51results about How to "Ease of withdrawal" patented technology

The invention discloses a borehole peering detection method with a precise positioning function, and a borehole peering propelling device thereof. The borehole peering detection method is conducted through a bore peering system and mainly comprises the steps that a plurality of concentric circles at equal distances are arranged on a display screen of a borehole television mainframe to serve as a measuring ruler, and a camera probe of the borehole peering system is mounted on a device body with a telescopic tripod; the bottom end of the device body is connected to a push rod through a thread, acable of the borehole television mainframe penetrates through a hollow core of the push rod, and a data line of the camera probe is connected with the borehole television mainframe through the cable;propelling is conducted towards the interior of a borehole, and fracture detection is conducted; the borehole television mainframe collects and records a borehole inner wall image displayed on the measuring ruler; and the changing situation of fracture data detected for multiple times is analyzed, accordingly, the evolutionary process and the development tendency of a fracture are obtained, the accurate basis is provided for calculating the rock stratum displacement trend, and actual design and construction of rock mass engineering are directed.

The invention discloses a telescopic emergency bridge which comprises a transport operation vehicle, a bridge main body, a hydraulic system, a supporting plate and a control cable system. The bridge main body comprises two lateral frameworks which are formed by sequentially connecting multiple movable crosses through end hinges. A plurality of parallel horizontal rods are arranged between the two lateral frameworks, and the two ends of each horizontal rod are fixedly connected with the end hinges of the movable crosses at corresponding positions of the lateral frameworks. A bridge deck slab is arranged on every two adjacent horizontal rods on the lower portion of each lateral framework, a longitudinal supporting rod is arranged on every two adjacent horizontal rods on the upper portion of each lateral framework, the two ends of each lateral framework are respectively provided with a bridge end post, a telescopic device is arranged in each bridge end post and extends out of the lower end of bridge end post, and guide wheels are arranged at the lower ends of the telescopic devices. The telescopic emergency bridge is high in pertinence, low in weight, low in requirement for operation sites, high in erecting and detaching operation speed, and high in automation degree.

The invention discloses a self-propelled pneumatic pipeline cleaning machine and cleaning method. The cleaning machine comprises a pipeline cleaning mechanism and a monitoring device; the pipeline cleaning mechanism comprises a guiding plate, a braking mechanism, a cleaning head mechanism and a reciprocating driving mechanism; and the monitoring device comprises a controller, a first magnetic switch, a second magnetic switch, a first electromagnetic valve and a second electromagnetic valve. The cleaning method includes the steps that firstly, the self-propelled pneumatic pipeline cleaning machine is placed; secondly, the braking mechanism performs braking and the cleaning head mechanism performs radial expanding; thirdly, the inner wall of a pipeline is cleaned; and fourthly, when cleaningof the whole to-be-cleaned pipeline is completed, and the self-propelled pneumatic pipeline cleaning machine is taken out. The self-propelled pneumatic pipeline cleaning machine is simple in structure, capable of easily, conveniently and fast cleaning the inner wall of the pipeline and good in cleaning effect.

The invention discloses a folding and variable-stiffness instrument arm used for a natural orifice surgery and an application method thereof. The instrument arm is a surgical support tool with variable size and variable stiffness and comprises a braided tube structure and a sealing film. The sealing film wraps the inside, the outside and the end part of the braided tube structure to form an annual and enclosed inner cavity, in which the braided tube structure is wrapped. An air bag or a driving wire helps increase the diameter of the instrument arm. Gas in the sealing film is extracted. Therefore, a braided tube can be in the rigid and large-diameter state, which provides a bigger channel for subsequent surgical tools. The subsequent surgical tools are prevented from stabling tissue and support is provided for ensuring precision. Gas is allowed to enter the sealing film and the sealing film restores to be in the flexible state. The self-elasticity of the braided tube structure is utilized for returning to the small-diameter state. Therefore, the instrument arm can easily stretch into and get away from a body cavity, helps avoid stabbing and reduces discomfort of a human body.

The invention discloses a quick sealer which is used for sealing a pipeline of an oil or gas well head and blowout and can be withdrawn conveniently if necessary afterwards to benefit the reuse of a well shaft. The quick sealer comprises an elastic air bag, a steel tube which is inserted into the air bag and connected on the opening end of the air bag by sealing, a clapboard which can divide the space of the steel tube into an upper space and a lower space which are not communicated with each other, a check valve which is provided for pressure air to enter the lower space of the steel tube from the upper space of the steel tube, and an air vent which can communicate the lower space of the steel tube and the air bag space; the outer tube wall and the inner tube wall of the steel bar, extending out of the air bag are both provided with screw sections and respectively connected with a jointer by screws; the jointer can be an air intake jointer or an air discharge joint. Therefore, the quick sealer solves the problems that damages to people and livestock exist in the implementation of the sealing by using a current combined sealing component only by a well killing method, the consumption of labor and materials and the loss of oil or gas are great, the pollution period is long, the pollution range is large, and the well shaft is not liable to repeated use after the sealing, etc.

The invention relates to an aluminium-air fuel cell stack structure, and in particular relates to a liquid path built-in compact aluminium-air fuel cell stack. The liquid path built-in compact aluminium-air fuel cell stack comprises a tray; a cell monomer set is arranged over the tray; a front end plate and a rear end plate are arranged at the front and rear ends of the cell monomer set; a lacing wire is arranged in a manner of penetrating the front end plate, the cell monomer set and the rear end plate; a liquid inlet interface and a liquid return interface are arranged on the front end plate; an electrode lead-out interface is arranged on the rear end plate; liquid inlets and liquid return holes are arranged on cell monomers; the liquid inlets and the liquid return holes on the cell monomers in the cell monomer set are respectively connected, such that two closed passageways are formed; the liquid inlets and the liquid return holes of the cell monomers near the front end plate are respectively communicated with the liquid inlet interface and the liquid return interface on the front end plate; and the liquid inlets and the liquid return holes of the cell monomers near the rear end plate are each provided with a liquid path seal head. The liquid path built-in compact aluminium-air fuel cell stack disclosed by the invention has the advantages of being reasonable in structural layout, small in volume, compact in structure and convenient to use, replace and maintain; the liquid sticky phenomenon is avoided; and aluminium consumption rate is reduced.

The invention provides a method for quickly retracing a comprehensive mechanized coal mining face in a long-distance service roadway multi-channel manner, and belongs to the technical field of mining. The method mainly comprises the following steps of digging, along a coal wall, a haulage roadway on the outer side of a mining stopping line before the mining stopping line exceeds a working face; digging out connection roadways between the haulage roadway and the mining stopping line, and constructing large-diameter pressure relief holes in the connection roadways and the haulage roadway; arranging stress monitoring stations at the connection roadways and the haulage roadway; when the working face approaches the mining stopping line, if a burst danger is discovered, carrying out pressure relief treatment in time; carrying out tailing-in work when the back production of the working face is carried out until the position of the mining stopping line. By using the method, rock burst dangers generated by a service roadway are reduced; the multi-face parallel operation is realized through the connection roadways; the retracing speed is improved. The safe and quick moving and face inversing of a deep-seated strong-burst comprehensive mechanized coal mining face are basically guaranteed.

The invention discloses an assembling tool for an impeller cover assembly and belongs to the field of water jet propulsion tools. The assembling tool for the impeller cover assembly comprises a support positioning assembly, a lining pre-support positioning assembly and a pressure-applying assembly. The support positioning assembly comprises a support positioning plate and a first fastener, wherein the support positioning plate is used for bearing one end of an impeller cover shell, and the first fastener is configured to fix one end of the impeller cover shell to the support positioning plate. The lining pre-support positioning assembly comprises a pull rope hanging frame and at least two lining pre-support positioning units. The pressure-applying assembly comprises a stress plate, a pressing plate and a second fastener. By the adoption of the assembling tool for the impeller cover assembly, the assembling success rate is increased, only the positions of an intra-cover insulating lining and an intra-cover steel lining need to be finely adjusted later, the assembling workload is reduced, and the assembling period is shortened.

The invention discloses an expandable variable rigidity snake-shaped carrier for natural orifice surgery and an application method thereof. A snake-shaped carrier is mainly composed of a weaving pipe and hot melt adhesive; the variable rigidity is realized by changing the hot melt adhesive state, and the variable dimension is realized through screw driving according to the property of the weaving pipe. The expandable variable rigidity snake-shaped carrier for natural orifice surgery has good flexibility and can realize big curvature bending; the adaptation ability to a complex human body orifice environment is stronger; after entering a human body, the carrier is supported by the driving screw and shows a big diameter state; the carrier expands the human body tissues and provides larger orifice channel; after representing the big diameter, the conversion of rigid and flexible states can be realized through controlling the heat input and output after representing the big diameter; besides, the carrier can protect human body orifice from being stabbed and scraped by operation apparatus, and provide support for operation apparatus; therefore, the stability is improved and the operation precision is promoted.

The invention discloses a turnover storing box for storing a thin wafer, and particularly relates to the technical field of containers or packing elements or packing parts which are specially suitable for special articles or materials. The turnover storing box comprises a box body and box cover. A cabin platform is arranged on the box body, and the cabin platform is a smooth round platform. The diameter of the platform is larger than that of the thin wafer. The box body is divided into a higher portion and a lower portion along part of arcs on the periphery of the cabin platform. The lower portion of the box body is provided with a taking and placing opening which is an arc groove formed in the outer side of the cabin platform. The groove is next to the cabin platform, and the height of the taking and placing opening is larger than that of the cabin platform. The box cover is also divided into a higher portion and a low portion, the lower portion of the box cover is matched with the higher portion of the box body, and the higher portion of the box cover is matched with the lower portion of the box body. By using the storing box to transport the thin wafer, safety of the thin wafer can be effectively ensured, and the thin wafer can be conveniently taken and placed.

The invention provides a thrombolysis catheter assembly which relates to the technical field of medical appliances and comprises a catheter, a guide wire, a connecting part, a limiting structure, a length adjustment structure and a seal part, wherein one end of the catheter is connected to the connecting part, and the other end is connected to the limiting structure; the guide wire is located in the catheter, one end is connected to the length adjustment structure, and the other end passes through the limiting structure; the length adjustment structure is located in the catheter and used for adjusting the length of the guide wire inside the catheter; and the seal part is connected to the end, passing through the limiting structure, of the guide wire and is in limited fitting with the limiting structure. According to the thrombolysis catheter assembly, the catheter is connected by the limiting structure and the seal part is limited so as to avoid catheter deformation caused by squeezingof the catheter by the seal part, blocking effects are improved, fitting jam of the catheter and the guide wire is prevented when the length of the guide wire in the catheter is adjusted through length adjustment, and the seal part can be removed easily.

The invention discloses an underground movable split escape capsule system, which relates to the technical field of underground disaster prevention life-saving equipment for a coal mine and consists of a transition capsule, a main capsule and an auxiliary capsule, wherein all capsule body split bodies are connected through flanges and are provided with a transition capsule door, a main capsule door and an auxiliary capsule door. The underground movable split escape capsule system is characterized in that the system in the capsule body mainly consists of an alternating current motive-power power supply and high-capacity colloid storage battery uninterrupted conversion device, a compressed air system oxygen supply device, a compressed oxygen supply device, a filteration, temperature reduction and dehumidifying integration device, a gas dilution purifying device and an excrement collector, wherein the alternating current motive-power power supply and high-capacity colloid storage batteryuninterrupted conversion device provides electric power supply for a communication and environment gas monitoring system and an instrument, and the excrement collector is arranged in the transition cabin. The underground movable split escape capsule system solves the problems to reach the goals that the oxygen supply, the temperature reduction and dehumidification and the gas dilution purification are realized, the electric power can be provided for more than 96 hours, or the infinite power supply can be realized, the split connection is convenient, the work efficiency is high, the required space is small, the construction engineering quantity is reduced, after the mine disasters occur, workers can enter all cabins to repair facilities in the cabins without gonging out of the escape capsule, simultaneously, miners can conveniently go out from the cabins, and the like.

The invention relates to a reverse righting system for a vehicle. The system comprises a moving trolley provided with a overturning driving assembly. The moving trolley comprises a trolley frame, a bearing pedestal and a telescopic supporting fork driving cylinder. The trolley frame is provided with a telescopic long beam, the telescopic long beam is provided with the bearing pedestal, the overturn driving assembly comprises an overturn movable arm driving cylinder and an overturn movable arm, the lower end of the overturn movable arm serves as a rotating connecting point, the rotating connecting point is in fit connection with a bearing pedestal hole shaft, a connecting shaft is arranged close to the middle of an arm body of the overturn movable arm, a lug ring at the end of a piston rod of the overturn movable arm driving cylinder is connected with the connecting shaft of the overturn movable arm, the tail of the overturn movable arm driving cylinder is connected with the trolley frame, a connecting point for dragging an overturned vehicle is arranged at the upper end of the overturn movable arm, the telescopic long beam can extend to the bottom of the overturned vehicle to exceed the position of the gravity center of the vehicle, the overturn movable arm driving cylinder drives the overturn movable arm to overturn around the rotating connecting point, the moving trolley and the overturn driving assembly are integrally connected to form an overturn moving trolley, and the overturned vehicle is rapidly, safely and stably righted.

The invention discloses a fully-mechanized mining working plane supplementary laneway multiple passage quick-speed moving process which comprises, excavating two substantially parallel auxiliary channels spaced apart of a predetermined distance along the coal wall at the working surface mining stop line position, making at least one auxiliary channel to be the withdrawing channel of the working surface holder withdrawal, making at least another auxiliary channel to be the transportation channel of the working surface holder withdrawal, then excavating a plurality of connecting channels between at least two of the auxiliary channels, thus realizing the aim of quick-speed withdrawal.

This is a multifunction vertical rotating window, including outer framework, glass window sash, hinge and sealing part. The outer framework is fixed in the wall of the window hole, hollow frame of the outer framework vertically hinged a shielding window, whose external dimensions are alike the hollow dimensions of the hollow framework body of the outer framework. The shielding window is connected with the outer framework through connecting part. At the sides of the shielding window there equips glass window sashes. Turning the shielding can bring all the glasses outside window into room, and can clean up the glasses in the room, so it solves the problem of cleaning up glasses for high floor tenement. The structure of the shielding window is firm, and the theftproof net frame are equipped on the shielding window. So it changes the original modality of the outside theftproof net, and beautifies the environment inside and outside room. Adopting double layer glass window sash and three window together locked window sash locked structure, it can not only save energy and reduce noises, but also have strong theftproof function. It's suitable for tenements and commercial use buildings, especially for the windows of high floor building.

The invention provides an intravascular laser heating whole body thermal therapy instrument. The instrument comprises an interventional catheter, a laser generator, a laser pulse width modulation system, a body temperature monitoring system and a computer control system. The interventional catheter comprises a catheter body, a metal target, a first thermistor, a second thermistor, a third thermistor, a laser optical fiber coupling terminal and a temperature measuring electrode terminal. The catheter body comprises a cannula, a laser optical fiber and a temperature measuring wire. By using the intravascular laser heating whole body thermal therapy instrument, the temperature of the whole body of a patient can be increased to the temperature treatment interval of 42.5+ / -0.5 DEG C safely and easily, the interventional catheter can stay in the body of the patient in a short time, and the aim of repeated treatment is achieved.

The invention provides a detachable lower ball seat for a high-speed bridge swivel steel support, and relates to the technical field of bridge construction, capable of solving the problems that when an existing lower ball seat for a detachable bridge swivel steel support is disassembled, and a bridge needs to be jacked up firstly and then disassembled, and the operation of jacking up the bridge firstly is extremely difficult, and the bridge is jacked up and then falls down, and great potential safety hazards exist in the bridge, and deviation is likely to occur in the falling position. The detachable lower ball seat includes a lower ball seat, wherein a lower spherical hinge is horizontally mounted at the upper end of the lower ball seat. According to the detachable lower ball seat for a high-speed bridge swivel steel support, the left end edge and the right end edge of the lower ball seat are respectively and fixedly provided with the horizontal side support plates; in conclusion, when construction is finished, the squeezing block can be separated from the self-discharging block, and the lower spherical hinge part falls down, and therefore a gap is reserved between the device anda bridge, and the detachable lower ball seat for a high-speed bridge swivel steel support can be freely withdrawn, and in conclusion, the detachable lower ball seat for a high-speed bridge swivel steel support is safer, more efficient and extremely high in repeated utilization rate when used.

The invention belongs to the field of medical instruments, and relates to an implantation instrument system capable of realizing multi-point continuous positioning and anchoring, which comprises a control handle, an anchoring device connected with the control handle, and an implantation instrument detachably connected with the far end of the anchoring device, and the anchoring device comprises a conveying catheter and a positioning unit arranged in the conveying catheter; the implantation instrument system further comprises a positioning and guiding device, the positioning and guiding device comprises a positioning and guiding line and a control piece, and a plurality of detachable connecting points are formed on the implantation instrument through the control piece at the far end of the positioning and guiding line. According to the implantation instrument system capable of realizing multi-point continuous positioning and anchoring, the detachable connecting points are arranged in vitro in advance, positioning of different anchoring points is realized only by operating the positioning and guiding line and the movement of the control piece, and meanwhile, the anchoring device is guided to move; the implantation instrument is conveniently positioned, and the operation difficulty of the implantation instrument system is reduced, so that the operation time is shortened, and postoperative complications of a patient are reduced.

The invention relates to a vehicle reverse centralizing method. A vehicle reverse centralizing device comprises a cross beam transversely arranged on the ground, and a movable arm, wherein the cross beam and the movable arm form a centralizing mechanism, specifically, a traction connection point B is arranged at the upper end of the movable arm, the lower end of the movable arm is a rotation point, a connection point A is arranged on the cross beam and connected with the rotation point at the lower end of the movable arm, the cross beam is provided with a front end point D and a rear end point C and is provided with a driving mechanism for driving the movable arm to rotate, and the driving mechanism can drive the movable arm to increase or decrease the included angle e between the movable arm and the cross beam. The vehicle reverse centralizing method comprises the following steps that firstly, tires of a rollover vehicle are laterally jacked up through an air cushion or a hydraulic jacking moving mechanism; secondly, the front end point D of the cross beam is movably inserted into the bottom of the rollover vehicle, the distance from the connection point A to the front end point D is larger than that from the connection point A to a gravity center W, and the traction connection point B is fixedly connected with the rollover vehicle; and thirdly, the driving mechanism drives or drags the movable arm to rotate around the connection point A of the cross beam, and the rollover vehicle is centralized.

The invention relates to the technical field of powder metallurgy, and particularly discloses a rapid mold changing device of an injection molding machine. The device comprises a bottom vehicle, an operation table and a mold changing assembly. An auxiliary roller is arranged on the side wall of the bottom vehicle. The operation table is installed on the bottom vehicle, and the mold changing assembly is installed on the operation table. The mold changing assembly comprises two sets of rolling parts arranged on the upper end face of the operation table, and each set of rolling part is composed of a plurality of rolling columns which are evenly distributed. The mold changing assembly further comprises a mounting part and a sliding plate, and the mounting part is fixed to the upper end face of the operation table. According to the rapid mold changing device of the injection molding machine and the injection molding machine provided by the invention, a clamping mechanism in the injection molding machine is matched with the rapid mold changing device of the injection molding machine, so that the mold changing procedure of the injection molding machine is simplified, the whole process is mechanically automatic, the trouble caused by manual operation is avoided, the working time is saved, and the mold changing efficiency of the injection molding machine is improved; and certain practicability is achieved.

The invention discloses an induction rod assembly device for producing temperature sensors. The induction rod assembly device comprises a base, a separated air cylinder, an induction rod moving block,an induction rod setting seat, a second direct absorber, an assembly air cylinder and a material-pushing assembly; a middle partition layer is arranged in the base; the induction rod moving block islocated in the middle partition layer, and the induction rod moving block is installed at the telescopic end of the separated air cylinder; the induction rod setting seat is movably connected to the induction rod moving block through a sliding rail, and a horizontal through hole is formed in the induction rod setting seat; the second direct absorber is fixedly arranged, and the discharging end ofthe second direct absorber corresponds to the lateral side of the base; and the assembly air cylinder is located on the lateral side of a rectangular hole, and the material-pushing assembly is installed at the telescopic end of the assembly air cylinder. The induction rod assembly device for producing the temperature sensors has the advantages of high conveying efficiency of induction rods, and the induction rod assembly is accurate.

The invention discloses a telescopic tool for machining a large-diameter inner hole by a numerical control lathe, and belongs to the field of mechanical machining devices. The telescopic tool comprises a tool bit (1) and a front tool apron (2) and is characterized by further comprising a rectangular rear tool apron (3), an adjusting nut (4), an adjusting rod (5), a joint bearing (8) and an adjusting seat (9), a large boss and a small boss are formed at the right end of the front tool apron (2), a through hole of the rear tool apron and a through hole in the large boss of the front tool apron (2) are mounted in a matched manner through a pin (6), an outer circle of the joint bearing (8) is fixed at the right end of the rear tool apron (3), an inner circle of the joint bearing is fixed with the adjusting nut (4), the right end of the adjusting rod (5) is connected with the adjusting nut (4), the left end of the adjusting rod (5) is fixed on the adjusting seat (9), and a through hole of the adjusting seat (9) and a through hole in the small boss of the front tool apron (2) are mounted in a matched manner through the pin (6). According to the telescopic tool, the tool bit can expand and contract in the hole diameter of a machining part, so that parts with narrow port sizes and large hole sizes are machined.

The invention discloses a terminal assembling device for temperature sensor production. The terminal assembling device comprises a moving base, a rotating air cylinder, a swing material suction block,a lateral moving air cylinder, a vertical plate, a limiting air cylinder, a limiting block and an optical fiber sensor. The moving base is mounted at the moving end of the lateral moving air cylinder; the lateral moving air cylinder is fixed to the rack, the rotating air cylinder is installed on the moving base, the swing material suction block is installed at the telescopic end of the rotating air cylinder, an air suction hole is formed in the end of the swing material suction block, an air suction valve is connected to the air suction hole, and a step face is arranged at the end of the swing material suction block. The vertical plate is fixed to the rack, the limiting air cylinder is installed at the upper end of the vertical plate, the limiting block is installed at the telescopic endof the limiting air cylinder, and the optical fiber sensor is installed at the upper end of the vertical plate. The device has the advantages that the wiring terminals are efficiently sucked, moved and transported, and the passive loading depth is ensured.

The invention discloses a core ball connecting device for restraining shaking of a core ball during bending of a pipe fitting. A first connecting body, a second connecting body and a star-shaped driving disc are coaxially installed, one end of a reset spring is fixedly connected into an arc-shaped sliding groove of a first rotating disc, the other end of the reset spring is fixedly connected with a reset push plate on the second connecting body, one end of a pressure spring is fixedly connected into a limiting groove of the star-shaped driving disc, the other end of the pressure spring is fixedly connected with a wedge-shaped block in a rectangular sliding groove of the star-shaped driving disc, an electromagnet is installed in a rectangular hole of the star-shaped driving disc, when the electromagnet is not powered on, the second connecting body can only rotate in one direction relative to the first connecting body under the extrusion effect of the wedge-shaped block, and when the electromagnet is powered on, the second connecting body can rotate in two directions relative to the first connecting body, and the second connecting body can return to the initial position under the action of the reset spring. The core ball connecting device can be used for connecting multi-ball-joint mandrels used in pipe fitting bending, shaking of the core ball can be restrained, and the bending quality is improved.

The invention provides a detachable lower ball seat for a high-speed bridge swivel steel bearing, relates to the technical field of bridge construction, and solves the problem that the existing detachable lower ball seat for a bridge swivel steel bearing needs to be disassembled. It is extremely difficult to jack up the bridge first and then to be disassembled, and the bridge is jacked up and then dropped, which also makes the bridge a great safety hazard, and there may be deviations in the position, including the lower ball seat; The upper end of the lower ball seat is horizontally equipped with a lower ball joint. In the present invention, because the left end edge and the right end edge of the lower ball seat are respectively fixed with horizontal side support plates, they can also play a fixed role at the same time, and when the construction is completed, the squeeze block and self-unloading can be made The blocks are separated, so that the lower ball joint part falls, so that there is a gap between the device and the bridge, which can be withdrawn freely. In summary, the device is safer and more efficient when used, and the reuse rate is extremely high.

The invention discloses an underground movable split escape capsule system, which relates to the technical field of underground disaster prevention life-saving equipment for a coal mine and consists of a transition capsule, a main capsule and an auxiliary capsule, wherein all capsule body split bodies are connected through flanges and are provided with a transition capsule door, a main capsule door and an auxiliary capsule door. The underground movable split escape capsule system is characterized in that the system in the capsule body mainly consists of an alternating current motive-power power supply and high-capacity colloid storage battery uninterrupted conversion device, a compressed air system oxygen supply device, a compressed oxygen supply device, a filteration, temperature reduction and dehumidifying integration device, a gas dilution purifying device and an excrement collector, wherein the alternating current motive-power power supply and high-capacity colloid storage battery uninterrupted conversion device provides electric power supply for a communication and environment gas monitoring system and an instrument, and the excrement collector is arranged in the transition cabin. The underground movable split escape capsule system solves the problems to reach the goals that the oxygen supply, the temperature reduction and dehumidification and the gas dilution purification are realized, the electric power can be provided for more than 96 hours, or the infinite power supply can be realized, the split connection is convenient, the work efficiency is high, the required space is small, the construction engineering quantity is reduced, after the mine disasters occur, workers can enter all cabins to repair facilities in the cabins without gonging out of the escape capsule, simultaneously, miners can conveniently go out from the cabins, and the like.