379 results about "Connection design" patented technology

An interface module for transmitting a digital video signal includes: a transmitting interface unit which is designed to be connected to a host device for outputting a video signal, and which has a cable connection consisting of a 4-core optical fiber cable and a 4-core male connector provided at one end thereof; a receiving interface unit having a cable connection designed to be connected to a video output display unit and consisting of a 4-core optical fiber cable and a 4-core male connector provided at one end thereof; and an optical cable unit for transmitting TMDS signals consisting of RGB signals and clock signals. The transmitting and receiving interface units are interconnected by the optical cable unit. The transmitting interface unit includes a second integrated circuit outputting identification information (DDC signal) associated with the video output display unit.

The embodiment of the invention provides a shifting register unit, a grid driving circuit and driving method and a display device, and relates to the field of displayer manufacturing. The shifting register unit, the grid driving circuit and driving method and the display device can simplify wire connection design between shifting register units, and accordingly narrow frames of products are facilitated. The shifting register unit comprises an input module, an output module and an output control module. The input module is connected with an input end, a first control signal end and a first node. The output module is connected with the first node, a second node, a second control signal end, an output end and a second level end. The output control module is connected with the first node, the second node, the output end, a first level end and the second level end. The shifting register unit, the grid driving circuit and driving method and the display device are used for displayer manufacturing.

The invention provides a forming machine for a lightweight composite wallboard, which is characterized in that three side vertical templates are classified as a group; one template in the center of each group is the fixed template; two templates at two sides of each group are respectively the left moving template and right moving template; the fixed template is fixed at a frame; the left moving template, the right moving template, a left bed die band and a right bed die band are flexibly connected with the beams of the frame; each left moving template, right moving template, left bed die band and right die band are respectively connected with a plurality of link bars. The invention still provides a production line for lightweight composite wallboard. The production line is provided with a die car track and a sinking transfer orbit; a transfer wheelbarrow is arranged at the orbit; the forming machine can be arranged at the transfer wheelbarrow through a connection orbit or can enter into a die car orbit from the transfer wheelbarrow. The forming machine for a lightweight composite wallboard has the advantages of simple equipment and light weight, overcoming the defect that traditional wallboard forming machine is so big that the machine can not be moved; the side vertical template and bed die band adopt the grouping connection design, solving the problem of the heeling and opening of the side vertical template and the fixation of the bed die band; the open die facility is classified and the operation becomes very convenient; the wallboard production line uses flow shop and the forming machine is handled movably according to the working procedure, improving work efficiency.

Threaded connections are provided with a thread form that permits the construction of enlarged root radii between adjacent threads. Relatively coarse thread leads formed along conical surfaces with relatively extended tapers cooperate with relatively tall thread heights and an enlarged root radius (or radii) to produce a fatigue resistant, rotary-shouldered connection that can be assembled with reasonably attainable high torque forces. The ratios between the thread lead, measured in threads per inch, as the numerator, and denominators comprising the untruncated thread height of the thread, and / or the root truncation and / or the root radius (or radii) are maintained at low values compared to those existing in conventional prior art connections. The ratio of the untruncated thread height to the root radius (or radii) is also retained at a relatively low value as compared to that existing in many prior art configurations. The connection design produces an unexpectedly high resistance to fatigue damage or failure. The connection may be employed in any rotary-shouldered connection and is particularly effective in preventing fatigue damage in the stiffer components of drill stem assemblies including single shoulder and double shoulder drill collar connections.

A threaded and coupled connector with tapered threads having equivalent heights (same height on pin and box threads), negative load flanks, biased tapered thread forms with a torque shoulder formed by pin noses that abut at a central point within a coupling constructed from standard coupling stock. The connection design meets the internal / external pressure performance requirements of industry standards with capabilities equal to or exceeding those of “premium” connections, with a coupling constructed from thin walled coupling stock.

A system for making and breaking connections between the pin ends of sucker rods and coupling sleeves employs a hydraulically powered system of radially driven gripper heads which are interchangeable to accept different sucker rod sizes. A torqueing system adjacent the gripper head system is also hydraulically driven, employing a pivotally coupled free end on a torque wrench which engages the wrench flat on the sucker rod at its opposite end. The coupling is securely retained without marring the coupling surface while the torque necessary to make or break the connection is applied rapidly and controllably. The system can also be used to advantage in preassemble sucker rods into couplings with precise prestress, using an improved connection design. A sucker rod string can then be assembled readily in the field with invariant optimum prestress conditions at each connection.

A semiconductor device comprising power distribution wires wherein; a portion of said wires have thermal connection to the semiconductor layer and said thermal connection designed to conduct heat but to not conduct electricity.

In a multiple element network, a method and network element for providing a constraint based routing system to accommodate non-transitive exceptions. The method and network element receive a connection request for an end to end connection. The network element can select routing information having a pair of adjacent links associated with the multiple elements of the network, where each link of the pair of links has a shared network resource. The shared network resource is compared to a database of exception sets, the exception sets including at least one non-transitive exception predetermined from a plurality of network resources. The network element confirms whether the shared network resource of the selected pair of links is contained within the exception database. A router designs a pathway over the network for the end to end connection using the results of the shared network resource comparison, wherein inclusion in the pathway is inhibited for the shared network resource matching the predetermined exclusion set contained in the database. Accordingly, the list of exception sets is accessible by a constraint based routing algorithm as input to exclude the selected link pair of a pathway for the end to end connection over the network, if the shared network resource of the link pair is contained within the exception sets.

The invention relates to a method for calculating stress distribution of a composite component interference fit connector hole edge. On the basis of the elastic mechanics complex potential theories of Muskhelishvili and Lekhnitskii, a nail stress distribution model and a hole stress distribution model are set up respectively; by analyzing the contact relationship of bolt-hole before and after deformation, bolt-hole contact stress is determined and substituted into a hole edge stress distribution model, precise calculation of a composite structure interference fit connector hole edge residual stress field is achieved, and the foundation is laid for structure connection design and strength analysis.

A belaying descending device for climbing or mountaineering, comprising a metal body having: at least one slit for the rope to pass, a first opening in the form of a securing bow for attaching a first snap-hook designed to pass through at least one loop of the rope, a second suspension opening for passing a second snap-hook in the case of belaying of the second climber, and stop means transversely offset with respect to said openings for blocking the rope. Applications: belaying the leading or second climber, controlled descending along a single or double rope.

The invention discloses a passive escape capsule. Multiple cabin segments are connected to form a closed cabin; an air purifying and temperature regulation system, an oxygen supplying system, an environment monitoring system and survival facilities are arranged in the closed cabin; the front and rear ends of the closed cabin are provided with a cabin door respectively; an escape door is arranged on the side of the closed cabin; the cabin segment consists of an outer skin, a thermal insulation layer and an inner skin from outside to inside; the outer skins on the two sides and upper side of the cabin segment are slabs with a corrugated structure, wherein the corrugated structures have an isosceles-trapezoid cross section and are longitudinally arranged in parallel; and the cabin segments are connected in the following way: the two sides and upper side of the cabin segments are connected through an outer flange, and the bottoms of the cabin segments are connected through an inner flange structure. The escape capsule adopts passive design as well as multi-cabin segment connection design, and the wall of each cabin segment is of a multi-layer structure so as to ensure the tightness and strength; and thus, the escape capsule can be conveniently disassembled and carried, and is convenient to use in a narrow mine.

The present invention discloses a surface mountable laminated thermistor device which utilizes current-used double sided metal foil clad substrate as a base material and a PTC conductive composite that complies with circuit connection design combinations among electrodes to obtain a surface mountable laminated thermistor device with a parallel manner, and vastly simplify the fabrication process of the surface mountable laminated thermistor device.

The invention discloses a montanic photovoltaic power station layout platform and layout method. The method comprises the steps that an unmanned aerial vehicle takes off according to a montanic path plan, performs photographing on mountain topography, acquires geographical location information of a mountainous region, and stores the geographical location information and aerial photos; the geographical location information and the aerial photos are imported in a background processing module, the background processing module performs recovery processing on the geographical location information and the aerial photos, and a topographic contour map is generated; and the topographic contour map is imported in three-dimensional photovoltaic software PDP, the three-dimensional photovoltaic software PDP automatically identifies contour lines and elevation point information in the topographic contour map, a three-dimensional photovoltaic power station geographical model is generated, shadow shielding information is calculated automatically according to the three-dimensional photovoltaic power station geographical model, a layout region is analyzed, the layout region is subjected to photovoltaic array layout design, support foundation design and electric connection design, and the three-dimensional photovoltaic power station geographical model is automatically converted into a montanic photovoltaic power station simulation design model. The layout platform and the layout method are high in efficiency, high in precision and low in cost.

In a welding or joining unit (1), in particular for connecting workpieces having any desired spatial forms, at least two tools (12.1 to 12.[lacuna]) are arranged on a turret unit (3) which has a servo axis which can be programmed so as to be optimized with respect to time. Furthermore, the welding or joining unit (1) has a set-down unit (14) and a readjusting unit (19) and also a tool arranged thereon. By rotation of the turret unit (3), the tool (e.g. 12.1) designed for the desired type of connection is brought into position and the connection is produced.

A threaded and coupled connector with tapered threads having equivalent heights (same height on pin and box threads), negative load flanks, biased tapered thread forms with a torque shoulder formed by pin noses that abut at a central point within a coupling constructed from standard coupling stock. The connection design meets the internal / external pressure performance requirements of industry standards with capabilities equal to or exceeding those of “premium” connections, with a coupling constructed from thin walled coupling stock.

The invention provides a mobility enhancement scheme based on a double-connection design for a 5G user-centric network. According to the mobility enhancement scheme provided by the invention, a macro cell serves as a MeNB to provide a control function, a micro cell serves as a SeNB to provide data service, and the MeNB and the SeNB adopt the double-connection design to provide UE-Centric high-quality service. Firstly, a user reports measured RSRP information of Small Cells that can be received to the macro cell, and the macro cell serves as the MeNB to trigger the SeNBs to monitor the SRS. The SeNBs feed back uplink monitoring conditions to the MeNB for the auxiliary addition / release / modification SeNB decision of the MeNB. According to the mobility enhancement scheme provided by the invention, the downlink measurement is replaced by SRS monitoring, namely the SeNB monitors the uplink SRS of the user to replace the PSS / SSS for uplink channel estimation. According to the mobility enhancement scheme provided by the invention, public system messages and cell level control signals in UCN can be reduced by a reinforced cell discovery mechanism and a measurement mechanism monitored by the SRS, the interference from the SeNB is reduced, and more resources can be used for transmitting data business.

An electrical terminal includes an insulating housing, a conductor bar, strain-relief clamp connections and actuating elements located in the insulating housing for opening and closing the strain-relief clamp connections. The electrical terminal enables simple manual opening of the clamping site even when the strain-relief clamp connection is designed for leads with large cross section since the actuation element is made as an actuating cam that is eccentrically supported in the insulating housing. The actuating cam can be pivoted by an actuating tool out of a first position in which the strain-relief clamp connection is closed into a second position in which the strain-relief clamp connection is opened so that an electric lead can be inserted between the conductor bar and a through opening in the strain relief clamp connection.

The invention relates to a method, by which a shipyard gantry crane is wholly unloaded to a dock. A deck barge and a hoister are used for installing the shipyard gantry crane onto two tower frames; a rigid leg side tower frame and a main beam are fixedly connected with each other; a flexible leg side tower frame and the main beam are designed as a release-typed fixing type in the track direction of a dolly; the deck barge is delivered to the front end harbour of the user dock by a tugboat; the position of the barge is adjusted, so as to lead the flange surfaces of the rigid leg and the flexible leg to be exactly butted to the flange surfaces of the gantry of the container crane which is assembled at the user dock in advance; during the tidal stand of the river and sea water, the barge cabin is pressed by water; a guide pin is firstly used for guiding and a pivoting bolt is used for positioning; bolts beside the rigid leg are then mounted; meanwhile, the side of the flexible leg is adjusted; the guide pin is used for guiding so as to mount the bolts after the bolt holes are positioned; during the ebb of the river and sea water, the barge gradually falls with the tidewater and is disengaged to the gantry crane structure; the whole gantry crane is unloaded to the dock; therefore, the method of the invention has the advantages of safety, reliability, fastness, convenience, saving labour, saving time and saving dock sites.

The invention relates to an all-weather anti-explosion surveillance camera protective cover, comprising a cover, an inner rear cover, a mounting plate, a guide rail and a base; the cover is cylindrical, a guide rail is arranged at the lower part of the inner wall of the cover, and a plurality of threaded through holes are arranged at the bottom part of the cover, the inner rear cover is arranged at the rear end of the cover, guiding slip sheets are respectively arranged at two sides of the mounting plate, and the guiding slip sheets are inserted in the guide rail and slide along the guide rail; the top surface of the base is an arc concave surface and is laminated at the bottom part of the cover, and the cover, the guide rail and the base are connected in a threading way by at least one bolt; the protective cover has special structure and small volume, a camera is convenient for installation, the cover has good heat dissipation, the front screen is fog-proofing, the anti-explosion performance is strong, the volume is compact, the bevel connection design at the front end avoids direct shining of the sunlight, and can reduce the effect of rain water on the visual field of the front screen, the heavy and stubborn image of the traditional square protective cover is changed, so as to show elegance wholly; therefore, the protective cover is very beautiful.

The invention provides an electric wheel with a large-gear-ratio planetary reducer and a vehicle. The electric wheel comprises a hub motor, a hub brake, the one-stage large-gear-ratio planetary reducer, a hub assembly and a rim. A gear shaft of a sun gear of the one-stage planetary reducer is connected with a rotor shaft of the hub motor through a jack shaft, and a gear ring is connected with a motor shaft body end cover flange through a gear ring fixing frame. A planetary carrier is connected with the rim, and motor power is transmitted to the rim through speed reduction and torsion increasing of the one-stage planetary reducer, and finally acts on a tire. Oppositely-arranged hub bearings are mounted on the left side of the motor end cover flange, and external components of the hub assembly are supported by the bearings so as to achieve bearing of the wheel. According to the electric wheel, through connection design of the planetary reducer and the hub assembly, large-transmission-ratio speed reduction and torsion increasing of the motor power are achieved, the ground load of the tire, the motor power and mechanical braking force are reasonably transmitted in a hub, interface matching and torque and rotating speed characteristic matching among the high-speed hub motor, the low-speed rim and the hub brake are achieved, and the electric wheel is low in weight, high in integration level, compact in structure, efficient in transmission, and particularly suitable for being applied to the large-torque and heavy-load heavy vehicle adopting the electric wheel for driving.

A ship and associated methods of formation and operation. In an example embodiment, a ship comprises a vessel for attachment to a second vessel. The vessel may comprise a catamaran hull including first and second parallel sides extending from a fore portion of the vessel to an aft portion of the vessel and defining a cavity when the vessel is afloat and a deck may be formed above the hull. A first connection component may be positioned along the fore portion and a second connection component may be positioned along the aft portion, the second component being of a connectable design, such that when a like second component is formed on another vessel, the like second component can be joined with the first component to effect a connection between the two vessels. A seal may be provided along the first component, positioned to sustain air pressure within the cavity when the like second component formed on the other vessel is joined to the first component.

The invention discloses a multimedia intelligent interactive all-in-one machine for teaching. The multimedia intelligent interactive all-in-one machine for the teaching comprises a main machine module, a radio frequency receiving module, a peripheral interface module, a power module, an input device, an output device and a closed casing. The multimedia intelligent interactive all-in-one machine integrates functions of a television, a personal computer, a digital video disk (DVD) player, a tablet personal computer, a projector, an electronic whiteboard, a loudspeaker box, a blackboard and the like so as to meet requirements of a multi-media classroom. The multimedia intelligent interactive all-in-one machine for the teaching can be used as a common television for remote television teaching, can also be used as a multimedia presentation and intelligent interaction system, improves transmission efficiency and audience interest, has specific module connection design, does not need a projecting device, an independent computer and the like, saves space occupied by the devices, and reduces connection wires between the devices. Compared with a common electronic whiteboard, the multimedia intelligent interactive all-in-one machine for the teaching does not relay on the projector and is clear in projecting images. Due to the single device type, purchase cost is reduced, and installation and debugging difficulty is lowered.

The invention discloses a connection design method of a multi-egg shaped bionic pressure shell, and belongs to the technical field of diving equipment. The multi-egg shaped bionic pressure shell is formed by serially connecting a plurality of egg shaped pressure shells; an annular reinforcing rib is arranged at the connection part of every two adjacent egg shaped pressure shells. The connection design method comprises the steps of firstly obtaining a unit balance differential equation of each egg shaped shell through deducing a geometric equation and a physical equation of each egg shaped shell, so that each point deformation on each egg shaped shell is obtained; secondly obtaining the radial deformation of each annular reinforcing rib according to pressure suffered by the annular reinforcing rib at the corresponding connection part; lastly designing the parameters of the annular reinforcing rib according to a principle that the deformations of each egg shaped shell and the corresponding annular reinforcing rib at the corresponding connection part are identical, wherein the parameters comprise an outer diameter, an inner diameter and a width. Compared with the prior art, the design method disclosed by the invention can provide guidance to theoretical calculation and experiment design of the shells, can prevent the rigidity of the annular reinforcing ribs from being too large or insufficient, and can effectively guide the engineering design of the multi-egg shaped connected pressure shell.

Estimation sections which have beforehand learned a relationship between known connection data pertaining to connection design and unknown connection data pertaining to connection design for the known connection data estimate the unknown connection data for the known connection data in accordance wit an input of the known connection data, on the basis of the result of learning. The respective estimation sections are formed from a multilayer feedforward neural network in which layers constituted of a plurality of neurons are coupled together in a direction in which the layer runs from an input layer to an output layer by way of an intermediate layer.

The invention belongs to the technical field of civil engineering, and particularly relates to wet joint connection design of a prefabricated concrete beam. According to the wet joint connection design of the prefabricated concrete beam, and a wet joint is formed by a reserved gap between two adjacent prefabricated concrete beam plates; embedded steel bars in the prefabricated concrete beam platesextend to the corresponding prefabricated concrete beam plates, and the end part steel bars are bent into a semi-annular shape; the semi-annular shape steel bars reserved by the adjacent two prefabricated concrete beam plates interlace with each other in the wet joint position to form an annular area used for carrying core concrete, and the semi-annular shape steel bars of each prefabricated concrete beam plate is used as U-shaped hoop bars for carrying the core concrete; and the U-shaped hoop bars of the adjacent two prefabricated concrete beam plates are interlaced into circumferential hoopbars; and longitudinal steel bars are arranged in the circumferential hoop bars, and the longitudinal steel bars are arranged on the corresponding circumferential hoop bars in an attached mode. The wet joint connection design of the prefabricated concrete beam greatly saves the construction cost, reduces the engineering cost, and has the characteristics of simple structure and convenient construction.

The present invention discloses a large-flow vertical radial flow adsorption device with the characteristic of layered parallel connection design, and a method thereof. The adsorption device comprises a housing, an adsorbent filling layer, an upper unit inner side multi-pore distribution cylinder, an upper unit outer side multi-pore distribution cylinder, an inner side diversion cylinder, a lower unit inner side multi-pore distribution cylinder, a lower unit outer side multi-pore distribution cylinder, an outer side diversion cylinder, a middle baffle, a middle baffle filler cover, a bottom support plate, and a flow finishing shelf. According to the present invention, the internal of the adsorption device is designed into the two separate adsorption unit connected in parallel and comprising the upper adsorption unit and the lower adsorption unit, such that the adverse influence of the height of the adsorption bed on the uniform flow field distribution can be eliminated, and the maximum design height of the vertical radial flow adsorption device can be significantly increased; and the large-flow vertical radial flow adsorption device with the characteristic of layered parallel connection design has advantages of shell housing diameter, small occupation area, high flow field uniformity and the like in the case of the same air treatment amount.