36 results about "Divided structure" patented technology

The invention provides an engine plate spring shock absorber disassembling and assembling tool which comprises a tool base, multiple stages of counter bores are formed in the center of the tool base, and fan-shaped protrusions corresponding to plate springs are distributed on the circumference of the upper end face of the tool base; the elastic tensioning component is arranged in the multi-stage counter bore, and the upper portion of the elastic tensioning component is connected with an external loading ejector rod; the thrust component is arranged on the elastic tensioning component in a sleeving mode, the thrust component is composed of a plurality of thrust modules of an annular body equally-divided structure, and square teeth corresponding to the limiting blocks are arranged on the outer ring of the thrust component; and the clamping component comprises a plurality of clamping pieces which are arranged on the tool base in the circumferential direction, the multiple clamping pieces are arranged on the tool base in the circumferential direction, and clamping heads arranged on the clamping pieces are placed between the two reserved limiting blocks. The plate spring shock absorber assembling device not only has the plate spring shock absorber assembling capacity, but also can complete lossless disassembling work, the surface damage of components is small or no damage exists, and the product reliability is high.

The present invention discloses a cutting optimization method and system for EVA linings for tool boxes, which relates to the field of cutting optimization technology. The method comprises: performing reverse dimensional compensation on the tool box lining based on the nonlinear shrinkage of the thermally cut material to obtain a pre-expansion compensation model; constructing a dynamic nesting boundary based on raw material design information, performing periodic nested splicing fitting of the pre-expansion compensation model to obtain multiple candidate cyclic splicing structures; outputting multiple candidate cutting paths for the multiple candidate cyclic splicing structures based on curve path planning fitting; calculating multiple material utilization rates for the multiple candidate cyclic splicing structures; performing cutting characteristic analysis based on the multiple material utilization rates and the multiple candidate cutting paths, screening out target nested segmentation structures, and executing cyclic segmentation of the EVA lining for the tool box. The present invention solves the technical problems of extensive typesetting layout and low material utilization in the prior art, achieving the technical effect of improving material utilization and reducing scrap rate.

The invention belongs to the technical field of fiber reinforced resin profile production, and provides a production process and a production system of a decorative plate for construction engineering, the production system comprises a positioning yarn splitting frame, the positioning yarn splitting frame is used for positioning and placing a yarn roll; the yarn threading and gum dipping frame is used for dipping the yarns conveyed by the positioning yarn splitting frame; a mold fixing area and gantry traction equipment are sequentially arranged on the placement table from left to right according to the production sequence; two mold supports are arranged on the mold fixing area and used for fixing a pre-forming mold frame of the decorative plate and a forming mold special for the decorative plate. The segmentation conveying area is arranged on the side, where the forming plates are conveyed out, of the containing table, and the segmentation conveying area is sequentially provided with a segmentation structure and an overturning discharging structure from left to right according to the production sequence; according to the production process, the decorative plate with good performance is produced by using a specific production system; the method has the advantages of high production efficiency and low defective rate.

The utility model relates to the technical field of brassiere products, in particular to a thin cup brassiere structure with lateral contraction and ventilation functions, each cup is of a double-layer structure with an inner layer and an outer layer, and an outer layer fabric is arranged on the outer layer of each cup; the two cup inner layers are symmetrically arranged, the center position connecting piece is connected with the two cup inner layers, and each cup inner layer comprises an inner layer side wing end structural piece, a cup mat and an inner layer center position end structural piece which are sequentially arranged in the direction from the wing position piece to the center position connecting piece; the outer-layer fabric, the inner-layer side end structural member, the cup mat and the inner-layer center end structural member are connected into a whole through supporting members. According to the bra, the cups with the inner and outer double-layer structures are arranged, the inner layers of the cups are of the longitudinal three-piece type split structures, the area and the breathability are optimally designed according to different functions of different areas of the cups, and the connecting structure and the size are improved, so that the requirements of the bra product for shielding the nipples and the overall breathability when the bra product is worn are met; and the functional effects of laterally folding and upwards supporting the breasts of the human body and the like are achieved.

This utility model discloses a signal isolator, including an isolator body with an isolator A side and an isolator B side, which are two opposite sides of the isolator body. A guide rail is fixedly connected to the lower end of the isolator body, and a partition structure is provided on the side of the isolator body. The partition structure includes a rotating frame, a fixed platform, and a column. The fixed platform is fixedly connected to the isolator A side, the column is fixedly connected to the fixed platform, and the rotating frame is fixedly connected to the isolator B side. The rotating frame can be connected to the column. When the device is in use, the isolator body 1 is mounted on the guide rail module via the guide rail 2. By providing the partition structure, the two isolators can be separated to a certain extent, thereby ensuring the heat dissipation capacity of the device during use.

The utility model discloses a clamp for cutting an inner ring of a crossed roller bearing with an inner ring segmentation structure. The clamp comprises a base and two annular brackets, the two annular supports are symmetrically arranged up and down, the base is connected with the annular support below through the second supporting legs, a supporting table used for supporting a workpiece is arranged on the upper surface of the base, the annular supports are slidably connected with at least two sliding blocks, and pyramids are arranged in the two annular supports. One end of each sliding block is tightly attached to the outer surface of the pyramid, and the other end of each sliding block penetrates through the annular support to be connected with an arc-shaped supporting plate. According to the clamp for cutting the inner ring of the crossed roller bearing with the inner ring division structure, the upper part and the lower part of an inner ring workpiece to be cut can be quickly and efficiently fixed respectively, clamping is firm, and the inner ring workpiece is not prone to deformation in the cutting process; the sliding blocks extend to synchronously push out the arc-shaped supporting plates on the two annular supports, the arc-shaped supporting plates are used for fixing the inner ring of the workpiece to be cut, and the arc-shaped supporting plates can be detached.

The utility model belongs to the technical field of building waterproof construction, and particularly relates to a post-cast strip construction structure which comprises groove-shaped pieces and a covering layer, the groove-shaped pieces are erected on the portions, on the two sides of a post-cast strip area, of a structure body and seal the post-cast strip area, and pouring holes are formed in the groove-shaped pieces; the covering layer is arranged on the outer wall face of the groove-shaped piece in a covering mode and seals the pouring hole. The structure main body is divided into a plurality of parts by the post-cast strip area, the plurality of divided structure main body parts are re-connected into a whole by the post-cast strip concrete, in other words, the post-cast strip concrete also belongs to the structure main body after construction is completed, and the quality of the post-cast strip concrete also influences the quality of the structure main body. And impurities and foreign matters entering the post-cast strip area can influence the concrete quality of the post-cast strip. According to the post-cast strip protection structure, the groove-shaped pieces are erected on the portions, on the two sides of the post-cast strip area, of the structure body to seal the post-cast strip area, so that sundries and foreign matter are prevented from entering the post-cast strip area, and then protection of the post-cast strip area is achieved.

The invention discloses a cutting optimization method and system for an EVA lining for a tool box, and relates to the technical field of cutting optimization, and the method comprises the steps: carrying out the reverse size compensation of the tool box lining based on the nonlinear shrinkage of a thermal cutting material, and obtaining a pre-expansion compensation model; constructing a dynamic nested boundary according to the raw material design information, and performing periodic nested splicing fitting of the pre-expansion compensation model to obtain a plurality of candidate cyclic splicing structures; based on the curve path planning, fitting and outputting a plurality of candidate cutting paths of the plurality of candidate cyclic splicing structures; calculating a plurality of material utilization rates of the plurality of candidate cyclic splicing structures; and carrying out cutting characteristic analysis according to the plurality of material utilization rates and the plurality of candidate cutting paths, screening out a target nested segmentation structure, and executing cyclic segmentation of the EVA lining for the tool box. The technical problems of extensive typesetting layout and low material utilization rate in the prior art are solved, and the technical effects of improving the material utilization rate and reducing the waste rate are achieved.

The invention discloses a waste coal cinder removing device, and relates to the technical field of coal cinder removing, the device comprises a removing box, a fixing frame and a partition plate are fixed in the removing box, a filter plate is installed between the partition plate and the inner wall of the left side of the removing box, and a fixing piece is fixed on the left side of the removing box and comprises a feeding hopper and a driving box in sequence from top to bottom; the bottom end of the feeding hopper obliquely penetrates through the clearing box and extends to the upper end of the filtering plate, a dividing structure is arranged at the joint of the feeding hopper and the clearing box, a discharging barrel is fixed to the bottom of the left side of the clearing box, discharging structures are arranged in the clearing box and the discharging barrel, and a smashing structure is arranged between a dividing plate and the inner wall of the right side of the clearing box. And the crushing structure is positioned above the discharging structure. Through cooperation of the filter plate and the crushing structure, fine coal cinder is deposited through pores of the filter plate, large-particle coal cinder slides to the right side area of the removing box to be crushed, it is ensured that the coal cinder is completely crushed, and interference to the discharging structure is avoided.

The utility model provides a top dividing structure, which relates to the technical field of crystal revolving door glass and comprises a top plate, an adjusting piece and revolving door top glass. The whole top plate is cylindrical, and the top plate is fixedly connected to a ceiling. The adjusting piece is arranged at the bottom of the top plate; the revolving door top glass is arranged below the top plate, and the revolving door top glass is a circle formed by four pieces of glass. The problems that when an existing top partition structure is used, time and labor are wasted due to the fact that the existing top partition structure is mostly divided into two pieces of glass to be installed, damage is prone to occurring, the whole piece of glass needs to be replaced when the glass is broken, and then using is not convenient are solved.

The utility model belongs to the technical field of cable fittings, and discloses a multi-hole-site heat shrink tube convenient for connection of low-voltage multi-core cables, which comprises a main conduit, a segmentation structure positioned on the main conduit, and guide melting and bonding structures connected to two ends of the outer wall of the main conduit in a sliding manner, the segmentation structure comprises eight guide plates which are distributed in a circular array around the axis of the main guide pipe, insulating layers which are bonded with the inner walls of the guide plates, and shielding layers which are bonded with the insulating layers. According to the low-voltage multi-core cable, the division structure and the guide melting and bonding structure are additionally arranged, so that the guide plates can uniformly divide the internal space of the main guide pipe into eight parts, and each core wire in the low-voltage multi-core cable can smoothly pass through the area between the guide plates; in addition, heating operation can be directly carried out on the hot melt rubber sleeve, the hot melt rubber sleeve is promoted to be bonded with the main conduit, and therefore the installation efficiency of the multi-core cable can be effectively improved.

To provide a duct boring device in which an indented valve seat part formed on an inner surface of a neck portion can be brought into contact with a work valve body in a clean state without causing any trouble due to entry of swarf generated as a result of boring, and which thereby is capable of maintaining a high degree of sealing performance.SOLUTION: A duct boring device at least comprises: a housing 105 in which a fluid pipe 101 is fitted in a sealed state and which has a divided structure; a work valve 103 equipped with a work valve body 131 that is brought into contact with and is separated from an indented valve seat part 105i provided inside a neck portion 105d of the housing 105, the work valve 103 configured to be detachably attached to the neck portion 105d; and a boring machine 107 equipped with a cutter 172 that is inserted in the housing 105 and has a cutting blade for boring the fluid duct 101 in a state where fluid flow is not interrupted, and a movement mechanism 173 which moves the cutter 172 forward or rearward. The neck portion 105d is provided with a suction pipe 280 which discharges swarf with a fluid in the housing 105.SELECTED DRAWING: Figure 30

To provide a flow control device that can reduce the labor and costs associated with transporting and installing the enclosure, and that enables simple installation work. [Solution] The flow control device 1 has a divided structure that can be fitted in a sealed manner onto a fluid pipe 2 as a pipeline component, and is composed of at least a housing 3 having a front body opening 4a as a communication port that communicates with the fluid pipe 2 and a port opening 81a corresponding to the front body opening 4a. The flow cross-sectional shape of the front body opening 4a and the rectangular portion 41a communicating with the front body opening 4a is a vertically elongated rectangle in a front view, where the maximum vertical dimension L11 is larger than the maximum horizontal dimension L12 in the width direction (L11>L12). The flow cross-sectional shape of the port opening 81a is a vertically elongated rectangle in a front view, where the maximum vertical dimension L21 is larger than the maximum horizontal dimension L22 in the width direction (L21>L22).

This utility model relates to the field of ball mill technology and discloses a grinding media adding device for a ball mill, including a ground for supporting the device; a ball storage bin, located inside the ground, for storing steel balls of different sizes; a ball mill body, located above the ground, for grinding materials using steel balls; a magnetic clamp, located above the ball storage bin, for adsorbing steel balls and releasing them at a designated position; an electric slide rail one, located above the ground, for driving a gantry frame to slide horizontally; and a gantry frame, located above the ball storage bin, for mounting electric slide rails two and three. In this utility model, the multi-divided structure of the ball storage bin, the electric slide rail one, the gantry frame, and the electric slide rail two constitute a precise ball distribution and gripping structure. The multiple compartments of the ball storage bin can store steel balls of different sizes to achieve ball distribution, and the electric slide rail one drives the gantry frame to move horizontally to the target steel ball compartment.

The utility model relates to the technical field of cables, in particular to an easy-to-recycle cable structure. Comprising an outer skin, a steel belt is arranged in the outer skin, a filling strip is arranged in the steel belt, an insulating sleeve is arranged in the steel belt, a copper wire is fixedly connected in the insulating sleeve, a cutting structure is arranged between the outer skin and the steel belt, a cutting groove in a recycling strip is aligned with a cutting machine, then the cutting groove is cut, and a weak strip is cut to divide the recycling strip into two halves; the outer skin is driven to be separated, at the moment, the whole steel belt is taken out of the outer skin, then the adhesion plate is torn off from the first limiting strip and the second limiting strip, then the connecting plates on the first limiting strip and the second limiting strip are separated, at the moment, the insulating sleeve in the steel belt can be taken out, and the copper wire in the insulating sleeve is pulled out. At the moment, the outer skin, the steel belt, the insulating sleeve and the copper wire in the cable structure are separated, and the objects are stored relatively completely, so that the cable structure is higher in recovery rate and easier to classify in the recovery process.

To provide a pipe making machine capable of simplifying a structure, thereby reducing a weight, and also capable of being made into a divided structure, and capable of reducing a force received from flowing water in a pipe culvert.SOLUTION: A pipe making machine 10 that constructs a tubular body 13 by spirally arranging long materials 12 in a pipe culvert 11 and connecting adjacent long materials 12 to each other includes: a ring-shaped long member support frame 14 that is movably arranged in a part of the pipe culvert 11; and a winding device 15 that winds the long material 12 around the long member support frame 14. The long member support frame 14 is formed into a shape corresponding to an inner peripheral surface of the tubular body 13 and has an outer peripheral surface 14c around which the long material 12 is wound, and the outer peripheral surface 14c is formed flat in an axial direction of the pipe culvert 11. Furthermore, if a lift device 16 is provided to support the long member support frame 14 at a position elevated from a bottom 11a of the pipe culvert 11, the outer peripheral surface 14c can be supported from an outside of the tubular body 13 to raise the long member support frame 14.SELECTED DRAWING: Figure 1

This utility model relates to an engineering plastic positioning tool holder and anti-rotation tool holder system. The engineering plastic positioning tool holder includes a fiber-reinforced engineering plastic body and a cylindrical clamping cavity disposed therein. The inner wall of the clamping cavity is provided with two axially symmetrical protruding keys about a central axis. The axially symmetrical protruding keys and the body are integrally molded into an inseparable structure by injection molding, and their outer surface contours complement and match the contours of standard tool holder keyways. This utility model's engineering plastic positioning tool holder and anti-rotation tool holder system innovatively integrates the advantages of zero-backlash positioning, low-cost manufacturing, long service life, and lightweight design through an integrated protruding key structure. It effectively eliminates the circumferential rotational freedom of the tool holder while reducing manufacturing costs, providing a better solution for precision machining.

To improve rigidity of connectin parts between vane parts and inhibit increase of the overall weight of blades in a ceiling fan in which the blades are formed in a split structure comprising the plurality of vane parts.SOLUTION: A ceiling fan 10 includes a motor 20, a hub 30 disposed on a rotary shaft 22 which is rotated by the motor 20, and blades 40 radially disposed around the hub 30. The blade 40 has a plurality of vane parts 41 disposed in a linear form along a radiation direction. The vane part 41 is provided with a circular hole part 48a penetrating through the vane part 41 along the radiation direction. At ends in the radiation direction in the vane part 41, vane end plate parts (winglets 60) each of which is perpendicular to the radiation direction are disposed. An insertion hole part 64 penetrating through the vane end plate part is formed at the vane end plate part. The vane end plate parts of the adjacent vane parts 41 are placed in contact with each other and fixed. Cylindrical members 34 each of which spans the circular hole parts 48a of the adjacent vane parts 41 and the insertion hole parts 64 of the vane end plate parts are disposed.SELECTED DRAWING: Figure 3

To provide a fluid control device that improves the positional accuracy of a valve element, which is inserted into a hole bored in a fluid pipe in a casing, to enhance the controllability of a fluid in the pipe, and can reduce the size, weight and cost of equipment for construction work.SOLUTION: A fluid control device has a flow control valve 10 comprising: a casing 5 of a divided structure that is externally fitted to a fluid pipe 1 in a sealing manner; a valve element 11 insertable in a hole 1b that is bored in the fluid pipe 1 such that fluid is not interrupted; and a valve casing 12. The casing 5 has a neck part 5d comprising an open end portion 5c for installing the flow control valve 10 in the casing 5, and an opening portion 5b opened in the other direction of the open end portion for removably attaching a work valve device 3 that can open and close the inside of the casing 5. The valve casing 12 of the flow control valve 10 has a peripheral side part 13 that movably receives the valve element 11 and has a closed base end portion and an open tip portion. The peripheral side part 13 is inserted in the neck part 5d together with the valve element 11. On the outer peripheral surface of the peripheral side part 13 of the valve casing 12, a sealing member 21 formed in an annular shape is provided for abutting on the inner peripheral surface of the neck part 5d.SELECTED DRAWING: Figure 11

A turbine rotor of an embodiment includes: a fixing groove formed in a circumferential direction in an outer peripheral surface; and a seal fin fixed by a fixing member in the fixing groove. The seal fin is constituted of a first seal fin divided structure, a second seal fin divided structure, and a third seal fin divided structure, in which it is divided into three in the circumferential direction, and a length in the circumferential direction of the third seal fin divided structure which is fixed in the fixing groove last is shorter than lengths in the circumferential direction of the others of the seal fin divided structures.

According to the scheme, the discharging buffer device comprises an installation pipe, the interior of the installation pipe is through in the axial direction, openings in the two axial ends of the installation pipe are an inlet and an outlet respectively, the installation pipe comprises a vertical pipe part extending in the vertical direction, the interior of the vertical pipe part is through in the vertical direction, and the outlet of the installation pipe is formed in a bottom opening of the vertical pipe part; the arch breaking structure is arranged in the vertical pipe part, a conical surface is arranged at the top of the arch breaking structure, the outer diameter of the conical surface is gradually increased downwards, and the periphery of the conical surface and the inner peripheral wall of the vertical pipe part are arranged at intervals; the dividing structure is arranged in the vertical pipe part and located below the arch breaking structure at intervals, the dividing structure comprises a plurality of dividing pieces, a plurality of vertically-extending and mutually-spaced material passing channels are formed among the dividing pieces, and the dividing pieces are used for buffering and dividing materials dispersed through the arch breaking structure; the cut materials can pass through the material passing channel downwards, material caking and accumulation are reduced, and then large impact on equipment below is reduced.

The utility model discloses an upper frame space division structure which comprises an outer frame, a first separation layer and a second separation layer, the first separation layer and the second separation layer are arranged in the outer frame at intervals so as to divide an inner cavity of the outer frame into a feeding cavity, a testing cavity and a discharging cavity, the first separation layer is located between the feeding cavity and the testing cavity, and the second separation layer is located between the testing cavity and the discharging cavity. The second separation layer is located between the testing cavity and the discharging cavity, the feeding cavity is provided with at least one first dry air inlet, a high-pressure area is formed after the feeding cavity is filled with dry air, the first separation layer is provided with a first through hole capable of communicating the feeding cavity with the testing cavity, and the second separation layer is provided with a second through hole capable of communicating the testing cavity with the discharging cavity. After the feeding cavity is filled with the dry air, the pressure in the feeding cavity rises to form a high-pressure area, by means of the pressure difference among the feeding cavity, the testing cavity and the discharging cavity, directional flowing of the dry air towards the testing cavity and the discharging cavity can be accelerated, the dry air is finally discharged out of the equipment, the drying time of the equipment is shortened, and the drying effect of the equipment is ensured.

The utility model relates to the technical field of packaging, in particular to an edge sealing and embossing mechanism for a packaging bag. Comprising a heat sealing structure, a power structure, a dividing structure and a transmission structure, the heat sealing structure comprises a heat sealing block; the power structure is connected with the heat sealing blocks so as to drive the heat sealing blocks to be close to or away from each other. The cutting structure comprises a cutting knife; the transmission structure comprises a transmission wheel and a ratchet wheel structure; the transmission wheel is in transmission connection with a power structure through a ratchet wheel structure, so that when the heat sealing blocks approach, the transmission wheel can rotate relative to the dividing knife; a trigger bulge is arranged on the transmission wheel; when the trigger protrusion abuts against the cutting knife, the cutting knife can move relative to the heat sealing block. In the prior art, the package of snack food needs to be manually cut so as to meet the selling and transporting requirements. Compared with the prior art, the package cutting device can cut packages according to actual requirements, so that labor is saved, and labor cost is reduced.

The invention belongs to the technical field of aircraft sealing devices, and particularly relates to a method for calculating the leakage amount of a split type annular sealing device, and the method comprises the following steps: 1, building a structural region model and a fluid region model; 2, segmenting the structure region model and the fluid region model, and carrying out grid division; 3, establishing a temperature field-flow field coupling analysis model of the split type annular sealing device; 4, setting boundary conditions of temperature field-flow field coupling analysis of the split type annular sealing device; 5, material physical property parameters of temperature field-flow field coupling analysis of the split type annular sealing device are set; sixthly, a steady-state calculation model is adopted, the calculation step number and the iteration step length are set, a temperature field-flow field coupling analysis result of the split type annular sealing device is calculated, and the pressure value of oil on the inner surface of the movable sealing seat and the temperature value of the movable sealing seat are obtained; step 7, establishing a temperature field-flow field-structure field coupling analysis model in the Mechical software; 8, setting boundary conditions of temperature field-flow field-structure field coupling analysis; and 9, calculating the deformation amount of the split type annular sealing device during temperature field-flow field-structure field coupling analysis, extracting a radial sealing surface deformation value and an axial sealing surface deformation value, and calculating the leakage amount G according to the established leakage amount model of the split type annular sealing device.

To provide a valve device with long-term reliability, in which a fluid pipe is cut with a cylindrical cutter inside a housing that hermetically surrounds the fluid pipe and can be installed in the housing in an uninterrupted flow state.SOLUTION: A valve device 1 has a housing 4 with a divided structure that surrounds a fluid pipe 2 in a sealed manner, and a valve body 5 that is cut by a cylindrical rotatable cutter 72 in an uninterrupted flow state in the housing 4 and inserted into the housing 4. The valve body 6 at least comprises a valve element 5v, a valve seat body 5b having a valve seat hole part 5f that is opened and closed by the valve element 5v, and a sealing member 5e that seals between the valve seat body 5b and the housing 4. A housing lower part 42 that constitutes the housing 4 has a bowl-shaped housing bottom part 42d that is sealed by the sealing member 5e, and a discharge hole 42b is formed in approximately the center of the housing bottom part 42d in a pipe axial direction.SELECTED DRAWING: Figure 4

A coring drill tool suitable for hard and broken formations: the coring drill tool comprises a coring drill bit, a drill rod, an outer tube, an inner tube, a straightening block and a supporting part; the upper part of the outer tube is connected to the drill rod, and the lower part is connected to the coring drill bit; a straightening block is arranged on the inner wall of the lower side of the outer tube; a supporting part is arranged between the inner tube and the outer tube; the inner tube is composed of a plurality of tubes, and the tubes are connected by threads; a plurality of axially symmetrical grooves are evenly distributed on the inner wall of the tube, and a locking core mechanism is arranged on the groove; the locking core mechanism comprises a rebound member, an axial hole and a locking core plate; the rebound member is arranged on the groove; the locking core plate is connected to the rebound member through the axial hole; the locking core plate is in the shape of a fan, and axial holes are arranged at both ends of the outer edge of the fan, the part of the fan close to the center of the circle is arc-shaped, and tooth-like fangs are arranged on the arc edge; the number of the locking core plates is multiple, and the locking core plates are spliced ​​into a locking core ring with a component structure; the present invention can significantly improve the success rate of coring in broken formations, improve the efficiency of coring in drilling, and reduce the cost of coring.

To maintain insulation and moisture resistance inside the building structure even if the gaps between the separated structural members widen due to vibrations such as earthquakes or contraction due to temperature differences. [Solution] In the present invention, in an inter-structure insulation and moisture-proof structure (1,1') that provides insulation and moisture-proofing to the inside of the structure (2,3) by providing insulation and moisture-proofing material between the divided structure (2,3), a pair of insulation bodies (7,8) are provided detachably between the divided structure (2,3) and a flexible moisture-proof body (6,9) is provided in a flexed state to cover the outside of the detachable portion of the pair of insulation bodies (7,8). Furthermore, the moisture-proof body (6,9) is provided in a double layer on the outside of the detachable portion of the pair of insulation bodies (7,8). In addition, the ends of the moisture-proof body (6,9) are sandwiched between the structure (2,3) and the insulation body (7,8).

Provided relates to a precast-concrete stairway room construction method for constructing a stairway room with one coupling operation by manufacturing the stairway room to have a structure formed by vertically dividing the stairway room into left and right sides, wherein the construction method comprises: a mold preparing step (S10); a rebar arranging step (S20); a concrete placing and curing step (S30); a divided structure manufacturing step (S40); a structure attaching step (S50); and a structure bonding step (S60).

The invention provides a construction structure suitable for constructing a road on a soft soil foundation, which belongs to the technical field of road construction, and comprises a fixed pile, a positioning cover fixed at the top end of the fixed pile, and a mounting ring welded and fixed on the outer side of the fixed pile, the dividing structure comprises mounting grooves fixed to the two sides of the fixing pile, a partition plate sliding in the mounting grooves, a ground breaking cutting edge fixed to the bottom end of the partition plate and an auxiliary assembly arranged in the partition plate. According to the device, the partition plates are inserted into the soft soil along the mounting grooves, the soft soil is divided, the position of the soft soil at the roadbed is limited, water in the soft soil can penetrate through the partition plates through the barrier net, and therefore the soft soil partition function of the device is achieved, and the soft soil at the bottom of a road and the soft soil in the surrounding environment can be conveniently partitioned; soft soil at the bottom of the road is prevented from slipping and flowing, normal use of the road is guaranteed, collapse and fracture of the road are prevented, and the service life of the road is prolonged.

To maintain insulation and moisture resistance inside the building structure even if the gaps between the separated structural members widen due to vibrations such as earthquakes or contraction due to temperature differences. [Solution] In the present invention, in an inter-structure insulation and moisture-proof structure (1,1') that provides insulation and moisture-proofing to the inside of the structure (2,3) by providing insulation and moisture-proofing material between the divided structure (2,3), a pair of insulation bodies (7,8) are provided detachably between the divided structure (2,3) and a flexible moisture-proof body (6,9) is provided in a flexed state to cover the outside of the detachable portion of the pair of insulation bodies (7,8). Furthermore, the moisture-proof body (6,9) is provided in a double layer on the outside of the detachable portion of the pair of insulation bodies (7,8). In addition, the ends of the moisture-proof body (6,9) are sandwiched between the structure (2,3) and the insulation body (7,8).