Cylindrical double chain with improved pinch point orientation freedom

Abstract

This invention relates to bismuth sub-staining paper containing two contents simultaneously. The internal space of the sealing ring includes sealing rings for filling different contents, a first space of the sealing ring and a first sealing ring of the second sealing ring, a filling space within the sealing ring of the sealing ring providing a first sealing ring for the sealing ring, and a filling space within the first sealing ring of the sealing ring providing a first sealing ring for the sealing ring. A first stroke portion draws in and expels contents, and a second stroke portion applies pressure to the second charging space, drawing in and expels contents from the second charging space; the first plunger portion and the second plunger portion operate simultaneously, and the ends of the first plunger portion and the second plunger portion are connected to form a cylinder.

Description

Technical Field

[0001] This invention relates to a cylindrical double chain that improves the degree of freedom in the clamping point direction. Background Technology

[0002] Typically, cylinder paper is a device used for injecting contents. The contents filled on the cylinder paper can change the pressure according to the movement of the plunger, drawing in or injecting the contents.

[0003] Cylindrical paper is usually filled or injected with only one type of content. In order to provide two types of content at the same time or to provide two types of content in combination, a "dual syringe type container" was previously proposed in Korean Patent Publication No. 10-2013-0092175 (published on August 20, 2013).

[0004] The aforementioned conventional dual-syringe type containers are placed side by side, each containing different contents, but equipped with first and second pumping components that perform a pumping action, causing the contents received at the top of the first and second containers to be discharged outwards; the first and second containers are contained, but their upper parts are connected to the first and second pumping components to form a content outflow hole, allowing the contents moving through the pumping action of the first and second pumping components to flow out; first and second content moving tubes are connected to the content outflow hole of the container body, moving the contents flowing out due to the pumping action of the first and second pumping components; a tube protective cap is formed on the upper part of the container body, wrapping and connecting the first and second content moving tubes together; the upper part of the tube protective cap is wrapped and connected together, forming a top cap for discharging contents; a content mixing tube is connected from the inside of the cap to the lower part of the discharge port, and connected to the first and second content moving tubes, mixing and discharging the contents moving through the first and second content moving tubes; thus, a container is formed.

[0005] This traditional dual-syringe container allows for easy mixing and injection of contents by filling the first and second containers.

[0006] However, a problem with traditional dual-syringe containers is that if a fixed volume of contents is filled, under pressure, the plunger will be pushed back by the internal pressure due to the delayed release of the contents, making it impossible to release the required volume of contents.

[0007] In addition, traditional dual-syringe containers, because the first and second containers are attached to each other on both sides, can only break through the relatively narrow part. Therefore, when it is necessary to rotate the syringe in different directions to inject, there is a problem of difficulty in breaking the paper and difficulty in injecting in different directions. Summary of the Invention

[0008] The problem that the invention aims to solve

[0009] The present invention is proposed to solve the above-mentioned problems, and the subject matter to be solved by the present invention is to provide a cylindrical double chain.

[0010] Furthermore, the purpose of this invention is to provide a cylindrical double cylinder by forming the outer shell clamping part of the cylinder basement into a polygon or a circle, which increases the degree of freedom of the clamping direction, making it unrestricted by the corrugation direction, and facilitating corrugation injection.

[0011] In addition, the purpose of this invention is to form the first charging space and the second charging space into a semi-circular shape, providing a cylindrical double foil, which improves the freedom of grip direction, thereby maximizing the use of the internal space of the foil on the cylinder.

[0012] Furthermore, the purpose of this invention is to form an anti-squeezing serrated groove on the pressure plunger, an anti-squeezing serrated hook on the sealing ring, and suspend the serrated hook on the anti-squeezing serrated groove, thereby providing a cylindrical double plunger that improves the freedom of the grip direction and can prevent the pressure plunger from generating anti-squeezing.

[0013] Furthermore, the purpose of this invention is to form the serrated suspension on a removable suspension selection cover, thereby allowing the suspension selection cover to be removed from the suspension selection cover, thus providing a cylindrical double shield for the pressurized thruster and increasing the degree of freedom in the direction of the removable clamp.

[0014] Furthermore, the purpose of this invention is to install an operation selection clip on the pressurized thruster. By disassembling the operation selection clip, the suspension selection cap can be combined with or not combined with the sealing gasket, thereby providing a cylindrical double sealing gasket, increasing the degree of freedom of the clamping point direction, and facilitating the control of the anti-squeeze function of the pressurized thruster.

[0015] Methods for solving problems

[0016] To achieve the above-mentioned objectives, according to an embodiment of the present invention, a cylindrical double sealing ring for improving the degree of freedom in the clamping point direction is a cylindrical double sealing ring, including a sealing ring for pressurizing and discharging contents and a sealing ring for pressurizing and discharging contents filled in the sealing ring. The sealing ring is a cylindrical double sealing ring, the inflation time of the sealing ring is the sealing ring and the inflation pressure within the sealing ring, the sealing ring is inflated, the inflation space within the sealing ring provides the first sealing ring and the second sealing ring, and the inflation pressure within the sealing ring is... A first plunger section generates and draws in and discharges the contents of the first filling space, and a second plunger section generates pressure on the second filling space and draws in and discharges the contents of the second filling space; the first plunger section and the second plunger section operate simultaneously, and the ends of the first plunger section and the second plunger section are connected to form a cylinder so as to simultaneously discharge the contents of the first charging space and the end of the second plunger section, and at the same time form a plunger pressurization section for breaking the ground, wherein the cylinder underground pipeline does not have ground breaking directionality.

[0017] The Xilin underground city includes a shell clamping part that protrudes from the periphery of the Xilin underground city and suspends fingers for digging. The shell clamping part can be formed into a polygonal or circular shape to increase the degree of freedom of digging.

[0018] From a plan view, the first charging space and the second charging space can form a semi-circular shape symmetrical about the space partition wall, so as to make the most of the cylindrical shape of the Xilin underground city as a charging space.

[0019] Along the length direction of the first plunger portion and the second plunger portion, a plurality of anti-squeezing serrated grooves are formed on the opposite surfaces of the first plunger portion and the second plunger portion. The contents filled in the first charging space and the second charging space have relatively high viscosity. In order to prevent the first plunger portion and the second plunger portion from sealing when pressurized, the anti-squeezing serrated grooves on the hole wall may get stuck.

[0020] Based on the viscosity of the contents, in order to select the anti-squeezing function of the anti-squeezing serrated groove for operation, the serrated hanger is formed, which may include a suspension selection cap detachably attached to the shielding.

[0021] The shielding cover may include a selection cover groove in which the shielding cover is fixed, and a component shielding cover portion formed by forcibly inserting the shielding cover into the shielding cover groove and fixing it to the outer edge of the shielding cover groove protruding inward.

[0022] When the first piston and the second piston are pressurized by the piston pressurizing part, the suspension selection cover can be pressurized and fixed in the sealing trench, or the suspension selection cover can be pressurized and fixed to prevent the first piston and the second piston from engaging with the detachable operation selection clip.

[0023] Invention Effects

[0024] According to the present invention, the cylinder basement formed by the first filling space and the second filling space is cylindrical in shape to be filled with two contents. There is no constraint on the paper excavation regardless of which direction it is dug. Therefore, double cylinder paper can be excavated in different directions, and the contents can be conveniently injected in different directions.

[0025] In addition, the present invention forms a polygonal or circular shell clamping part on the shielding cover, and there is no restriction on the paper breaking direction of the shielding cover, so that the double shielding cover can be conveniently injected by breaking the paper in different directions.

[0026] Furthermore, the present invention can also form anti-squeezing serrated grooves and serrated hook protrusions between the pressurizing propeller and the sealing gasket. When discharging high-viscosity contents, the pressurizing propeller is pushed backward due to the residual internal pressure, preventing the contents from leaking out to the required capacity.

[0027] Furthermore, the present invention can also form a serrated hanger on a suspension selection cap, and configure the suspension selection cap to be removable from the shielded basement, thereby imparting or de-imparting the suspension function according to the viscosity of the filling contents.

[0028] In addition, the present invention can also provide a suspension selection cap on the pressurizing plunger. Based on the working principle of the pressurizing plunger, the suspension selection cap is configured to be detachable from the windshield wiper, so that the suspension selection cap can be easily removed from the windshield wiper.

[0029] Furthermore, the present invention also conveniently controls the operation of the selection cap held by the operation selection clip by installing an operation selection clip on the pressure plunger and limiting the sliding movement interval of the pressure plunger according to the removal of the operation selection clip. Attached Figure Description

[0030] Figure 1 This is a four-view drawing of a cylindrical double-sheet paper with increased freedom of grip direction according to the first embodiment of the present invention.

[0031] Figure 2 According to the first embodiment of the present invention, a side view of a cylindrical double-sheet paper with improved grip direction freedom was drawn.

[0032] Figure 3 This is a planar cross-sectional view of the cylindrical double-sheet paper that constitutes an improved grip direction according to the first embodiment of the present invention.

[0033] Figure 4 According to the second embodiment of the present invention, a side view of a cylindrical double-tin foil with improved gripping direction freedom was drawn.

[0034] Figure 5 According to the second embodiment of the present invention, a cylindrical double washer that improves the grip direction freedom is used as a side cross-sectional view of the city, showing the state in which the suspension selection cover is attached to the washer under the operation of the pressurized thruster.

[0035] Explanation of reference numerals in the attached figures:

[0036] 100: Double cycle; 110: Cycle;

[0037] 111: First charging space; 111a: First main entrance;

[0038] 112: Second charging space; 112a: Second main entrance;

[0039] 113: Spatial partition; 114: Sawtooth intersection;

[0040] 115: Blade tip mounting part; 117: Outer shell clamping part;

[0041] 119: Select a hat; 119a: Component hangs on the chin;

[0042] 120: Pressurized piston; 121: First piston section;

[0043] 121a, 122a: Olympian seal; 122: Second piston section;

[0044] 123: Baffle pressure component; 125: Anti-slip serrated groove;

[0045] 130: Suspension selection cap; 131: Extended bulkhead;

[0046] 140: Operation selection folder. Detailed Implementation

[0047] The embodiments of the present invention will now be described with reference to the accompanying drawings.

[0048] like Figures 1 to 3 As shown, according to the first embodiment of the present invention, the cylindrical double sealing ring (100) that improves the freedom of grip direction can charge different contents into the sealing ring (110), injecting them simultaneously or mixing them.

[0049] In the Xilin underground well (110), a first charging space segment (111) and a second charging space segment (112) can be divided by a space partition wall (113) to fill different contents.

[0050] The lower part of the first charging space (111) can form a first gate (111a), and the lower part of the second charging space can form a second gate (112a). The first gate (111a) and the second gate (112a) can be respectively equipped with pouring needles, or a gate (111a) and the second gate (112a) can be connected to form a gate for mixing pouring contents.

[0051] The outer surface of the cylindrical double sealing ring (110) can be formed into a cylindrical shape.

[0052] Here, conventional potassium dicyandiamide (100) usually has the shape of two cylinders connected together or an elliptical shape, so its relatively thin width makes it easy to break holes. Therefore, the direction of the hole is limited. For example, when it is necessary to inject potassium dicyandiamide (100) in different directions for therapeutic purposes, it is necessary to change the position of the hole in potassium dicyandiamide (100), which increases the trouble of injection.

[0053] To solve this problem, the present invention forms the outer surface of the silicoagulant (110) into a cylindrical shape, eliminating the relatively thin part. Since there is no restriction on the clamping point direction, the perimeter of the silicoagulant (110) is not restricted by the clamping point direction that can be dug in different directions, and can be changed in different directions for convenient injection.

[0054] The first charging space (111) and the second charging space (112) can be symmetrically formed in the form of a semicircle on a plane with the space partition wall (113) as the center, so as to maximize the use of the area of ​​the shield (110) on the cylinder and fill a large amount of contents.

[0055] On the silting well (110), the pressure resistance of the silting well (110) can be changed by pressurizing the plug (120) to fill or discharge the contents.

[0056] The pressure plug (120) may be composed of a first piston portion (121) inserted into the first charging space portion (111) and a second piston portion (122) inserted into the second charging space portion (112). The first piston portion (121) and the second piston portion (122) may have a semi-circular shape on the plane corresponding to the first charging space portion (111) and the second charging space portion (112).

[0057] When the first punch (111) and the second punch (112) are inserted at their ends, if they slide in the direction of the first gate (111a) and the second gate (112a), the pressure of the first punch (111) and the second punch (112a) increases, and the contents can be discharged through the first gate (111) and the second punch (112a).

[0058] Conversely, the first stroke section (121) and the second stroke section (122) are inserted into the first stroke section (111) and the second stroke section (112) to correspond to the first main inlet (111a) and the second main inlet (112a). If the first stroke section (111) and the second stroke section (112a) are inserted into the first stroke section (111) and the second main inlet (112a), the second stroke section (112a) and the second stroke section (112) are respectively lowered (111) and the second stroke section (112a), and the second stroke section (112a) and the second stroke section (112a) can be charged by inhaling the contents.

[0059] Sealing rings (121a, 122a) may be provided around the first stroke section (121) and the second stroke section (122) near the first main inlet (111a) and the second main inlet (112a) to protect the information between the first stroke section (121) and the first charging chamber section (111) and the second stroke section (122) and the second charging chamber section (112).

[0060] Between the first stroke section (121) and the second stroke section (122), in order to insert a space partition wall (113), they can be placed apart from each other at a spacing corresponding to the space partition wall (113). The first stroke section (121) and the second stroke section (122) can be connected to each other through the stroke pressurization section (123) so that they can move together in Jilin Jiujing (110).

[0061] Regarding the orientation of the sealing rings (121a, 122a) for mounting the first plunger portion (121) and the second plunger portion (122), the first plunger portion (121) and the second plunger portion (122) can be moved from the first plunger portion (111) and the second plunger portion (112) to the second plunger portion (122) by applying pressure or pulling.

[0062] The cutting pressure section (123) can be formed into a circle or a polygon to allow for paper breaking in various positions.

[0063] In the gap between the first plunger portion (121) and the second plunger portion (122), on the opposing surfaces, a plurality of anti-pinch serrated grooves (125) may be continuously formed along the length direction of the first plunger portion (121) and the second plunger portion (122), respectively. The anti-pinch serrated grooves (125) may have a slope that becomes deeper towards the direction where the first main inlet (111a) and the second main inlet (112a) are located.

[0064] Additionally, a sawtooth hanging object (114) can be protruded on the space partition wall (113) to form a cross-seal sawtooth groove (125).

[0065] The sawtooth hanger (114) can be hung on the anti-squeezing sawtooth groove (125) formed by the first cut-out portion (121) protruding on both sides of the space partition (113) and the anti-squeezing sawtooth groove (125) formed by the second cut-out portion (122).

[0066] When a relatively viscous substance is filled into a cement well (110), the pressurization rate of the pressurizing plug (120) is slower than that of the first gate (111a) and the second gate (112a) due to the relatively high viscosity.

[0067] Therefore, after pressurizing to discharge highly viscous contents, if the pressurizing of the pressurizer (120) is released, the pressurizing direction of the pressurizer (120) will reverse due to the increase in internal pressure, making it difficult to discharge the contents.

[0068] To solve this problem, when the filling is relatively high, the pressurizing machine (120) pressurizes and then releases the pressurizing. A serrated stumbling block (114) appears on the anti-slip groove (125) corresponding to its position to prevent the pressurizing machine (120) from retracting due to the unrelieved internal pressure, thereby allowing all the required contents to be discharged.

[0069] When the first punch (121) and the second punch (122) are pressurized to discharge the contents, the anti-squeezing serrated groove (125) moves along the inclined plane to move the serrated hanger (114), causing the anti-squeezing serrated groove (125) or the serrated hanger (114) to elastically deform and slide over the serrated hanger (114).

[0070] Conversely, when a sawtooth hanger (114) is provided on the anti-pinch sawtooth groove (125), the end is suspended due to internal pressure, and the pressure baffle (120) is difficult to retract. However, if a force greater than the internal pressure is used to force retraction, the sawtooth hanger (114) or the anti-pinch sawtooth groove (125) will undergo elastic deformation and can also move.

[0071] Explain the components, functions, and effects described above.

[0072] According to a first embodiment of the present invention, the cylindrical double sealing ring (100) that improves the freedom of grip direction is divided by a space segment partition (113) by a first charging space segment (111) and a second charging space segment (112) filled with different contents in the sealing ring (110). The first charging space segment (111) is inserted into the first piston segment (121), and the second charging space segment (112) is inserted into the second piston segment (122).

[0073] On both sides of the space partition (113), serrated hanging protrusions (114) are formed, and around the open part of the gong (110), a shell clamping part (117) for hanging fingers to dig the gong (110) is formed.

[0074] To avoid paper tearing directionality, the housing clamping part (117) is formed in a circle or polygon. For the direction in which the housing clamping part (117) is formed, a first gate (111a) for the contents of the first charging space (111) and a second gate (112a) for the contents of the second charging space (112) are formed at the ends in opposite directions.

[0075] Although Xilin Haojing (110) has a first charging space portion (111) and a second charging space portion (112), it is cylindrical and has no directionality for breaking paper, so it can easily break paper and inject contents in a variety of ways.

[0076] Oil ring seals (121a, 122a) are installed at the ends of the first stroke section (121) and the second stroke section (122) inserted into the first charging space section (111) and the second charging space section (112). At the ends of the first stroke section (121) and the second stroke section (122) in opposite directions where the oil ring seals (121a, 122a) are installed, the first stroke section (121) and the second stroke section (122) are connected to form a pressure breaking (123).

[0077] On the opposing surfaces of the first plunger portion (121) and the second plunger portion (122), a plurality of continuous anti-pinch serrated grooves (125) are formed along the length direction of the pressurized plunger portion (120).

[0078] A sawtooth hanger (114) spans across the anti-sealing sawtooth groove (125), and each anti-sealing sawtooth groove (125) has an increasingly deeper slope in the open portion of the shielding trench (110) along the direction of the first main entrance (111a) or the second main entrance (112a).

[0079] According to the first embodiment of the present invention with the above-described composition, when the cylindrical double sealing ring (100) which improves the freedom of grip direction is inserted into the sealing ring (110) and the pressure plug (120) is inserted, in order to fill the contents through the first gate (111a) and the second gate (112a), the pressure plug (120) is pulled out from behind by the sealing ring pressure part (123).

[0080] If the pressure plug (120) is pulled to the rear, the first piston (121) of the first charging chamber stem (111) moves to the rear, and the second piston of the second charging chamber stem (112) moves to the rear. The pressure resistance of the first charging chamber stem (111) and the second charging chamber stem (112) decreases, and the contents of the first main inlet (111a) and the second main inlet (112a) will be pulled to the first charging chamber stem (112) and the second charging chamber stem (111), respectively.

[0081] At this time, a sawtooth hanger (114) will be hung on the anti-pinch sawtooth groove (125) formed by the opposite parts of the first cut-in portion (121) and the second cut-in portion (122). However, if the pressure hanger (120) is pulled with a relatively strong force, the sawtooth hanger (114) hanging on the anti-pinch sawtooth groove (125) will be forcibly disengaged, and the pressure hanger (120) can move backward.

[0082] Of course, the contents can also be completely separated from the cement underground well (110) without pulling the pressure plug (120) from the outside, and the contents can be filled through the open first charging space portion (111) and the second charging space portion (112) of the cement underground well (110) respectively, and then the contents can be filled in the cement underground well (110) in combination with the pressure plug (120).

[0083] If the contents are charged according to the capacity preset in the first charging space portion (111) and the second charging space portion (112), a stirring end is provided in the end mounting portion (115) formed around the first gate (111a) and the second gate (112a), and the contents are injected into the pressurizing baffle (120) required for pressurization.

[0084] At this time, when the user is deciphering the double serene paper (100), the pressure plug (123) is positioned on the palm of the hand while the finger passes through the outer casing clamp (117), and the pressure plug (120) is applied in the form of the finger folding towards the palm, while the contents are injected.

[0085] At this time, even if the first charging space portion (111) and the second charging space portion (112) are formed in the Xilin underground city (110), the shape of the Xilin underground city (110) will be cylindrical, and there will be the same grip no matter where you dig. Therefore, the present invention can improve the freedom of the direction of breaking the ground and make it convenient to dig and use.

[0086] On the other hand, when the contents of the first charging space (111) and the second charging space (112) are discharged under pressure, if the viscosity of the contents is relatively high, the discharge of the contents will take time. Therefore, the pressure reduction rate is low. In order to repeatedly inject the contents and release the pressure of the pressurizing part (123), the pressurizing unit (120) will play a backward role.

[0087] However, the end of the anti-squeezing serrated groove (125) formed on the first baffle (121) and the second baffle (122) of the pressure baffle (120) crosses the serrated stumbling block (114) to prevent pushing backward in the pressure direction of the pressure baffle (120).

[0088] Therefore, it can prevent the pressure baffle (120) from discharging the contents according to the required capacity, and then the pressure baffle (120) from retracting under internal pressure and discharging the contents without discharging them according to the required capacity.

[0089] Therefore, according to the first embodiment of the present invention, the cylindrical double sealing ring (100) increases the degree of freedom of grip direction, and the sealing ring (110) filled with different contents can be formed into a cylindrical shape, which breaks the paper in no direction, so the paper can be broken freely and the contents can be injected conveniently.

[0090] Furthermore, the present invention can also form the shell clamping part (117) into a polygon or a circle, and inject the contents into the double cage (100) in different directions.

[0091] In addition, the present invention can also form the first filling space (111) and the second filling space (112) for filling the contents into a semi-circle, making maximum use of the internal space of the cylindrical basement (110), thus maximizing the amount of filling contents.

[0092] In addition, by forming an anti-squeezing serrated groove (125) on the pressure plug (120) and a serrated hanger (114) spanning the anti-squeezing serrated groove (125) on the cement underground well (110), the present invention can prevent the pressure plug (120) from becoming clogged even when filling or discharging high-viscosity contents, thereby allowing the required volume of contents to be injected intact.

[0093] The second embodiment of the present invention is described below. The second embodiment has the same configuration as the first embodiment and is marked with the same symbols. The same configuration has the same function and effect, so the detailed description of the same configuration is omitted.

[0094] According to a second embodiment of the present invention, the cylindrical double sealing ring (100) improves the degree of freedom of gripping direction, and the anti-push or anti-push function of the pressurized thruster (120) can be selectively realized through the sealing ring (125) on the sealing ring (110) according to the viscosity of the filling contents.

[0095] like Figure 4 and Figure 5 As shown, according to the second embodiment, the cylindrical double sealing ring (100) increases the degree of freedom in the grip direction, and a selection cover (119) for inserting an annular hanging selection cover (130) can be formed at the end of the open portion of the sealing ring (110).

[0096] Furthermore, at the outer end of the selection cap groove (119), multiple or continuous hanging selection caps (130) are inserted along the circumference of the selection cap groove (119). When inserted into the selection cap groove (119), the end circumference of the selection cap groove (119) is supported to form a member hanging jaw (119a) to prevent detachment.

[0097] The suspension selection cap (130) is formed in a ring shape. The outer casing of the suspension selection cap (130) can be inserted into the inner post of the selection cap slot (119) for clamping. When the suspension selection cap (130) is set on the selection cap slot (119) in the center of the suspension selection cap (130), an extension partition section (131) in the form of an extension partition (131) of the extension space partition (113) can be formed at the same position as the space partition (113).

[0098] The extended partition section (131) may be formed by a serrated hanger (114) that spans the anti-slip serrated groove (125), and the serrated hanger (114) may be formed by protrusions from both sides of the extended partition section (131).

[0099] The serrated hook protrusion (114) is not formed in the space partition (113), but can only be formed in the extended partition part (131).

[0100] The suspension selection cap (130) can be installed on the pressure baffle (120). The first baffle (121) is clamped as one side space of the extended partition (131) of the suspension selection cap (130), and the second baffle (122) is clamped as the other side space of the extended partition (131). The suspension selection cap (130) can be clamped.

[0101] When the hook-on selection cover (130) is inserted into the pressure baffle (120), the pressure baffle (120) pressure part (123) is located. The hook-on selection cover (130) can be fixed in position on the pressure baffle (120) and the serrated hook-on protrusion (114) is formed by extending the isolation part (131) on the anti-slip groove (125).

[0102] Of course, if an external force is forcibly applied to the voltage regulator (120), the suspension selection cover (130) can be moved along the length of the voltage regulator (120).

[0103] In the pressure baffle (120), between the baffle selection cap (130) and the baffle pressure cap (123), an operation selection clip (140) can be provided to press the baffle selection cap (130) when the pressure baffle selection cap (123) is applied, and press it onto the selection cap slot (119).

[0104] The operation selection clip (140) is in the form of a ring, with the surrounding part cut off to form an open shape. The two ends cut off by the side of the pressure baffle (120) can be inserted into the pressure baffle (120) or removed from the pressure baffle (120).

[0105] The operation selection clip (140) is made of a material with elastic force, which can be reduced back to the initial gap by the accumulated elastic force when the cut ends are forcibly opened.

[0106] Here, when the end of the pressure plug (120) is inserted into the first gate (111a) and the second gate (112a) for maximum fit, the gap between the end of the sealing ring (110) and the sealing ring pressure plug (123) can reach the height of the operation selection clip (140).

[0107] The operation selection clip (140) is formed at a height corresponding to the height of the suspension selection cap (130). When the suspension selection cap (130) presses the pressure baffle (120) in the direction where the first main inlet (111a) and the second main inlet (112a) are located, the operation selection clip (140) forces the suspension selection cap (130) to be in the direction where the suspension selection cap (130) is located, so that the suspension selection cap (130) can be inserted as the selection slot (119).

[0108] In other words, when the operation selection clip (140) is clamped between the baffle pressure part (123) and the suspension selection cap (130), the depth to which the pressure baffle (120) enters is less than the maximum depth that can be inserted. Therefore, if the baffle pressure part (123) is pressurized and the pressure baffle (120) is inserted to the maximum extent into the sealing ring (110), the selection baffle (130) is forced to act as the inlet (119) of the second cycle (second cycle) of the pressure baffle (120) and the inlet (111). They can be close together.

[0109] Conversely, when the operation selection clip (140) is removed, the pressure plug (120) is moved to its maximum extent in the direction where the first main inlet (111a) and the second main inlet (112a) are located. In this case, the pressure plug (120) is selected as the pressure plug (110) with the maximum gap between the sealing ring (123) inside the first main inlet (111a) and the second main inlet (112a), based on the gap between the end of the sealing ring (110) and the sealing ring pressure part (123). It can be located directly.

[0110] According to the second embodiment of the present invention with the above-described configuration, the cylindrical double washer (100) that improves the freedom of grip direction inserts the first thruster (121) and the second thruster (122) of the pressurized thruster (120) into the extended partition portion (131) of the suspension selection cover (130) respectively, and moves the suspension selection cover (130) on the pressurized thruster (120) to the first thruster (122) and the second thruster (121) at the end of the suspension pressurized thruster (123).

[0111] Then, an operation selection clip (140) is inserted between the hanging selection cover (130) and the low-pressure part of the baffle (123) to isolate and position the hanging selection cover (130) on the low-pressure part of the baffle (123).

[0112] If the snap-on selection cover (130) and the operation selection clip (140) on the pressurized thruster (120) are combined, the pressurized thruster (120) is inserted into the shield (110).

[0113] Then, by suspending the pressure baffle (123) of the selection cover (130), the end of the pressure baffle (120) inserted into the sealing gasket (110) is brought as close as possible to the sealing gasket (110) to prevent the pressure baffle (120) from sealing.

[0114] If the pressure baffle pressurizing part (123) is pressed, the operation selection clip (140) will pressurize the suspension selection cap (130), causing the suspension selection cap (130) to enter the interior of the selection cap (119). The suspension selection cap (130) entering the selection cap (119) will cross the member suspension jaw (119a) formed at the end of the selection cap (119) and be selected by the cold shield (110).

[0115] If the selector cover (130) is stuck in place, the pressure baffle (120) will be forced back, and the contents will be filled into the first charging space (111) and the second charging space (112).

[0116] After the filling material is charged, the contents are injected through the pressurizing part (123) and the pressurizing plug (120).

[0117] The pressurizing part (123) of the pressurizing mudguard passes over the mudguard selection cover (130) formed on the anti-slip serrated groove (125). When the pressurizing mudguard (120) moves and stops pressurizing, even if the contents increase in pressure due to viscosity, serrations will appear at the end of the anti-slip serrated groove (125) to block (114), thereby preventing the internal pressure from escaping the internal pressure material (120).

[0118] On the other hand, if the shielding well (110) is filled with a substance with a viscosity lower than a preset value, a pressure regulator (120) is inserted into the shielding well (110), and the operation selection clip (140) is removed.

[0119] If the operation selection clip (140) is deleted, the suspension selection cap (130) can be moved according to the interval where the operation selection clip (140) is located. Therefore, even if the pressure regulator (120) is applied to the Xuelin water well (110) at its maximum pressure, the suspension selection cap (130) will not enter the selection cap (119) of the Xuelin water well (110). Therefore, the suspension selection cap (130) will not be attached to the Xuelin water well (110).

[0120] In this state, if the pressure plug (120) is retracted from the sealing ring (110), the contents will be sucked into the first gate (111a) and the second gate (112a) and filled into the interior of the sealing ring (110). Even if the pressure plug (120) is retracted, the serrated bar (114) of the sealing ring (130) will be selected, and the sealing ring (120) and the sealing ring (130) will be retracted together.

[0121] Furthermore, if the pressure stopper (120) is pressurized to fill the contents, the pressure stopper (130) will also move along with the pressure stopper (120). Therefore, even if the pressure stopper (120) is slid back and forth on the silin basement (110), it can move along with the pressure stopper (120) without being restricted by the pressure stopper (114) and the anti-push serrated groove (125), and the pressure stopper (120) can be moved easily.

[0122] Therefore, according to the second embodiment of the present invention, the cylindrical double sealing ring (100) increases the degree of freedom in the gripping direction. Based on the effect of the first embodiment, the suspension selection cover (130) is selectively combined. When injecting high-viscosity contents, the anti-push function of the pressure propeller (120) is performed by the suspension selection cover (130). When selecting low-viscosity contents, the internal pressure of the contents that clog (120) is prevented from pushing water when selecting (120). An anti-squeeze function can be used.

[0123] In addition, the second embodiment configures the selection cover (130) on the shield (110) to be detachable to the selection cover (119). Depending on whether the selection cover (130) on the selection cover (119) is detached, the pressurized thruster (120) can be conveniently provided with anti-push function.

[0124] In addition, the second embodiment combines the operation selection clip (140) with the pressure baffle (120). Depending on the removal of the operation selection clip (140), the hanging selection cap (130) is combined with the selection cap (119), or not combined with the selection cap (119), thereby conveniently selecting and providing anti-snagging function.

[0125] The embodiments of the present invention have been described above, but the scope of the present invention is not limited thereto, and includes all changes and modifications in the technical field to which the present invention pertains that are easily altered by a person with ordinary knowledge and are considered to be of equal scope.

Claims

1. A cylindrical double sealing ring, improving the degree of freedom in the clamping point direction, comprising a sealing ring for pressurizing and discharging filling contents and a pressurizing actuator for the filling contents within the sealing ring, wherein, The aforementioned cylindrical double sealing ring includes a spatial partition wall that divides the interior space of the aforementioned basement into a first charging space and a second charging space, for filling different of the aforementioned contents. The aforementioned pressurizing syringe includes: A first stroke portion that applies pressure to the first charging space, drawing in and expelling the contents of the first charging space, and a second stroke portion that applies pressure to the second charging space, drawing in and expelling the contents of the second charging space, and The ends of the first stroke section and the second stroke section are connected together, and the broken stroke pressurization section is simultaneously activated so as to simultaneously start the first stroke section and the second stroke section, and simultaneously discharge the contents of the first stroke space and the contents of the second stroke section.

2. The cylindrical double sealing ring according to claim 1, wherein, The aforementioned cylindrical double sealing ring includes an outer shell clamping part that extends from around the basement of the cylinder and hooks fingers for digging. The aforementioned housing holder is formed in a polygonal or circular shape to increase the degree of freedom in the clamping direction, thereby increasing the degree of freedom in tearing paper.

3. The cylindrical double sealing ring according to claim 1, wherein, In order to make the most of the cylindrical filling space of the shield, the first charging space and the second charging space are arranged in a symmetrical semi-circular shape with the partition wall as the center when viewed from a plan view.

4. The cylindrical double sealing ring according to claim 1, wherein, Along the length direction of the first plunger portion and the second plunger portion, a plurality of anti-pinch serrated grooves are formed on the opposing surfaces of the first plunger portion and the second plunger portion, and The relatively viscous contents filled in the first filling space and the second filling space protrude from the space partition to prevent crowding of the first filling portion and the second filling portion during pressurization.

5. The cylindrical double sealing ring according to claim 4, wherein, The serrated hanger is formed based on the viscosity of the contents to select the anti-slip function of the anti-slip serrated groove for operation, thereby increasing the degree of freedom in the clamping direction. The Schilling manhole includes a suspension selection cover that is detachably connected to the serrated hanger.

6. The cylindrical double sealing ring according to claim 5, wherein, The aforementioned cylindrical double sealing ring includes: The suspended selection cover will be fixed to the selection cover; and The suspended selection cap is fixed when it is forcibly inserted into the selection cap slot, and the member protruding from the outer edge of the selection cap slot to the inner side suspends the jaw.

7. The cylindrical double sealing ring according to claim 5, wherein, When the first plunger portion and the second plunger portion are pressurized by the plunger pressurizing portion, the suspension selection cover is pressurized and fixed in the sealed basement, or the suspension selection cover is pressurized and fixed, including an operation selection clip detachably attached to the first plunger portion and the second plunger portion.

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