KR200460939Y1 - A homogenizer - Google Patents

Abstract

The present invention relates to a homogenizer, and to a homogenizer that homogenizes a sample sample so as to grind a sample sample of a part of the substance for the purpose of testing a substance in a laboratory or a research institute.

Homogenizer according to the present invention,

In the homogenizer homogenizing the sample sample contained in the plastic pack,

A body having an accommodating part for accommodating the sample sample therein, a striking portion provided inside the body to strike the sample sample homogeneous, and connected to the striking portion and provided outside the body, the striking portion The control unit 300 is configured to control.

Body, striking part, control part, receiving part, support plate, floating piece, spring, long groove, handle, mounting plate, pivoting pulley, homogeneous plate, support plate, band, motor, pin, positioning rod

Description

Homogenizer {A HOMOGENIZER}

The present invention relates to a homogenizer, and to a homogenizer that homogenizes a sample sample so as to grind a sample sample of a part of the substance for the purpose of testing a substance in a laboratory or a research institute.

In general, in the fields of medicine, chemistry, physiology, pathology, biochemistry, etc., various tissues, blood, seeds, yeasts, etc. can be used for various tests such as tissue analysis, genetic testing, blood analysis, etc. as well as patients or animals. Various such raw materials should be collected or sampled. In addition, in order to perform the various tests as described above, it is necessary to extract a sample of a form suitable for testing or inspection from the sample.

As such, in order to extract a sample from the sample or raw material, the raw material must be crushed or pulverized and homogenized. For the homogenization of such crushing and pulverization, for example, a roller grinder, a cracker, a gripper roller, Various appliances such as crucibles and dishes are used.

The most commonly used homogeneous method is simply to put a sample in the crucible and to homogenize the sample using a rod directly, but it is possible to homogenize only one sample at a time, and to crucify before homogenizing another sample. Since it must be sterilized, there is a problem that excessive time is taken and the tester can be contaminated.

Recently, the sample samples were homogenized by accommodating the sample samples in a plastic sheet and then placed inside a homogenizing device capable of homogenizing the sample samples. In the process of collecting, there was a problem that the vinyl paper containing the sample is damaged and affects the sample sample.

In addition, after homogenizing the sample sample, when the sample sample is taken out from the inside of the homogenizer, it is inconvenient to completely open the opening and closing door that forms one surface of the homogenizer.

In addition, since the structure of the parts for homogenizing the sample sample is complicated and many while the sample sample is provided in the homogeneous apparatus, there is an economic problem with high cost in maintenance and repair.

The present invention is devised to solve the above problems,

The first object is to provide a homogenizer which is easy to prepare for homogenizing a sample sample and does not require separate sterilization or the like.

The second object is that the sample sample can be conveniently housed inside the homogenizer and can be homogeneous, while the sample can be easily obtained from the inside of the homogenizer to the outside, while the sample sample is installed and collected in the homogenizer. The purpose is to provide a homogenizer that can prevent the paper from being damaged.

A third object is to provide a homogenizer which simplifies the homogeneity of the sample sample, but also allows the configuration of the product to be simple, so that the maintenance and repair costs of the homogenizer can be minimized.

Homogenizer according to the present invention,

In the homogenizer homogenizing the sample sample contained in the plastic pack,

A body having an accommodating part for accommodating the sample sample therein, a striking portion provided inside the body to strike the sample sample homogeneous, and connected to the striking portion and provided outside the body, the striking portion It is composed of a control unit for controlling.

The accommodating part includes an accommodating groove in which the plastic pack is accommodated, a support plate for supporting the plastic pack from the side so that the impact of the striking part is absorbed by the sample sample, and the support plate is flowed to be in close contact with and spaced apart from the upper part of the plastic pack. A flow piece protruding out of the body to be in close contact with and spaced apart from an upper portion of the body, a hinge for allowing the flow piece to flow from the upper portion of the body, and a connection between the upper portion of the flow piece and an inner side of the receiving groove. It is configured to include a spring that exerts elasticity to be in close contact with the upper support plate.

The support plate may further include a stepped portion in which the flow piece is in close contact with the support plate, and the handle may further include a handle formed to be gripped by hand to flow the flow piece.

On the other hand, the striking portion, a pair of homogeneous plate for hitting the plastic pack accommodated in the sample sample, a first flow rod one end is connected to the back of the homogeneous plate, and a second flow rod is connected to the other end of the first flow rod; A rotating pulley connected to an end of the second flow rod, a motor for rotating the rotating pulley, a band connecting the motor and the rotating pulley, a mounting plate in the form of a vertical plate on which the motor and the rotating pulley are mounted, A support piece supported by the bottom of the mounting plate so that the mounting plate is movable; a positioning rod protruding out of the body from the upper portion of the mounting plate to allow the mounting plate to flow and be fixed horizontally; and vertically to support the first flow rod. It comprises a plate supporting plate in the form of a plate.

Subsequently, the first flow rod and the second flow rod are connected to each other by a first connecting pin that connects the first flow rod and the second flow rod to flow while being connected, and the second flow rod and the rotational pulley are the second flow rod. It is formed by the second connecting pin for connecting so as to flow and the rotating pulley connected.

In addition, the body is configured to further include a long groove for guiding the position adjustment rod to be horizontally movable.

The homogeneous plate further includes a groove formed sporadically so that the force of the striking force is different when the homogeneous plate is hit by the plastic pack containing the sample sample.

The control unit may include a circuit board which is a program for storing and executing the hitting control of the hitting unit, and a control button connected to the circuit board and protruding outside the body to control the hitting unit.

The first effect is the use effect that can be conveniently used since there is no hassle to sterilize the homogenizer separately while preparing the sample sample after the sample sample is provided inside the homogenizer.

The second effect is that the sample sample can be easily provided inside the homogenizer and homogenized, and then the homogeneous sample sample can be easily taken out, while preventing the damage to the paper containing the sample, thereby obtaining an accurate sample sample. Has a different effect.

The third effect is that the components of the homogenizer homogenizing device having a sample sample inside are simple, so that the use and maintenance costs thereof can be minimized.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall internal cross-sectional view showing the whole of the homogenizer according to the present invention, Figure 2 is an internal cross-sectional view showing another state inside the homogenizer according to the present invention, Figure 3 shows the outside of the homogenizer according to the present invention 4 and 5 is an embodiment showing the implementation of the homogenizer according to the present invention, Figure 6 is a perspective view showing the main portion of the homogenizer according to the present invention, Figure 7, 8 is a homogenizer of the present invention 9 is a perspective view showing an embodiment, Figure 9 is a perspective view showing the inside and outside of the homogenizer according to the present invention, Figure 10 is an embodiment showing another embodiment of the homogenizer according to the present invention. Such a homogenizer is used to obtain an accurate sample sample by finely homogenizing the sample sample by simply placing the sample sample inside the homogenizer device to homogenize the sample sample.

As shown in Figure 1 to 6, the homogenizer according to the present invention,

In order to homogenize the sample sample to obtain an accurate sample sample, the sample sample 50 has a body 100 homogenized with the sample sample 50 contained therein.

The body 100 has a receiving portion 110 for accommodating the sample sample 50 therein, wherein the sample sample 50 is accommodated in the plastic pack 30, the receiving portion ( 110 will be accommodated.

Subsequently, the body 100 is provided inside the body 100, the striking unit 200 and the homogeneous by striking the sample sample 50, and connected to the striking unit 200 and the body ( 100 is provided on the outside, the control unit 300 for controlling the hitting unit 200 is formed.

In addition, the accommodating part 110 may include the accommodating groove 112 in which the plastic pack 30 is accommodated, and the vinyl pack 30 at the side so that the sample sample 50 absorbs the impact of the striking part 200. The support plate 114 is supported by the flow, and the flow piece 116 protruded to the outside of the body 100 to be in close contact with and the space between the top and the support plate 114 at the same time as the plastic pack 30 and the upper flows 116 And a hinge 118 allowing the flow piece 116 to flow on the body 100, and connected to an inner side of the upper portion of the flow piece 116 and an inner side of the receiving groove 112. 116 is configured to include a spring 115 that exerts elasticity to be in close contact with the top of the support plate (114).

Subsequently, the front surface of the body 100 at the position where the support plate 114 is provided is transparent so that the support plate 114 can be confirmed from the outside, and the support plate 114 also closely adheres to the support plate 114 from the outside. It is preferable that the transparent sample is formed so that the state of the sample 50 can be confirmed.

In addition, since the support plate 114 is maintained in close contact with the sample sample 50, the strength of the support plate 114 to overcome the sample sample 50 hit by the striking part 200 and the indirect impact thereof is high. High and transparent tempered glass is preferably used.

In addition, the support plate 114, the upper step 113 which is in close contact with the flow piece 116 is configured to be further configured, the upper portion of the flow piece 116, the hand for flowing the flow piece 116 The handle 117 is formed so as to be further configured to include.

On the other hand, the striking unit 200, a pair of homogeneous plate (210, 210 ') hitting the plastic pack 30, the sample sample 50 is accommodated, and once on the back of the homogeneous plate (210, 210') The first flow rods 220 and 220 'connected to each other, the second flow rods 230 and 230' having a tip connected to the other ends of the first flow rods 220 and 220 ', and the second flow rods 230 and 230'. Rotating pulleys 240 and 240 'connected to the ends of the motor 250 and the motor 250 to rotate the rotation pulleys 240 and 240', and the motor 250 and the rotation pulleys 240 and 240 'interconnected A band 245, a mounting plate 260 in the form of a vertical plate on which the motor 250 and the rotational pulleys 240 and 240 'are mounted, and the mounting plate 260 to allow the mounting plate 260 to flow therethrough. And a support piece 270 supporting from a lower portion, and a positioning rod 280 protruding from the upper portion of the mounting plate 260 to the outside of the body 100 to allow the mounting plate 260 to flow and be fixed horizontally. To support the first flow rods 220 and 220 ' It is configured to include a vertical plate to form a bag bottom board (290).

In particular, the mounting plate 260 is connected to the pin 272 rotatably on the support piece 270, according to the positioning of the positioning rod 280, the mounting plate 260 is a flow It is preferred to be fixed after being made.

Subsequently, the first flow rods 220 and 220 'and the second flow rods 230 and 230' are connected to flow while the first flow rods 220 and 220 'and the second flow rods 230 and 230' are connected. Is formed by the first connecting pins (222, 222 '), the second flow rods (230, 230') and the rotating pulley (240, 240 '), the second flow rods (230, 230') are rotated The pulleys 240 and 240 'are connected by second connection pins 232 and 232' which are connected to flow.

In addition, the body 100, the positioning rod 280 is configured to further include a long groove 120 for guiding the horizontal flow.

As a result, when the homogeneous plates 210 and 210 'are hit at the sample sample 50 while being fixed at a distance close to the sample sample 50, a relatively strong blow is applied to the sample sample 50. When the homogeneous plates 210 and 210 'are hit by the sample sample 50 while being fixed to the sample sample 50 at a long distance, a relatively weak blow is applied to the sample sample 50.

Subsequently, when the positioning rod 280 is guided to the long groove 120 and moved in the direction of the sample sample 50, the homogeneous plates 210 and 210 ′ including the mounting plate 260 are fixed. When the sample sample 50 is moved in the direction, and the positioning rod 280 is guided to the long groove 120 to move in the opposite direction provided with the sample sample 50, the mounting plate ( The homogeneous plates 210 and 210 ', including 260, are moved in the opposite direction to which the sample sample 50 is provided.

And, the homogeneous plate (210, 210 '), the grooves 215 sporadically formed so that the force of the blow when the homogeneous plate (210, 210') hit the plastic pack 30, the sample sample 50 is accommodated 215 ').

The grooves 215 and 215 'are preferably deformable into various grooves in a circular rectangular or horizontal vertical direction.

In addition, the controller 300 is connected to the circuit board 310 and the circuit board 310 which is a program for storing and executing the hit control of the hitting part 200 and protrudes outside the body 100. It is configured to include a control button 320 to control the hitting unit 200.

(Example)

Homogenizer according to the present invention, as shown in Figure 4 to 10,

In order to generate standard data with a homogeneous sample, it is necessary to finely homogenize the sample sample.

To this end, the sample sample 50 is placed in the plastic pack 30, and then accommodated inside the body 100, which may be homogeneous.

In this case, the sample sample 50 accommodated in the plastic pack 30 is mounted on the receiving part 110 provided in the body 100.

In order to mount the sample sample 50 on the accommodating part 110, the fluid piece 116 formed to be opened and closed on the accommodating part 110 may be rotated. Is formed on the upper portion 100 is connected by the hinge 118 to allow the flow piece 116 to be rotated.

In addition, in order to easily rotate the flow piece 116, and to open and close the upper portion of the receiving portion 110, it is preferable to use the grip 117 by holding.

In this way, when the upper portion of the receiving portion 110 is opened by rotating the flow piece 116, the accommodating portion while the plastic pack 30 in which the sample sample 50 is embedded is in close contact with the wall of the support plate 114. In order to enter the inside, at this time, the upper portion of the plastic pack 30, while being caught in the step 113 formed on the flow piece 116 and the support piece 114, the receiving portion 110 To protrude to the outside, the lower portion of the sample sample 50 is to be accommodated in the receiving portion (110).

In particular, the handle 117 is gripped to rotate the flow piece 116 to open the accommodating part 110 and to accommodate the sample sample 50 inside the accommodating part 110. When the 117 is placed, the flow piece 116 closes the receiving portion 110 by the elasticity of the spring 115, and at this time, the upper portion of the sample sample 50 is the stepped portion ( 113) and the fixed position while being sandwiched between the flow piece (116).

Then, when the sample sample 50 is mounted on the receiving unit 110, the control button 320 formed on the outside of the body 100 is pressed to perform the operation of homogenizing the sample sample 50.

In this case, the controller 300 is connected to the circuit board 310 and the circuit board 310 which is a program for storing and executing the hit control of the hitting part 200 and protrudes outside the body 100. Consists of a control button 320 for controlling the striking unit 200, the operation of the striking unit 200 on the circuit board 310 is set according to the user's needs, and can be stored.

In addition, when the control button 320 provided on the outside of the body 100 is turned on, the striking part 200 is operated according to data preset in the circuit board 310.

Looking at the operation of the hitting unit 200, when the control button 320 is turned on, the motor 250 is connected to the control button 320 is operated, the rotating pulley (connected to the motor 250) 240, 240 'is rotated, the second pull rod (230, 230') is connected to the end of the rotation pulley (240, 240 ') and the second connecting pins (232, 232') flows, The first flow rods 220 and 220 'connected to the front ends of the second flow rods 230 and 230' and the first connection pins 222 and 222 'are connected to each other to be connected to the first flow rods 220 and 220'. The homogeneous plates 210 and 210 'are linearly moved in the horizontal direction, and strike the sample sample 50.

Subsequently, the first flow bars 220 and 220 'are preferably linearly moved while being mounted on the rod support plate 290 formed inside the body 100.

In this case, the motor 250 and the rotational pulleys 240 and 240 'are mounted on the mounting plate 260 in the form of a vertical plate, and the mounting plate 260 is a pin 272 below the mounting plate 260. It is formed on the support plate 270 is connected to the support plate 260 to enable the flow.

In addition, the mounting plate 260 is provided with a positioning rod 280 protruding from the upper portion of the mounting plate 260 to the outside of the body 100 so that the mounting plate 260 flows and is fixed horizontally. The positioning rod 280 is guided and flows through the long groove 120 formed to penetrate in the horizontal direction from the outside to the inside of the body 100.

As such, the positioning rod 280 is guided and flows in the long groove 120 to move the mounting plate 260 in the direction of the sample sample 50 or in the opposite direction of the sample sample 50. In this way, it is possible to adjust the strength of the homogeneous plate (210, 210 ') striking the sample sample 50.

In addition, the positioning rod 280 protruding from the outside of the body 100, after the user allows the positioning rod 280 to flow from the outside, in order to fix the position of the positioning rod 280 , The gripping bolt 282 is provided, the user holding the tightening bolt 282, after setting the fixed position of the positioning rod 280, the tightening bolt 282 is the body 100 When pressed to the outer surface closely, the positioning rod 280 is fixed at that position.

In particular, the homogeneous plate (210, 210 '), the groove is formed sporadically so that the force of the blow when the homogeneous plate (210, 210') hit the plastic pack 30, the sample sample 50 is received ( 215 and 215 ', the grooves 215 and 215' are formed in various shapes, and the force striking the sample sample 50 is discriminated to shorten the time for homogenizing the sample sample 50. Done.

Thus, when the operation of the striking unit 200 is finished as previously set in the circuit board 310, the user grips the upper part of the plastic pack 30 of the sample sample 50 is homogenized with one hand, the other When the handle 117 is held with one hand and flows, the flow piece 116 opens the upper portion of the accommodating part 110 so that the sample sample 50 can be taken out of the accommodating part 110. do.

The scope of the present invention is not limited to the above-exemplified embodiments, and many other modifications based on the present invention may be made by those skilled in the art within the technical scope as described above.

1 is an overall internal cross-sectional view showing the whole of the homogenizer according to the present invention,

Figure 2 is an internal cross-sectional view showing another state inside the homogenizer according to the present invention,

3 is a perspective view showing the outside of the homogenizer according to the present invention,

4 and 5 is an embodiment showing the implementation of the homogenizer according to the present invention,

Figure 6 is a perspective view showing the main portion of the homogenizer according to the present invention,

7 and 8 are perspective views showing the implementation of the homogenizer according to the present invention,

9 is a perspective view showing the inside and outside of the homogenizer according to the present invention,

10 is an embodiment showing another embodiment of the homogenizer according to the present invention.

Description of the Related Art

30: plastic pack 50: sample sample

100: body 110: receiving portion

112: receiving groove 113: step

114: support plate 115: spring

116: flow piece 117: handle

118: hinge

120: long groove

200: hitting portion 210, 210 ': homogeneous plate

215, 215 ': Groove 220, 220': First flow bar

222, 222 ': first connecting pin 230, 230': second flow rod

232, 232 ': Second connection pin 240, 240': Rotating pulley

245: band

250: motor 260: mounting plate

270: support plate 272: pin

280: position adjusting rod 282: tightening bolt

290: support plate

300: control unit 310: circuit board

320: control board

Claims (8)

In the homogenizer homogenizing the sample sample 50 accommodated in the plastic pack 30, A body (100) having a receiving portion (110) for receiving the sample sample (50) therein; A hitting part 200 provided inside the body 100 to strike the sample sample 50 and homogeneously; And a control unit 300 connected to the hitting unit 200 and provided outside the body 100 to control the hitting unit 200. The accommodating part 110 supports the accommodating groove 112 in which the plastic pack 30 is accommodated, and the vinyl pack 30 from the side so that the sample sample 50 absorbs the impact of the striking part 200. A support plate 114 and a flow piece 116 protruding to the outside of the body 100 so as to be in close contact with and spaced apart from the upper portion of the plastic pack 30 and to be in close contact with and spaced from the upper side of the support plate 114, The hinge 118 allows the flow piece 116 to flow on the body 100, and is connected to an inner side of the upper portion of the flow piece 116 and an inner side of the receiving groove 112 to allow the flow piece 116 to flow. It includes a spring 115 to exert elasticity to be in close contact with the upper support plate 114, The top of the support plate 114 is a homogenizer further comprises a step 113 is in close contact with the flow piece (116). delete The method of claim 1, Homogenizer, characterized in that the top of the flow piece 116 is configured to further comprise a handle 117 is formed to be gripped by hand to flow the flow piece (116). The method of claim 1, The hitting unit 200, A pair of homogeneous plates 210 and 210 'striking the plastic pack 30 containing the sample sample 50 and first flow rods 220 and 220' having one end connected to the rear surface of the homogeneous plates 210 and 210 '. ), Second flow rods 230 and 230 'having a tip connected to the other ends of the first flow rods 220 and 220', and rotation pulleys 240 and 240 connected to ends of the second flow rods 230 and 230 '. '), A motor 250 for rotating the pivoting pulleys 240 and 240', a band 245 for interconnecting the motor 250 and the pivoting pulleys 240 and 240 ', and the motor ( 250 and a mounting plate 260 in the form of a vertical plate on which the rotational pulleys 240 and 240 'are mounted, and a support piece 270 supporting the lower plate 260 to allow the mounting plate 260 to flow therethrough. And a positioning rod 280 protruding from the upper portion of the mounting plate 260 to the outside of the body 100 to allow the mounting plate 260 to flow and be fixed horizontally, and the first flow rods 220 and 220 '. Rods in the form of vertical plates so that Homogenizer characterized in that the configuration including 290. The method of claim 4, wherein The first flow rods 220 and 220 'and the second flow rods 230 and 230', The first flow rods 220 and 220 'and the second flow rods 230 and 230' are connected by first connection pins 222 and 222 'which are connected to flow while being connected, The second flow bar (230, 230 ') and the rotation pulley (240, 240'), Homogenizer, characterized in that the second flow bar (230, 230 ') and the rotational pulley (240, 240') is connected by a second connecting pin (232, 232 ') to be connected to flow. The method of claim 4, wherein The body 100, Homogenizer, characterized in that it further comprises a long groove (120) for guiding the position adjustment bar (280) to flow horizontally. The method of claim 4, wherein The homogeneous plate (210, 210 '), When the homogeneous plate (210, 210 ') is hit the plastic pack 30, the sample sample 50 is accommodated is characterized in that it further comprises a spout formed grooves (215, 215') so as to discriminate the force of the blow Homogenizer. The method of claim 1, The control unit 300, The circuit board 310, which is a program for storing and executing the hitting control of the hitting part 200, is connected to the circuit board 310 and protrudes out of the body 100 to control the hitting part 200. Homogenizer, characterized in that it comprises a control button 320 that can be.

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