Silver molecular sieve split charging device
By designing a silver molecular sieve dispenser and utilizing a physical mechanical structure to achieve quantitative packaging, the problems of inaccurate manual weighing and shortened service life are solved, the packaging efficiency is improved and the service life of the silver molecular sieve is extended.
Patent Information
- Application Number
- CN202423105214.3
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-12-16
- Publication Date
- 2025-10-24
- Estimated Expiration
- 2034-12-16
AI Technical Summary
The existing silver molecular sieve packaging process has problems such as inaccurate manual weighing, shortened lifespan due to exposure to the working environment, and low efficiency.
A silver molecular sieve dispenser was designed, which adopted a physical mechanical structure including a bracket, a connecting seat, an open tube, a quantitative tube and a limiting guide mechanism to achieve quantitative packaging and keep the silver molecular sieve in a confined space to avoid contact with the outside world.
The invention realizes quantitative packaging, prolongs the service life of the silver molecular sieve, improves the packaging efficiency, and has a simple structure, and is safe and reliable.
Smart Images
Figure CN223467349U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The utility model relates to silver molecular sieve subpackaging technical field, concretely relates to a silver molecular sieve subpackager. BACKGROUND
[0002] Silver molecular sieve is a kind of material with extremely strong hydrogen adsorption capacity, can effectively absorb the waste hydrogen in equipment.Silver molecular sieve is mainly applied to low-temperature vacuum container, is used to remove the hydrogen overflowed slowly in stainless steel, carbon steel and heat insulation etc.Material, to ensure the ultra-high vacuum degree of low-temperature vacuum container, improve and keep the heat insulation effect of low-temperature vacuum container, ensure the service life of low-temperature vacuum container.
[0003] With the continuous increase of low-temperature vacuum equipment industry, the use of silver molecular sieve in low-temperature vacuum industry is also growing, and the supply state of silver molecular sieve is bottled, and silver molecular sieve needs to be subpackaged according to actual consumption in the use process.
[0004] The current silver molecular sieve subpackaging process has the following problems:
[0005] 1) manual weighing subpackaging, the subpackaging process is influenced by subjective factors of subpackaging personnel, and the subpackaging quantity is inaccurate, so that quantitative subpackaging cannot be realized;
[0006] 2) silver molecular sieve is exposed to working environment in the subpackaging process, adsorbs a large amount of water and gas, and causes the service life to be shortened;
[0007] 3) manual weighing subpackaging, the subpackaging efficiency is low, and the subpackaging time is long. UTILITY MODEL CONTENT
[0008] The utility model aims at providing a silver molecular sieve subpackager with high subpackaging efficiency and realizing quantitative subpackaging.
[0009] In order to achieve the above object, the utility model discloses the following technical scheme: a kind of silver molecular sieve divides and packs ware, including support, connecting seat is fixed on support, outlet hole is provided at the top of connecting seat, and its bottle mouth is inserted when silver molecular sieve container is inverted, open tube is provided in the inside of outlet hole, open tube is installed in the inside of outlet hole by support piece, open tube is used to when silver molecular sieve container bottle mouth inserts outlet hole, the bottle mouth sealing pad of silver molecular sieve container can be inserted and opened, the upper and lower tube orifice of open tube are all open, the bottom surface of connecting seat is horizontal end face, and lower outlet is communicated with outlet hole and is arranged in the bottom surface of connecting seat;Horizontal plate is installed on the support below connecting seat, and filling port is provided on horizontal plate, and the filling port of horizontal plate and the lower outlet of the bottom surface of connecting seat are arranged in staggered arrangement;Horizontal valve plate and dosing tube are sequentially arranged from top to bottom between connecting seat and horizontal plate, and dosing tube is vertically and fixed to horizontal valve plate, and feeding port is provided on horizontal valve plate and is communicated with the upper tube orifice of dosing tube, the upper surface of horizontal valve plate and the bottom surface of connecting seat are sealed contact, the lower tube end of dosing tube and the upper surface of horizontal plate are sealed contact, and horizontal valve plate and dosing tube can be moved to make dosing tube communicate the lower outlet of the bottom surface of connecting seat or make dosing tube communicate the filling port of horizontal plate in the support under the action of limiting guide mechanism;And when the upper tube orifice of dosing tube communicates the lower outlet of the bottom surface of connecting seat, the lower tube orifice of dosing tube is just closed by the upper surface of horizontal plate, and when the lower tube orifice of dosing tube communicates the filling port of horizontal plate, the upper tube orifice of dosing tube is just closed by the bottom surface of connecting seat.
[0010] Further, the aforementioned silver molecular sieve divides and packs ware, wherein: the inner wall of the outlet hole is provided with an internal thread section adapted to connect with the external thread of the bottle mouth of the silver molecular sieve container.
[0011] Further, the aforementioned silver molecular sieve divides and packs ware, wherein: the upper tube orifice of the open tube is beveled.
[0012] Further, the aforementioned silver molecular sieve divides and packs ware, wherein: the limiting guide mechanism comprises: a first limiting member, a second limiting member, and a guide hole provided on the support for the insertion of the horizontal valve plate to limit the moving direction of the horizontal valve plate, the first limiting member is used to block and limit the horizontal valve plate, when the horizontal valve plate and the dosing tube move together to make the horizontal valve plate abut against the first limiting member, the upper tube orifice of the dosing tube just corresponds to the lower outlet of the bottom surface of the connecting seat, and at this time, the lower tube orifice of the dosing tube is just closed by the upper surface of the horizontal plate, the second limiting member is used to block and limit the dosing tube, when the horizontal valve plate and the dosing tube move together to make the dosing tube abut against the second limiting member, the lower tube orifice of the dosing tube just corresponds to the filling port of the horizontal plate, and at this time, the upper tube orifice of the dosing tube is just closed by the bottom surface of the connecting seat.
[0013] Further, the aforementioned silver molecular sieve sub-packaging device, wherein: the filling port of the horizontal valve plate is arranged in a left-right staggered manner with the lower outlet of the bottom surface of the connecting seat, the filling port of the horizontal valve plate is on the left side, the lower outlet of the bottom surface of the connecting seat is on the right side, the guide hole is a left-right running direction, the first limiting piece is a left limiting block fixed on the left side support of the horizontal valve plate, and the second limiting piece is a right limiting block fixed on the horizontal valve plate on the right side of the filling port.
[0014] Further, the aforementioned silver molecular sieve sub-packaging device, wherein: the supporting piece is a horizontal supporting plate horizontally installed in the insertion hole, a through hole is arranged on the horizontal supporting plate, and the open pipe is fixedly installed on the upper surface of the horizontal supporting plate, and the lower pipe opening of the open pipe is in butt joint communication with the through hole of the horizontal supporting plate.
[0015] Through the implementation of the above technical solutions, the beneficial effects of the present application are:
[0016] (1) The present application can realize quantitative sub-packaging, reduce the occurrence of sub-packaging quantity inaccuracy caused by human subjective factors, and ensure the consistency of sub-packaging quantity.
[0017] (2) During the entire sub-packaging process, the silver molecular sieve is always in a relatively closed space, which can effectively prevent the silver molecular sieve from being exposed to the working environment, avoid the silver molecular sieve from being polluted by external gas during the sub-packaging process, avoid the silver molecular sieve from adsorbing water and gas in the working environment during the sub-packaging process, and thus prolong the service life of the silver molecular sieve.
[0018] (3) The present application relies on the sub-packaging device to realize the consistency of sub-packaging quantity, reduces the complex steps of weighing each time in the sub-packaging process of the traditional process, and thus greatly improves the sub-packaging efficiency.
[0019] (4) The present application is a pure physical and mechanical structure without any electrical structure, which is safer to use and more convenient to install and maintain. BRIEF DESCRIPTION OF DRAWINGS
[0020] Figure 1 FIG. 1 is a schematic diagram of the three-dimensional structure of the silver molecular sieve container.
[0021] Figure 2 FIG. 7 is a schematic diagram of the structure of the silver molecular sieve sub-packaging device in a use state.
[0022] Figure 3 FIG. 9 is a sectional view of the connecting seat.
[0023] Figure 4 FIG. 10 is a perspective view of the connecting seat.
[0024] Figure 5 FIG. 12 is a schematic diagram of the connection relationship between the horizontal valve plate and the quantitative pipe.
[0025] Figure 6A structure schematic view of the horizontal plate.
[0026] Figure 7 A structure schematic view of the silver molecular sieve packing device in another use state. DETAILED DESCRIPTION
[0027] In order to make the purpose, technical scheme and advantages of the utility model more clearly, the following will be further explained in detail by combining with the drawings and examples.
[0028] As Figure 1 , Figure 2 , Figure 3 , Figure 4 , Figure 5 , Figure 6 , Figure 7 The silver molecular sieve packing device includes a support 1, a connecting seat 2 is fixed on the support 1, an insertion hole 3 for inserting the bottle mouth 200 of the silver molecular sieve container 100 when the silver molecular sieve container 100 is inverted is arranged on the top of the connecting seat 2, an open pipe 4 is arranged in the insertion hole 3, the open pipe 4 is installed in the insertion hole 3 through a supporting piece, the open pipe 4 is used to insert and open the bottle mouth sealing pad 300 of the silver molecular sieve container 100 when the bottle mouth 200 of the silver molecular sieve container 100 is inserted into the insertion hole 3, the upper and lower pipe mouths of the open pipe 4 are both open, in the embodiment, the upper pipe mouth of the open pipe 4 is oblique, so that the upper end of the open pipe 4 forms a pointed end, which is convenient for inserting the bottle mouth sealing pad 300 of the silver molecular sieve container 100; the bottom surface of the connecting seat 2 is a horizontal end surface, a lower outlet 5 is arranged on the bottom surface 211 of the connecting seat 2 and is communicated with the insertion hole 3; a horizontal plate 6 is installed on the support 1 below the connecting seat 2, a filling port 7 is arranged on the horizontal plate 6, the filling port 7 of the horizontal plate 6 is arranged in a staggered manner with the lower outlet 5 of the bottom surface 211 of the connecting seat 2; a horizontal valve plate 8 and a quantitative pipe 9 are arranged between the connecting seat 2 and the horizontal plate 6 from top to bottom, the quantitative pipe 9 is vertically arranged and is fixed on the horizontal valve plate 8, a feeding port 10 is arranged on the horizontal valve plate 8 and is communicated with the upper pipe mouth of the quantitative pipe 9, the upper surface 811 of the horizontal valve plate 8 is in sealing contact with the bottom surface 211 of the connecting seat 2, the lower pipe end of the quantitative pipe 9 is in sealing contact with the upper surface 611 of the horizontal plate 6, the horizontal valve plate 8 and the quantitative pipe 9 can be moved in the support 1 under the action of a limiting guide mechanism to make the quantitative pipe 9 communicate with the lower outlet 5 of the bottom surface 211 of the connecting seat 2 or make the quantitative pipe 9 communicate with the filling port 7 of the horizontal plate 6; and when the upper pipe mouth of the quantitative pipe 9 communicates with the lower outlet 5 of the bottom surface 211 of the connecting seat 2, the lower pipe mouth of the quantitative pipe 9 is just closed by the upper surface 611 of the horizontal plate 6, and when the lower pipe mouth of the quantitative pipe 9 communicates with the filling port 7 of the horizontal plate 6, the upper pipe mouth of the quantitative pipe 9 is just closed by the bottom surface 211 of the connecting seat 2.
[0029] In the embodiment, the inner wall of the insertion hole 3 is provided with an inner thread section 11 for connecting with the outer thread 400 of the bottle mouth of the silver molecular sieve container 100. The threaded connection is sealed tightly. Thus, during the whole process of installing the silver molecular sieve container 100 in the connecting seat 2, the bottle mouth 200 of the silver molecular sieve container 100 and the insertion hole 3 of the connecting seat 2 always form a relatively closed space. After the opening tube 4 is inserted into the bottle mouth sealing pad 300, the silver molecules in the silver molecular sieve container 100 cannot leak out from the gap between the outer peripheral wall of the bottle mouth 200 and the hole wall of the insertion hole 3.
[0030] In the embodiment, the limiting and guiding mechanism comprises a first limiting member, a second limiting member, and a guiding hole provided on the bracket 1 for inserting the horizontal valve plate 8 to limit the moving direction of the horizontal valve plate 8. The first limiting member is used to limit the horizontal valve plate 8. When the horizontal valve plate 8 moves together with the dosing tube 9 to abut against the first limiting member, the upper tube opening of the dosing tube 9 is just communicated with the lower outlet 5 of the bottom surface 211 of the connecting seat 2, and at this time, the lower tube opening of the dosing tube 9 is just closed by the upper surface 611 of the horizontal plate 6. The second limiting member is used to limit the dosing tube 9. When the horizontal valve plate 8 moves together with the dosing tube 9 to abut against the second limiting member, the lower tube opening of the dosing tube 9 is just communicated with the filling opening 7 of the horizontal plate 6, and at this time, the upper tube opening of the dosing tube 9 is just closed by the bottom surface 211 of the connecting seat 2.
[0031] In the embodiment, the filling opening 7 of the horizontal plate 6 and the lower outlet 5 of the bottom surface 211 of the connecting seat 2 are arranged in left-right staggered manner. The filling opening 7 of the horizontal plate 6 is on the left side, and the lower outlet 5 of the bottom surface 211 of the connecting seat 2 is on the right side. The distance between the filling opening 7 of the horizontal plate 6 and the lower outlet 5 of the bottom surface 211 of the connecting seat 2 can ensure that, during the moving process of the horizontal valve plate 8 and the dosing tube 9, the dosing tube 9 is not communicated with the filling opening 7 before the lower outlet 5 is completely closed by the upper surface 811 of the horizontal valve plate 8. Only when the lower outlet is completely closed by the upper surface 811 of the horizontal valve plate 8, the dosing tube 9 is communicated with the filling opening 7. The guiding hole is left-right oriented. The first limiting member is a left limiting block 12 fixed on the left bracket 1 of the horizontal valve plate 8. The second limiting member is a right limiting block 13 fixed on the horizontal plate 6 on the right side of the filling opening 7.
[0032] In the embodiment, the support is a horizontal support plate 14 horizontally installed in the insertion hole 3, a through hole is arranged on the horizontal support plate 14, the open pipe 4 is fixedly installed on the upper surface of the horizontal support plate 14, and the lower pipe opening of the open pipe 4 is in communication with the through hole of the horizontal support plate 14. In this way, when the silver molecular sieve container 100 is completely screwed into the insertion hole 3 of the connecting seat 2, the bottle mouth sealing gasket 300 of the silver molecular sieve container 100 is just pressed on the horizontal support plate 14 in the insertion hole 3, and through the cooperation of the horizontal support plate 14 and the bottle mouth sealing gasket 300, the silver molecules in the silver molecular sieve container 100 can be further prevented from leaking to the outside from the gap between the outer peripheral wall of the bottle mouth 200 and the hole wall of the insertion hole 3.
[0033] Before the sub-packaging is performed, the horizontal valve plate 8 is first moved leftwards along the guide hole, and in the process of moving leftwards, the horizontal valve plate 8 drives the dosing tube 9 to move leftwards together until the horizontal valve plate 8 is pushed leftwards to abut against the left limiting block 12, at this time, the dosing tube 9 is just moved leftwards to correspond to the lower outlet 5 of the bottom surface 211 of the connecting seat 2, and at this time, the lower pipe opening of the dosing tube 9 is just closed by the upper surface 611 of the horizontal plate 6.
[0034] When the sub-packaging is performed, the bottle mouth external cover of the silver molecular sieve container 100 storing the silver molecular sieve is first removed, at this time, the bottle mouth sealing gasket 300 of the bottle mouth 200 should be in a sealed state; then the silver molecular sieve container 100 is inverted to make the bottle mouth 200 downward, and then the silver molecular sieve container 100 is inserted and screwed into the insertion hole 3 of the connecting seat 2 through the bottle mouth external thread 400; when the silver molecular sieve container 100 is moved downwards along the insertion hole 3 of the connecting seat 2 to contact the open pipe 4, with the continuous downward movement of the silver molecular sieve container 100, the open pipe 4 is inserted into the bottle mouth sealing gasket 300 of the silver molecular sieve container 100 to make the open pipe 4 in communication with the inside of the silver molecular sieve container 100, until the silver molecular sieve container 100 is completely screwed into the insertion hole 3 of the connecting seat 2 to complete the installation of the silver molecular sieve container 100, at this time, the bottle mouth sealing gasket 300 of the silver molecular sieve container 100 is just pressed on the horizontal support plate 14 in the insertion hole 3, and through the cooperation of the horizontal support plate 14 and the bottle mouth sealing gasket 300, the silver molecules in the silver molecular sieve container 100 can be further prevented from leaking to the outside from the gap between the outer peripheral wall of the bottle mouth 200 and the hole wall of the insertion hole 3; since the silver molecular sieve container 100 is threadedly connected with the inner thread 11 of the insertion hole 3 of the connecting seat 2 through the bottle mouth external thread 400, the thread connection is sealed, in this way, in the whole process of installing the silver molecular sieve container 100 on the connecting seat 2, since the bottle mouth 200 of the silver molecular sieve container 100 and the insertion hole 3 of the connecting seat 2 always form a relatively closed space, it is ensured that the silver molecules in the silver molecular sieve container 100 will not leak to the outside from the gap between the outer peripheral wall of the bottle mouth 200 and the hole wall of the insertion hole 3 after the open pipe 4 is inserted into the bottle mouth sealing gasket 300.
[0035] After the silver molecular sieve container 100 is installed in the insertion hole 3 of the connecting seat 2, since the opening tube 3 has been inserted into the silver molecular sieve container 100 from the bottle mouth sealing gasket 300 at this time, the silver molecular sieve in the silver molecular sieve container 100 will automatically fall into the quantitative tube 9 through the opening tube 4, the lower outlet 5 and the feeding port 10 in sequence until the quantitative tube 9 is filled with the silver molecular sieve;
[0036] Then, the storage workpiece or container for storing the silver molecular sieve is connected to the filling port 7, and then the horizontal valve plate 8 is moved to the right. During the movement of the horizontal valve plate 8 to the right, the horizontal valve plate 8 drives the quantitative tube 9 filled with the silver molecular sieve to move to the right to the filling port 7. During the movement of the horizontal valve plate 8 and the quantitative tube 9 to the right, since the upper surface 811 of the horizontal valve plate 8 is always in sealing contact with the bottom surface 211 of the connecting seat 2 and the lower tube end of the quantitative tube 9 is always in sealing contact with the upper surface 611 of the horizontal plate 6, it is ensured that the inside of the connecting seat 2 and the inside of the quantitative tube 9 can always be in a relatively closed space during the movement of the horizontal valve plate 8 and the quantitative tube 9 to the filling port 7. Thus, during the movement of the horizontal valve plate 8 and the quantitative tube 9 to the filling port 7, the silver molecular sieve in the connecting seat 2 cannot fall out and cannot be in contact with the outside, and cannot be polluted by the outside gas. Meanwhile, it is also ensured that the silver molecular sieve in the quantitative tube 9 cannot be in contact with the outside and cannot be polluted by the outside gas.
[0037] Until the quantitative tube 9 moves to the right to abut against the right limiting block 13, at this time, the upper tube port of the quantitative tube 9 is closed by the bottom surface 211 of the connecting seat 2, and at this time, the lower tube port of the quantitative tube 9 corresponds to the filling port 7 of the horizontal plate 6. At this time, the silver molecular sieve in the quantitative tube 9 will fall into the storage workpiece or container from the filling port 7, and the quantitative packaging of the silver molecular sieve is completed.
[0038] The advantages of the utility model are:
[0039] (1) The quantitative packaging can be realized, the inaccuracy of the packaging quantity caused by the human subjective factors can be reduced, and the consistency of the packaging quantity is ensured.
[0040] (2) During the whole packaging process, the silver molecular sieve is always in a relatively closed space, the silver molecular sieve can be effectively prevented from being exposed to the working environment, the silver molecular sieve can be prevented from being polluted by the outside gas during the packaging process, the silver molecular sieve can be prevented from adsorbing the moisture and gas in the working environment during the packaging process, and the service life of the silver molecular sieve is prolonged.
[0041] (3) The consistency of the packaging quantity is realized by the packager during the packaging process, the complex link of weighing each time in the packaging process of the traditional process is reduced, and the packaging efficiency is greatly improved.
[0042] (4) Pure physical mechanical structure, no any electric structure, use is safer, and installation and maintenance are more convenient.
[0043] The above merely describes preferred embodiments of the present application, and is not intended to limit the present application in any other form, and any modification or equivalent change made according to the technical essence of the present application still falls within the scope of the present application.
Claims
1. A silver molecular sieve dispensing device characterized by: The support includes a connecting seat, an insertion hole is arranged on the top of the connecting seat for inserting the bottle mouth of the silver molecular sieve container when the silver molecular sieve container is inverted, an open tube is arranged in the insertion hole, the open tube is installed in the insertion hole through a support, the open tube is used to insert and open the bottle mouth sealing pad of the silver molecular sieve container when the bottle mouth of the silver molecular sieve container is inserted into the insertion hole, the upper and lower tube openings of the open tube are both open, the bottom surface of the connecting seat is a horizontal end surface, a lower outlet is arranged on the bottom surface of the connecting seat and communicates with the insertion hole; a horizontal plate is installed on the support below the connecting seat, a filling port is arranged on the horizontal plate, the filling port of the horizontal plate is arranged in a staggered manner with the lower outlet of the bottom surface of the connecting seat; a horizontal valve plate and a quantitative tube are arranged in sequence from top to bottom between the connecting seat and the horizontal plate, the quantitative tube is vertically arranged and fixed on the horizontal valve plate, a feeding port is arranged on the horizontal valve plate and communicates with the upper tube opening of the quantitative tube, the upper surface of the horizontal valve plate is in sealing contact with the bottom surface of the connecting seat, the lower tube end of the quantitative tube is in sealing contact with the upper surface of the horizontal plate, the horizontal valve plate and the quantitative tube can move in the support under the action of a limiting guide mechanism to make the quantitative tube communicate with the lower outlet of the bottom surface of the connecting seat or make the quantitative tube communicate with the filling port of the horizontal plate; and when the upper tube opening of the quantitative tube communicates with the lower outlet of the bottom surface of the connecting seat, the lower tube opening of the quantitative tube is just closed by the upper surface of the horizontal plate, and when the lower tube opening of the quantitative tube communicates with the filling port of the horizontal plate, the upper tube opening of the quantitative tube is just closed by the bottom surface of the connecting seat.
2. The silver molecular sieve dispensing closure of claim 1 wherein: An inner thread section is arranged on the inner wall of the insertion hole and is used to be connected with the outer thread of the bottle mouth of the silver molecular sieve container.
3. The silver molecular sieve dispensing closure of claim 1 wherein: The upper tube opening of the open tube is an inclined opening.
4. The silver molecular sieve dispensing device according to claim 1 or 2 or 3, wherein: The limiting guide mechanism includes a first limiting piece, a second limiting piece, and a guide hole arranged on the support for inserting the horizontal valve plate to limit the moving direction of the horizontal valve plate, the first limiting piece is used to block and limit the horizontal valve plate, when the horizontal valve plate moves together with the quantitative tube to abut against the first limiting piece, the upper tube opening of the quantitative tube just corresponds to the lower outlet of the bottom surface of the connecting seat, and at this time, the lower tube opening of the quantitative tube is just closed by the upper surface of the horizontal plate; the second limiting piece is used to block and limit the quantitative tube, when the horizontal valve plate moves together with the quantitative tube to abut against the second limiting piece, the lower tube opening of the quantitative tube just corresponds to the filling port of the horizontal plate, and at this time, the upper tube opening of the quantitative tube is just closed by the bottom surface of the connecting seat.
5. A silver molecular sieve dispensing device according to claim 4, wherein: The filling port of the horizontal plate and the lower outlet of the bottom surface of the connecting seat are arranged in a left-right staggered manner, the filling port of the horizontal plate is on the left side, the lower outlet of the bottom surface of the connecting seat is on the right side, the guide hole is in a left-right direction, the first limiting piece is a left limiting block fixed on the left side of the horizontal valve plate, and the second limiting piece is a right limiting block fixed on the horizontal plate on the right side of the filling port.
6. The silver molecular sieve dispensing closure of claim 1 wherein: The support is a horizontal support plate installed in the insertion hole, a through hole is arranged on the horizontal support plate, the open tube is fixedly installed on the upper surface of the horizontal support plate, and the lower tube opening of the open tube is in butt joint communication with the through hole of the horizontal support plate.