JP3173086U - Bee protective clothing for working at heights - Google Patents

Abstract

To provide a bee protective suit capable of protecting a human body without a gap even when a steel tower is raised and lowered, and preventing irritation caused by a bee needle and electric discharge.
A typical configuration of a bee protective suit for working at high places is a head cover 120 that protects the outer periphery of the head, and an inner hole 132 that is attached to the top of the head cover 120 and into which a helmet is inserted from below. And a fixed portion for holding the helmet 140 on the lower surface side of the top plate 130.
[Selection] Figure 2

Description

  The present invention relates to a bee protective suit for working at heights particularly suitable for climbing high places such as steel towers.

  Electric power facilities are widely installed from the plains to the mountains. In particular, the power transmission tower has many facilities that pass through the mountains. A beehive may be built on such a mountain tower, and an electric power company may remove the beehive.

  In the case of a bee sting, first-aid measures are taken using an antidote prepared in advance and measures are taken such as giving medical treatment at the hospital. However, it can be life-threatening if it is stung many times by highly toxic hornets or by several bees at once. In addition, with regard to methods for preventing bee stings, general countermeasures such as avoiding wearing dark colors that make the bees are excited and avoiding rapid movement because the bees attack objects with a high angular velocity are not recommended. Educates. However, bees that nest on the ground, such as bees, sometimes attack suddenly, and it is difficult to eliminate the actual damage.

  As bee protective clothing, for example, protective clothing as disclosed in Patent Document 1 has been developed. Patent Document 1 discloses a three-dimensional woven fabric sheet having a thickness that does not allow a bee's needle to penetrate by disposing a mesh-like outer material and a lining material apart from each other and connecting them with a connecting thread. It is disclosed to use. In Patent Document 1, it is said that by forming a blouson and trousers using this three-dimensional woven fabric sheet, it is possible to provide a bee protective clothing that is lightweight, excellent in air permeability and heat dissipation, and prevented from being attacked by a bee.

  In addition, it is necessary to install equipment that meets the required specifications when working on high places such as in steel towers. Therefore, it is important to be able to use any safety belt or helmet (meeting specifications) even when wearing bee protective clothing.

  Non-Patent Document 1 describes a head protector that is attached to a helmet (bee protective clothing raptor II: Dick Corporation). In this structure, a sleeve-shaped cover is attached to the head protector, `` (1) Put the helmet on top of the head protector and set it so that it puts on the ring part of the protector (2) Covers the edge of the helmet Covering and fixing with "is described. That is, the head protector is fixed to a separate helmet by fastening and fixing the edge of the helmet with a cover attached to the head protector.

Utility Model Registration No. 3133428

How to wear bee protective clothing Raptor II (http://bee.fusegu.com/soutyaku.html)

  However, when working at high places on a steel tower or the like, the limbs are greatly bent or stretched when moving up and down. For this reason, in various existing bee protective clothing, a gap is generated between the outer garment and the trousers, between the head cover and the outer garment, or the sleeve of the outer garment or the hem of the trousers. Since the bee has a property of getting into a narrow space, there is a problem that the bee enters when there is a gap. Therefore, there is a need for a structure that does not produce a gap no matter how it moves.

  In addition, in general work clothes, the work clothes are charged by the induced voltage caused by the transmission line. When the charged electric charge is discharged between the wrist, cheeks, and the tower material, a strong stimulus is generated, so that the worker performs a reflective avoidance reaction such as unintentionally releasing his / her hand from the tower member. Also from this point, it is important that no gap is generated in the lifting operation.

  In addition, as described above, it is necessary to install equipment that satisfies the required specifications for working at high places on a steel tower or the like. Safety shoes are important as one of them. Existing bee protective clothing may include shoes, but it is inconvenient for ordinary boots to rise to the steel tower because the soles of the feet hurt. However, since safety shoes for working at heights are black, which is preferred by bees, gaps at the feet are a particular problem.

  Also, when working at high places on a steel tower or the like, the head is extremely turned up and down. Then, the plastic shield of the transparent plate is disadvantageous because the movable range of the head is narrowed. On the other hand, when the shield is meshed, there is a problem that when the head is turned up and down, the mesh is wrinkled and approaches the skin, and the bee needle reaches the face or neck.

  The three-dimensional woven fabric sheet described in Patent Document 1 (hereinafter referred to as “needle-proof fabric”) is surely excellent in breathability and stretchable, so it is easy to move up and down and is convenient for attaching a safety belt. Good. However, because the bee's needle is prevented by the distance between the outer material and the lining material, when the fabric is stretched by bending the limbs, the distance between the outer material and the lining material becomes smaller (the material material becomes thinner), and the body is bent greatly. Then, there is a possibility that the bee needle cannot be prevented at the stretched portion of the fabric.

  In the bee protective garment described in Non-Patent Document 1, any helmet can be used, and therefore a helmet that satisfies the specifications can be used. However, since it is configured to hang on the edge of the helmet, it may come off when the head is greatly turned up and down. When working at high places on a steel tower, etc., the three limbs cannot move to support their own body, and the remaining one hand has a tool for removing the honeycomb, so it must move quickly. I can't. For this reason, it is necessary for the helmet and the head cover to be joined more firmly.

  Accordingly, an object of the present invention is to provide a bee protective suit capable of protecting a human body without a gap even when a tower is raised and lowered, and preventing irritation caused by a bee needle and electric discharge.

  In order to solve the above-described problems, a typical configuration of a bee protective suit for working at high places according to the present invention includes a head cover that protects the outer periphery of the head and an upper part of the head cover. An annular top plate having an inner hole inserted from the top plate, and a fixing portion attached to the top plate and holding the helmet helmet on the lower surface side of the top plate.

  According to the said structure, a desired helmet can be used as a part of bee protective clothing. Further, since the helmet is inserted from below the top plate, there is no possibility that the head cover falls off the helmet while the operator is wearing it. Therefore, you can turn your head up and down without anxiety. In addition, since the side surface of the head cover can be separated from the head rather than the helmet heel by the annular top plate, a sufficient clearance (gap) can be ensured. Therefore, even if the head cover is slack, the bee needle does not reach the face and neck, and the face portion can be prevented from being stimulated by electric discharge.

  The head cover is preferably made of a metallic mesh material on the front surface and a needleproof fabric on the rear surface. As a result, even if the rear surface of the head cover is greatly slanted upward, there is no risk of the neck being stabbed by a bee.

  Other typical configurations of the bee protective clothing for working at high places according to the present invention include a substantially white shoe cover that covers other than the shoe sole, a belt-like member passed to the shoe sole portion of the shoe cover, and a shoe cover. And a tightening belt for squeezing the ankle portion of the head.

  With the above-described configuration, it is possible to hide the black color preferred by the bee and prevent the bee from striking the shoe while using the safety shoes for working at a high place familiar to the worker. Further, the shoe cover can be securely fixed to the work shoes by the ankle tightening belt.

  It is preferable that the ankle portion of the shoe cover and the entire circumference of the bottom of the trouser can be connected and sealed by a fastener. Thereby, a gap is not formed at the bottom of the trousers even in a posture in which the foot is bent greatly, and it is possible to reliably prevent the bees from being caught. Moreover, it can prevent that the skin of an ankle part exposes and receives the irritation | stimulation by discharge.

  Another typical configuration of the bee protective clothing for working at high places according to the present invention is characterized in that the entire circumference of the hem of the glove and the sleeve of the wrist can be connected and sealed by a fastener.

  With the above configuration, even when the arm is greatly extended, no gap is formed in the sleeve, and it is possible to reliably prevent the bees from being caught. Moreover, it can prevent that the skin of a wrist part is exposed and receives the irritation | stimulation by discharge.

  It is preferable to include a tightening belt that squeezes the wrist portion of the glove, an inner sleeve that extends from the sleeve fastener to the inside of the glove, and a tightening belt that squeezes the vicinity of the tip of the inner sleeve. Even when the arm is bent by the tightening belt of the wrist of the glove, the finger portion does not bump, and when the arm is extended by the tightening belt of the inner sleeve, the finger portion does not pull. Therefore, even if a glove and a sleeve are connected with a fastener, the degree of freedom of the finger part of the glove can be secured.

  Another typical configuration of the bee protective clothing for working at high altitudes according to the present invention is to use a needle-proof fabric in which a mesh-like outer material and a lining material are spaced apart and connected in a three-dimensional manner with a connecting thread. This is a bee protective suit for working at heights, in which the upper and lower bodies are integrally formed, and is characterized in that a patch made of a strong cloth that does not penetrate the bee needles is attached to the elbows and knees.

  According to the above configuration, even when the elbow or knee fabric becomes thin when the limbs are bent greatly during the ascending / descending of the steel tower, it is possible to prevent the bees from being stung.

  Another typical configuration of the bee protective clothing for working at high altitudes according to the present invention is to use a needle-proof fabric in which a mesh-like outer material and a lining material are spaced apart and connected in a three-dimensional manner with a connecting thread. A bee protective suit for working at heights, which is formed of the upper body and lower body, and the front cover is made of a metallic mesh material, the rear surface is made of a needle-proof cloth, and the head cover protects the outer periphery of the head. An annular top plate attached to the top of the head cover and having an inner hole for inserting the helmet from below; a fixing portion attached to the top plate and holding the helmet's heel on the bottom surface of the top plate; A white shoe cover that covers everything other than the sole, an ankle part of the shoe cover, a fastener that connects and seals the entire circumference of the pants hem, and a glove hem and the wrist sleeve that connects the entire circumference Fastening fasteners and strong fabric that prevents bees from penetrating the elbows and knees And characterized in that it is fitted with a Ranaru patch.

  According to the present invention, it is possible to provide a bee protective suit capable of protecting a human body without a gap even when raising and lowering a steel tower, and preventing irritation caused by bees and discharges.

It is a figure which shows the whole structure of the bee protective clothing for high places work which concerns on embodiment. It is a figure explaining the composition of a head cover. It is sectional drawing explaining the structure which fixes a helmet to a top plate. It is a figure explaining a sleeve and a glove. It is a figure explaining a hem and a shoe cover.

  Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The dimensions, materials, and other specific numerical values shown in the embodiments are merely examples for facilitating understanding of the invention, and do not limit the invention unless otherwise specified. In the present specification and drawings, elements having substantially the same functions and configurations are denoted by the same reference numerals, and redundant description is omitted, and elements not directly related to the present invention are not shown. To do.

  FIG. 1 is a diagram showing an overall configuration of a bee protective garment for aerial work (hereinafter simply referred to as “bee protective garment 100”) according to the present embodiment. The bee protective clothing 100 is formed in a white color that does not irritate the bees unless otherwise specified. The main body 110 of the bee protective clothing 100 is a so-called “tunagi” clothing in which the upper body and the lower body are integrally formed. Thus, unlike the case where the bee protective clothing is configured with blousons and trousers, there is no gap in the waist even in a posture in which the body is moved greatly.

  The main body 110 is formed using a needle-proof fabric in which a mesh-like outer material and a lining material are spaced apart and three-dimensionally connected between them by a connecting thread. The needleproof fabric having such a configuration is excellent in air permeability and can prevent heat from being trapped inside even in summer. Moreover, since it is rich in elasticity, it can follow the raising / lowering operation well and is convenient for attaching a safety belt.

  However, when the dough is stretched by bending the limbs, the distance between the outer material and the lining becomes narrow (the dough becomes thinner), and when the body is bent greatly, there is a possibility that the bee needle cannot be prevented at the stretched portion. Therefore, in the present embodiment, patches 112a and 112b made of a fabric having a strength that does not allow the bee needle to penetrate are attached to the elbows and knees. As a result, even when the elbow or knee fabric becomes thin when the limbs are bent greatly during the raising and lowering of the steel tower, it is possible to prevent the bees from being stabbed. As the patches 112a and 112b, fire fighting clothes can be suitably used.

  The head cover 120 protects the outer periphery of the human head, and is used in combination with a separate helmet 140.

  2A and 2B are diagrams illustrating the configuration of the head cover, in which FIG. 2A is a front view and FIG. 2B is a perspective view. The head cover 120 includes a front surface 122 made of a metal mesh material, a rear surface 124 made of needle-proof fabric on the rear surface, and a top plate 130, and protects the outer periphery of the head.

  Since the front surface 122 is formed of a metal mesh, the front surface 122 is flexible and the operator can easily face up and down. Further, since it is made of metal, it can be prevented from being broken by the bee jaw while maintaining good air permeability. In addition, in order to improve the visibility of the front surface 122, it is desirable to change the inner surface from gray to black.

  Moreover, when raising and lowering a steel tower, an operator may turn up and down extremely, just above and below. When the worker faces upward, the rear surface of the head cover may sag and hit the neck. However, since the rear surface 124 is formed of the needle-proof cloth, even if the operator faces upward and the rear surface of the head cover is greatly slackened, there is no possibility that the neck is stabbed by a bee.

  The skirt 126 of the head cover 120 is provided with a fastener 128 a, and a pair of fasteners 128 b is provided around the neck of the main body 110. Since the fastener 114 for closing the upper body is provided in the center of the main body 110, the fasteners 128a and 128b start from the center of the main body 110, go around the back from the shoulder portion, pass through the opposite shoulder portion, and start position. It is arranged to end near. This prevents a gap from being generated between the head cover 120 and the outerwear no matter how the operator moves his head.

  The top plate 130 is an annular plate attached to the top of the head cover 120, and a separate helmet 140 is inserted into the inner hole 132 from below and fixed. FIGS. 3A and 3B are cross-sectional views for explaining a configuration for fixing the helmet 140 to the top plate 130. FIG. 3A is a diagram before fixing, and FIG. 3B is a diagram after fixing.

  As shown in FIG. 3A, a cloth-made cylindrical fixing portion 134 is attached so as to be continuous with the lower surface side of the inner hole 132 of the top plate 130. A string 136 passes through the lower edge of the fixed part 134, and the lower end of the fixed part 134 can be narrowed by pulling the string 136. A cord stopper 138 is attached so as to pass both ends of the string 136, and can be easily fixed in a state where the string 136 is squeezed.

  Here, the shape of the inner hole 132 is formed so as to substantially match the shape of the side surface near the edge 142 of the helmet. That is, the inner hole 132 has a size that the helmet edge 142 cannot pass through. On the other hand, the cylindrical fixing portion 134 has a size (thickness) into which the helmet edge 142 can be inserted.

  When the helmet 140 is fixed to the top plate 130, as shown in FIG. 3A, first, the helmet 140 is inserted into the inner hole 132 from below and firmly press-fitted. When the string 136 is pulled as shown in FIG. 3B, the lower end of the fixing portion 134 is squeezed, and the fixing portion 134 is fixed so as to wrap around the edge 142 of the helmet. If the string 136 is fastened by the cord stopper 138 in this state, the fixing is completed.

  According to the above configuration, the desired helmet 140 can be used as a part of the bee protective clothing 100. Furthermore, since the helmet 140 is inserted from below the top plate 130, the head cover 120 is not likely to drop off from the helmet 140 while being worn by the operator. Therefore, the operator can turn his / her head up and down without anxiety.

  Moreover, since the side surfaces (front surface 122, rear surface 124) of the head cover 120 can be separated from the head by the annular top plate 130 rather than the helmet 140, sufficient clearance (gap) can be secured. . Therefore, even if the head cover is slack, the bee needle does not reach the face and neck, and the face portion can be prevented from being stimulated by electric discharge.

  FIG. 4 is a view for explaining the sleeve 150 and the glove 160. The glove 160 is made of a material that does not allow a bee to pass through, and for example, pig skin can be suitably used. The skirt of the glove 160 is provided with a fastener 164a, and the sleeve 150 of the main body 110 is provided with a pair of fasteners 164b. By closing the fasteners 164a and 164b, the hem of the glove 160 and the entire circumference of the sleeve 150 can be connected and sealed by the fasteners 164a and 164b.

  With the above configuration, no gap is formed between the sleeve 150 and the glove 160 even when the arm is greatly extended. If the sleeve 150 is only squeezed, the sleeve 150 is a thick needle-proof fabric, and therefore a gap is formed in which the bee is caught by wrinkles when squeezed. However, since the gap is not generated in the configuration of the present embodiment, it is possible to reliably prevent the bees from being caught. Moreover, it can prevent that the skin of a wrist part is exposed and receives the irritation | stimulation by discharge.

  The glove 160 is provided with a tightening belt 162 that squeezes the wrist portion. On the other hand, the sleeve 150 of the main body 110 is provided with a tightening belt 154 that has an inner sleeve 152 extending inward of the glove 160 before the fastener 164b and squeezes the vicinity of the tip of the inner sleeve 152. The wrist fastening belt 162 of the glove 160 prevents the finger portion from bumping even when the arm is bent. Further, the finger portion of the glove 160 is not pulled even when the arm is extended by the tightening belt 154 of the inner sleeve 152. Therefore, even if the glove 160 and the sleeve 150 are connected by the fasteners 164a and 164b, the degree of freedom of the finger portion of the glove 160 can be ensured.

  FIG. 5 is a view for explaining the hem 170 and the shoe cover 180, FIG. 5 (a) is a view for explaining the configuration, and FIG. 5 (b) is a view for explaining the shoe bottom. The shoe cover 180 is a substantially white cover that covers the shoe 190 other than the sole 192. As shown in FIG. 5 (b), the shoe cover 180 does not cover the shoe sole portion, and the left and right are connected by a belt-like member 182. The material of the shoe cover 180 may be almost white as long as it is reasonably strong. As the belt-like member 182, an elastic rubber belt can be preferably used. The shoe cover 180 is provided with a tightening belt 184 that squeezes the ankle portion.

  With the above configuration, it is possible to hide the black color preferred by the bee and prevent the bee from striking the shoe 190 while using the working shoes (safety shoes) for working at high places that the worker is familiar with. Further, the shoe cover 180 can be securely fixed to the work shoe 190 by the ankle tightening belt 184. Further, the tightening belt 184 can prevent the bee from climbing from between the shoe 190 and the shoe cover 180.

  Further, a fastener 186 a is provided at the ankle portion of the shoe cover 180, and a pair of fasteners 186 b is provided at the skirt of the trousers of the main body 110. By closing the fasteners 186a and 186b, the entire periphery of the shoe cover 180 and the hem 170 can be connected and sealed by the fasteners 186a and 186b. Thereby, a gap is not formed in the trousers hem 170 even in a posture in which the foot is bent greatly, and it is possible to reliably prevent the bees from being caught. Moreover, it can prevent that the skin of an ankle part exposes and receives the irritation | stimulation by discharge.

  Although the preferred embodiments of the present invention have been described above with reference to the accompanying drawings, it goes without saying that the present invention is not limited to such examples. It is obvious for those skilled in the art that various changes or modifications can be conceived within the scope described in the claims for utility model registration, and these are naturally within the technical scope of the present invention. It is understood.

  INDUSTRIAL APPLICABILITY The present invention can be used as a bee protective suit for working at heights particularly suitable for climbing high places such as steel towers.

DESCRIPTION OF SYMBOLS 100 ... Bee protective clothing, 110 ... Main body, 112 ... Patch, 112a ... Patch, 112b ... Patch, 114 ... Fastener, 116 ... Fastener, 120 ... Head cover, 122 ... Front surface, 124 ... Rear surface, 126 ... Hem, 128 ... Fastener, 128a ... Fastener, 128b ... Fastener, 130 ... Top plate, 132 ... Inner hole, 134 ... Fixing part, 136 ... String, 138 ... Cord stopper, 140 ... Helmet, 142 ... Helmet edge, 150 ... Sleeve, 152 ... Inner sleeve, 154 ... tightening belt, 160 ... glove, 162 ... tightening belt, 164a ... fastener, 164b ... fastener, 170 ... hem, 180 ... shoe cover, 182 ... band member, 184 ... tightening belt, 186a ... fastener, 186b ... Fasteners, 190 ... shoes, 192 ... sole

The head cover is preferably made of a synthetic resin mesh material on the front surface and a needle-proof fabric on the rear surface. As a result, even if the rear surface of the head cover is greatly slanted upward, there is no risk of the neck being stabbed by a bee.

Another typical configuration of the bee protective clothing for working at high altitudes according to the present invention is to use a needle-proof fabric in which a mesh-like outer material and a lining material are spaced apart and connected in a three-dimensional manner with a connecting thread. This is a bee protective suit for working at high places, with the upper and lower body integrally formed, the front cover is made of a synthetic resin mesh material, the rear surface is made of needle-proof fabric, and protects the outer periphery of the head An annular top plate attached to the top of the head cover and having an inner hole for inserting the helmet from below; a fixing portion attached to the top plate and holding the helmet's heel on the lower surface side of the top plate; and shoes The white shoe cover that covers the sole of the shoe, the ankle part of the shoe cover, the fastener that connects and seals the entire circumference of the trouser hem, and the hem of the glove and the entire wrist sleeve The fastener to be sealed and the strength of the elbow and knee to prevent the bee needle from penetrating And characterized in that it is fitted with a patch made from the earth.

2A and 2B are diagrams illustrating the configuration of the head cover, in which FIG. 2A is a front view and FIG. 2B is a perspective view. The head cover 120 includes a front surface 122 made of a synthetic resin mesh material, a rear surface 124 made of a needle-proof cloth on the rear surface, and a top plate 130, and protects the outer periphery of the head.

Since the front surface 122 is formed of a mesh made of synthetic resin, the front surface 122 has flexibility and the operator can easily face up and down. The front surface 122 is preferably black on the inner surface and gray on the outer surface in order to improve visibility.

Claims (8)

A head cover for protecting the outer periphery of the head;
An annular top plate attached to the top of the head cover and having an inner hole for inserting a helmet from below;
A bee protective suit for working at height, comprising a fixing portion attached to the top plate and holding a helmet helmet on the lower surface side of the top plate.   2. The bee protective clothing for working at heights according to claim 1, wherein the head cover has a metallic mesh material on the front surface and a needle-proof fabric on the rear surface. An almost white shoe cover that covers all but the sole of the shoe,
A belt-like member passed to the shoe sole portion of the shoe cover;
A bee protective suit for working at height, comprising a tightening belt for squeezing an ankle portion of the shoe cover.   The bee protective clothing for working at high places according to claim 3, wherein the ankle portion of the shoe cover and the entire circumference of the hem of the pants can be connected and sealed by a fastener.   A bee protective suit for working at heights, characterized in that the entire circumference of the glove hem and wrist sleeve can be sealed with a fastener. A tightening belt for squeezing the wrist part of the glove,
An inner sleeve extending from the sleeve fastener to the inside of the glove,
The bee protective suit for working at high places according to claim 5, further comprising a tightening belt that squeezes the vicinity of the tip of the inner sleeve. It is a bee protective suit for working at heights, where the upper body and lower body are integrally formed using a needle-proof fabric in which the mesh-shaped outer material and lining material are spaced apart and connected in a three-dimensional manner with a connecting thread.
A bee protective suit for working at heights, which is provided with a patch made of a strong cloth that does not allow the bee's needle to penetrate through the area of the elbow and knee. It is a bee protective suit for working at heights, where the upper body and lower body are integrally formed using a needle-proof fabric in which the mesh-shaped outer material and lining material are spaced apart and connected in a three-dimensional manner with a connecting thread.
The front cover is a metallic mesh material, the rear surface is formed of needle-proof fabric, and the head cover protects the outer periphery of the head,
An annular top plate attached to the top of the head cover and having an inner hole for inserting a helmet from below; a fixing portion attached to the top plate and holding the helmet's heel on the lower surface side of the top plate;
An almost white shoe cover that covers all but the sole of the shoe,
A fastener that connects and seals the ankle portion of the shoe cover and the entire circumference of the hem of the pants;
A fastener that connects and seals the entire circumference of the hem of the glove and the sleeve of the wrist;
A bee protective suit for working at heights, which is provided with a patch made of a strong cloth that does not allow the bee's needle to penetrate through the area of the elbow and knee.

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