CN210598282U - Integrated form safety experience shop - Google Patents

Abstract

The utility model discloses an integrated form safety experience shop, including the integrated house of three-layer from bottom to top, the integrated house of three-layer is that the frame construction that forms is built to the square pipe body frame of adopting, is equipped with stair between first floor house and the second floor house, and stair setting is at the left end in first floor house, be equipped with stair between second floor house and the third floor house, stair setting is at the left end in second floor house. Its structural design is reasonable, simple, experiences the purpose that reaches the safety education through the simulation, carries out independent function unit design according to experience item, with the experience item rational arrangement of various independent functions, has just formed the safety experience shop indoor.

Description

Integrated form safety experience shop

Technical Field

The utility model relates to a safe technical field, concretely relates to integrated form safety experience shop.

Background

1. At present, the national safety production situation is still severe, the mobility of workers on construction sites is large, and the culture level is different. There is a difference in knowledge of the security basis. How to perform effective safety knowledge training education is critical.

2. The existing training mode is as follows: reading, endorsement, projection. The training mode of watching the accident film by learning files, reciting rules and not only can not achieve the original purpose of safety training. The psychology and cognition of the trained personnel are further influenced. Security is considered a form. Causing most of trained personnel to have a lucky psychology. Or topical acceptance, psychological conflict, etc. The safety procedures known to all are not strictly performed. The form is defined.

3. The construction safety technical scheme is more based on experience, less according to the standard, the construction safety data is fake, and the construction is generally not built according to the standard. No targeted project training was performed. Training personnel does not have a tailored experience.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an integrated form safety experience shop has overcome the above-mentioned not enough of prior art, and its structural design is reasonable, simple, experiences the purpose that reaches the safety education through the simulation, carries out the design of independent function unit according to experience item, with the experience item rational arrangement of various independent functions, has just formed the safety experience shop indoor.

In order to achieve the above design purpose, the utility model discloses a technical scheme as follows:

an integrated safety experience hall comprises three layers of integrated houses from bottom to top, wherein the three layers of integrated houses are of a frame structure built by square pipe main frames, stairs are arranged between a first layer of houses and a second layer of houses, the stairs are arranged at the left ends of the first layer of houses, the stairs are arranged between the second layer of houses and a third layer of houses, and the stairs are arranged at the left ends of the second layer of houses; the first-layer house is a frame structure which is mainly built by square pipes, the lower parts of the periphery of the frame structure are fixed on fences, and the first-layer house is also provided with a door which is arranged at the left end of the first-layer house and is positioned on the front side of the stairs of the first-layer house; the building comprises a first floor house, a second floor house and a third floor house, wherein the first floor house is divided into 4 mutually transparent areas by the three isolation frames, a stair and a door are arranged in the area at the left end, protective dressing experience, labor insurance product display experience and balance beam safety experience are arranged in the second area adjacent to the area at the left end, the protective dressing experience and the labor insurance product display experience are arranged adjacently, and the balance beam safety experience is arranged opposite to the protective dressing experience and the labor insurance product display experience; a third area adjacent to the second area is internally provided with safety shoe smashing prevention experience, and a fourth area at the right end of the first layer of house is internally provided with safety helmet impact experience, fire extinguisher demonstration experience and wall body dumping experience; the second-layer house is a frame structure which is mainly built by square pipes, the lower parts of the periphery of the frame structure are fixed on a fence, three isolation frames are arranged in the middle of the second-layer house and divide the second-layer house into 4 mutually transparent areas, a stair is arranged in the area at the left end, a railing dumping experience is arranged in the second area adjacent to the area at the left end, a moving platform dumping experience is arranged in the third area adjacent to the second area, and a steel wire rope demonstration experience, a comprehensive electricity utilization experience and a field emergency experience are arranged in the fourth area at the right end of the second-layer house; the third floor house is mainly by square pipe construction frame construction that forms, and frame construction fixes at the rail lower part all around, be equipped with three isolation frame in the middle of the third floor house, three isolation frame is split into 4 penetrating regions each other with the third floor house, is equipped with stair in the region of left end, is equipped with the safety belt in the second region adjacent with the region of left end and uses, the entrance to a cave falls and experiences, and it emptys demonstration experience to be equipped with the cat ladder in the third region adjacent with the second region, is equipped with high altitude pavement in the fourth region of third floor house right-hand member and experiences, bears a burden and experiences, high altitude pavement experiences and sets up the border department that is close to in the fourth region.

Balance beam safety experience mainly includes straight balance beam, curved balance beam, stake, straight balance beam sets up with curved balance beam side by side, and straight balance beam, curved balance beam downside are equipped with respectively and are used for supporting the support, are equipped with the stake that a plurality of thicknesses are different between straight balance beam and the curved balance beam, a plurality of stake dislocation set.

The safety helmet striking experience mainly includes that support body, battenboard, baffle, adjust cylinder, side hit the cylinder, the cylinder is hit on the top to hit, the support body adopts square pipe to build and forms, and fixed battenboard forms the open enclosed construction in front side on the support body, the support body middle part is equipped with the baffle, the fixed adjust cylinder in support body top one side, adjust cylinder's piston rod end hits the cylinder through the fixed side of mount, and the side is hit and is hit the cylinder and extend to the battenboard inboardly, and the side is hit the end of the piston rod end of hitting the cylinder and is used for the side to hit and hit the cylinder, the fixed top in support body top is hit and.

The anti-smashing experience of the safety shoes mainly comprises a frame body and a sandwich plate, wherein the frame body is of a square frame structure formed by square tubes in a built mode, the sandwich plate is fixed on the frame body to form a wall body, safety shoe holes are formed in the bottom of the sandwich plate and used for placing the safety shoes, an impact cylinder fixed on the frame body is arranged on the rear side of the sandwich plate, an impact rod is fixed at the tail end of a piston rod of the impact cylinder, and the lower end of the impact rod is opposite to the safety shoe holes.

Fire extinguisher demonstration is experienced mainly including support body, battenboard, perpendicular baffle, fire groove, bottom, middle level, top layer, the support body adopts square pipe to build the hollow cuboid structure that forms, and the battenboard is fixed respectively at support body both sides, rear side, top for seal, support body front side middle part is close to left side department and is equipped with perpendicular baffle, erects the baffle left side and forms the fire groove, erects the baffle right side and divide into bottom, middle level, top layer from bottom to top.

The wall body is emptyd and is experienced and mainly include support body, battenboard, cylinder, the support body adopts square pipe to build the rectangle frame structure that forms, and support body internal fixation battenboard forms the wall body, two parts about the wall body divide into, and the wall body of upper portion passes through hinge connection with the wall body of lower part, and the cylinder that the fixed slope in wall body top of upper portion set up.

The on-site first aid experience comprises a frame body and a sandwich board, wherein the frame body is a rectangular structure formed by square pipes in a built mode, the sandwich board is fixed on the rectangular structure, and a platform is arranged in the middle of the front side of the rectangular structure.

Moving platform emptys and experiences mainly including support body, platform, guardrail, ladder, the support body adopts square pipe to build the structure that forms, and the support body is close to top department and is equipped with the platform, and the support body is close to the top border and is equipped with the guardrail, support body one side is equipped with the ladder that extends to the platform, support body bottom one side is equipped with the cylinder of two vertical settings side by side, and the piston rod through the cylinder is flexible for the support body slope.

The railing is emptyd and is experienced mainly including support body, railing, the support body adopts square pipe to build the structure that forms, and support body one side is equipped with square pipe and builds the railing that forms, and railing lower extreme both sides adopt bearing assembly to be connected with the support body for railing lower extreme both sides can rotate on the support body, railing upper end both sides adopt magnet to bond with the support body.

High altitude pavement is experienced and is mainly included body frame, pavement, guardrail, safety net, axle bed, the body frame upside is equipped with the pavement, the pavement bottom is equipped with the clearance with the body frame top, the pavement bottom is equipped with the axle that extends to its both ends, and axle both ends are fixed on the body frame through the axle bed respectively, and the body frame top is fixed to the axle bed.

The ladder is emptyd to demonstrate and is experienced and mainly include first ladder, second ladder, third ladder, first ladder, second ladder, third ladder top are fixed respectively on the lateral wall in third floor house, and first ladder is normal size, and the crossbeam interval of second ladder is different, and the crossbeam interval of third ladder is different, and the upper end is portable.

The safety belt using and hole falling experience mainly comprises a frame body, an air cushion bed, a hole air cylinder, a platform and a safety belt, wherein the frame body is of a structure built by adopting square tubes, the air cushion bed is arranged at the bottom end of the inner side of the frame body, the platform is arranged in the middle of the frame body, the hole is formed in the platform, the safety belt fixed on the frame body is arranged right above the hole, a door capable of being turned downwards is arranged at the hole, the door and the air cushion bed are arranged in a vertically opposite mode, a supporting structure is arranged on the lower side of the door, and the supporting structure is; the support structure comprises a long cylinder and a short cylinder, the lower end of the long cylinder is rotatably fixed on the frame body, the tail end of a piston rod at the upper end of the long cylinder is arranged at the lower side of a door, the upper end of the long cylinder is rotatably fixed at the tail end of a piston rod of the short cylinder, and the short cylinder is rotatably fixed on the frame body.

Integrated form safety experience shop's beneficial effect be: structural design is reasonable, simple, experiences the purpose that reaches the safety education through the simulation, carries out independent function unit design according to experience item, with the experience item rational arrangement of various independent functions, has just formed the safety experience shop indoor.

The method specifically comprises the following steps:

1. common reading type, book-backing type and projection type training modes are updated to be the body-cutting experience. Through experience the various incident that the job site appears in person, strengthen constructor's feeling of cutting into one's body when the job site, let the safe theory go deep into the people's mind, effectively strengthen constructor's safety consciousness.

2. The project independent unit design is carried out on the safety production knowledge of constructors and the incidence rate of field violation operation, and the project independent unit design is arranged on a construction field to facilitate the experience of the constructors. Normalized training may be performed. The application value is extremely high.

3. The experience type training realizes small integrated occupied area and can carry out all-weather training. Especially in the case of rainy weather, which is not suitable for outdoor operation. Indoor training can be performed.

Drawings

Fig. 1 is a front view of an integrated security experience hall according to the present invention;

FIG. 2 is a side view of an integrated security experience hall in accordance with the present invention;

fig. 3 is a schematic plan view of a floor of an integrated security experience hall according to the present invention;

fig. 4 is a schematic second floor plan of the integrated security experience hall according to the present invention;

fig. 5 is a schematic three-floor plan view of the integrated security experience hall of the present invention;

FIG. 6 is a schematic diagram of a balance beam security experience of the integrated security experience hall according to the present invention;

FIG. 7 is a schematic diagram of a crash experience of a safety helmet in an integrated security experience hall according to the present invention;

FIG. 8 is a schematic diagram of a protective dressing display experience of the integrated security experience shop according to the present invention;

FIG. 9 is a schematic view of a labor insurance product display experience of the integrated security experience shop according to the present invention;

FIG. 10 is a schematic view of the anti-pounding experience of the integrated security experience shop;

FIG. 11 is a schematic diagram of a fire extinguisher demonstration experience of the integrated security experience hall according to the present invention;

FIG. 12 is a schematic diagram of a wall-dumping experience of an integrated security experience hall according to the present invention;

fig. 13 is a schematic diagram of a wire rope demonstration experience of the integrated security experience hall according to the present invention;

FIG. 14 is a schematic diagram of a comprehensive electricity consumption experience of the integrated security experience hall according to the present invention;

FIG. 15 is a schematic diagram of a first aid experience in the field of an integrated security experience shop according to the present invention;

FIG. 16 is a schematic diagram of a mobile platform dumping experience of an integrated security experience hall according to the present invention;

fig. 17 is a schematic view of a railing dumping experience of the integrated security experience hall according to the present invention;

FIG. 18 is a schematic diagram of an integrated high-altitude walkway experience for an integrated security experience hall according to the present invention;

FIG. 18a is a cross-sectional view of an integrated high-altitude walkway experience for an integrated security experience hall of the present invention;

FIG. 18b is a side view of an integrated high-altitude walkway experience for an integrated security experience hall of the present invention;

FIG. 19 is a schematic view of a weight experience of an integrated security experience hall according to the present invention;

FIG. 20 is a schematic view of a ladder tilt demonstration experience of the integrated security experience hall according to the present invention;

fig. 21 is a schematic diagram of the seat belt usage and the entrance to the cave falling experience of the integrated safety experience hall according to the present invention;

fig. 21a is a schematic diagram of the position of the hole for the seat belt usage and the hole falling experience of the integrated safety experience hall according to the present invention;

fig. 21b is a schematic view of a door supporting structure for use of a seat belt and a cave entrance falling experience in the integrated safety experience hall according to the present invention;

fig. 21c is a schematic diagram of the door opening for the seat belt usage and the entrance to a cave falling experience of the integrated safety experience hall of the present invention.

Detailed Description

The technical solution in the embodiments of the present invention is described clearly and completely below.

The integrated type safety experience hall comprises three layers of integrated houses from bottom to top, wherein the three layers of integrated houses are framework structures 1 built by square pipe main frames, stairs 5 are arranged between a first layer of house 2 and a second layer of house 3 and are arranged at the left end of the first layer of house 2, stairs 6 are arranged between the second layer of house 3 and a third layer of house 4, and the stairs 6 are arranged at the left end of the second layer of house 3; the first-layer house 2 is a frame structure which is mainly built by square pipes, the lower parts of the periphery of the frame structure are fixed on the fence 7, and the first-layer house 2 is also provided with a door which is arranged at the left end of the first-layer house 2 and is positioned at the front side of the stairs 5 of the first-layer house 2; the middle of the first-layer house 2 is provided with three isolating frames 28 built by square pipes, the first-layer house 2 is divided into 4 mutually transparent areas by the three isolating frames 28, a stair 5 and a door are arranged in the area at the left end, protective dressing experience 23, labor protection product display experience 24 and balance beam safety experience 21 are arranged in a second area adjacent to the area at the left end, the protective dressing experience 23 and the labor protection product display experience 24 are arranged adjacently, and the balance beam safety experience 21 is arranged opposite to the protective dressing experience 23 and the labor protection product display experience 24; a third area adjacent to the second area is internally provided with a safety shoe smashing prevention experience 25, and a fourth area at the right end of the first layer of house is internally provided with a safety helmet collision experience 22, a fire extinguisher demonstration experience 26 and a wall body dumping experience 27; the second-layer house 3 is a frame structure mainly formed by square pipes, the lower parts of the periphery of the frame structure are fixed on a fence 8, three isolation frames 36 are arranged in the middle of the second-layer house 3, the second-layer house 3 is divided into 4 mutually transparent areas by the three isolation frames 36, a stair 6 is arranged in the area at the left end, a railing dumping experience 31 is arranged in the second area adjacent to the area at the left end, a moving platform dumping experience 32 is arranged in the third area adjacent to the second area, and a steel wire rope demonstration experience 35, a comprehensive electricity utilization experience 33 and a field first-aid experience 34 are arranged in the fourth area at the right end of the second-layer house 3; third floor house 4 is mainly by square pipe construction form frame construction, and frame construction fixes at rail 9 lower part all around, be equipped with three isolation frame 45 in the middle of third floor house 4, three isolation frame 45 is split into 4 penetrating regions each other with third floor house 4, is equipped with stair 6 in the region of left end, is equipped with the safety belt in the second region adjacent with the region of left end and uses, the entrance to a cave falls to experience 41, is equipped with the cat ladder and emptys demonstration experience 42 in the third region adjacent with the second region, is equipped with high altitude pavement in the fourth region of third floor house 4 right-hand member and experiences 44, bears a burden and experiences 43, high altitude pavement experiences 44 and sets up the border department that is close to in the fourth region.

As shown in fig. 6, the balance beam safety experience 21 mainly includes a straight balance beam 21-1, a bent balance beam 21-2, and piles 21-3, the straight balance beam 21-1 and the bent balance beam 21-2 are arranged side by side, the lower sides of the straight balance beam 21-1 and the bent balance beam 21-2 are respectively provided with a support bracket, a plurality of piles 21-3 with different thicknesses are arranged between the straight balance beam 21-1 and the bent balance beam 21-2, and the plurality of piles 21-3 are arranged in a staggered manner to form a quincuncial pile array.

The balance beam safety experience 21 is used for checking the balance force of workers, determining whether the workers are suitable for overhead operation, checking out drinking or unsafe workers, detecting the health state of the workers at any time and preventing unsafe accidents. The self-balance ability and the strain ability of limbs are experienced, and the education worker needs to improve the attention.

The balance beam safety experience 21 has the following effects:

1. the balance wood test activity detects the self balance ability, promotes the healthy development of the cerebellum and the strain ability of the limbs,

2. improve the strength and the coordination ability of the lower limbs, exercise the cool and quiet mind and the brave and bold mind of the workers,

3. the physical quality of workers is enhanced, and whether the workers meet the operation conditions or not is detected.

As shown in fig. 7, the helmet impact experience 22 mainly comprises a frame body 22-1, a sandwich plate 22-2, a partition plate 22-3, an adjusting cylinder 22-4, a side impact cylinder 22-5 and a top impact cylinder 22-6, wherein the frame body 22-1 is built by adopting a square tube, the sandwich plate 22-2 is fixed on the frame body 22-1 to form a closed structure with an open front side, the partition plate 22-3 is arranged in the middle of the frame body 22-1, the adjusting cylinder 22-4 is fixed on one side of the top end of the frame body 22-1, the cylinder 22-5 is fixed on the side of the tail end of a piston rod of the adjusting cylinder 22-4 through a fixing frame, the side impact cylinder 22-5 extends to the inner side of the sandwich plate 22-2, the tail end of the piston rod of the side impact cylinder 22-5 is used for side impact, the top impact cylinder 22-6 is fixed on, the end of the piston rod end of the top impact cylinder 22-6 is used for top impact.

Set up the heavy object striking above the safety helmet, the performance of experiment safety helmet to can adjust the height according to different personnel are very high, examine the influence that the safety helmet damage and experience give the human body with this, thereby reach the prevention and fall the thing accident aloft, emphasize the importance of wearing the safety helmet.

Height adjustable, rear side impact and side impact

The headgear impact experience 22 has the following effects:

1. knowing the correct wearing method of the safety helmet and the importance and necessity of wearing the safety helmet, workers can realize that the correct wearing of the safety helmet is a responsibility and an image, and show the weather and window of construction workers, and who is not in any working environment must correctly wear the safety helmet.

2. The effect of reducing the impact of wearing the safety helmet on the object is experienced. The worker can feel the important effect that the worker can reduce the impact force and eliminate or reduce the injury to the head of the human body when the worker is impacted and extruded by falling objects and hard objects. Enhance the self safety protection consciousness of workers and achieve the safe and civilized construction

As shown in fig. 8, the protective dressing experience 23 mainly includes a frame body 23-1, sealing plates 23-2 and glass doors 23-3, the frame body 23-1 is built by square pipes, the sealing plates 23-2 are fixed on the top, the side and the back of the frame body 23-1, a partition plate is arranged in the middle of the frame body 23-1 to divide the inside of the frame body 23-1 into two rooms, the glass doors 23-3 are respectively arranged in the two rooms, and two dressing display rooms are arranged according to different genders during use to display a correct dressing wearing mode.

As shown in FIG. 9, labor insurance products show experience 24 mainly includes that square pipe builds and forms the support body, and the shrouding is all fixed on each side of support body, forms the show table for show various labor insurance products.

The protective dressing experience 23 and the labor insurance product display experience 24 have the following functions: by means of proper guidance, demonstration, training and the like on the display of the protective articles, each worker who needs to wear the labor protective articles is told how to correctly use the labor protective articles, and the degree that all people move and all people meet is achieved.

Through the physical display of the safety articles, all work categories can mutually know the physical, name and correct use method of the related safety articles, and the accidental injury of personnel in the construction process is reduced to the maximum extent. In the experience management, a training teacher can show and teach a trainee that the safety protection articles commonly used on a construction site are worn and used correctly, train and inform the importance of the safety protection articles and serious consequences which can occur when the safety protection articles are not used, and experience correct operation. The worker can fully know the protective dressing worn during construction.

As shown in fig. 10, the anti-smashing experience 25 of the safety shoe mainly comprises a frame body 25-1 and a sandwich panel 25-2, wherein the frame body 25-1 is a square frame structure built by adopting square tubes, the sandwich panel 25-2 is fixed on the frame body 25-1 to form a wall body, the bottom of the sandwich panel 25-2 is provided with a safety shoe hole 25-5, the rear side of the sandwich board 25-2 is provided with an impact cylinder 25-3 fixed on the frame body 25-1, the tail end of a piston rod of the impact cylinder 25-3 is fixed with an impact rod 25-4, the lower end of the impact rod 25-4 is arranged opposite to the safety shoe hole 25-5, when in use, the safety shoes extend into the safety shoe holes 25-5, the impact cylinder 25-3 is started, the impact rod 25-4 impacts the head parts of the safety shoes, and the impact experience of the safety shoes is realized.

The safety shoe smash-proof experience 25 has the following effects: the importance and necessity of safety shoes are well known and the effects of safety shoes on the reduction of object strikes are experienced. The great harm brought by not wearing the safety shoes is realized, so that a good habit of correctly wearing the safety shoes is developed. The experiencer wears safety shoes, places the toe cap position in the lower vertical position of striking rod and puts, strikes safe toe cap portion, lets the experiencer experience the guard action that the safety shoes of correctly wearing played really, strengthens the consciousness that the training person consciously dresses safety shoes at the job site.

As shown in FIG. 11, the fire extinguisher demonstration experience 26 mainly comprises a frame body 26-1, a sandwich plate 26-2, a vertical clapboard 26-3, a fire chute 26-4, a bottom layer 26-5, a middle layer 26-6 and a top layer 26-7, the frame body 26-1 is a hollow rectangular structure built by adopting square tubes, sandwich plates 26-2 are respectively fixed on two sides, the rear side and the top of the frame body 26-1, used for sealing, a vertical clapboard 26-3 is arranged at the middle part of the front side of the frame body 26-1 near the left side, a fire groove 26-4 is formed at the left side of the vertical clapboard 26-3, the right side of the vertical clapboard 26-3 is divided into a bottom layer 26-5, a middle layer 26-6 and a top layer 26-7 from bottom to top for demonstrating various fire-fighting articles, and the vertical clapboard is used for placing a fire extinguisher, fire-fighting water, fire-fighting sand, a shovel and a portable bucket.

According to statistics: in recent years, 14 fires occur in China annually, 7 thousands of people are injured and killed, and 23% of fires in China are caused by human negligence. Therefore, the fire fighting knowledge can be mastered, and the occurrence of fire can be reduced and prevented.

The training informs workers of the type and management method of the fire extinguisher, educates the workers about the treatment method when a fire occurs, and allows the workers to know the correct use method of the fire extinguisher and other fire extinguishing tools.

The fire extinguisher demonstration experience 26 has the following effects:

1. how to correctly use fire-fighting equipment and effective measures for emergency treatment when a fire disaster occurs.

2. To explain how to prevent the occurrence of a fire and a proper treatment method when a fire occurs.

3. The self-rescue ability and the fire safety management level are improved, and the member and the harmonious society create a good safe and civilized construction environment.

As shown in fig. 12, the wall dumping experience 27 mainly comprises a frame body 27-1, a sandwich board 27-2 and a cylinder 27-3, wherein the frame body 27-1 is a rectangular frame structure built by square pipes, the sandwich board 27-2 is fixed in the frame body 27-1 to form a wall, the wall is divided into an upper part and a lower part, the wall of the upper part is connected with the wall of the lower part through a hinge 27-4, the cylinder 27-3 which is obliquely arranged is fixed at the top of the wall of the upper part, and when the wall dumping experience is used, the cylinder 27-3 drives the wall of the upper part to rotate by taking the hinge 27-4 as an axis, so that the wall dumping experience is realized.

The different wall bodies of two sides slope degree are set, through cylinder control, the process that the retaining wall collapses suddenly is demonstrated and experienced, and experience personnel experience unsafe sensation, thereby the staff can notice the slope danger source more in the process of construction, and the purpose that the first prevention of safety is the main is fully reached.

The two-side connected wall bodies are inclined outwards by different degrees, so that the wall bodies form a collapse shape, and an experiencer feels risks caused by accidental collapse and risks caused by collapse. The alertness of the dangerous accidents is enhanced, and the accidents are avoided.

The wall dump experience 27 has the following effects:

1. and the punching feeling or the oppression feeling of the sudden collapse of the wall body is demonstrated and experienced, so that the experience personnel feel unsafe.

2. In the construction process, the side slope hazard source is noticed, and the aim of taking the first prevention as the main safety is fully fulfilled.

As shown in fig. 13, the steel wire rope demonstration experience 35 mainly includes a frame body 35-1 and a sandwich board 35-2, the frame body 35-1 is a rectangular frame structure built by adopting square pipes, the sandwich board 35-2 is fixed in the frame body 35-1 to form a display board, and when the steel wire rope demonstration experience is used, a corresponding steel wire rope is placed according to characters of the display board. The steel wire rope display device is used for displaying different situations of correct and wrong use of the steel wire rope, and is visually and clearly contrasted by an inspector, so that a deep impression is left.

The correct using mode of the crane is demonstrated, the cooperation signals among operators are detected and popularized regularly by educational equipment, and the correct using mode of the steel wire rope is trained by displaying the steel wire rope.

The wire rope demonstration experience 35 has the following effects:

1 shows several common wrong use modes and correct processing methods of the steel wire rope.

2, the staff can fully know the using method of the steel wire rope, the cautions when using the steel wire rope and the correct processing method after the steel wire rope is broken.

As shown in fig. 14, the comprehensive electricity consumption experience 33 includes a frame body 33-1 and a sandwich panel 33-2, wherein the frame body 33-1 is a rectangular structure built by square tubes, the sandwich panel 33-2 is fixed on the rectangular structure, a hanging table 33-3 is arranged in the middle of the front side of the rectangular structure, a contact wire is hung on the hanging table 33-3, and the contact experience is realized through current.

Due to different education levels of field workers, various power utilization accidents are caused when the phenomena of private and disorderly pulling and randomly connecting electric equipment occur. And the serious consequences caused by reasons of irregular operation, wire aging, mechanical damage and the like can also occur frequently on various construction sites. Through the electric shock experience, the awareness of managers, operators and workers on the electric shock damage of power utilization is enhanced.

The electric shock accident caused by temporary electricity utilization in a construction site is prevented, the alarm giving-up worry of various electricity utilization safety accidents such as cutting off, electricity leakage and overload generated in a welding machine and a grounding site is improved, and the correct use method of the temporary electricity utilization is trained.

The comprehensive electricity consumption experience 33 has the following effects:

1. through comprehensive electricity utilization experience, the specification and the use of various switches, a switch box, various lamps and various wires are learned,

2. further popularizes the knowledge of safe electricity utilization in construction site, improves the quality of electrician and the moral of occupation,

3. the electric shock emergency measures are integrated into experience education activities, the emergency handling capacity of electric shock accidents on construction sites is enhanced, and electric shock casualty accidents are reduced.

As shown in fig. 15, the first-aid experience 34 includes a frame body 34-1 and a sandwich board 34-2, the frame body 34-1 is a rectangular structure built by square pipes, the sandwich board 34-2 is fixed on the rectangular structure, a platform 34-3 is arranged in the middle of the front side of the rectangular structure, and the platform 34-3 is a lying position of a model, so that workers can learn relevant knowledge and operations of first aid.

After an accident, the field staff takes a series of first aid measures to prevent the patient from deteriorating before medical assistance is not obtained.

The emergency scope includes the following aspects:

bleeding, coma, respiratory arrest, drowning, burn, scald, suture, fracture fixation, electric shock, food poisoning, acute infectious disease, intraocular foreign body, bite of animal and insect, hydrogen sulfide poisoning, cold injury, and chemical burn.

Let everybody through the study to the on-the-spot first aid, can carry out simple first aid measure to the wounded when the accident takes place, avoid causing bigger casualty loss.

The training of the first aid skill can bring more benefits to the trainees to a certain extent, for example, the trainees can have calm and clear thinking in emergency, and the trainees can master the most basic self-rescue, mutual rescue knowledge and the most key primary lifesaving technology, thereby improving the emergency ability of individuals in disasters, accidents and critical diseases, and reducing the disability rate and death rate caused by the disasters

As shown in fig. 16, the mobile platform dumping experience 32 mainly comprises a frame body 32-1, a platform 32-2, a guardrail 32-3 and a ladder 32-4, wherein the frame body 32-1 is of a structure built by adopting square pipes, the platform 32-2 is arranged at the position, close to the top end, of the frame body 32-1, the guardrail 32-3 is arranged at the position, close to the top end, of the frame body 32-1, the ladder 32-4 extending to the platform 32-2 is arranged on one side of the frame body 32-1, two vertically arranged air cylinders 32-5 are arranged on one side of the bottom of the frame body 32-1 side by side, and the frame body 32-1 is inclined through extension and contraction of piston rods of the air cylinders 32-5, so that.

The mobile platform dumping experience 32 has the following effects:

experience personnel are familiar with the performance and the characteristics of the mobile operation platform, understand the correct using method and recognize potential safety hazards and accident situations which may exist during operation.

The risk that the mobile platform topples over is really experienced to the person of experiencing, staff's safety awareness is improved, correctly uses the removal scaffold, reduces the emergence of incident.

As shown in fig. 17, the rail dumping experience 31 mainly includes a frame body 31-1 and a rail 31-2, the frame body 31-1 is a structure built by adopting square pipes, one side of the frame body 31-1 is provided with the rail 31-2 built by adopting square pipes, two sides of the lower end of the rail 31-2 are connected with the frame body 31-1 by adopting bearing assemblies, so that two sides of the lower end of the rail 31-2 can rotate on the frame body 31-1, two sides of the upper end of the rail 31-2 are bonded with the frame body 31-1 by adopting magnets, the structure can simulate dumping of the rail when receiving external force, strengthen the requirement of strict adherence of workers for building the rail, and avoid accidents.

The two sides of the upper end of the handrail 31-2 can be connected with the frame body 31-1 in a ball-type buckling mode.

During experience, the user can lean on or use the guardrail in a simulated mode through experience personnel, the dumping switch is opened, harm caused when the guardrail is moderately tipped is enhanced, the awareness of the building personnel and the user on the harm is strengthened, and therefore the harm is avoided.

The railing dumping experience 31 has the following effects:

1. through experiencing the safety guardrail bar to push down, the recognition capability of workers to various frontier defense facilities is improved.

2. Through experience, education workers develop good working habits.

As shown in fig. 18-18b, the high-altitude walkway experience 44 mainly includes a main frame 44-1, a walkway 44-2, a guardrail 44-3, a safety net 44-4, a shaft 44-5, and a shaft seat 44-6, wherein the upper side of the main frame 44-1 is provided with the walkway 44-2, a gap is provided between the bottom of the walkway 44-2 and the top of the main frame 44-1, the bottom of the walkway 44-2 is provided with the shaft 44-5 extending to both ends thereof, both ends of the shaft 44-5 are respectively fixed on the main frame 44-1 through the shaft seat 44-6, the shaft seat 44-6 is fixed on the top of the main frame 44-1, when in use, the shaft 44-5 can rotate in the shaft seat 44-6, so that the walkway 44-2 rotates back and forth on the main frame 44-1, both sides of the walkway 44-2 are provided with the, a safety net 44-4 fixed on the main frame 44-1 is arranged at the lower side of the walkway 44-2.

The worker must use a protection tool and a protection tool when performing high-altitude work. And set up the safety net below the pavement, prevent that the top instrument from dropping and injures personnel by a crashing object, also more laminate the site operation condition.

The system has the advantages that workers can fully know the safety of the high-altitude walkways, the strength and coordination capacity of the lower limbs are improved, the mental qualities of the workers such as calmness and brave courage are exercised, the physical qualities of the workers are enhanced, and whether the workers meet the operation conditions or not is detected.

As shown in fig. 19, the weight experience 43 mainly includes three weights 43-1 and a handle 43-2, and the handle 43-2 is arranged at the top end of the weight 43-1; the weights of the three weights 43-1 are respectively 20kg, 25kg and 30kg, the self strength is detected through the three weights 43-1, and experience personnel can know the self strength according to different weights. And (5) habituating.

The weight bearing experience 43 has the following effects:

1. before working, warm-up exercise should be done to reduce instantaneous sprain and strain.

2. During experience, both hands need to grab the heavy objects in a balanced manner, so that the body can be exercised, and a correct carrying method when the heavy objects face is mastered.

As shown in figure 20, the ladder overturning demonstration experience 42 mainly comprises a first ladder 42-1, a second ladder 42-2 and a third ladder 42-3, the top ends of the first ladder 42-1, the second ladder 42-2 and the third ladder 42-3 are respectively fixed on the side wall of a third-layer house 4, the first ladder 42-1 is of a normal size, the beam intervals of the second ladder 42-2 are different, the beam intervals of the third ladder 42-3 are different, the upper ends of the third ladder are movable, the ladder can move backwards during use, an experiencer can feel that the ladder is climbed by different ladders, and brought consequences can be achieved.

As shown in fig. 21 to 21c, the seat belt use and hole falling experience 41 mainly comprises a frame body 41-1, an air cushion bed 41-2, a hole cylinder 41-3, a platform 41-4 and a seat belt 41-5, wherein the frame body 41-1 is a structure built by adopting a square tube, the air cushion bed 41-2 is arranged at the bottom end of the inner side of the frame body 41-1, the platform 41-4 is arranged at the middle part of the frame body 41-1, a hole 41-6 is arranged on the platform 41-4, the seat belt 41-5 fixed on the frame body 41-1 is arranged right above the hole 41-6, a door 41-7 capable of being opened downwards is arranged at the hole 41-6, the door 41-7 and the air cushion bed 41-2 are arranged in an up-down opposite manner, a support structure is arranged at the lower side of the door 41-7 and used for supporting the door, when the air cushion bed is used, the experimenters fasten the safety belts respectively, the supporting structure is separated from the door, and then the experimenters fall into the air cushion bed 41-2 from the door.

The supporting structure comprises long air cylinders 41-9 and short air cylinders 41-8, the lower ends of the long air cylinders 41-9 are rotatably fixed on a frame body 41-1, the tail ends of piston rods at the upper ends of the long air cylinders 41-9 are arranged on the lower sides of doors 41-7 in an overhead mode, the upper ends of the long air cylinders 41-9 are rotatably fixed at the tail ends of piston rods of the short air cylinders 41-8, the short air cylinders 41-8 are rotatably fixed on the frame body 41-1, when the supporting structure supports the doors, the piston rods of the long air cylinders 41-9 and the short air cylinders 41-8 respectively extend out, and when the supporting structure is separated from the doors, the piston rods of the long air cylinders 41-9 and the short air cylinders 41-8 respectively retract and hide the doors.

The safety belts 41-5 are provided with three, one being a normal safety belt, one being a damaged safety belt, and one being a normal safety belt but not a fastening safety belt.

The periphery of the air cushion bed 41-2 is provided with a safety guardrail fixed on the frame body 41-1.

In actual construction, the safety management regulations of a construction site are not followed by workers, or safety belts are not used correctly according to the regulations, high-altitude falling safety accidents of the workers occur for many times, and the workers are effectively protected because openings are not protected according to the regulations, so that the workers fall from the openings when the light is insufficient or the workers are carelessly caused.

Therefore, the safety belt using experience and the high-altitude falling experience are combined, so that the space is saved, and the safety belt falling experience is closer to the actual operation. The safety belt is provided with three models, and the consequences brought by the safety belt using conditions under different conditions are respectively experienced.

During experience, a safety belt is fastened by an experience person, the two hands hold the chest, the two legs bend the knees and stand on the falling door, the movable door is opened through stretching of the cylinder, the experience person falls from the opening, and the experience person feels harm caused by improper use of the safety belt and insufficient safety management of the opening.

The seat belt use and hole falling experience 41 has the following effects:

1. the building safety experience hall enables workers to fully know the danger of the opening part, enhances self-protection consciousness, and does not operate against regulations and risk.

2. The building safety experience hall integrates emergency drilling of high-altitude falling accidents into the building safety experience hall, emergency management and emergency response programs of the high-altitude falling accidents are detected in a targeted mode, emergency rescue work is timely and effectively implemented, high-altitude falling casualties and property loss are reduced to the maximum extent, and safety production consciousness of the whole staff is improved.

The foregoing is a more detailed description of the invention, taken in conjunction with the specific preferred embodiments thereof, so that those skilled in the art can readily understand and apply the invention, and it is not intended to limit the invention to the specific embodiments described. To the ordinary technical personnel in the technical field that the utility model belongs to, can also make a plurality of simple deductions or replacement under the prerequisite that does not deviate from the utility model discloses the design, and needn't pass through creative work. Therefore, the simple modifications made by those skilled in the art according to the disclosure of the present invention should be within the scope of the present invention.

Claims (9)

1. An integrated form security experience hall, its characterized in that: the three-floor integrated house is a frame structure constructed by square pipe main frames, stairs are arranged between a first floor of house and a second floor of house, the stairs are arranged at the left end of the first floor of house, the stairs are arranged between the second floor of house and the third floor of house, and the stairs are arranged at the left end of the second floor of house; the first-layer house is a frame structure which is mainly built by square pipes, the lower parts of the periphery of the frame structure are fixed on fences, and the first-layer house is also provided with a door which is arranged at the left end of the first-layer house and is positioned on the front side of the stairs of the first-layer house; the building comprises a first floor house, a second floor house and a third floor house, wherein the first floor house is divided into 4 mutually transparent areas by the three isolation frames, a stair and a door are arranged in the area at the left end, protective dressing experience, labor insurance product display experience and balance beam safety experience are arranged in the second area adjacent to the area at the left end, the protective dressing experience and the labor insurance product display experience are arranged adjacently, and the balance beam safety experience is arranged opposite to the protective dressing experience and the labor insurance product display experience; a third area adjacent to the second area is internally provided with safety shoe smashing prevention experience, and a fourth area at the right end of the first layer of house is internally provided with safety helmet impact experience, fire extinguisher demonstration experience and wall body dumping experience; the second-layer house is a frame structure which is mainly built by square pipes, the lower parts of the periphery of the frame structure are fixed on a fence, three isolation frames are arranged in the middle of the second-layer house and divide the second-layer house into 4 mutually transparent areas, a stair is arranged in the area at the left end, a railing dumping experience is arranged in the second area adjacent to the area at the left end, a moving platform dumping experience is arranged in the third area adjacent to the second area, and a steel wire rope demonstration experience, a comprehensive electricity utilization experience and a field emergency experience are arranged in the fourth area at the right end of the second-layer house; the third floor house is mainly by square pipe construction frame construction that forms, and frame construction fixes at the rail lower part all around, be equipped with three isolation frame in the middle of the third floor house, three isolation frame is split into 4 penetrating regions each other with the third floor house, is equipped with stair in the region of left end, is equipped with the safety belt in the second region adjacent with the region of left end and uses, the entrance to a cave falls and experiences, and it emptys demonstration experience to be equipped with the cat ladder in the third region adjacent with the second region, is equipped with high altitude pavement in the fourth region of third floor house right-hand member and experiences, bears a burden and experiences, high altitude pavement experiences and sets up the border department that is close to in the fourth region.

2. The integrated security experience venue of claim 1, wherein: the safety helmet striking experience mainly includes that support body, battenboard, baffle, adjust cylinder, side hit the cylinder, the cylinder is hit on the top to hit, the support body adopts square pipe to build and forms, and fixed battenboard forms the open enclosed construction in front side on the support body, the support body middle part is equipped with the baffle, the fixed adjust cylinder in support body top one side, adjust cylinder's piston rod end hits the cylinder through the fixed side of mount, and the side is hit and is hit the cylinder and extend to the battenboard inboardly, and the side is hit the end of the piston rod end of hitting the cylinder and is used for the side to hit and hit the cylinder, the fixed top in support body top is hit and.

3. The integrated security experience venue of claim 1, wherein: the anti-smashing experience of the safety shoes mainly comprises a frame body and a sandwich plate, wherein the frame body is of a square frame structure formed by square tubes in a built mode, the sandwich plate is fixed on the frame body to form a wall body, safety shoe holes are formed in the bottom of the sandwich plate and used for placing the safety shoes, an impact cylinder fixed on the frame body is arranged on the rear side of the sandwich plate, an impact rod is fixed at the tail end of a piston rod of the impact cylinder, and the lower end of the impact rod is opposite to the safety shoe holes.

4. The integrated security experience venue of claim 1, wherein: fire extinguisher demonstration is experienced mainly including support body, battenboard, perpendicular baffle, fire groove, bottom, middle level, top layer, the support body adopts square pipe to build the hollow cuboid structure that forms, and the battenboard is fixed respectively at support body both sides, rear side, top for seal, support body front side middle part is close to left side department and is equipped with perpendicular baffle, erects the baffle left side and forms the fire groove, erects the baffle right side and divide into bottom, middle level, top layer from bottom to top.

5. The integrated security experience venue of claim 1, wherein: the wall body is emptyd and is experienced and mainly include support body, battenboard, cylinder, the support body adopts square pipe to build the rectangle frame structure that forms, and support body internal fixation battenboard forms the wall body, two parts about the wall body divide into, and the wall body of upper portion passes through hinge connection with the wall body of lower part, and the cylinder that the fixed slope in wall body top of upper portion set up.

6. The integrated security experience venue of claim 1, wherein: moving platform emptys and experiences mainly including support body, platform, guardrail, ladder, the support body adopts square pipe to build the structure that forms, and the support body is close to top department and is equipped with the platform, and the support body is close to the top border and is equipped with the guardrail, support body one side is equipped with the ladder that extends to the platform, support body bottom one side is equipped with the cylinder of two vertical settings side by side, and the piston rod through the cylinder is flexible for the support body slope.

7. The integrated security experience venue of claim 1, wherein: the railing is emptyd and is experienced mainly including support body, railing, the support body adopts square pipe to build the structure that forms, and support body one side is equipped with square pipe and builds the railing that forms, and railing lower extreme both sides adopt bearing assembly to be connected with the support body for railing lower extreme both sides can rotate on the support body, railing upper end both sides adopt magnet to bond with the support body.

8. The integrated security experience venue of claim 1, wherein: high altitude pavement is experienced and is mainly included body frame, pavement, guardrail, safety net, axle bed, the body frame upside is equipped with the pavement, the pavement bottom is equipped with the clearance with the body frame top, the pavement bottom is equipped with the axle that extends to its both ends, and axle both ends are fixed on the body frame through the axle bed respectively, and the body frame top is fixed to the axle bed.

9. The integrated security experience venue of claim 1, wherein: the safety belt using and hole falling experience mainly comprises a frame body, an air cushion bed, a hole air cylinder, a platform and a safety belt, wherein the frame body is of a structure built by adopting square tubes, the air cushion bed is arranged at the bottom end of the inner side of the frame body, the platform is arranged in the middle of the frame body, the hole is formed in the platform, the safety belt fixed on the frame body is arranged right above the hole, a door capable of being turned downwards is arranged at the hole, the door and the air cushion bed are arranged in a vertically opposite mode, a supporting structure is arranged on the lower side of the door, and the supporting structure is; the support structure comprises a long cylinder and a short cylinder, the lower end of the long cylinder is rotatably fixed on the frame body, the tail end of a piston rod at the upper end of the long cylinder is arranged at the lower side of a door, the upper end of the long cylinder is rotatably fixed at the tail end of a piston rod of the short cylinder, and the short cylinder is rotatably fixed on the frame body.

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