CN212181685U - Fire control rope training tower - Google Patents
Fire control rope training tower Download PDFInfo
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- CN212181685U CN212181685U CN201921071482.4U CN201921071482U CN212181685U CN 212181685 U CN212181685 U CN 212181685U CN 201921071482 U CN201921071482 U CN 201921071482U CN 212181685 U CN212181685 U CN 212181685U
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Abstract
The utility model discloses a fire control rope training tower relates to the fire control field, including rope rescue technology training district, shaft rescue training district, wall corner water pipe climbing training district, the ladder hook ladder training district that draws, knot rope anchor point preparation training district, the tunnel narrow and small space breaks open rescue training district, the tower crane training district, slope rope rescue training district, cross rope rescue training district, rope rescue training district goes up to one side down, window rope rescue training district, decline rope rescue training district, many items of double rope rescue training districts such as rock climbing training district, when the fire fighter receives the training, can support many people to receive the training simultaneously and provide comprehensive training district place, the training district effect has been improved, simultaneously because the training district place concentrates on in one, the training district place has also been practiced thrift.
Description
Technical Field
The utility model relates to a fire control field, in particular to fire control rope training tower.
Background
The Chinese fire-fighting rope rescue is built and developed gradually after the Japanese rope rescue technology is studied in 2000, and the domestic fire-fighting rope rescue technology is gradually formed through summarizing experience and groping practice. In about 2010, the domestic rope rescue technology is in track with international connection, and the domestic rope rescue technology has SRT (single rope technology) and DRT (double rope technology). At present, DRT is established as a rope rescue technology in domestic fire fighting.
The applicant found that: at present, the high-altitude rope training tower in the fire industry is relatively backward, is mostly built before 2010, is not perfect in function, is limited in training and lacks a comprehensive training field.
SUMMERY OF THE UTILITY MODEL
In view of this, the utility model aims at providing a fire control rope training tower to solve among the prior art in the present fire control industry high altitude rope training tower relatively be backward, mostly be the construction before 2010, the function is sound, and the training is limited, lacks the technical problem in comprehensive training place.
Based on the above object the utility model provides a pair of fire control rope training tower, include
The rope rescue technology training area is positioned from the first floor to the third floor in the training tower, a first hollow area is built downwards from the third floor of the training tower, a plurality of # -shaped steel beams are constructed on the third floor of the first hollow area, and a plurality of permanent anchor points are preset on the steel beams and are used for hanging double ropes at the permanent anchor points during training;
the shaft rescue training area is arranged between the third floor and the underground floor of the training tower;
the wall corner water pipe climbing training area comprises a building corner climbing wall and a bearing downpipe, the building corner climbing wall is arranged at the wall corners of two sides of the training tower, the building corner climbing wall is provided with a plurality of grooves for climbing, the bearing downpipe is arranged in the middle of a window, and the bearing downpipe is provided with a plurality of fixed handles for climbing;
the ladder hanging hook training area is positioned at a window of the training tower;
the rope tying anchor point manufacturing training area is positioned at the first floor of the training tower, and all cross beams and vertical beams in the first floor of the training tower can be used for manufacturing rope tying and anchor point training;
the system comprises a tunnel narrow space forcible entry rescue training area, a tunnel narrow space forcible entry rescue training area and a tunnel control area, wherein the tunnel narrow space forcible entry rescue training area is positioned in an underground layer, and the underground layer is provided with a square tunnel;
the system comprises a tower crane helicopter suspension descending rope rescue training area, wherein the tower crane helicopter suspension descending rope rescue training area is positioned at the top of a training tower, and a tower crane is arranged at the top of the training tower;
the slope rope rescue training area is positioned in a fifth training tower, and a house with a slope top is arranged on the fifth training tower and used for simulating the upward and downward rescue of the slope top of a villa;
the crossing rope rescue training area is positioned on a fourth floor of the training tower, a second hollowed-out area is arranged on the floor of the fourth floor of the training tower, anchor point steel frames are arranged on two sides of the second hollowed-out area, and during training, the anchor point steel frames can be provided with anchor points for finishing crossing ascending and descending rescue training and rope erection climbing rescue training;
the system comprises an inclined lower inclined upper rope rescue training area, a three-layer platform, a ground fire truck or a fixed anchor point, a three-layer platform and a three-layer platform, wherein the inclined lower inclined upper rope rescue training area is positioned on one side of a training tower, and an anchor point is established at the inclined lower inclined upper rope rescue training area during training and is connected with the ground fire truck or the;
the window rope rescue training area is positioned at each window of the training tower, and when in training, an anchor point is marked at the window, so that the window can descend or ascend to the ground or the next window for rescue training, and meanwhile, the transverse window rescue training and the window manned jumping, hanging, descending and kicking training can be carried out;
the training system comprises a descending rope technology training area, wherein the descending rope technology is positioned on one side of a training tower, a steel plate is arranged on the side, and during training, anchor points can be manufactured on three layers of platforms of the training tower for point descending, inversion and hovering training, and meanwhile, training of descending over the edge and ascending over the edge of a stretcher can be performed;
in the rock climbing training area, two rock climbing tracks are arranged on the outer wall of a training tower, wherein one rock climbing track forms a positive angle with the vertical surface of the ground, and the other rock climbing track forms a negative angle with the vertical surface of the ground;
when the fire fighter is trained, a plurality of double-rope rescue training tasks can be carried out in the training tower.
Further, the distance between the # -shaped steel beam and the ground reaches 8 m.
Further, the shaft is equipped with two, and the diameter is 1m and 0.5m respectively, and the height of shaft is 8m, the shaft wall of a well is the ya keli material, and ventilates in the drilling of the wall of a well for exchange with the outer personnel of well, the well head of shaft still is provided with the well lid of on-off formula.
Further, the distance between the grooves is 0.5m, the bearing downpipe is a cast iron downpipe of 0.1m, and the distance between the fixed handles is 1 m.
Further, mouth style of calligraphy gallery is dark 1.2m, wide 1m, is provided with the thick cement board of 0.1m and steel fence in mouth style of calligraphy gallery for the cutting is accomplished the gallery rescue and is broken to tear open in narrow and small space and save people's training, the gallery is connected with the shaft, can be used to ally oneself with the usefulness mouth style of calligraphy gallery 0.2m depths is provided with movable steel mesh, mouth style of calligraphy gallery opening part is equipped with the apron parallel with ground.
Furthermore, the tower crane is a triangular cube simulation suspension arm with the height of 1.8m, the width of 1m and the length of 5m, and the tower crane can rotate 180 degrees at the top end of the training tower.
Furthermore, the second hollow area is located directly over the first hollow area, and during training, the second hollow area can be matched with the # -shaped steel beam of the first hollow area for accurate position rescue ascending training.
Further, the steel plate height of the descent rope technical training area is 11m, and the width is 4 m.
Further, the angles of the positive angle and the negative angle are both 5 degrees.
The utility model has the advantages that: adopt the utility model discloses a fire control rope training tower, when the fire fighter is trained, can carry out rope rescue technical training in this training tower, shaft rescue training, wall corner water pipe climbing training, the training of ladder hook ladder is drawn, the making of knot rope anchor point is trained, the rescue training is broken in the narrow and small space of gallery, the tower crane training, slope rope rescue training, cross rope rescue training, rope rescue training inclines to the top to the bottom, window rope rescue training, descend rope rescue training, many items of double rope rescue training tasks such as rock climbing training, when the fire fighter is trained, can support many people to be trained simultaneously and provide comprehensive training district place, training district effect has been improved, simultaneously because training district place is concentrated in one, training district place has also been practiced thrift.
Drawings
Fig. 1 is a first schematic structural diagram of an embodiment of the present invention;
FIG. 2 is a second schematic structural diagram of an embodiment of the present invention;
fig. 3 is a third schematic structural diagram of a specific embodiment of the present invention.
The system comprises a 1-rope rescue technology training area, a 2-shaft rescue training area, a 3-wall corner water pipe climbing training area, a 4-pulling ladder hook ladder training area, a 5-rope tying anchor point manufacturing training area, a 6-tunnel narrow space breaking rescue training area, a 7-tower crane helicopter overhanging descending rope rescue training area, an 8-slope rope rescue training area, a 9-cross rope rescue training area, a 10-inclined descending ascending rope rescue training area, an 11-window rope rescue training area, a 12-descending rope technology training area and a 13-rock climbing training area.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in detail with reference to the accompanying drawings.
In view of the above, the first aspect of the present invention provides an embodiment of a fire rope training tower, as shown in fig. 1 to 3, comprising
The rope rescue technology training area 1 is positioned from the first floor to the third floor inside the training tower, a first hollow area is built downwards from the third floor of the training tower, a plurality of # -shaped steel beams are constructed on the third floor of the first hollow area, and a plurality of permanent anchor points are preset on the steel beams and are used for hanging double ropes at the permanent anchor points during training;
the shaft rescue training area 2 is arranged between the third floor of the training tower and the underground floor;
the wall corner water pipe climbing training area 3 comprises a building corner climbing wall and a bearing water pipe, the building corner climbing wall is arranged at the corner at two sides of the training tower, the building corner climbing wall is provided with a plurality of grooves for climbing, the bearing water pipe is arranged in the middle of the window, and the bearing water pipe is provided with a plurality of fixed handles for climbing;
the ladder hanging hook training area 4 is positioned at a window of the training tower, and the ladder hanging hook training area 4 is positioned at the window of the training tower;
the rope tying anchor point manufacturing training area 5 is located on the first floor of the training tower, and all cross beams and vertical beams in the first floor of the training tower can be used for rope tying and anchor point training;
the tunnel is characterized by comprising a tunnel narrow space forcible entry rescue training area 6, wherein the tunnel narrow space forcible entry rescue training area 6 is positioned in an underground layer, and the underground layer is provided with a square tunnel;
a tower crane helicopter suspension descending rope rescue training area 7, wherein the tower crane helicopter suspension descending rope rescue training area 7 is positioned at the top of a training tower, and a tower crane is arranged at the top of the training tower;
the slope rope rescue training area 8 is located in a fifth training tower, and a house with a slope top is arranged on the fifth training tower and used for simulating the upward and downward rescue of the slope top of a villa;
the crossing rope rescue training area 9 is positioned on a fourth floor of the training tower, a second hollowed area is arranged on the floor of the fourth floor of the training tower, anchor point steel frames are arranged on two sides of the second hollowed area, and during training, the anchor point steel frames can be provided with anchor points for finishing crossing ascending and descending rescue training and rope erection climbing rescue training;
the system comprises an inclined lower inclined upper rope rescue training area 10, wherein the inclined lower inclined upper rope rescue training area 10 is positioned on a three-layer platform on one side of a training tower, an anchor point is established at the inclined lower inclined upper rope rescue training area during training and is connected with a ground fire truck or a fixed anchor point to form an inclined stay rope, and descending and ascending rope rescue training can be carried out;
the window rope rescue training area 11 is positioned at each window of the training tower, and during training, an anchor point is marked at each window, so that the window can descend or ascend to the ground or the next window for rescue training, meanwhile, transverse window rescue training and window-simulated manned jumping and hanging descending and kicking training can be carried out;
a descending rope technology training area 12, wherein the descending rope technology is positioned on one side of the training tower, a steel plate is arranged on the side, and during training, anchor points can be manufactured on the three-layer platform of the training tower for point descending, inversion and hovering training, and meanwhile, training of descending over the edge and ascending over the edge of a stretcher can be performed;
in the rock climbing training area 13, two rock climbing tracks are arranged on the outer wall of the training tower, wherein one rock climbing track forms a positive angle with the vertical plane of the ground, and the other rock climbing track forms a negative angle with the vertical plane of the ground.
When fire fighters are trained, rope rescue technical training can be carried out in the training tower, shaft rescue training, wall corner water pipe climbing training, ladder pulling and hook ladder training, knot rope anchor point manufacturing training, tunnel narrow and small space breaking and dismantling rescue training, tower crane training, slope rope rescue training, cross rope rescue training, inclined rope rescue training, window rope rescue training, descending rope rescue training, rock climbing training and other multiple double-rope rescue training tasks, a comprehensive training field can be provided for the fire fighters, the training effect is improved, and meanwhile, the training field is also saved as the training field is concentrated at one position.
In this embodiment, the distance between the groined steel beam and the ground reaches 8m, so that double rope rescue technical training which can be simultaneously carried out by multiple persons can be completed, and the training efficiency is improved.
In this embodiment, the shaft is equipped with two, and the diameter is 1m and 0.5m respectively, and the height of shaft is 8m, the shaft wall of a well is the ya ge li material, and ventilates at the wall of a well drilling for exchange with the extra-well personnel, the well head of shaft still is provided with the well lid of on-off formula, in someone accident fell into the well when avoiding other operations, can also be at shaft externally mounted one deck shading cloth when training, can carry out dark space shaft rescue training like this.
In this embodiment, the distance between the recess is 0.5m for climbing training personnel climbing, and here, the recess still can set to 0.05m height, and 0.05m is dark for training climbing personnel, the bearing pipe in water is 0.1 m's cast iron water pipe, the distance between the fixed handle is 1 m.
Furthermore, the square tunnel is 1.2m deep and 1m wide, a cement board and a steel fence with the thickness of 0.1m are arranged in the square tunnel, used for completing tunnel rescue and training for breaking and rescuing people in narrow space by cutting, the tunnel is connected with a vertical shaft, can be used for combination, thus the shaft rescue training and the tunnel narrow space breaking rescue training can be combined for training during training, the training mode of the connection mode is beneficial to improving the rescue ability of the trained personnel and improving the training effect, the movable steel mesh is arranged in the depth of 0.2m of the square tunnel, which is convenient for teachers to observe trained personnel, so that if emergency occurs, the steel mesh can be opened in time to enable the trainees to get out, the opening of the square gallery is provided with a cover plate parallel to the ground, the trainees can walk conveniently when not training, meanwhile, the cover plate can be covered during training, and the tunnel rescue training can be carried out in a dark environment.
In this embodiment, the tower crane is a triangular cubic simulated boom with a height of 1.8m, a width of 1m and a length of 5m, the tower crane can rotate 180 degrees at the top end of the training tower, a bearing tower crane is designed at the top of a main tower staircase, the tower crane is a triangular cubic simulated boom with a height of 1.8m, a width of 1m and a length of 5m, the front end of the boom is required to bear 400kg, and the simulated boom is used for placing a rescuee at the front end, and a rescue worker can reach a front-end-making anchor point to take the rescuee to descend and place the rescuee to hang down, and can also hang down automatically and take the rescue. The suspension arm can be rotated by 180 degrees for presenting different fall drops 7m high and 23m low away from the ground for five layers of road surface of the training tower.
In this embodiment, the second hollow area is located right above the first hollow area, and during training, the second hollow area can be matched with a permanent anchor point of a # -shaped steel beam of the first hollow area to perform double-rope technical training, so that the training of crossing descent of the hollow area is completed, and the difficulty and precision of descending and saving people are increased just by means of the # -shaped steel beam of the third floor of the training tower; meanwhile, the climbing rescue at two sides of the rope can be erected.
In the present example, the steel plate of the descent rope technical training zone 12 has a height of 11.5m and a width of 4 m.
In the present embodiment, the angles of the positive and negative angles are both 5 degrees.
Those of ordinary skill in the art will understand that: the discussion of any embodiment above is meant to be exemplary only, and is not intended to intimate that the scope of the disclosure, including the claims, is limited to these examples; within the idea of the invention, also combinations between technical features in the above embodiments or in different embodiments are possible, and there are many other variations of the different aspects of the invention as described above, which are not provided in detail for the sake of brevity. Therefore, any omission, modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included within the protection scope of the present invention.
Claims (9)
1. The utility model provides a fire control rope training tower is equipped with six layers altogether, its characterized in that: comprises that
The rope rescue technology training area is positioned from the first floor to the third floor in the training tower, a first hollow area is built downwards from the third floor of the training tower, a plurality of # -shaped steel beams are constructed on the third floor of the first hollow area, and a plurality of permanent anchor points are preset on the steel beams and are used for hanging double ropes at the permanent anchor points during training;
the shaft rescue training area is arranged between the third floor and the underground floor of the training tower;
the wall corner water pipe climbing training area comprises a building corner climbing wall and a bearing downpipe, the building corner climbing wall is arranged at the wall corners of two sides of the training tower, the building corner climbing wall is provided with a plurality of grooves for climbing, the bearing downpipe is arranged in the middle of a window, and the bearing downpipe is provided with a plurality of fixed handles for climbing;
the ladder hanging hook training area is positioned at a window of the training tower;
the rope tying anchor point manufacturing training area is positioned at the first floor of the training tower, and all cross beams and vertical beams in the first floor of the training tower can be used for manufacturing rope tying and anchor point training;
the system comprises a tunnel narrow space forcible entry rescue training area, a tunnel narrow space forcible entry rescue training area and a tunnel control area, wherein the tunnel narrow space forcible entry rescue training area is positioned in an underground layer, and the underground layer is provided with a square tunnel;
the system comprises a tower crane helicopter suspension descending rope rescue training area, wherein the tower crane helicopter suspension descending rope rescue training area is positioned at the top of a training tower, and a tower crane is arranged at the top of the training tower;
the slope rope rescue training area is positioned in a fifth training tower, and a house with a slope top is arranged on the fifth training tower and used for simulating the upward and downward rescue of the slope top of a villa;
the crossing rope rescue training area is positioned on a fourth floor of the training tower, a second hollowed-out area is arranged on the floor of the fourth floor of the training tower, anchor point steel frames are arranged on two sides of the second hollowed-out area, and during training, the anchor point steel frames can be provided with anchor points for finishing crossing ascending and descending rescue training and rope erection climbing rescue training;
the system comprises an inclined lower inclined upper rope rescue training area, a three-layer platform, a ground fire truck or a fixed anchor point, a three-layer platform and a three-layer platform, wherein the inclined lower inclined upper rope rescue training area is positioned on one side of a training tower, and an anchor point is established at the inclined lower inclined upper rope rescue training area during training and is connected with the ground fire truck or the;
the window rope rescue training area is positioned at each window of the training tower, and when in training, an anchor point is marked at the window, so that the window can descend or ascend to the ground or the next window for rescue training, and meanwhile, the transverse window rescue training and the window manned jumping, hanging, descending and kicking training can be carried out;
the training system comprises a descending rope technology training area, wherein the descending rope technology is positioned on one side of a training tower, a steel plate is arranged on the side, and during training, anchor points can be manufactured on three layers of platforms of the training tower for point descending, inversion and hovering training, and meanwhile, training of descending over the edge and ascending over the edge of a stretcher can be performed;
in the rock climbing training area, two rock climbing tracks are arranged on the outer wall of a training tower, wherein one rock climbing track forms a positive angle with the vertical surface of the ground, and the other rock climbing track forms a negative angle with the vertical surface of the ground;
when the fire fighter is trained, a plurality of double-rope rescue training tasks can be carried out in the training tower.
2. A fire rope training tower as in claim 1, wherein: the distance between the # -shaped steel beam and the ground reaches 8 m.
3. A fire rope training tower as in claim 1, wherein: the shaft is equipped with two, and the diameter is 1m and 0.5m respectively, and the height of shaft is 8m, the shaft wall of a well is the ya keli material, and ventilates at the wall of a well drilling for exchange with the outer personnel of well, the well head of shaft still is provided with the well lid of switch formula.
4. A fire rope training tower as in claim 1, wherein: the distance between the grooves is 0.5m, the bearing downpipe is a cast iron downpipe of 0.1m, and the distance between the fixed handles is 1 m.
5. A fire rope training tower as in claim 1, wherein: mouth style of calligraphy gallery is dark 1.2m, wide 1m, is provided with the thick cement board of 0.1m and steel fence in mouth style of calligraphy gallery for the cutting is accomplished gallery rescue and the broken people's training of rescuing of tearing open in narrow and small space, the gallery is connected with the shaft, can be used to ally oneself with the usefulness mouth style of calligraphy gallery 0.2m depths is provided with movable steel mesh, mouth style of calligraphy gallery opening part is equipped with the apron parallel with ground.
6. A fire rope training tower as in claim 1, wherein: the tower crane is a triangular cube simulation suspension arm with the height of 1.8m, the width of 1m and the length of 5m, and the tower crane can rotate 180 degrees at the top end of the training tower.
7. A fire rope training tower as in claim 1, wherein: the second hollow area is located right above the first hollow area, and during training, the second hollow area can be matched with the # -shaped steel beam of the first hollow area and used for carrying out accurate position rescue ascending training.
8. A fire rope training tower as in claim 1, wherein: the steel plate height of the descent rope technical training area is 11m, and the width is 4 m.
9. A fire rope training tower as in claim 1, wherein: the angles of the positive angle and the negative angle are both 5 degrees.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921071482.4U CN212181685U (en) | 2019-07-10 | 2019-07-10 | Fire control rope training tower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921071482.4U CN212181685U (en) | 2019-07-10 | 2019-07-10 | Fire control rope training tower |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212181685U true CN212181685U (en) | 2020-12-18 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921071482.4U Active CN212181685U (en) | 2019-07-10 | 2019-07-10 | Fire control rope training tower |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212181685U (en) |
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2019
- 2019-07-10 CN CN201921071482.4U patent/CN212181685U/en active Active
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