40results about How to "Avoid complex construction" patented technology

An electronic keyboard instrument that emits sounds in both upward and downward directions from speakers solely for upward sound emission and from speakers solely for downward sound emission to realize acoustics similar to that of acoustic piano, and constitutes rear parts of resonance chambers in a speaker box by a common partition plate to prevent the speaker box from becoming complicated in construction. Woofers directed downward are disposed at a lower part of the speaker box, and squawker directed upward are disposed at an upper part of the speaker box. The internal space of the speaker box is partitioned by one horizontal partition plate into an upper space where resonance chambers for the squawkers are defined by vertical partition plates and a lower space where resonance chambers for the woofers are defined by vertical partition plates. Rear parts of the resonance chambers are constituted by the horizontal partition plate.

This breather apparatus has a rotation separator that is fastened to a camshaft, and that rotation separator has a base plate section and a plurality of protruding plates that extend from the base plate section. Moreover, a separator housing is provided in the cylinder head, and comprises an air intake on one end, and an exhaust outlet on the other end. Furthermore, a reed valve that opens and closes by the change in pressure inside a cam chamber is provided in the air intake. Blowby gas that is guided to the cam chamber hits against the protruding plates when passing in the radial direction of the rotation separator, and oil mist is captured by those protruding plates. Continuing, the blowby gas is guided from the cam chamber into the separator housing via the reed valve. When passing through the reed valve, the flow rate of the blowby gas changes, so oil mist is effectively captured by the inner wall surface of the separator housing.

Provided are a valve controller, an electric gate valve and an electric valve. The valve controller (10) comprises a motor (11); a power transmission unit (12) that transmits driving power of the motor to an external machine; a torque limiter (13) that makes the motor stop when the power transmission unit generates certain load during running of the motor; and a hand-operated handle (14) that applies power onto the external machine through the power transmission unit. The hand-operated handle has a rotatable body that is connected with the hand-operated handle to be a whole body to rotate; a torque drive part that is connected with the power transmission unit; and a friction generation part that enables friction to be generated between the rotatable body and the torque drive part. When torque applied by the hand-operated handle onto the rotatable body exceeds the friction between the rotatable body and the torque drive part, the torque drive part is separated from the power transmission unit and the rotatable body. Therefore, power of transmission to the external machine is limited via operation of the handle when load with the prescribed amount is generated.

The invention discloses a TBM hoisting and translation method for a deep well confined space. The TBM hoisting and translation method for the deep well confined space comprises the steps that S1, deepwell hoisting is carried out; S2, the size and weight of TBM main parts are selected; S3, hoisting personnel are allocated; S4, hoisting machines and tools are prepared; S5, hoisting equipment is selected; S6, a construction site is prepared; S7, the bearing capacity of a foundation is calculated; S8, the load rate is calculated; S9, the crane selection performance is calculated; and S10, hoisting testing is carried out. The construction method solves the problems of deep well hoisting, large weight translation and slag discharge in a confined space in the field of urban rail transit, complexconstruction is avoided, the costs are saved, the construction experience of similar projects is accumulated for enterprises, the technical reserve of the enterprises is enhanced, guidance and reference for urban rail transit construction under similar conditions can be provided, and good promotion, application value and social influence are achieved.

The invention discloses a fabricated foam concrete outer wall insulation board, the structure thereof and a mounting method of the fabricated foam concrete outer wall insulation board. The fabricated foam concrete outer wall insulation board comprises a fabricated foam concrete outer wall insulation board body, an external hanging piece, a connecting piece and a wall-hanging piece. When the fabricated foam concrete outer wall insulation board body is mounted, a connecting rod of the connecting piece is inserted into a casing pipe of the external hanging piece, a long hole formed in a bottom plate of the connecting piece and a mounting hole in the wall-hanging piece are connected through a bolt, a wall-hanging hole in the wall-hanging piece is connected with a wall, and finally the space between the fabricated foam concrete outer wall insulation board body and the wall is filled with foam concrete to form a filled layer. A veneer layer and a foam concrete layer of the fabricated foam concrete outer wall insulation board are reinforced mechanically, the fabricated foam concrete outer wall insulation board can be mounted on the building outer wall through the mounting pieces in a fabricated mode, influence of wall matrix is avoided, construction is easy and convenient, the construction period is short, cost is low, and safety is good.

The invention discloses a communication method for multiple electronic detonators with a shared leg wire in the technical field of connection and communication design of electronic detonators. The method comprises the following steps: connecting multiple electronic detonators with different types of preset codes in parallel in the same leg wire; connecting the leg wire with an electronic detonator characteristic reader; respectively transmitting the type codes and characteristic information to the multiple electronic detonators connected to the leg wire in parallel by the electronic detonator characteristic reader; after the electronic detonators connected to the leg wire in parallel receive the type codes and characteristic information, storing the characteristic information and transmitting response information when the type codes transmitted by the electronic detonator characteristic reader are judged to be consistent with preset type codes; disconnecting connection between the leg wire and the electronic detonator characteristic reader after the characteristic information is stored in each electronic detonator which is connected in parallel with the leg wire, and connecting the leg wire into a detonation branch. The communication and recognition problems in the process of sharing the same leg wire among the multiple electronic detonators are solved, the construction convenience is improved, and the miss-fire rate of the electronic detonators is reduced.

The invention relates to an adjustable water inlet device for a hydropower station, which is characterized in that the adjustable water inlet device for the hydropower station comprises a spherical strainer, a trumpet water inlet section, a control gate valve, a floating box assembly section, an adjusting section and an elbow pipe section, wherein a floating box is connected to the floating box assembly section; lower parts of the adjusting section and the elbow pipe section are provided with U-shaped floating blocks of a floating pipeline respectively; both sides of the floating box are connected to a mooring line device through steel cables respectively; the adjusting section consists of an upstream spherical universal joint, a downstream spherical universal joint and a connecting pipe which connects the upstream spherical universal joint and the downstream spherical universal joint; and an outlet of the elbow pipe section is connected with a fixed water conduit of a river bank. The adjustable water inlet device for the hydropower station does not require a matched dam project to maintain the underwater embedded depth of a water inlet, does not obstruct a river channel, is favorable for maintaining natural ecology of the river channel, and is widely suitable for the water inlet of a small diversion type hydropower station.

The invention provides a processing system and a method of operating the processing system. A coating system 1 comprises a swing station 2 including a swing module and an arrangement of chambers. The arrangement of chambers comprises a lock chamber 3 and a first coating chamber 4. The lock chamber 3 is configured as a combined lock-in/lock-out chamber. The arrangement of chambers has a first substantially linear transport path T1 indicated by dashed lines, and a second substantially linear transport path T2 indicated by dashed lines. The arrangement of the paths T1 and T2 establishes a dual track. The system 1 includes a transport system for moving a substrate through the arrangement of chambers 3, 4 along the first transport path T1 and/or along the second transport path T2 as indicated by arrows. One or particularly both chambers 3 and 4 comprise transfer means for transferring the substrate/carrier from the first path T1 to the second path T2 by a lateral movement of a dual or triple track section and/or from the second path T2 to the first path T1.

The invention provides a switch operating device. The switch operating device comprises a frame (11); a pair of cutting rod bodies (12) axially supported on the front of the frame (11) and forming a cutting part (12a) on the top side; and a cutting slide block (18) driven by a driving mechanism (13) to move and making the cutting part perform switch operations. The device further comprises a pair of clamping rod body (22) located adjacent to the pair of cutting rod bodies, axially supported on the front of the frame (11) and forming a clamping part (22a) located on the top side and side by side with the cutting part; a clamping slide block (23) located adjacent to the cutting slide block (18), slidingly accommodated in the frame (11) and making the clamping part to perform switch operations by moving in the same direction as the cutting slide block (18) does; a force application unit (26) for exerting force on the clamping slide block (23) towards a direction where the clamping slide block performs closing operations to the clamping part; a relative movement limiting unit (30) limiting the relative movement of the cutting slide block (18) and the clamping slide block (23) and banning that the stretching angle of the clamping part is smaller than that of the cutting part.

The invention discloses a reinforcement cage and steel formwork integrated transverse fabrication structure, which comprises a fabricating platform and a jack matched with the steel formwork. A reinforcement cage is placed into a steel formwork, and the top end of the steel formwork is fixedly connected with the jack through a steel formwork top sealing plate; the end, at the top end of the steelformwork, of a main reinforcement in the reinforcement cage is externally provided with an external thread; the two ends of a main reinforcement connecting pipe are provided with external threads correspondingly; the end, at the top end of the steel formwork, of the main reinforcement in the reinforcement cage is in threaded connection with one end of the main reinforcement connecting pipe througha main reinforcement connecting sleeve provided with an internal thread; and the other end of the main reinforcement connecting pipe penetrates through a gap of the jack to be in threaded connectionwith a main reinforcement fixing sleeve provided with an internal thread. Through assembly of a first L-shaped steel support formwork and a second L-shaped steel support formwork, the reinforcement cage is placed into the steel formwork, through cooperation of the jack, the main reinforcement connecting pipe, the main reinforcement connecting sleeve and the main reinforcement fixing sleeve, the reinforcement cage and the steel formwork are fixed into a whole, later overall hoisting of the reinforcement cage and the steel formwork is facilitated, and thus the construction process is simplified.

The invention relates to a super high-rise building deep foundation pit which comprises a foundation pit body. The foundation pit body comprises a pit main body excavated in the ground, first fender posts vertically penetrating into the pit main body along the ground and located at the peripheral side of the pit main body, two circles of second fender posts vertically penetrating into the ground along the peripheral side end of the pit main body, water stop piles vertically penetrating into the ground from the position between the two circles of second fender posts and a steel trestle built at the upper ends of the second fender posts and the water stop piles, and mounting bases for fixing the lower end of the steel trestle are arranged at the upper ends of the water stop piles and the second fender posts. The super high-rise building deep foundation pit and the construction method have the characteristics of convenience in foundation pit construction, convenience in steel trestle building and the like.

The invention discloses a sloping roof fabricated slip form device which comprises standard sections, first and second end sections located at two ends of each standard section and guide rails arranged in the inclining direction of a sloping roof. The standard sections are detachably connected with the first end sections and the second end sections respectively, and a group of walking mechanisms are symmetrically installed on the outer sides of the first end sections and the outer sides of the second end sections and can walk along the guide rails and drive the whole device to move along the sloping roof. The first end sections, the standard sections and the second end sections respectively comprises bottom forms, cross rods, longitudinal rods and vertical rods, every two of the cross rods, the longitudinal rods and the vertical rods are connected, and the cross rods, the longitudinal rods and the vertical rods form a rectangular frame type structure and are fixed to the bottom forms. The sloping roof fabricated slip form device has the advantages that the whole sloping roof is caste in a multi-time mode, the width of each time of casting is equal to or slightly smaller than the width of the device during multiple times of casting, but the number of the devices can be decreased. The whole sloping roof can be also formed through one-time casting, although the number of the devices formed through one-time casting is small, the casting quality if good, and follow-up defect repairing work is avoided.

The invention discloses a bridge transverse limiting device based on a tension and compression bar model and a construction method. The device comprises a vertical supporting limiting piece (1), a horizontal tying piece (41) and an oblique compression supporting piece (43). The pair of vertical supporting limiting pieces (1) are arranged on the two sides of a bridge (2) respectively, the upper ends of the pair of inclined pressed supporting pieces (43) are fixedly connected with the lower ends of the pair of vertical supporting limiting pieces (1) respectively, and obtuse included angles are formed between the inclined pressed supporting pieces (43) and the vertical supporting limiting pieces (1). The lower ends of the pair of oblique compression supporting pieces (43) obliquely extend towards the lower part of the inner side respectively and are fixed on a pier structure of a bridge (2); and the horizontal tying piece (41) is horizontally tied between the connecting nodes of the pair of inclined pressed supporting pieces (43) and the pair of vertical supporting limiting pieces (1). Stable limiting can be provided on the two sides of the bridge, and the stability and safety of the bridge in the jacking process are ensured.