CN205423498U - Can easily eliminate square two -sided sucking disc of adsorption affinity - Google Patents
Can easily eliminate square two -sided sucking disc of adsorption affinity Download PDFInfo
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- CN205423498U CN205423498U CN201620124400.8U CN201620124400U CN205423498U CN 205423498 U CN205423498 U CN 205423498U CN 201620124400 U CN201620124400 U CN 201620124400U CN 205423498 U CN205423498 U CN 205423498U
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Abstract
The utility model discloses a can easily eliminate square two -sided sucking disc of adsorption affinity. The key feature is: be equipped with silica gel sucking disc even neatly arranged, that can easily eliminate the adsorption affinity on lower, the up end of square sucking disc seat respectively, lower, the upper air vent lower, upper portion horizontal direction setting in thick communicates with each other with the board of sucking disc seat respectively through entering / exhaust the hole perpendicularly for the hole bottom of inhaling the hole of silica gel sucking disc on lower, the up end of sucking disc seat, down, the left and right end of the horizontal air vent of upper air vent is equipped with respectively and left and rightly advances / hole of exhausting, it is left and right that enter / exhaust the hole and threaded hole is equipped with the left and right one -way discharge valve of advancing respectively. The utility model discloses firmly the adsorption affinity can easily be eliminated again to the planar object of adsorption band, and light taking off is adsorbed the object of living intactly, convenient to use, reduces economic loss, improves service function and effectively protect the historical relic.
Description
Technical field
This utility model relates to Double-face sucking disk technical field, particularly to a kind of square double-sided sucker that can easily eliminate absorption affinity.
Background technology
The small articles of band plane can be adsorbed on the wall by existing Double-face sucking disk, mainly sucker is opened by compression under the effect of external force, atmospheric pressure in the negative pressure formed during resetting after external force disappearance and air forms certain pressure differential, the small articles of band plane is adsorbed firmly on Double-face sucking disk, when small articles is taken off from Double-face sucking disk by needs the most extremely difficult, what people often leaned on is to hold small articles, small articles is pulled off from Double-face sucking disk by raw drawing with firmly pulling, it not that being drawn by Double-face sucking disk bad is exactly to be pulled bad by small articles, cause economic loss.
Existing Double-face sucking disk cannot adsorb the objects such as the glass of big plane, during the objects such as the glass mainly adsorbing big plane, the sucker quantity of needs is many, atmospheric pressure in negative pressure that the sucker of sucker is formed during adsorbing the object such as glass of big plane and air forms certain pressure differential, sucker quantity is the most, the objects such as absorption affinity is the biggest, the glass of existing Double-face sucking disk and big plane cannot separate at all.
Existing Double-face sucking disk is not used for protection square planar base, frangible national historical relic.
Utility model content
The technical problems to be solved in the utility model is: provide object and square planar base, the frangible national historical relics such as a kind of glass that can adsorb the small articles of band plane, big plane securely; can easily eliminate again absorption affinity, easily the most fully take off adsorbed live the small articles of band plane, object and square planar base, the square double-sided sucker that can easily eliminate absorption affinity of frangible national historical relic such as glass of big plane, it is achieved easy to use, reduce economic loss, improve and use function and effectively protect the purpose of historical relic.
In order to solve above-mentioned technical problem, the technical solution adopted in the utility model is: a kind of square double-sided sucker that can easily eliminate absorption affinity being made up of left and right unidirectional intake/exhaust valve, silicon rubber suction cup and sucker disk seat, silicon rubber suction cup that the upper and lower end face of square sucker disk seat is respectively equipped with uniform proper alignment, that can easily eliminate absorption affinity.
Outside at the bottom of the hole of the flaring sucker of described silicon rubber suction cup respectively together with the upper and lower firm gluing of end face all-purpose adhesive of sucker disk seat.
Communicated by the upper and lower layer passage that vertical inlet/outlet vent hole is horizontally arranged with the upper and lower portion in the thickness of slab of sucker disk seat respectively at the bottom of the hole of the sucker of the silicon rubber suction cup on the upper and lower end face of described sucker disk seat.
Upper and lower layer passage in the thickness of slab of described sucker disk seat is become " ten " word to intersect by 1 horizontal communication hole to form respectively with 3～20 longitudinal passages, the horizontal communication hole of upper and lower layer passage and each joining of 3～20 longitudinal passages are respectively equipped with vertical inlet/outlet vent hole, and every longitudinal passage is respectively equipped with 3～19 uniform vertical inlet/outlet vent hole.
Upper and lower portion in the thickness of slab of the forward and backward widthwise central that the horizontal communication hole of described upper and lower layer passage is respectively provided at sucker disk seat, the left end end in the horizontal communication hole of lower floor's passage is provided with left inlet/outlet vent hole, the left end of left inlet/outlet vent hole is provided with screwed hole, the right-hand member end in the horizontal communication hole of upper strata passage is provided with right inlet/outlet vent hole, and the right-hand member of right inlet/outlet vent hole is provided with screwed hole.
Left and right unidirectional intake/exhaust valve it is respectively equipped with in described left and right inlet/outlet vent hole and screwed hole, left unidirectional intake/exhaust valve is located at the left end of the thickness of slab bottom of the forward and backward widthwise central of sucker disk seat, and right unidirectional intake/exhaust valve is located at the right-hand member on the thickness of slab top of the forward and backward widthwise central of sucker disk seat.
The right-hand member of described left inlet/outlet vent hole is provided with sealing ring, and the endoporus of sealing ring communicates with the horizontal communication hole of lower floor's passage.
The left end of described right inlet/outlet vent hole is provided with sealing ring, and the endoporus of sealing ring communicates with the horizontal communication hole of upper strata passage.
Described left and right unidirectional intake/exhaust valve is made up of band air-vent screw, pull bar, compression spring and rustless steel steel ball respectively.
The screw rod of the pull bar right-hand member end of the unidirectional intake/exhaust valve in a described left side tightens together with the left end thread connection of rustless steel steel ball after passing the air-vent of band air-vent screw and the endoporus of compression spring, and the left end of pull bar is provided with handle.
After the external screw thread of described band air-vent screw is tightened on the screwed hole of left inlet/outlet vent hole left end, compression spring and rustless steel steel ball are located in left inlet/outlet vent hole, under the elastic force effect of compression spring, the right sphere of rustless steel steel ball holds out against the endoporus left end at sealing ring, the right side of sealing ring is sealed with bottom surface, the right-hand member hole compression of left inlet/outlet vent hole, is sealed with left inlet/outlet vent hole in the horizontal communication hole of lower floor's passage and separates.
The screw rod of the pull bar left end end of the unidirectional intake/exhaust valve in the described right side tightens together with the right-hand member thread connection of rustless steel steel ball after passing the air-vent of band air-vent screw and the endoporus of compression spring, and the right-hand member of pull bar is provided with handle.
After the external screw thread of described band air-vent screw is tightened on the screwed hole of right inlet/outlet vent hole right-hand member, compression spring and rustless steel steel ball are located in right inlet/outlet vent hole, under the elastic force effect of compression spring, the left sphere of rustless steel steel ball holds out against the endoporus right-hand member at sealing ring, the left side of sealing ring is sealed with bottom surface, the left end hole compression of right inlet/outlet vent hole, is sealed with right inlet/outlet vent hole in the horizontal communication hole of upper strata passage and separates.
Of the present utility model have the beneficial effect that due to that be respectively equipped with uniform proper alignment on the upper and lower end face of square sucker disk seat, can easily to eliminate absorption affinity silicon rubber suction cup；Outside at the bottom of the hole of the flaring sucker of silicon rubber suction cup respectively together with the upper and lower firm gluing of end face all-purpose adhesive of sucker disk seat.The small articles of band plane can be firmly adsorbed on wall by this utility model, the small articles reducing band plane takes up room, convenient use, also the objects such as the glass of big plane can be firmly adsorbed on Double-face sucking disk, the objects such as the glass being easy to big plane move and transport, simultaneously can also be by square planar base, frangible national historical relic is firmly adsorbed on country historical relic shop, save, in the Collection cabinet in city-level historical relic shop, make square planar base, frangible national historical relic is by external force collision or will not overturning easily during earthquake, smash, be conducive to protecting historical relic, realize reducing economic loss, improve and use function, effectively protect the purpose of historical relic.
Owing to being communicated by the upper and lower layer passage that vertical inlet/outlet vent hole is horizontally arranged with the upper and lower portion in the thickness of slab of sucker disk seat respectively at the bottom of the hole of the sucker of the silicon rubber suction cup on the upper and lower end face of sucker disk seat；The left end end in the horizontal communication hole of lower floor's passage is provided with left inlet/outlet vent hole, and the left end of left inlet/outlet vent hole is provided with screwed hole, and the right-hand member end in the horizontal communication hole of upper strata passage is provided with right inlet/outlet vent hole, and the right-hand member of right inlet/outlet vent hole is provided with screwed hole；Left and right unidirectional intake/exhaust valve it is respectively equipped with in left and right inlet/outlet vent hole and screwed hole, left unidirectional intake/exhaust valve is located at the left end of the thickness of slab bottom of the forward and backward widthwise central of sucker disk seat, and right unidirectional intake/exhaust valve is located at the right-hand member on the thickness of slab top of the forward and backward widthwise central of sucker disk seat；The screw rod of the pull bar right-hand member end of left unidirectional intake/exhaust valve tightens together with the left end thread connection of rustless steel steel ball after passing the air-vent of band air-vent screw and the endoporus of compression spring, and the left end of pull bar is provided with handle；The screw rod of the pull bar left end end of right unidirectional intake/exhaust valve tightens together with the right-hand member thread connection of rustless steel steel ball after passing the air-vent of band air-vent screw and the endoporus of compression spring, and the right-hand member of pull bar is provided with handle.When the small articles of band plane needs to take off from wall, the objects such as the glass of big plane move or transport appointed place to be needed to unload and square planar base, frangible national historical relic needs cleaning, when collection or transfer, as long as the pull bar of left unidirectional intake/exhaust valve or the pull bar of right unidirectional intake/exhaust valve are pulled outward, the negative pressure in the sucker of silicon rubber suction cup just can be made to disappear, easily eliminate the absorption affinity of silicon rubber suction cup, easily fully the small articles of band plane is taken off from wall, the objects such as the light glass fully unloading big plane, easily fully clean, collection and transfer square planar base, frangible national historical relic, realize easy to use, reduce economic loss, improve and use function and effectively protect the purpose of historical relic.
Accompanying drawing explanation
Concrete structure of the present utility model is given by below example and accompanying drawing thereof.
Fig. 1 is the concrete structure schematic diagram (C-C sectional view) according to a kind of square double-sided sucker that can easily eliminate absorption affinity that the utility model proposes.
Fig. 2 is the concrete structure K direction view according to a kind of square double-sided sucker that can easily eliminate absorption affinity that the utility model proposes.
Fig. 3 is the concrete structure A-A sectional view according to a kind of square double-sided sucker that can easily eliminate absorption affinity that the utility model proposes.
Fig. 4 is the concrete structure B-B sectional view according to a kind of square double-sided sucker that can easily eliminate absorption affinity that the utility model proposes.
Fig. 5 is the concrete structure I position partial enlarged drawing according to a kind of square double-sided sucker that can easily eliminate absorption affinity that the utility model proposes.
Fig. 6 is the concrete structure II position partial enlarged drawing according to a kind of square double-sided sucker that can easily eliminate absorption affinity that the utility model proposes.
In figure: (1) is left and right unidirectional intake/exhaust valve, (2) it is upper and lower end face, (3) it is horizontal communication hole, (4) being sucker, (5) are vertical inlet/outlet vent hole, and (6) are silicon rubber suction cup, (7) it is sucker disk seat, (8) being sealing ring, (9) are left and right inlet/outlet vent hole, and (10) are screwed hole, (11) it is band air-vent screw, (12) being air-vent, (13) are handle, and (14) are pull bar, (15) it is external screw thread, (16) being compression spring, (17) are rustless steel steel ball, and (18) are longitudinal passage.
Detailed description of the invention
Describe in detail below in conjunction with the accompanying drawings according to the concrete device details that the utility model proposes and working condition.
As shown in drawings, the concrete device details that the utility model proposes is: a kind of square double-sided sucker that can easily eliminate absorption affinity being made up of left and right unidirectional intake/exhaust valve (1), silicon rubber suction cup (6) and sucker disk seat (7), silicon rubber suction cup (6) that the upper and lower end face (2) of square sucker disk seat (7) is respectively equipped with uniform proper alignment, that can easily eliminate absorption affinity.
Outside at the bottom of the hole of the flaring sucker (4) of silicon rubber suction cup (6) respectively with the upper and lower end face (2) of sucker disk seat (7) with together with the firm gluing of all-purpose adhesive.
Communicated by the upper and lower layer passage that vertical inlet/outlet vent hole (5) is horizontally arranged with the upper and lower portion in the thickness of slab of sucker disk seat (7) respectively at the bottom of the hole of the sucker (4) of the silicon rubber suction cup (6) on the upper and lower end face (2) of sucker disk seat (7).
Upper and lower layer passage in the thickness of slab of sucker disk seat (7) is become " ten " word to intersect by 1 horizontal communication hole (3) to form respectively with 5 longitudinal passages (18), the horizontal communication hole (3) of upper and lower layer passage and each joining of 5 longitudinal passages (18) are respectively equipped with vertical inlet/outlet vent hole (5), and every longitudinal passage (18) is respectively equipped with 5 uniform vertical inlet/outlet vent hole (5).
Upper and lower portion in the thickness of slab of the forward and backward widthwise central that the horizontal communication hole (3) of upper and lower layer passage is respectively provided at sucker disk seat (7), the left end end in the horizontal communication hole (3) of lower floor's passage is provided with left inlet/outlet vent hole (9), the left end of left inlet/outlet vent hole (9) is provided with screwed hole (10), the right-hand member end in the horizontal communication hole (3) of upper strata passage is provided with right inlet/outlet vent hole (9), and the right-hand member of right inlet/outlet vent hole (9) is provided with screwed hole (10).
Left and right unidirectional intake/exhaust valve (1) it is respectively equipped with in left and right inlet/outlet vent hole (9) and screwed hole (10), left unidirectional intake/exhaust valve (1) is located at the left end of the thickness of slab bottom of the forward and backward widthwise central of sucker disk seat (7), and right unidirectional intake/exhaust valve (1) is located at the right-hand member on the thickness of slab top of the forward and backward widthwise central of sucker disk seat (7).
The right-hand member of left inlet/outlet vent hole (9) is provided with sealing ring (8), and the endoporus of sealing ring (8) communicates with the horizontal communication hole (3) of lower floor's passage.
The left end of right inlet/outlet vent hole (9) is provided with sealing ring (8), and the endoporus of sealing ring (8) communicates with the horizontal communication hole (3) of upper strata passage.
Left and right unidirectional intake/exhaust valve (1) is made up of band air-vent screw (11), pull bar (14), compression spring (16) and rustless steel steel ball (17) respectively.
The screw rod of pull bar (14) the right-hand member end of left unidirectional intake/exhaust valve (1) tightens together with the left end thread connection of rustless steel steel ball (17) after passing the air-vent (12) of band air-vent screw (11) and the endoporus of compression spring (16), and the left end of pull bar (14) is provided with handle (13).
After the external screw thread (15) of band air-vent screw (11) is tightened on the screwed hole (10) of left inlet/outlet vent hole (9) left end, compression spring (16) and rustless steel steel ball (17) are located in left inlet/outlet vent hole (9), under the elastic force effect of compression spring (16), the right sphere of rustless steel steel ball (17) holds out against the endoporus left end at sealing ring (8), the right side of sealing ring (8) is sealed with bottom surface, the right-hand member hole compression of left inlet/outlet vent hole (9), is sealed with left inlet/outlet vent hole (9) in the horizontal communication hole (3) of lower floor's passage and separates.
The screw rod of pull bar (14) the left end end of right unidirectional intake/exhaust valve (1) tightens together with the right-hand member thread connection of rustless steel steel ball (17) after passing the air-vent (12) of band air-vent screw (11) and the endoporus of compression spring (16), and the right-hand member of pull bar (14) is provided with handle (13).
After the external screw thread (15) of band air-vent screw (11) is tightened on the screwed hole (10) of right inlet/outlet vent hole (9) right-hand member, compression spring (16) and rustless steel steel ball (17) are located in right inlet/outlet vent hole (9), under the elastic force effect of compression spring (16), the left sphere of rustless steel steel ball (17) holds out against the endoporus right-hand member at sealing ring (8), the left side of sealing ring (8) is sealed with bottom surface, the left end hole compression of right inlet/outlet vent hole (9), is sealed with right inlet/outlet vent hole (9) in the horizontal communication hole (3) of upper strata passage and separates.
nullThe concrete device working condition () that the utility model proposes: when needing to adsorb on the wall the small articles of band plane，Hold sucker disk seat to press on wall，Silicon rubber suction cup on the lower surface of sucker disk seat is pressed on wall，Silicon rubber suction cup on the lower surface of sucker disk seat is compressed，Air in the sucker of silicon rubber suction cup is pressed against and the vertical inlet/outlet vent hole communicated at the bottom of the hole of sucker under the effect of extruding force，The lower floor's passage arranged subsequently into the lower horizontal direction in the thickness of slab of sucker disk seat，The rustless steel steel ball of the unidirectional intake/exhaust valve in a left side of the left inlet/outlet vent hole right-hand member of horizontal communication hole left end end is backed down under the effect of extruding force by the air in the horizontal and vertical passage of lower floor's passage，Compressed air is flowed out to from the air-vent of left unidirectional intake/exhaust valve band air-vent screw by left inlet/outlet vent hole in the air，When the air pressure in horizontal and vertical passage is less than the elastic force of compression spring，Under the elastic force effect of compression spring，The right sphere of the rustless steel steel ball of left unidirectional intake/exhaust valve holds out against the endoporus left end at sealing ring，The right side of sealing ring is sealed with the right side compression of left inlet/outlet vent hole，Horizontal communication hole is sealed with left inlet/outlet vent hole and separates.
With hand steered sucker disk seat, silicon rubber suction cup on the lower surface of sucker disk seat resets under the effect of sucker elastic force, negative pressure is produced in making the sucker of silicon rubber suction cup, under the effect of pressure differential, sucker disk seat is firmly adsorbed on the wall by silicon rubber suction cup, this utility model is adsorbed on the wall firmly, unclamps the hands buttressing sucker disk seat.
nullHold the small articles of band plane，The plane of small articles is pressed on the silicon rubber suction cup of sucker disk seat upper surface，Silicon rubber suction cup on the upper surface of sucker disk seat is compressed，Air in the sucker of silicon rubber suction cup is pressed against and the vertical inlet/outlet vent hole communicated at the bottom of the hole of sucker under the effect of extruding force，The upper strata passage arranged subsequently into the upper level direction in the thickness of slab of sucker disk seat，The rustless steel steel ball of the unidirectional intake/exhaust valve in the right side of the right inlet/outlet vent hole left end of horizontal communication hole right-hand member end is backed down under the effect of extruding force by the air in the horizontal and vertical passage of upper strata passage，Compressed air is flowed out to from the air-vent of right unidirectional intake/exhaust valve band air-vent screw by right inlet/outlet vent hole in the air，When the air pressure in horizontal and vertical passage is less than the elastic force of compression spring，Under the elastic force effect of compression spring，The left sphere of the rustless steel steel ball of right unidirectional intake/exhaust valve holds out against the endoporus right-hand member at sealing ring，The left side of sealing ring is sealed with the left side compression of right inlet/outlet vent hole，Horizontal communication hole is sealed with right inlet/outlet vent hole and separates.
Small articles by hand steered firmly band plane, silicon rubber suction cup on the upper surface of sucker disk seat resets under the effect of sucker elastic force, negative pressure is produced in making the sucker of silicon rubber suction cup, under the effect of pressure differential, the small articles of band plane is firmly adsorbed on the wall by silicon rubber suction cup, unclamps the hands of the small articles buttressing band plane.
When needing to take off the small articles adsorbing band plane on the wall, one hands catches small articles, another hands catches the handle of the pull bar right-hand member of the unidirectional intake/exhaust valve in the right side of sucker disk seat right-hand member to pull outward, the rustless steel steel ball tightened together with the screw rod thread connection of the left end end of pull bar is toward moving right, right inlet/outlet vent hole is made to communicate with horizontal communication hole, under the effect of atmospheric pressure, air enters into right inlet/outlet vent hole through the air-vent of right unidirectional intake/exhaust valve band air-vent screw, then into horizontal and vertical passage, eventually pass in the sucker that vertical inlet/outlet vent hole enters into silicon rubber suction cup, the negative pressure in the sucker of silicon rubber suction cup is made to disappear, easily eliminate the absorption affinity of silicon rubber suction cup, the most fully can take off the small articles of band plane from wall.
nullThe concrete device working condition (two) that the utility model proposes: when needs are by square planar base、When frangible national historical relic absorption is in Collection cabinet，Hold sucker disk seat down to press on the support cabinet plate of Collection cabinet，By the silicon rubber suction cup on the lower surface of sucker disk seat toward supporting pressure on cabinet plate，Silicon rubber suction cup on the lower surface of sucker disk seat is compressed，Air in the sucker of silicon rubber suction cup is pressed against and the vertical inlet/outlet vent hole communicated at the bottom of the hole of sucker under the effect of extruding force，The lower floor's passage arranged subsequently into the lower horizontal direction in the thickness of slab of sucker disk seat，The rustless steel steel ball of the unidirectional intake/exhaust valve in a left side of the left inlet/outlet vent hole right-hand member of horizontal communication hole left end end is backed down under the effect of extruding force by the air in the horizontal and vertical passage of lower floor's passage，Compressed air is flowed out to from the air-vent of left unidirectional intake/exhaust valve band air-vent screw by left inlet/outlet vent hole in the air，When the air pressure in horizontal and vertical passage is less than the elastic force of compression spring，Under the elastic force effect of compression spring，
The right sphere of the rustless steel steel ball of left unidirectional intake/exhaust valve holds out against the endoporus left end at sealing ring, and the right side of sealing ring is sealed with the right side compression of left inlet/outlet vent hole, is sealed with left inlet/outlet vent hole in horizontal communication hole and separates.
Unclamp the hands catching sucker disk seat, silicon rubber suction cup on the lower surface of sucker disk seat resets under the effect of sucker elastic force, negative pressure is produced in making the sucker of silicon rubber suction cup, under the effect of pressure differential, sucker disk seat is firmly adsorbed on the support cabinet plate of Collection cabinet by silicon rubber suction cup, is adsorbed firmly by this utility model on the support cabinet plate of Collection cabinet.
nullHold square planar base、Frangible national historical relic，Careful by square planar base、The square planar base of frangible national historical relic is depressed on the silicon rubber suction cup of sucker disk seat upper surface gently，Silicon rubber suction cup on the upper surface of sucker disk seat is compressed，Air in the sucker of silicon rubber suction cup is pressed against and the vertical inlet/outlet vent hole communicated at the bottom of the hole of sucker under the effect of extruding force，The upper strata passage arranged subsequently into the upper level direction in the thickness of slab of sucker disk seat，The rustless steel steel ball of the unidirectional intake/exhaust valve in the right side of the right inlet/outlet vent hole left end of horizontal communication hole right-hand member end is backed down under the effect of extruding force by the air in the horizontal and vertical passage of upper strata passage，Compressed air is flowed out to from the air-vent of right unidirectional intake/exhaust valve band air-vent screw by right inlet/outlet vent hole in the air，When the air pressure in horizontal and vertical passage is less than the elastic force of compression spring，Under the elastic force effect of compression spring，The left sphere of the rustless steel steel ball of right unidirectional intake/exhaust valve holds out against the endoporus right-hand member at sealing ring，The left side of sealing ring is sealed with the left side compression of right inlet/outlet vent hole，Horizontal communication hole is sealed with right inlet/outlet vent hole and separates.
With hand steered firmly square planar base, frangible national historical relic, silicon rubber suction cup on the upper surface of sucker disk seat resets under the effect of sucker elastic force, negative pressure is produced in making the sucker of silicon rubber suction cup, under the effect of pressure differential, square planar base, frangible national historical relic are firmly adsorbed on the support cabinet plate of Collection cabinet by silicon rubber suction cup, decontrol and buttress square planar base, the hands of frangible national historical relic.
nullWhen needs clean、Collection or transfer square planar base、During frangible national historical relic，One hand steered firmly square planar base、Frangible national historical relic，Another hands catches the handle of the pull bar right-hand member of the unidirectional intake/exhaust valve in the right side of sucker disk seat right-hand member to pull outward，The rustless steel steel ball tightened together with the screw rod thread connection of the left end end of pull bar is toward moving right，Right inlet/outlet vent hole is made to communicate with horizontal communication hole，Under the effect of atmospheric pressure，Air enters into right inlet/outlet vent hole through the air-vent of right unidirectional intake/exhaust valve band air-vent screw，Then into horizontal and vertical passage，Eventually pass in the sucker that vertical inlet/outlet vent hole enters into silicon rubber suction cup，The negative pressure in the sucker of silicon rubber suction cup is made to disappear、Easily eliminate the absorption affinity of silicon rubber suction cup，Can the most fully clean from the support cabinet plate of Collection cabinet、Collection or transfer square planar base、Frangible national historical relic.
Claims (1)
1. the square double-sided sucker that can easily eliminate absorption affinity, it is made up of left and right unidirectional intake/exhaust valve (1), silicon rubber suction cup (6) and sucker disk seat (7), it is characterised in that: silicon rubber suction cup (6) that be respectively equipped with uniform proper alignment on the upper and lower end face (2) of square sucker disk seat (7), that can easily eliminate absorption affinity；
Outside at the bottom of the hole of the flaring sucker (4) of described silicon rubber suction cup (6) respectively with the upper and lower end face (2) of sucker disk seat (7) with together with the firm gluing of all-purpose adhesive；
Communicated by the upper and lower layer passage that vertical inlet/outlet vent hole (5) is horizontally arranged with the upper and lower portion in the thickness of slab of sucker disk seat (7) respectively at the bottom of the hole of the sucker (4) of the silicon rubber suction cup (6) on the upper and lower end face (2) of described sucker disk seat (7)；
Upper and lower layer passage in the thickness of slab of described sucker disk seat (7) is become " ten " word to intersect by 1 horizontal communication hole (3) to form respectively with 3～20 longitudinal passages (18), the horizontal communication hole (3) of upper and lower layer passage and each joining of 3～20 longitudinal passages (18) are respectively equipped with vertical inlet/outlet vent hole (5), and every longitudinal passage (18) is respectively equipped with 3～19 uniform vertical inlet/outlet vent hole (5)；
Upper and lower portion in the thickness of slab of the forward and backward widthwise central that the horizontal communication hole (3) of described upper and lower layer passage is respectively provided at sucker disk seat (7), the left end end in the horizontal communication hole (3) of lower floor's passage is provided with left inlet/outlet vent hole (9), the left end of left inlet/outlet vent hole (9) is provided with screwed hole (10), the right-hand member end in the horizontal communication hole (3) of upper strata passage is provided with right inlet/outlet vent hole (9), and the right-hand member of right inlet/outlet vent hole (9) is provided with screwed hole (10)；
Left and right unidirectional intake/exhaust valve (1) it is respectively equipped with in described left and right inlet/outlet vent hole (9) and screwed hole (10), left unidirectional intake/exhaust valve (1) is located at the left end of the thickness of slab bottom of the forward and backward widthwise central of sucker disk seat (7), and right unidirectional intake/exhaust valve (1) is located at the right-hand member on the thickness of slab top of the forward and backward widthwise central of sucker disk seat (7)；
The right-hand member of described left inlet/outlet vent hole (9) is provided with sealing ring (8), and the endoporus of sealing ring (8) communicates with the horizontal communication hole (3) of lower floor's passage；
The left end of described right inlet/outlet vent hole (9) is provided with sealing ring (8), and the endoporus of sealing ring (8) communicates with the horizontal communication hole (3) of upper strata passage；
Described left and right unidirectional intake/exhaust valve (1) is made up of band air-vent screw (11), pull bar (14), compression spring (16) and rustless steel steel ball (17) respectively；
The screw rod of pull bar (14) the right-hand member end on the unidirectional intake/exhaust valve in a described left side (1) tightens together with the left end thread connection of rustless steel steel ball (17) after passing the air-vent (12) of band air-vent screw (11) and the endoporus of compression spring (16), and the left end of pull bar (14) is provided with handle (13)；
After the external screw thread (15) of described band air-vent screw (11) is tightened on the screwed hole (10) of left inlet/outlet vent hole (9) left end, compression spring (16) and rustless steel steel ball (17) are located in left inlet/outlet vent hole (9), under the elastic force effect of compression spring (16), the right sphere of rustless steel steel ball (17) holds out against the endoporus left end at sealing ring (8), the right side of sealing ring (8) is sealed with bottom surface, the right-hand member hole compression of left inlet/outlet vent hole (9), is sealed with left inlet/outlet vent hole (9) in the horizontal communication hole (3) of lower floor's passage and separates；
The screw rod of pull bar (14) the left end end on the unidirectional intake/exhaust valve in the described right side (1) tightens together with the right-hand member thread connection of rustless steel steel ball (17) after passing the air-vent (12) of band air-vent screw (11) and the endoporus of compression spring (16), and the right-hand member of pull bar (14) is provided with handle (13)；
After the external screw thread (15) of described band air-vent screw (11) is tightened on the screwed hole (10) of right inlet/outlet vent hole (9) right-hand member, compression spring (16) and rustless steel steel ball (17) are located in right inlet/outlet vent hole (9), under the elastic force effect of compression spring (16), the left sphere of rustless steel steel ball (17) holds out against the endoporus right-hand member at sealing ring (8), the left side of sealing ring (8) is sealed with bottom surface, the left end hole compression of right inlet/outlet vent hole (9), is sealed with right inlet/outlet vent hole (9) in the horizontal communication hole (3) of upper strata passage and separates.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620124400.8U CN205423498U (en) | 2016-02-17 | 2016-02-17 | Can easily eliminate square two -sided sucking disc of adsorption affinity |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620124400.8U CN205423498U (en) | 2016-02-17 | 2016-02-17 | Can easily eliminate square two -sided sucking disc of adsorption affinity |
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| CN205423498U true CN205423498U (en) | 2016-08-03 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105508392A (en) * | 2016-02-17 | 2016-04-20 | 罗建华 | Square two-face suction cup capable of easily eliminating sucking force |
| CN109084146A (en) * | 2018-09-13 | 2018-12-25 | 景德镇陶瓷大学 | A kind of computer display screen based on reduction space and desktop occupy-place |
-
2016
- 2016-02-17 CN CN201620124400.8U patent/CN205423498U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105508392A (en) * | 2016-02-17 | 2016-04-20 | 罗建华 | Square two-face suction cup capable of easily eliminating sucking force |
| CN109084146A (en) * | 2018-09-13 | 2018-12-25 | 景德镇陶瓷大学 | A kind of computer display screen based on reduction space and desktop occupy-place |
| CN109084146B (en) * | 2018-09-13 | 2020-03-06 | 景德镇陶瓷大学 | Computer display screen based on space reduction and desktop occupation reduction |
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