Portable protection sleeve for portable underground gas analyzer

Abstract

The utility model discloses a portable protection sleeve for an underground gas analyzer, which comprises a base protection sleeve wrapping the bottom surface and the side surface of a gas analyzer base, a pipe body protection sleeve made of a flexible material is connected to the upper edge of the base protection sleeve, the pipe body protection sleeve comprises a transition section at the lower part and a barrel body section at the upper part, and the barrel body section wraps a pipe body of the gas analyzer. The transition section is gradually narrowed from the upper edge of the base sheath and is connected with the tube body section, the tube body sheath is provided with a vertical dividing edge and is opened and closed through a closing piece, an opening binding rope capable of tightening an upper opening is arranged on the upper edge of the tube body section in the circumferential direction, and a vertical observation opening is formed in the tube body sheath corresponding to scales of the gas analyzer. The observation port is provided with an observation port protective sleeve made of transparent flexible materials, a telescopic carrying belt is arranged on the side face of the protective sleeve, and buffering materials are padded in the pipe body protective sleeve and the base protective sleeve. The utility model has the advantages of portability, light weight, wear resistance, shock absorption, drop resistance and the like, and the arranged observation port is convenient for observing and reading. And underground operating personnel can conveniently walk by carrying the device on the back.

Description

TECHNICAL FIELD

[0001] The utility model belongs to the technical field of gas analyzer, especially relates to a portable underground gas analyzer carrying protective sleeve. BACKGROUND

[0002] In high-gas and high-outburst mine, the regional effect test of mine must carry out gas content determination work, which adopts DGC type gas content direct determination device developed by Chongqing Research Institute. The device is a set of gas content determination complete equipment combined with laboratory and underground use, which is composed of underground determination device and ground determination device, and is divided into underground coring and underground desorption system, ground gas desorption system, weighing system, coal sample crushing and desorption system, moisture determination system and data processing system. The device is the highest precision and fastest coal seam gas content (W) and desorbable gas content (Wa) determination equipment at present, is designed and manufactured according to the coal seam gas content underground direct determination method (GB / T23250), and has the characteristics of small determination engineering quantity, simple operation, small maintenance quantity and safe use.

[0003] The DGC underground gas content determination device adopts drainage gas collection method, replaces the water column in the measuring cylinder with the gas analyzed in the coal sample tank, and measures the gas analysis speed and analysis amount by reading the height of the water column in the measuring cylinder. The material of the underground gas analyzer is organic glass, which is brittle and easy to wear and tear, and the underground conditions are harsh, so damage occurs from time to time. The box matched with the underground gas analyzer produced by the manufacturer is large in size and heavy in quality, and is not easy to carry. UTILITY MODEL CONTENTS

[0004] In order to solve the technical problems that the underground gas analyzer is easy to be damaged by knocking in the underground environment, and the box matched with the underground analyzer produced by the manufacturer is large in size, heavy in quality and not easy to carry, the utility model provides a portable underground gas analyzer carrying protective sleeve.

[0005] The utility model adopts the technical scheme, a portable underground gas analyzer carrying protective sleeve, including the base cover of the bottom surface and the side surface of the wrapped gas analyzer base, the base cover is connected with the pipe body cover of flexible material, the pipe body cover includes the transition section of lower part and the barrel section of upper part, the barrel section wraps the pipe body of gas analyzer, the transition section gradually narrows from the upper edge of the base cover and connects with the barrel section, the pipe body cover is equipped with the vertical division edge and realizes opening and closing through the closure, the upper edge of the barrel section is provided with the bundle mouth rope that can be tightened upper mouth in circumference, the pipe body cover is opened with the vertical observation port corresponding to the scale of gas analyzer, the observation port is provided with the observation port cover of transparent flexible material, the side surface of the protective sleeve is provided with the telescopic shoulder strap, the pipe body cover and the base cover are internally filled with the buffer material.

[0006] Further, the closure is a zipper or a magic tape.

[0007] Further, a roll edge is provided on the upper edge of the barrel section to pass the binding rope into it.

[0008] Further, the cushioning material is sponge or foam.

[0009] Further, the base sheath is made of leather material, and the barrel sheath is made of canvas material.

[0010] The portable underground gas analyzer carrying protective sleeve has the advantages of convenient carrying, light weight, wear resistance, shock absorption, and drop resistance, and the observation port is convenient for observing readings. The device is convenient for walking when worn by underground workers, and can free both hands when riding a monkey car, so that safety hazards are not easily caused. The device has low manufacturing cost and is convenient to use. After use underground, it can be folded and placed aside, does not occupy space and is not easy to damage, and is easy to repair. BRIEF DESCRIPTION OF DRAWINGS

[0011] Figure 1 is a structural schematic view of the utility model.

[0012] In the figure: 1, base sheath; 2, barrel sheath; 21, transition section; 22, barrel section; 23, dividing edge; 24, observation port; 25, binding rope; 3, telescopic shoulder strap. DETAILED DESCRIPTION

[0013] In order to better understand the purpose, structure and function of the utility model, the following will further describe a portable underground gas analyzer carrying protective sleeve of the utility model in combination with the drawings.

[0014] As shown in Figure 1 A portable underground gas analyzer carrying protective sleeve includes a base sheath 1 wrapping the bottom surface and side surface of the base of the gas analyzer, a barrel sheath 2 of flexible material connected to the upper edge of the base sheath 1, the barrel sheath including a lower transition section 21 and an upper barrel section 22, the barrel section 22 wrapping the barrel of the gas analyzer, the transition section 21 gradually narrowing from the upper edge of the base sheath 1 and connecting to the barrel section 22, the barrel sheath 2 being provided with a vertical dividing edge 23 and being opened and closed by a closure, the upper edge of the barrel section 22 being provided with a binding rope 25 that can be tightened, the barrel sheath 2 being provided with a vertical observation port 24 corresponding to the scale of the gas analyzer, the observation port 24 being provided with an observation port sheath of transparent flexible material, the barrel sheath 2 being provided with a telescopic shoulder strap 3, and the barrel sheath 2 and the base sheath 1 being internally padded with a cushioning material.

[0015] In this embodiment, the diameter of the base sheath is 15 cm, the height is 7 cm, the height of the tube sheath 2 is 53 cm, and the diameter of the barrel section is 10 cm. The tube sheath is made of canvas material, and the base sheath is made of leather material. These two materials are not easy to wear and tear and will not generate static electricity, which is suitable for the working environment in the coal mine. The inner pad of the protective sleeve is made of sponge or foam buffer material to play the role of anti-collision and shock absorption, and the underground personnel will not feel uncomfortable. The observation port 24 adopts a transparent PVC soft rubber plate observation port sheath. The coring personnel arrive at the coring site, take the core, and then perform the underground measurement without taking out the analyzer. The scale on the analyzer can be directly observed to effectively avoid the wear and tear of the scale. The closure is made of a zipper or a magic tape, and the barrel section 22 is provided with a rolled edge to pass the binding rope 25 into it. The protective sleeve side uses a telescopic shoulder strap 3, which is convenient for personnel to carry.

[0016] The underground gas analyzer carrying protective sleeve of this embodiment has the advantages of convenient carrying, light quality, wear resistance, shock absorption, and fall prevention. After the surface worker takes out the analyzer, the sponge or foam lining is placed inside the protective sleeve (note that the observation port 24 is not blocked), and then the analyzer is placed inside. The zipper is pulled tight. The side with the scale on the analyzer is moved to the observation port 24. The telescopic shoulder strap 3 can be worn on the shoulder, which can free the hands when riding the monkey car and reduce the occurrence of safety hazards. Even if the telescopic shoulder strap 3 is disconnected or the instrument is accidentally knocked on the coal wall or ironware during walking underground, there is no need to worry, as the built-in sponge or foam can play the role of shock absorption and fall prevention.

[0017] After arriving at the site underground, the operator pulls open the zipper, unscrews the plug of the analyzer base, and fills water to a certain scale. Screw on the plug, insert the rubber tube into the air inlet nozzle of the analyzer base, and connect the air outlet nozzle of the coal sample tank on the other end. After the operation is completed, pull the zipper tight to keep it stable. The binding rope 25 above the barrel section 22 can be hung on the coal wall for underground analysis reading.

[0018] After the underground gas analyzer carrying protective sleeve is made and shaped, it can replace the box brought by the manufacturer, which is convenient to carry. Moreover, the device has low manufacturing cost, is easy to use, can be folded and placed aside after use underground, does not occupy space and is not easy to damage, and is easy to repair. The project can free the hands of miners and reduce safety hazards when put into production and use.

[0019] It can be understood that the utility model is described through some embodiments, and the person skilled in the art knows that various changes or equivalent replacements can be made to these features and embodiments without departing from the spirit and scope of the utility model. In addition, under the guidance of the utility model, these features and embodiments can be modified to adapt to specific conditions and materials without departing from the spirit and scope of the utility model. Therefore, the utility model is not limited by the specific embodiments disclosed herein, and all embodiments falling within the scope of the claims of the application belong to the scope protected by the utility model.

Claims

1. A protective cover for a portable downhole gas analyzer, characterized in that, The base sleeve (1) includes a base cover that wraps the bottom and sides of the gas analyzer base. The upper edge of the base cover (1) is connected to a tube body cover (2) made of flexible material. The tube body cover (2) includes a lower transition section (21) and an upper cylindrical section (22). The cylindrical section (22) wraps the tube body of the gas analyzer. The transition section (21) gradually narrows from the upper edge of the base cover (1) and connects to the cylindrical section (22). The tube body cover (2) has a vertical dividing edge (23) and is opened and closed by a closing member. The upper edge of the cylindrical section (22) is circumferentially provided with a drawstring (25) that can tighten the upper opening. The tube body cover (2) has a vertical observation port (24) corresponding to the scale of the gas analyzer. The observation port (24) is provided with a transparent flexible material observation port cover. The protective cover has a retractable shoulder strap (3) on the side. The tube body cover (2) and the base cover (1) are padded with cushioning material.

2. The portable downhole gas analyzer carrying protective cover according to claim 1, characterized in that, The closure is either a zipper or Velcro.

3. The protective cover for the portable downhole gas analyzer according to claim 1, characterized in that, The upper edge of the tube section (22) is provided with a rolled edge to thread the drawstring (25) through it.

4. The protective cover for the portable downhole gas analyzer according to claim 1, characterized in that, The cushioning material is made of sponge or foam.

5. The protective cover for the portable downhole gas analyzer according to any one of claims 1 to 4, characterized in that, The base cover (1) is made of leather, and the tube cover (2) is made of canvas.

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