90results about How to "Ensure mobility" patented technology

Disclosed is a method for enabling a mobile station existing in a serving cell area to perform a handover procedure in a broadband mobile communication system including the mobile station, a serving base station providing a service to the mobile station, and one or more target base stations containing at least one target cell area overlapping with the serving cell area occupied by the serving base station. The method includes transmitting a handover request message from the mobile station to the serving base station when it is detected that a performance of a handover is necessary; and transmitting a handover indication message containing handover cancel information to the serving base station when the mobile station determines a cancel of the handover while the mobile station is being handed over to one or more target base stations by the serving base station.

A propelling and driving system for boats having an outboard rudder propeller. The system provides the boat with reliable and comparatively good maneuverability. The system comprises at least two rudder propellers, each having driving motors configured in the form of a permanent magnet-excited synchronous machine. The stator winding of each synchronous machine has three winding phases connected to a three-phase alternating current, which are connected to the supply system of the boat. A modular controlling and regulating device comprising standardized modules is provided for each of the rudder propellers.

A simple and cost-effective manufacturing method for hybrid integrated components including at least one MEMS element, a cap for the micromechanical structure of the MEMS element, and at least one ASIC substrate, using which a high degree of miniaturization may be achieved. The micromechanical structure of the MEMS element and the cap are manufactured in a layered structure, proceeding from a shared semiconductor substrate, by applying at least one cap layer to a first surface of the semiconductor substrate, and by processing and structuring the semiconductor substrate proceeding from its other second surface, to produce and expose the micromechanical MEMS structure. The semiconductor substrate is then mounted with the MEMS-structured second surface on the ASIC substrate.

A device for transporting components for transportation systems between workstations comprises a transport apparatus and a positioning frame. The positioning frame is maintained on the apparatus and has a positioning element capable of aligning the position frame in the workstation. In one example, at least one positioning element arranged on the positioning frame allows alignment of components forming a section of an aircraft that is situated on at least one positioning frame in relation to workstations. During this process, connecting members are inserted into receptacle members arranged in the region of the floor area. The members may be at least partially form-fitted fashion. In order to adapt the device to sections with different dimensions, such as sections with different cross-sectional geometries and/or lengths, the device is provided with at least one supporting device for supporting the section that is mounted on the positioning frame. After depositing at least one positioning frame in the work station, the decoupled transport device may be used for transporting other sections.

Drainage device for arrangement on a floor tile, the drainage device, when at least partially assembled in the floor, has at least two pipe lengths moveable relative to one another in such a way that a movement of the pipe lengths relative to one another allows an aperture in the floor tile and the upper inlet aperture of the drainage device to be made to coincide at least partially with one another. At the same time the pipe lengths have flanges extending radially outwards, which are sealed against one another by seals.

The invention relates to a vehicular mobile medical waste high temperature steam treatment device, comprising six subsystems of a half-wing open compartment/wing open compartment and car outrigger system, a medical waste transportation system, a steam supply system, a power supply and distribution and control system, a high temperature steam treatment system and a broken discharging system. Each system is uniformly and fixedly installed on the same car frame or is fixedly installed on a running strip or an engine base (frame), and then each system is assembled on the car frame through the running strip or the engine base (frame), thus realizing the mobility of the system. The treatment device has perfect functions, starts from the treatment effect of the medical waste generated in burst pollution incidents, thus giving consideration to the economy of treatment cost when ensuring motility and flexibility.

A hybrid integrated component including an MEMS element and an ASIC element is refined to improve the capacitive signal detection or activation. The MEMS element is implemented in a layered structure on a semiconductor substrate. The layered structure of the MEMS element includes at least one printed conductor level and at least one functional layer, in which the micromechanical structure of the MEMS element having at least one deflectable structural element is implemented. The ASIC element is mounted face down on the layered structure and functions as a cap for the micromechanical structure. The deflectable structural element of the MEMS element is equipped with at least one electrode of a capacitor system. At least one stationary counter electrode of the capacitor system is implemented in the printed conductor level of the MEMS element, and the ASIC element includes at least one further counter electrode of the capacitor system.

A display method for a vehicle that includes an electric drive and an electric charge accumulator for storing electric energy for the electric drive. Multiple properties of multiple charging stations are provided, which are suitable for charging the electric charge accumulator of the vehicle, and multiple filter criteria are also provided. One particular filter criterion is assigned to one particular property of the multiple properties of the charging stations. The multiple charging stations are filtered, using the multiple filter criteria, for generating a filtered subset of charging stations in such a way that the filtered subset of charging stations has no more than a predetermined number of charging stations. The filtered subset of charging stations is displayed on a display device of the vehicle.

A probe head of vertical probe card and a manufacturing method of a composite board thereof are provided. The probe head includes guide plate, composite board, and probe pin. The composite board includes first board layer and second board layer which are laminated together by joining operation. The composite board further includes through hole which is made by drilling and passed all the way through the first board layer and the second board layer. The friction coefficient of the first board layer is less than that of the second board layer, and the thermal expansion coefficient of the second board layer is less than that of the first board layer. The probe pin is penetrated all the way through the through hole of the composite board. By this, friction between the probe pin and composite board is reduced so as to stabilize the position of the probe pin.

The invention relates to an automatic fixed-depth movement control method of an ROV underwater robot. The technical problems that an existing three-propeller ROV automatic fixed-depth control algorithm is complicated and cannot be easily implemented and the ROV automatic fixed-depth movement process is poor in stability and underwater surge interference resistance are solved. According to a dual-closed-loop fuzzy PID controller, an inner ring which is a tilt angle ring controls a vertical propeller to work so that the ROV depression angle can meet the requirements, and an outer ring which is adepth ring controls a horizontal propeller to work. The method can be widely applied in the technical field of underwater robots.

A method of communication for an access control apparatus under network condition converging cellular network and WLAN, includes receiving an uplink data package from an user equipment; retrieving a destination address of the uplink data package from the received uplink data package; and determining the attribution of the destination address. If the destination address is attributed to the fixed network segment, then the uplink data package is routed to the fixed access network through Network Address Translation function. If the destination address is attributed to the mobile core network segment, then the uplink data package is routed to the mobile core network through Network Address Translation function.

Disclosed is a vibration rod guiding device. The vibration rod guiding device comprises an outer frame which sleeves a template frame, a cross arm, a guiding steel wire rope and an embedded lantern ring, wherein the bottom of the outer frame is fixed on a corresponding foundation at the bottom of a vibration rod, the embedded lantern ring is fixed on the foundation, the cross arm is fixed at the top of the outer frame, a plurality of guiding rings used for the guiding steel wire rope to pass through are arranged in the axial direction of the side wall of the vibration rod, the bottom of the guiding steel wire rope is fixed on the embedded lantern ring, the upper end of the guiding steel wire rope passes through the guiding rings and is fixed on the cross arm, and then the whole guiding steel wire rope is kept in a tensioning state. The vibration rod guiding device has the advantages of being capable of controlling the moving direction of the concrete vibration rod, solving the problems that the vibration rod is stuck or rub a template, a vibration dead angle is generated and the like in construction of a concrete member, and solving the problem that the concrete vibration rod is difficultly placed on a proper position when inserted into the reinforced concrete member.

The invention discloses a steam oven door anti-deformation supporting structure. The steam oven door anti-deformation supporting structure comprises a supporting structure body. The supporting structure body is located at the bottom of a steam oven. The supporting structure body comprises a supporting frame and an adjustable supporting plate assembly. The adjustable supporting plate assembly is movably clamped on the supporting frame. The adjustable supporting plate assembly comprises a supporting plate and an adjusting plate. The supporting plate is located below the adjusting plate, and theadjusting plate and the supporting plate are adjustably connected. A mounting method includes the steps that a, the supporting frame is assembled; b, the adjustable supporting plate assembly is assembled; c, the adjustable supporting plate assembly and the supporting frame are spliced; and d, the anti-deformation supporting structure and the steam oven are mounted. The bottom face of an oven dooris supported and lifted through the supporting structure when the oven door is in an opened state, thus, bending deformation and the like of the joint of the oven door and an oven body are effectivelyavoided, meanwhile, the supporting structure can be adjusted according to the actual thicknesses of different oven doors, it is guaranteed that the oven door is stably supported, and the applicationrange of the supporting structure is widened.

This invention provides a packing box, which has an upstanding end surface retentivity on the coiling body, and can prevent end surface dislocation. This packing box comprises a main body, a cover body installed in a free loading and unloading form on the main body; a coiling body formed by coiling the electronic machine parts forming film around the coiling core; the said main body comprises a base platform, on which face-to-face installs a pair of supporting units supporting the end part of the coiling core of the coiling body, a clamp device, which is installed in a free loading and unloading form on the said supporting units and holds the coiling core end between it and the said supporting units; at least one of the said supporting unit and said clamp device equips with a pressing device, which has a main body and a pressing part installed in a free moving and positioning form on the said main body, and between the supporting unit and the clamp device, the said pressing part presses the end surface of the electronic machine parts forming film of the said coiling body held by the said coiling core ends.

The present disclosure relates to an input device, especially for a mobile telephone, a module comprising an input device and a method for the production of an input device and/or a module. An input device is provided, including, a module comprising an input device, a mobile telephone and a production method enabling improved permanent fixing of an input device to an/or inside a housing, whereby at mechanically stable fixing means is arranged between a first plane consisting of at least one cap and a second plane of a flexible carrier connected to the cap, such that the cap and the flexible carrier transmit force in a substantially punctual manner via a plane of a fixing means and the fixing means, in one area of at least one terminal edge, is configured in such a way it can secure the input device in or on a housing.

Disclosed is a method for controlling minimum-radius limitation turning of an airplane through differential braking. According to a friction coefficient of a tire and a track, visualized braking pressure and turning linear speed control parameters are provided for an aviator, and rapid turning of the airplane with the structurally-allowable minimum turning radius is achieved. Maneuverability and safety of the airplane turning process controlled by the aviator on the ground through the differential braking are ensured.