stops inside and outside bar to break away from.Block piece 8 is fixed on spiral rod member 4 other ends, and the outer rim shape of block piece is corresponding with the cavity shape of interior bar.Drive sleeve 9 is fixed in interior bar oral area, and turning set 5 is located in the drive sleeve 9, and block piece 8 elongates at mop rod and directly or indirectly stops drive sleeve when putting in place.Also bolster 10 can be set at block piece 8 and 9 of drive sleeve.Certainly, also block piece can be made the integral piece of band buffering.
Anti-pull off body adopts said structure, when the mop rod elongation puts in place, stopping cover, spiral rod member and outer bar, stop the interaction between cover and interior bar on block piece on the spiral rod member and the interior bar can effectively stop inside and outside bar to break away from, and anti-pull off body work is very stable.Because block piece can move in interior bar flexibly, anti-pull off body can effectively reduce the friction between each parts to pressing down short and upwards elongating in the mop rod process, makes dehydrating operations very laborsaving, improves the dehydrating effect of mop.When stopping that cover is drive sleeve, the dual-use function that parts of drive sleeve just have transmission and stop makes Mop structure simpler.When the cavity shape of the outer rim shape of block piece and interior bar was corresponding, it can reduce spiral rod member and interior bar rocking in rotary course, reduces mop and rock the noise that touching produces because of spiral rod member and interior bar in dehydration.Simultaneously, make mop dewatering more laborsaving.
In the present embodiment, 2 on turning set 5 and interior bar are provided with one-way driving mechanism.One-way driving mechanism comprises: the driving cog 11 of being located at turning set 5 bottom periphery is provided with the field of conjugate action 13,14 and the sliding surface 15,16 that matches with driving cog 12, two driving cogs of being located at drive sleeve 9 side bottom peripheries, and turning set 5 drive sleeve 9 relatively moves up and down.The gravity of turning set self is pressed close to two driving cogs; When 5 one direction rotations of turning set are conflicted the two driving cog fields of conjugate action 13,14 mutually, form unidirectional transmission; When another directions rotation of turning set 5 is conflicted two driving cog sliding surfaces 15,16 mutually, move on the relative drive sleeve of turning set and form idle running.Because turning set drive sleeve relatively moves up and down, it is very reliable to make above-mentioned one-way driving mechanism work in the process that forms idle running.
Mop places rotating dehydration basket 35, and as shown in Figure 4: to pressing down short mop rod, turning set is driven rotation by the spiral rod member, and forms unidirectional transmission by the one-way driving mechanism between turning set and interior bar, and the bar and the mophead that link to each other with mophead are driven in rotation.As shown in Figure 5: upwards elongate mop rod, turning set is driven rotation by the spiral rod member, and one-way driving mechanism makes and forms idle running between turning set and interior bar.Mophead continues rotation under action of inertia, to pressing down short mop rod, one-way driving mechanism drives bar and the mophead rotation that links to each other with mophead once more once more, can make the rotary speed of mophead obtain increasing, thereby make the dehydrating effect of mop better.
In the present embodiment, be provided with locking mechanism between inside and outside bar, locking mechanism comprises: be located at the cutting ferrule 17 on the outer bar, cutting ferrule is provided with fluting 18, and cutting ferrule is provided with sliding sleeve 19 outward, and sliding sleeve is provided with handle 20, handle 20 is articulated on the cutting ferrule 17, and sliding sleeve is provided with the opening 21 that is used to pass handle.The upper and lower handle of pulling, the end of handle promote the sliding sleeve opening and make that sliding sleeve is upper and lower to be moved, and the fluting portion of the mobile compressing cutting ferrule of sliding sleeve compresses or unclamps interior bar.When mop mopped floor, operating above-mentioned locking mechanism can be tight with inside and outside lever lock, prevents to slide between inside and outside bar.When mop cleans or dewater, operate above-mentioned locking mechanism and inside and outside bar can be unclamped, make cleaning or dehydrating operations more laborsaving.
In the present embodiment, mop rod also comprises: the extension rod 22 that fixes with the upper end of outer bar.The spiral rod member can be to be twisted into spiral helicine rod member, also can be that the rod member Surface Machining has the spiral fluted rod member.Microscler perforate in the turning set cooperate with the spiral rod member can form the rotation just can realize the utility model purpose; Certainly, also thread can be set in turning set, cooperate with the spiral rod member by thread to form rotation.
In the present embodiment, also be provided with block 31 on the drive sleeve, drive sleeve 9 and spiral rod member stiff end 7 also can be provided with bolster 32.
As shown in figure 15: the mop of present embodiment is when cleaning and dewater, and is by hinge 33 that mop rod is upright.As shown in figure 16: mop is when mopping floor, and mop rod and mophead are regulated use angle by hinge 33.
As shown in figure 17: the mop of present embodiment can be used with existing mop-pail stands when cleaning, and adopts the mode of upper and lower pressure-raising mophead to clean, and its cleaning performance is undesirable.
Embodiment 2
Fig. 6, Fig. 7 have provided second kind of driving mechanism that the utility model forms unidirectional transmission and idle running.In the present embodiment, outer bar 3 is the bottom bodies of rod that link to each other with mophead, and interior bar 2 is top bodies of rod.As shown in Figure 6: to pressing down short mop rod, turning set is driven rotation by the spiral rod member, and forms unidirectional transmission by the one-way driving mechanism between turning set and interior bar, and the bar and the mophead that link to each other with mophead are driven in rotation.As shown in Figure 7: upwards elongate mop rod, turning set is driven rotation by the spiral rod member, and one-way driving mechanism makes and forms idle running between turning set and interior bar.All the other are substantially the same manner as Example 1, and it can realize the purpose of this utility model equally.
Embodiment 3
Fig. 8, Fig. 9, Figure 10 have provided the third driving mechanism that the utility model forms unidirectional transmission and idle running.In the present embodiment, interior bar 2 is the bottom bodies of rod that link to each other with mophead 1, and outer bar 3 is top bodies of rod.One-way driving mechanism comprises: turning set 5 peripheries are provided with at least 1 fluting 36, are provided with roller 37 or spin in the fluting; When direction of turning set rotation compressing roller 37 or spin and drive sleeve 9 are inconsistent, the unidirectional transmission of the stuck formation of roller or spin and drive sleeve; When another direction rotation compressing roller 37 of turning set or spin are left drive sleeve 9, form idle running between turning set and drive sleeve.Thread 6-2 is set in the turning set 5, cooperates with spiral rod member 4 by thread 6-2 to form rotation.All the other are substantially the same manner as Example 1, and it can realize the purpose of this utility model equally.
Embodiment 4
Figure 11, Figure 12 have provided the 4th kind of driving mechanism that the utility model forms unidirectional transmission and idle running.
In the present embodiment, interior bar 2 is the bottom bodies of rod that link to each other with mophead 1, and outer bar 3 is top bodies of rod.As shown in figure 11: to pressing down short mop rod, turning set is driven rotation by the spiral rod member, and forms unidirectional transmission by the one-way driving mechanism between turning set and interior bar, and the bar and the mophead that link to each other with mophead are driven in rotation.As shown in figure 12: upwards elongate mop rod, turning set is driven rotation by the spiral rod member, and one-way driving mechanism makes and forms idle running between turning set and interior bar.
In the present embodiment, stop that cover is a unilateral bearing 34, unilateral bearing 34 fixes with interior bar 2, and turning set 5 is positioned in the unilateral bearing, and block piece 8 elongates at mop rod and directly or indirectly stops unilateral bearing 34 when putting in place.Thread 6-2 is set in the turning set 5, cooperates with spiral rod member 4 by thread 6-2 to form rotation.
When stopping that cover is unilateral bearing, the dual-use function that parts of unilateral bearing just have transmission and stop.Block piece 8 can rotate on the spiral rod member and move, and spiral rod member 4 other ends are provided with the card division 23 of blocking block piece.The outer rim shape of block piece is corresponding with the cavity shape of interior bar.When block piece adopts this structure, when mop rod elongates when putting in place, block piece just is in the other end of spiral rod member, makes to have the anti-slip function between inside and outside bar.When the cavity shape of the outer rim shape of block piece and interior bar was corresponding, it can reduce spiral rod member and interior bar rocking in rotary course, reduces mop and rock the noise that touching produces because of spiral rod member and interior bar in dehydration.Simultaneously, make mop dewatering more laborsaving.
In the present embodiment, one-way driving mechanism is a unilateral bearing 34, when turning set 5 direction of rotation are the locked direction of unilateral bearing 34, forms unidirectional transmission between turning set and interior bar; When turning set 5 direction of rotation are the free rotation direction of unilateral bearing 34, form idle running between turning set and interior bar.One-way driving mechanism adopts unilateral bearing, and it can reduce the noise that driving cog produces than aforementioned one-way driving mechanism when dallying, make mop dewatering work better.All the other are substantially the same manner as Example 1, and it can realize the purpose of this utility model equally.
Embodiment 5
Figure 13, Figure 14 have provided the 5th kind of driving mechanism that the utility model forms unidirectional transmission and idle running.
As shown in figure 13: to pressing down short mop rod, turning set is driven rotation by the spiral rod member, and forms unidirectional transmission by the one-way driving mechanism between turning set and interior bar, and the bar and the mophead that link to each other with mophead are driven in rotation.As shown in figure 14: upwards elongate mop rod, turning set is driven rotation by the spiral rod member, and one-way driving mechanism makes and forms idle running between turning set and interior bar.
In the present embodiment, stop that cover is a turning set 5, turning set 5 is positioned in the unilateral bearing 34, and unilateral bearing 34 fixes with interior bar 2; Block piece 8 elongates at mop rod and directly or indirectly stops turning set 5 when putting in place.When stopping that cover is turning set, the dual-use function that parts of turning set just have transmission and stop.All the other are identical with embodiment 3, and it can realize the purpose of this utility model equally.
Mop-pail stands embodiment 1
Figure 18, Figure 19 have provided first kind of mop-pail stands of the utility model schematic diagram when clean mop head.
In the present embodiment, be provided with rotating dehydration basket 35 in the mop-pail stands 24, dehydration basket 35 rotation under the mophead 1 of rotation drives, the dehydration basket bottom is higher than the water level in the mop-pail stands, is provided with cleaning part 25 in the mop-pail stands.Be provided with rotating rack for cleaning 26 in the cleaning part 25, place the mophead on the rack for cleaning to be positioned to small part cleaning piece 27 under the water level of mop-pail stands, rack for cleaning rotation under the mophead of rotation drives.
Owing to be provided with rotating rack for cleaning in the cleaning part, place the mophead on the rack for cleaning to be positioned under the water level of mop-pail stands to the small part cleaning piece, to pressing down short mop rod, rack for cleaning is rotation under the mophead of rotation drives just, the water that drives in the cleaning part rotates together, to pressing down short and upwards elongating mop rod, mophead of the present utility model just can be cleaned totally continuously.Rack for cleaning in the mop-pail stands can improve cleaning performance greatly.
Be provided with rack for cleaning mount pad 28 in the cleaning part, rack for cleaning is by these mount pad 28 removable being installed in the cleaning part.When rack for cleaning is pulled down from mount pad, the user can clean mop with usual way, and when rack for cleaning was installed in the mount pad, the user can adopt to pressing down short and upwards elongating mop rod, make the water in mophead drive rack for cleaning and the cleaning part, carry out clean mop head in rotary manner.Can be provided with bearing in the rack for cleaning.
Rack for cleaning when cleaning and mophead inconsistent, expose rack for cleaning to small part cleaning piece 27 on the mophead.When on the mophead when the small part cleaning piece exposes rack for cleaning, the cleaning piece that exposes rack for cleaning rotates in water under the drive of mophead, it can contact with water fully, foul on the cleaning piece is under the multiple action of the water of cleaning piece, the rotation of rotation and self centrifugal force, be easy to be cleaned, its cleaning performance is fairly obvious.Simultaneously, the cleaning piece that exposes rack for cleaning also can clean mop-pail stands in rotary course.
The rack for cleaning middle part is provided with projection 29, and the mophead middle part is provided with the location division 30 of matching with projection.Projection by rack for cleaning middle part cooperates with the location division at mophead middle part, can prevent mophead landing from the rack for cleaning when cleaning, makes the cleaning of mophead more convenient.
Mop-pail stands embodiment 2
Figure 20 has provided second kind of mop-pail stands of the utility model schematic diagram when clean mop head.In the present embodiment, rack for cleaning when cleaning and mophead inconsistent, pass rack for cleaning to small part cleaning piece 27 on the mophead 1.When passing rack for cleaning to the small part cleaning piece is sagging on the mophead, the cleaning piece that passes rack for cleaning rotates in water under the drive of mophead, it can contact with water fully, foul on the cleaning piece is under the multiple action of the water of cleaning piece, the rotation of rotation and self centrifugal force, be easy to be cleaned, its cleaning performance is fairly obvious.Simultaneously, the cleaning piece that passes rack for cleaning also can clean mop-pail stands in rotary course.All the other are identical with mop-pail stands embodiment 1.
Mop-pail stands embodiment 3
Figure 21 has provided the third mop-pail stands schematic diagram of the utility model.The rack for cleaning 26 of present embodiment is to clean basket, and mophead is when cleaning, and whole cleaning pieces place and clean basket on the mophead.This kind rack for cleaning is to the cleaning performance of cleaning piece two kinds of structures as described above not, but that its cleaning performance will be good than cleaning way commonly used is many.Simultaneously, this kind of this kind rack for cleaning can be reduced in the noise in the cleaning process.All the other are identical with mop-pail stands embodiment 1.
Above embodiment only is a case of the present utility model, and any replacement of being done according to the utility model spirit all is interpreted as not breaking away from protection domain of the present utility model.

Claims (17)

1. mop, mop rod lower end are hinged with the mophead of band cleaning piece, and bar and outer bar in mop rod comprises at least can relatively rotate between inside and outside bar, and make mop rod can press short and elongation by socket, and one of them lower end of inside and outside bar links to each other with mophead; Be provided with driving mechanism between inside and outside bar, bar that drive mechanism links to each other with mophead and mophead rotation, driving mechanism comprises the spiral rod member, is provided with the thread or the perforate that match with the spiral rod member in the turning set; It is characterized in that: be provided with anti-pull off body between described inside and outside bar, anti-pull off body comprises: the spiral rod member is fixed by stiff end and outer bar, the spiral rod member is provided with block piece, interior bar is provided with and stops cover, block piece on the spiral rod member and stiff end are located at the both sides that stop cover respectively, and block piece can move in interior bar flexibly; Be provided with one-way driving mechanism between described turning set and interior bar.
2. mop according to claim 1 is characterized in that: described block piece is fixed on the spiral rod member other end; Or block piece can rotate on the spiral rod member and move, and the spiral rod member other end is provided with the card division of blocking block piece.
3. mop according to claim 1 is characterized in that: the cavity shape of described block piece outer rim shape and interior bar is corresponding.
4. mop according to claim 1 is characterized in that: describedly stop that cover is a drive sleeve, drive sleeve is fixed in interior bar oral area, and turning set is located in the drive sleeve, and block piece directly or indirectly stops drive sleeve in mop rod elongation when putting in place.
5. mop according to claim 4, it is characterized in that: described one-way driving mechanism comprises: the driving cog and the driving cog of being located at drive sleeve inside bottom periphery of being located at the turning set bottom periphery, two driving cogs are provided with the field of conjugate action and the sliding surface that matches, and turning set drive sleeve relatively moves up and down; The gravity of turning set self is pressed close to two driving cogs; When direction rotation of turning set is conflicted the two driving cog fields of conjugate action mutually, form unidirectional transmission; When the rotation of another direction of turning set is conflicted two driving cog sliding surfaces mutually, move on the relative drive sleeve of turning set and form idle running.
6. mop according to claim 4 is characterized in that: described one-way driving mechanism comprises: the turning set periphery is provided with at least 1 fluting, is provided with roller or spin in the fluting; When turning set direction rotation compressing roller or spin and drive sleeve are inconsistent, the unidirectional transmission of the stuck formation of roller or spin and drive sleeve; When another direction rotation compressing roller of turning set or spin are left drive sleeve, form idle running between turning set and drive sleeve.
7. mop according to claim 1 is characterized in that: describedly stop that cover is a unilateral bearing, unilateral bearing and interior bar fix, and turning set is positioned in the unilateral bearing, and block piece directly or indirectly stops unilateral bearing in mop rod elongation when putting in place.
8. mop according to claim 1 is characterized in that: described stop the cover be turning set, turning set is positioned in the unilateral bearing, unilateral bearing and interior bar fix; Block piece elongates at mop rod and directly or indirectly stops turning set when putting in place.
9. according to claim 7 or 8 described mops, it is characterized in that: described one-way driving mechanism is a unilateral bearing, when the turning set direction of rotation is the locked direction of unilateral bearing, forms unidirectional transmission between turning set and interior bar; When the turning set direction of rotation is the free rotation direction of unilateral bearing, form idle running between turning set and interior bar.
10. mop according to claim 1, it is characterized in that: be provided with locking mechanism between described inside and outside bar, locking mechanism comprises: be located at the cutting ferrule on the outer bar, cutting ferrule is provided with fluting, cutting ferrule is provided with sliding sleeve outward, and the fluting portion of the mobile compressing cutting ferrule of sliding sleeve compresses or unclamps interior bar.
11. mop according to claim 10, it is characterized in that: described sliding sleeve is provided with handle, and handle is articulated on the cutting ferrule, and sliding sleeve is provided with the opening that is used to pass handle, the upper and lower handle of pulling, the end of handle promote the sliding sleeve opening makes sliding sleeve upper and lower mobile.
12. mop according to claim 1 is characterized in that: described mop rod also comprises: the extension rod that fixes with one of them upper end of inside and outside bar.
13. one kind with the supporting mop-pail stands of the described mop of claim 1, be provided with rotating dehydration basket in the mop-pail stands, dehydration basket rotation under the mophead of rotation drives, the dehydration basket bottom is higher than the water level in the mop-pail stands, be provided with cleaning part in the mop-pail stands, it is characterized in that: be provided with rotating rack for cleaning in the described cleaning part, place the mophead on the rack for cleaning to be positioned under the water level of mop-pail stands to the small part cleaning piece.
14. mop-pail stands according to claim 13 is characterized in that: be provided with the rack for cleaning mount pad in the described cleaning part, rack for cleaning is by removable being installed in the cleaning part of this mount pad.
15. mop-pail stands according to claim 13 is characterized in that: described rack for cleaning when cleaning and mophead inconsistent.
16. mop-pail stands according to claim 13 is characterized in that: described rack for cleaning is to clean basket.
17. mop-pail stands according to claim 13 is characterized in that: described rack for cleaning middle part is provided with projection, and the mophead middle part is provided with the location division of matching with projection.
CN2010201951783U 2010-05-04 2010-05-04 Mop and mop bucket matching with same Expired - Lifetime CN201727470U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2010201951783U CN201727470U (en) 2010-05-04 2010-05-04 Mop and mop bucket matching with same

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2010201951783U CN201727470U (en) 2010-05-04 2010-05-04 Mop and mop bucket matching with same

Publications (1)

Publication Number Publication Date
CN201727470U true CN201727470U (en) 2011-02-02

Family

ID=43518626

Family Applications (1)

Application Number Title Priority Date Filing Date
CN2010201951783U Expired - Lifetime CN201727470U (en) 2010-05-04 2010-05-04 Mop and mop bucket matching with same

Country Status (1)

Country Link
CN (1) CN201727470U (en)

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2011137730A1 (en) * 2010-05-04 2011-11-10 Zhao Yimei Mop bucket
WO2011150617A1 (en) * 2010-05-31 2011-12-08 Zhao Yimei Mop cleaning device
CN102319048A (en) * 2011-03-01 2012-01-18 陈剑 Cleaning tool
EP2494905A3 (en) * 2011-03-01 2017-05-10 Sword Chen A cleaning tool
CN107693378A (en) * 2017-09-27 2018-02-16 赵梦洁 A kind of GI Medicine vomitus high-efficiency collecting device

Cited By (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2011137730A1 (en) * 2010-05-04 2011-11-10 Zhao Yimei Mop bucket
WO2011150617A1 (en) * 2010-05-31 2011-12-08 Zhao Yimei Mop cleaning device
CN104939776A (en) * 2010-05-31 2015-09-30 赵一美 Mop cleaning method and mop cleaning and dehydration method
CN102319048A (en) * 2011-03-01 2012-01-18 陈剑 Cleaning tool
CN102319048B (en) * 2011-03-01 2017-02-15 陈剑 Cleaning tool
EP2494905A3 (en) * 2011-03-01 2017-05-10 Sword Chen A cleaning tool
CN107693378A (en) * 2017-09-27 2018-02-16 赵梦洁 A kind of GI Medicine vomitus high-efficiency collecting device

Similar Documents

Publication Publication Date Title
CN101828893B (en) Mop and supporting mop bucket thereof
CN201727470U (en) Mop and mop bucket matching with same
WO2012051780A1 (en) Self-rotating mop
CN203724047U (en) Hand-pressed two-speed-rotating mop
CN101919679A (en) Cleaning tool
CN101919677B (en) Mop cleaning device
CN201668362U (en) Mop bucket and mop assorted with same
CN101828894B (en) Mop bucket and supporting mop thereof
CN201798703U (en) Mop cleaning device
CN101879052B (en) Mop and mop bucket
CN201822820U (en) Cleaning tool
CN103222837B (en) Cleaning method of mop and cleaning and de-watering method of mop
CN101884516B (en) Mop barrel and matched mop thereof
CN103735230A (en) Cleaning tool
CN211022504U (en) Cleaning tool
CN201641908U (en) Rotary-type mop structure
CN201710316U (en) Mop barrel and mop matched therewith
CN203042160U (en) Tension type self-spinning mop
CN201691867U (en) Mop
CN104367288A (en) Mop assembly and mop cleaning and dewatering method
CN104382542A (en) Device and method for cleaning or dehydration by pressing mop rod by hand to drive mop head to rotate
CN211749399U (en) Cleaning tool
KR200464298Y1 (en) Apparatus for dehydration with washing function
CN212281245U (en) Cleaning tool
CN209377490U (en) Burnisher

Legal Events

Date Code Title Description
GR01 Patent grant
C14 Grant of patent or utility model
CX01 Expiry of patent term

Granted publication date: 20110202

CX01 Expiry of patent term