KR101359406B1 - Overall Heat Transmission Test Piece Cartridge Feeding Apparatus - Google Patents

Abstract

The heat-transferring specimen cartridge conveying apparatus of the present invention includes a frame, a first extension portion formed at an upper portion of the frame and protruding upward from both ends of the long side of the frame, and extending from the end of the first extension portion toward the inside of the frame. A jig guide having a second extension portion, a jig having a coupling member inserted between the jig guide, a body to which the coupling member is installed, and a fastening groove formed at an upper center of the body, and a fastening groove of the jig. It may include a hoist having a hook coupled to, and a wire rope for supporting the hook.

Description

Overall Heat Transmission Test Piece Cartridge Feeding Apparatus}

The present invention relates to a thermal perfusion specimen cartridge transfer apparatus, and more particularly, to a thermal perfusion specimen cartridge transfer apparatus using a jig for transferring the thermal perfusion specimen cartridge of the test apparatus.

In general, when the specimen is mounted on the heat-permeable specimen cartridge of the test apparatus, the specimen is transferred by transferring the heat-perfusion specimen cartridge.

When transporting the heat-transfer specimen cartridge, the heat-transfer specimen cartridge is very heavy, so a rail or a hoist is often used at the bottom.

When installing the rails under the heat-transfer specimen specimen cartridge, the heat-transfer specimen specimen cartridges are moved left and right using hydraulics. However, using a rail to transfer the heat-permeating specimen cartridge may result in constraints of movement that can only move left and right.

When the hoist is used to transfer the heat-permeable specimen cartridge, a person rises to the upper portion of the heat-perfusion specimen cartridge in order to use the hoist and the heat-perfusion specimen cartridge. However, it is often large enough to use a ladder or the like to climb to the top of the general heat perfusion specimen cartridge. At this time, in order to mount the hoist on the thermal perfusion specimen cartridge, there is a risk that a person falls on the thermal perfusion specimen cartridge.

In addition, if the hoist is always fixed to the thermal perfusion specimen cartridge, the hoist cannot be used during the test, and if the hoist is inadvertently adjusted by the operator, the fixed cartridge and the test equipment may be damaged. Therefore, there is a risk that a person must go up to remove the hoist to prevent the heat-perfusion specimen cartridge from moving during the test.

The present invention has been made to solve the above problems, an object of the present invention is to facilitate the mounting and detachment of the hoist without rising to the top of the heat perfusion specimen cartridge.

It is a further object of the present invention to simply mount the hoist to the heat perfusion specimen cartridge.

According to an aspect of the present invention, there is provided a heat-permeable specimen cartridge transport apparatus including a frame, a first extension portion formed on an upper portion of the frame, and protruding upward from both end portions of the frame, A jig guide having a second extension extending from the end of the first extension portion toward the inside of the frame, a coupling member inserted between the jig guides, a body on which the coupling member is installed, and a fastening formed at an upper center of the body It may include a hoist having a jig having a groove, a hook fastened to the fastening groove of the jig, and a wire rope supporting the hook.

The jig guide may open the one end to insert the jig, and the lower portion of the coupling member may protrude to both sides so as not to be separated from the jig guide.

According to another aspect of the present invention, a heat-permeable specimen cartridge transfer device includes a frame, a jig guide formed on an upper portion of the frame, a coupling member coupled to the jig guide, a cover on which the coupling member is fixed, and an upper portion of the coupling member. A wire fixed to one side to move the coupling member to the left and right, a hinge to move the movement direction of the wire upwards, and a fastening member to engage with the end of the wire whose movement direction is changed upward by the hinge. It may include a hoist having a jig provided, a hook fastened to the fastening groove of the jig, and a wire rope supporting the hook.

The jig may include the coupling member and the hinge to correspond to both sides of the jig.

The jig may include a first spring that causes the fastening member to drop downward when no force is applied to the fastening member, and a second spring that moves away from the jig guide when no force is applied to the coupling member.

It may be provided with a fixing plate for fixing the spring on the opposite side contacting the second spring and the coupling member.

The cover may be provided with a movement guide groove in the lower portion can move the coupling member left and right.

According to the heat perfusion specimen cartridge transfer apparatus according to the present invention, the user can mount the heat perfusion specimen cartridge and the hoist without using the jig because the jig is used.

And, since the jig can be combined with the jig guide of the heat permeation specimen cartridge by the operation of the hoist, it is possible to simply transfer the heat perfusion specimen cartridge.

1 is a front view showing a state of the heat permeation specimen cartridge transport apparatus according to an embodiment of the present invention.
Figure 2 is a plan view and a cross-sectional view showing a state of the heat permeation specimen cartridge transporter shown in FIG.
Figure 3 is a side view showing a jig of the thermal perfusion specimen cartridge transport apparatus according to another embodiment of the present invention.
Figure 4 is a cross-sectional view showing a jig of the heat permeation specimen cartridge transport apparatus shown in FIG.

Hereinafter, with reference to the accompanying drawings will be described in detail a heat-transfer specimen cartridge conveying apparatus according to an embodiment of the present invention.

1 is a front view showing a state of the heat-permeable specimen cartridge feeder according to an embodiment of the present invention, Figure 2 is a plan view and a cross-sectional view showing the state of the heat-permeable specimen cartridge feeder shown in FIG.

As shown in Figure 1 to 2 heat transfer specimen cartridge 100 transfer apparatus according to an embodiment of the present invention is a frame 110, a jig guide 120 provided on the frame 110, A jig 200 coupled to the jig guide 120 and a hoist 300 coupled to the jig 200 to transfer the frame 110 are provided.

Although not shown in the drawings, the frame 110 includes a specimen coupling member 210 for coupling a specimen of a product when a test such as a window or a heat permeability of the product is performed therein. In addition, the end of the frame 110 is formed of a metal material in order to prevent damage when transported to the hoist (300).

An upper part of the frame 110 is provided with a jig guide 120 to insert the jig 200 into the thermal perfusion specimen cartridge 100 to move the jig 200 to the center of the frame 110.

The jig guide 120 has a first extension portion 121 formed to protrude upward at regular intervals from both end portions of the long side of the frame 110. In addition, a second extension portion 122 extending from the upper end of the first extension portion 121 formed at both ends of the long side of the upper portion of the frame 110 toward the inner side of the frame 110 is provided.

In addition, the jig guide 120 is damaged when the jig guide 120 is damaged when using the hoist 300 to transfer the heat perfusion specimen cartridge 100 is not separated from the hoist 300. It may be formed of a metal material.

The jig 200 is a coupling member 210 is inserted between the first extension portion 121 and the second extension portion 122 of the jig guide 120 fixed to both ends of the upper portion of the frame 110, and A body 220 in which the coupling member 210 is installed, and a fastening groove 230 formed in the upper center of the body 220 may be provided.

The coupling member 210 is inserted into a space formed between the first extension 121 of the jig guide 120, the lower portion of the coupling member 210 protrudes to both sides so as not to be separated from the second extension 122. It may be formed in the form, or may be formed in a circular shape with a circumference greater than the distance between the second extension portion 122 formed on the frame 110.

In addition, the jig guide 120 may be open at one end so that the jig 200 may be inserted into the jig guide 120, and the jig 200 is centered on the frame 110 by the jig guide 120. One end of the jig guide 120 is blocked on the side of the frame 110 except for the space where the jig 200 is located in the center of the frame 110.

The coupling member 210 is fixed to the lower portion of the body 220, the fastening groove 230 is provided in the center of the upper portion.

The body 220 may have a triangular shape in a shape formed in a straight line from both ends of the coupling member 210 to the fastening groove 230 in the center of the body 220. This causes the force to concentrate in the fastening groove 230 when the heat perfusion specimen cartridge 100 is transferred using the hoist 300.

The hoist 300 has a hook 310 that is fastened to the fastening groove 230 of the jig 200, and a wire rope 320 that supports the hook 310 to transfer the thermal perfusion specimen cartridge 100. can do.

Although not shown in the drawing, in another embodiment, the jig guide 120 may extend from both ends of the first extension part 121 and the first extension part 121 protruding upward from the upper center of the frame 110. The second extension part 122 may be extended. In addition, the coupling member 210 of the jig 200 moved by the jig guide 120 extends downward from both ends of the jig 200, the jig 200 in the lower portion of the extended coupling member 210. Each of which may extend to the inside to cover the jig guide 120.

The heat permeation specimen cartridge 100 transfer device to the hook 310 of the hoist 300 to the fastening groove 230 of the jig 200 at the bottom to operate the hoist 300 to heat the jig 200 through heat The heat perfusion specimen cartridge 100 may be transferred by being inserted into the jig guide 120 formed on the specimen cartridge 100. In addition, the hook 310 of the jig 200 and the hoist 300 may be integrated to be inserted into the jig guide 120 formed on the heat perfusion specimen cartridge 100 to transfer the heat perfusion specimen cartridge 100.

In the following description of the heat permeation specimen cartridge transfer apparatus according to another embodiment of the present invention, the same reference numerals are used for the same configuration as the heat perfusion specimen cartridge transfer apparatus according to the above-described embodiment, and a detailed description thereof will be omitted. do.

Figure 3 is a side view showing a jig of the heat permeation specimen cartridge transport apparatus according to another embodiment of the present invention, Figure 4 is a cross-sectional view showing a jig of the heat perfusion specimen cartridge transport apparatus shown in FIG.

3 to 4, the jig 200 of the heat transfer specimen cartridge 100 transfer device according to an embodiment of the present invention is a coupling member 210 for coupling with the jig guide 120, the coupling A cover 240 on which the member 210 is fixed, a wire 270 for moving the coupling member 210 to the left and right, and a hinge for moving the movement direction of the wire 270 upward. 260 and a fastening member 250 engaged with the end of the wire 270 whose direction of movement is changed upward by the hinge 260.

The coupling member 210 may include a vertically formed plate and a locking plate extending from the lower portion of the plate to the inside of the jig 200, and may be provided to correspond to both sides of the jig 200.

The cover 240 may be provided with a movement guide groove 290 for fixing the coupling member 210 and providing a movement path through which the coupling member 210 moves, and is fastened to an upper portion of the cover 240. The space in which the member 250 can move up and down is formed.

The wire 270 may be fixed to one side of an upper portion of the coupling member 210 to allow the coupling member 210 provided to correspond to both sides of the jig 200 to move inside and outside the jig 200. .

The hinge 260 may be fixed to the coupling member 210 to move the movement direction of the wire 270 to move the coupling member 210 to the left and right. In addition, the hinge 260 is fixed to the hinge 260 on both sides of the hinge 260 so that the hinge 260 is not released from the fixed position when the hinge 265 (270) is moved.

The upper end of the wire 270 whose movement direction is changed upward by the hinge 260 is provided with a fastening member 250 which is engaged with the hook 310 of the hoist 300.

The upper portion of the fastening member 250 has a fastening groove 230 which protrudes out of the cover 240 of the jig 200 and is fastened to the hook 310 of the hoist 300.

In addition, the jig 200 does not apply a force to the fastening member 250, the jig 200 does not apply a force to the first spring 255 and the coupling member 210 which the fastening member 250 falls downward. ) A second spring 215 to move outward. On the opposite side of the second spring 215 and the coupling member 210 is provided with a fixing plate 280 for fixing the end of the spring.

The fixing plate 280 is provided with a groove so that the wire 270 fixed to the coupling member 210 can move.

Although not shown in the drawings, when the jig 200 of the heat perfusion specimen cartridge 100 is transferred to the heat perfusion specimen cartridge 100 to be coupled and fastened, the fastening member 250 protrudes out of the cover 240. After fastening the hook 310 of the hoist 300 to the groove 230, and using the hoist 300 to hook one side of the coupling member 210 of the jig 200 to one side of the jig guide 120. When the wire rope 320 of the hoist 300 is raised to the upper portion, the fastening member 250 coupled to the hook 310 rises upward, and the wire 270 fixed to the lower portion of the fastening member 250 upwards. To rise. When the wire 270 ascends upward, the moving direction of the wire 270 is changed to the inside of the jig 200 by the hinge 260 to jig 200 the coupling member 210 having the end of the wire 270 fixed thereto. ) Move inward. When the coupling member 210 is moved in the direction of the jig 200, the coupling member 210 may be coupled to the jig guide 120 formed on the frame 110 to transfer the thermal perfusion specimen cartridge 100. have.

On the contrary, when the jig 200 is detached from the thermal perfusion specimen cartridge 100, when the hoist 300 is lowered, the fastening member 250 is lowered by the first spring 255. At this time, the wire 270 fixed to the bottom of the fastening member 250 is lowered, and the coupling member 210 is opened to the outside of the jig 200 by the second spring 215. When the coupling member 210 of the jig 200 is not caught by the jig guide 120 of the thermal perfusion specimen cartridge 100, the hoist 300 is operated to operate the jig 200 and the thermal perfusion specimen cartridge 100. Can be separated.

In the above description of the heat-permeable specimen cartridge transport apparatus according to an embodiment of the present invention, the spirit of the present invention is not limited to the embodiments presented herein. Those skilled in the art, who understands the spirit of the present invention, can readily suggest other embodiments by adding, changing, deleting, adding, or the like of components within the scope of the same idea, I would say.

100: heat permeation specimen cartridge 110: frame
120: jig guide 200: jig
210: coupling member 220: body
230: fastening groove 240: cover
250: fastening member 260: hinge
270: wire 280: fixed plate
290: moving guide groove 300: hoist
310: hook 320: wire rope

Claims (8)

Frame,
A jig guide formed on the frame and having a first extension part protruding upward from both end portions of the long side of the frame, and a second extension part extending from an end of the first extension part toward the inside of the frame;
A jig having a coupling member inserted between the jig guides, a body on which the coupling member is installed, and a fastening groove formed at an upper center of the body;
A hoist having a hook fastened to the fastening groove of the jig and a wire rope supporting the hook,
The jig guide has one end of the side open so that the jig is inserted, and one end of the side except for the space where the jig is located at the center of the frame so that the jig can be located at the center of the frame by the jig guide. Blocked,
And the body has a triangular shape formed in a straight line from both ends of the coupling member to the fastening groove in the center of the body such that a force is concentrated in the fastening groove.
delete The method of claim 1,
The lower portion of the coupling member is a heat perfusion specimen cartridge transport apparatus, characterized in that protruding to both sides so as not to be separated from the jig guide.
Frame,
A jig guide formed on an upper portion of the frame,
A coupling member coupled to the jig guide, a cover on which the coupling member is fixed, a wire fixed to one side of the coupling member upper side to move the coupling member left and right, and a movement direction of the wire upwardly A jig having a hinge and a fastening member engaged with an end of the wire whose direction of movement is changed upward by the hinge;
A hoist having a hook fastened to the fastening groove of the jig and a wire rope supporting the hook,
The jig has a first spring that causes the fastening member to fall downward when no force is applied to the fastening member, and a second spring that moves away from the jig guide when no force is applied to the coupling member.
And a fixing plate having a groove formed on the opposite side of the second spring and the coupling member in contact with the spring to fix the spring and move the wire fixed to the coupling member.
5. The method of claim 4,
The jig has a heat transfer specimen cartridge transport apparatus characterized in that it comprises the coupling member and the hinge to correspond to both sides of the jig.
delete delete 5. The method of claim 4,
The cover is a heat-transfer specimen cartridge transfer device characterized in that the lower portion has a movement guide groove for moving the coupling member to the left and right.

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