65 results about "Mating system" patented technology

Various embodiments of the present invention relate to devices for dental surgery and more specifically to dental implant and abutment mating system comprising a dental implant secured in the mouth of a patient and an abutment secured to the dental implant, wherein the dental implant and abutment comprise anti-rotational and taper locking elements.

A system for producing virtual offspring including means for acquiring genetic material from users. The system further includes means for analyzing the acquired genetic material for determining at least one trait corresponding to the genetic material. A user database stores user data representing the at least one trait for each respective one of the users. A search mechanism allows the users to search the stored user data for users having at least one desirable trait. The system also includes means for virtually combining genetic material of a first user with genetic material of a selected second user for producing a virtual offspring. The first user inputs the at least one desirable trait into the searching mechanism and the searching mechanism retrieves users having the at least one input desired trait. The virtual combining means combines said genetic material from said first user and a selected one of the users having the at least one input desired trait to produce a virtual offspring from genetic material of each of the first and second users.

An androgynous mating system for mating two exoatmospheric space modules comprising a first mating assembly capable of mating with a second mating assembly; a second mating assembly structurally identical to said first mating assembly, said first mating assembly comprising; a load ring; a plurality of load cell subassemblies; a plurality of actuators; a base ring; a tunnel; a closed loop control system; one or more electromagnets; and one or more striker plates, wherein said one or more electomagnets on said second mating assembly are capable of mating with said one or more striker plates on said first mating assembly, and wherein said one or more striker plates is comprised of a plate of predetermined shape and a 5-DOF mechanism capable of maintaining predetermined contact requirements during said mating of said one or more electromagnets and said one or more striker plates.

A connector mating system that can enable the coupling and decoupling of electrical or optical communications channels, while in a deep, sub-oceanic, sea-floor environments, during which time the contacting interfaces of the said channels remain fully protected from the destructive effects of the said environment. The system features a Wet-Mate Connector (WMC) that provides a means for electrical, optical and hybrid inter-connection within an extremely hostile environments.

There is provided a turbine engine component, such as a duct pipe, comprising an annular flange, at least one element, such as two duct pipe halfs, to be mated to the flange, and mating system for joining the at least one element to the flange. The mating system includes a first annular groove in the flange, which groove has two opposed planar wall portions for preventing axial movement of the at least one element relative to the flange. In a preferred embodiment, the mating system also includes a second annular groove in the flange. A sealing element is positioned within the second annular groove.

A system and method for mating equipment offshore to a spar buoy secured to a foundation without the use of a crane barge. The system comprises a floating vessel having a pair of forks defining a slot. A gimbal table, defining an opening, is positioned within the slot and connected to the vessel and a locking collar is mounted to the gimbal table. A mating member is attached to the spar buoy. The vessel is maneuvered to bring the spar buoy within the gimbal table opening. With the spar buoy positioned within the gimbal table opening, the locking collar is arranged and designed to releasably attach to the mating member of the spar buoy and restrict relative vertical motion between the spar buoy and the vessel while the gimbal table allows the floating vessel to roll and pitch without driving these motions into the spar buoy.

The invention discloses a multifunctional lift type suspension rail transportation system which is composed of overhead struts, truss tubular girders, a rail, a steering frame, a lifting and stabilizing system, a vehicle, turnouts, station facilities and automatic control and other mating systems, wherein the design of the multifunctional truss tubular girders can selectively realize functions of water pipes, pedestrian passageways, greenery landscapes, solar power generation and common pipelines on the basis of lightening dead-weight and saving materials to the maximum extent. The vehicle runs under the steering frame in a suspending mode, and the steering frame is composed of a phi-shaped plate rail, a U-shaped steering bracket with an upward opening and a permanent magnet brake device. As a magnetic suction caterpillar instead of a traveling wheel pair is used for driving a brake device, climbing ability can be improved greatly. A monolithic movement turnout is used for steering. When an overhead station is not selected, a lifting system and a self-compression foldable frame type anti-shaking and anti-falling device are selected, so that big marshalling operation and seamless linkage of multiple modes of transportation can be realized. The multifunctional lift type suspension rail transportation system is applicable for the field of urban or inter-city rail transportation, and has multiple technical specifications from low traffic volume to high traffic volume.

A basement drainage conduit for use in basement waterproofing systems. The conduit has one or two side elements with apertures to admit groundwater. The conduit may further include an intermediate element to provide additional support to the conduit structure. In embodiments where the intermediate element does not define apertures, a two-channel system may result to prevent cross-flow within the conduit. The conduit may be a modular assembly, the individual components of which may be separately manufactured for on-site installation and customization. Structural features of the conduit components, such as those defining a mating system, may facilitate assembly of the conduit. Radius elements may be provided to accommodate corners to result in a continuous drainage conduit along the perimeter of a basement, and ports may be strategically positioned to allow access to the conduit interior, such as for cleaning.

The invention provides steel wire rope lifting bar and moderate-thickness plate mechanical sizing equipment and method and belongs to the technical field of steel rolling. The equipment comprises a sizing roller way, a track device, a baffle lifting device, a sizing trolley, a traveling mechanism, a force limiting device, a clip rail brake and a detecting control device. According to the method for utilizing the equipment to carry out sizing shearing, a whole set of a mating system for carrying out sizing shearing on bars and moderate-thickness plates is set up, by means of a larger number of site statistic data, the system can ensure that after being cooled to room temperature, shorn finished products of the bars and the moderate-thickness plates can meet the requirements of users for stepless sizing, and the length precision of the finished products is controlled within the ideal allowance range to improve the product quality. The equipment is reasonable in design, simple in structure, reliable in quality and low in production and maintenance cost.

The invention relates to the technical field of low-temperature or ultralow-temperature application, in particular to an intelligent filling gun and a mating system thereof. The intelligent filling gun comprises a filling gun body, an LNG system, a filling pipeline, a controller and a discharge pipeline. The filling gun body communicates with the LNG system through the filling pipeline. A detector used for detecting whether leakage happens to the filling pipeline or not is arranged on the filling pipeline or the filling gun body. The filling pipeline communicates with the discharge pipeline through a pressure-relief electromagnetic valve. The detector and the pressure-relief electromagnetic valve are electrically connected with the controller. By the adoption of the structure, filling of LNG or other low-temperature media can be made intelligent through the cooperation of the detector, the controller and the electromagnetic valve, leakage detection and pressure relief can be effectively achieved, and thus the situation that personnel injuries are caused by leakage of LNG or other low-temperature media left in the filling pipeline and the filling gun body is prevented.

The invention provides a high-ground-clearance full-hydraulic parameter adaptive multifunctional plant protection machine. The machine comprises a rack with four walking parts, and a mating system. Each walking part is provided with an independent hydraulic type steering assembly, an independent hydraulic type walking assembly, an independent hydraulic type lifting assembly, a steering hydraulic system, a walking hydraulic system and a lifting hydraulic system. The hydraulic walking assemblies comprise walking wheels and walking two-way hydraulic motors. A one-in-four flow distributing and collecting valve of each walking hydraulic system comprises a first oil port and four second oil ports communicated with the first oil port, wherein the first oil port is connected with one oil inflow and outflow port of a closed variable pump, one work oil port of each of the four walking two-way hydraulic motors is connected with the other oil inflow and outflow port of the closed variable pump, and the other work oil ports of the four walking two-way hydraulic motors are correspondingly connected with the four second oil ports. The plant protection machine is convenient to control and adjust, good in work stability, compact in structure, complete in function, high in flexibility, wide in application range and high in work efficiency.

The invention discloses a search method and system. The method comprises the steps: building a query morpheme signature and an inverted index on the basis of a historical high frequency query; after the query morpheme signature and the inverted index distribute words for the historical high frequency query, obtaining an inverted index data structure of the morpheme signature and each same query; inquiring the query morpheme signature and the inverted index according to an original query input in a mating system to obtain the original query morpheme signature and a same query set; inquiring a high frequency query word list according to queries in the query set to obtain a corresponding key word. By applying the search method and system, key word and related material searching with finer trigger granularity and more comprehensive research results can be realized.

A die processing and mating system connected with multiple user terminals via network is composed of a basic data maintaining module for increasing, modifying, inquiring and deleting various basic data, and a simulative analysis module for analyzing the supply and demand according to said basic data to generate the processing and mating result of parts and listing the time spent by the parts on each machine in Gant chart mode.

The invention relates to a mobile communication terminal and a mating system thereof, which relates to the electronic technical field. A smart card used as a card or electronic label or any other carrier functions for information storage are provided on the mobile communication terminal and the mating system of the mobile communication terminal is provided with a corresponding card reading device or card or any other information exchange devices. The information is exchanged between the mobile communication terminal and the mating system and between the mobile communication terminal and any other systems in the encryption or non-encryption mode; the encryption mode can be one-time pad or dynamic password or database encryption mode or any other encryption modes. The information exchange device and the mating system thereof are more convenient and safer.

The invention discloses an urban drainage system, which includes a drainage control system. The drainage control system respectively controls waterlogging points, a water volume prediction system, an electromechanical supporting system, and a pumping station equipment system. The drainage control system includes a main PLC, and the output of the main PLC is The terminals are respectively electrically connected to the input terminals of the first industrial computer and several slave PLCs, and the output terminals of each slave PLC are respectively electrically connected to the input terminals of the touch screen, the power distribution cabinet, several local cabinets and several sensors, Data transmission is carried out through the DP bus between every two slave PLCs. The urban drainage system of the present invention effectively solves the difficulties of the current urban pipe network and lake water storage function information blockage, bad weather, original manual on-duty, tedious manual operation, unscientific configuration of pump room units, etc., and facilitates the pipe network. Operators have a good understanding of the current drainage situation in the city, avoiding the phenomenon of drainage blockage and no attention, and improving the efficiency of urban drainage.

The invention discloses a molecular detection method of a mating system and a genetic background of powdery mildew-resistant near-isogenic lines Brock/Jing411<7>, and a nucleotide sequence of a molecular marker P15/M14-160 closely linked with a powdery mildew-resistant gene, which belong to the field of gene engineering of agricultural biology. The near-isogenic lines are obtained by hybridizing common powdery mildew-resistant wheat Brock serving as a disease-resistant gene donor parent with cultivated wheat Jing411 which has high agronomical characters, does not resist powdery mildew and serves as a recurrent parent, wherein the first generation (F1) is continuously backcrossed with the Jing411 for seven generations and inbred for one generation to breed the near-isogenic lines Brock/Jing411<7>. Disease-resistant single plants are selected under the stress of the powdery mildew during every hybridization and backcross. Four AFLP spectral patterns are disclosed, namely parental ditype, partial disease-resistant donor Brock type, partial recurrent parent Jing411 type and crossover type, and can reflect the biparental genetic background in the near-isogenic lines.