mhurhangee/patent-ind-claim-en huggingface dataset:
A self-hoisting crane system including a self-hoisting crane and a container for transporting, lifting and lowering the self-hoisting crane to and from a wind turbine , wherein the container has a longitudinal direction (D) extending from a first to a second end of the container, wherein the container includes a cable winch arranged in the first end of the container, wherein the self-hoisting crane is adapted to be hoisted from the container to the nacelle by operating the cable winch in the container , wherein at least one cable is adapted to extend from the cable winch in the container, around an exit sheave arranged in the container, and exit the container from the exit sheave in an upward direction in order to pass around at least one roller arranged at a crane base arranged on the nacelle and continue in a downward direction to the self-hoisting crane , enter through a central opening in a pedestal of the self-hoisting crane and continue to a hook block of self-hoisting crane, wherein the container includes a guide system adapted to guide the self-hoisting crane during part of the lifting and lowering of the self-hoisting crane from and to the container , and wherein the container including cable winch , guide system , exit sheave and any auxiliary hoisting equipment located in the container , but excluding the self-hoisting crane , has a centre of gravity located at a longitudinal position between the first and second ends on the container , characterised in that the exit sheave is located at a longitudinal position of the container deviating not more than 10 per cent of the length of the container from the longitudinal position of the centre of gravity of the container.
A heat pump apparatus comprising: a refrigerant circuit which includes a compressor , a utilization-side heat exchanger , a first expansion valve , and an outdoor heat exchanger ; an injection pipe which includes a second expansion valve ; a controller configured to control the heat pump apparatus, characterized in that the injection pipe includes a solenoid switching valve an objective supercooling degree table is stored in the controller, the objective supercooling degree table storing objective supercooling degrees which are determined by condensing pressure in the refrigerant circuit, whether the condensing pressure is rising or dropping from predetermined threshold value of condensing pressure, and rotation number of the compressor; and liquid refrigerant is injected to the compressor by way of the injection pipe, the controller switches between a first case where the liquid refrigerant is injected to the compressor and a second case where the liquid refrigerant is not injected, wherein, in the second case, the first expansion valve is controlled to be opened or closed so that an operation is continued at the objective supercooling degree which is extracted from the objective supercooling degree table, and wherein, in the first case, the objective supercooling degree is extracted from the objective supercooling degree table and corrected by a determined value, and the first expansion valve is controlled so that the operation is continued at the corrected supercooling degree. a refrigerant circuit which includes a compressor , a utilization-side heat exchanger , a first expansion valve , and an outdoor heat exchanger ; an injection pipe which includes a second expansion valve ; a controller configured to control the heat pump apparatus, characterized in that the injection pipe includes a solenoid switching valve an objective supercooling degree table is stored in the controller, the objective supercooling degree table storing objective supercooling degrees which are determined by condensing pressure in the refrigerant circuit, whether the condensing pressure is rising or dropping from predetermined threshold value of condensing pressure, and rotation number of the compressor; and liquid refrigerant is injected to the compressor by way of the injection pipe, the controller switches between a first case where the liquid refrigerant is injected to the compressor and a second case where the liquid refrigerant is not injected, wherein, in the second case, the first expansion valve is controlled to be opened or closed so that an operation is continued at the objective supercooling degree which is extracted from the objective supercooling degree table, and wherein, in the first case, the objective supercooling degree is extracted from the objective supercooling degree table and corrected by a determined value, and the first expansion valve is controlled so that the operation is continued at the corrected supercooling degree.
A lock comprising a housing , a shaft , at least one blocking member , and at least one rotary bearing , wherein the rotary bearing rotatably supports the shaft relative to the housing and defines a rotational axis of the shaft , wherein - the shaft has an axially extending channel being delimited by a channel surface , - at least one through hole extends between a peripheral surface of the shaft and the channel surface , - at least one pair azimuthal abutments is attached to the housing and defines a recess in between of the azimuthal abutments , - the blocking member is movably supported in the through hole , and movable between an extended position and a retracted position, - in the extended position, a radially outward portion of the blocking member extends radially outward out of the through hole and into the recess while another portion of the blocking member is supported by the boundary of the through hole , - in the retracted position, the blocking member does not interfere with the pair of azimuthal abutment , while a radially inward portion of the blocking member extends into the channel , - the channel accommodates a movable slider , wherein the slider has a blocking position and an unblocking position, - in the blocking position, the slider blocks a movement of the blocking member out of the extended position into to the retracted position, - in the unblocking position, the slider clears a void dimensioned to receive at least a radially inward facing portion of the blocking member in the retracted position, characterized in that the at least one blocking member if, in its retracted position, is elastically biased towards its extended position. - the shaft has an axially extending channel being delimited by a channel surface , - at least one through hole extends between a peripheral surface of the shaft and the channel surface , - at least one pair azimuthal abutments is attached to the housing and defines a recess in between of the azimuthal abutments , - the blocking member is movably supported in the through hole , and movable between an extended position and a retracted position, - in the extended position, a radially outward portion of the blocking member extends radially outward out of the through hole and into the recess while another portion of the blocking member is supported by the boundary of the through hole , - in the retracted position, the blocking member does not interfere with the pair of azimuthal abutment , while a radially inward portion of the blocking member extends into the channel , - the channel accommodates a movable slider , wherein the slider has a blocking position and an unblocking position, - in the blocking position, the slider blocks a movement of the blocking member out of the extended position into to the retracted position, - in the unblocking position, the slider clears a void dimensioned to receive at least a radially inward facing portion of the blocking member in the retracted position,
A method performed by a network node for handling discontinuous transmission, DTX, in a communication with a wireless device using multiple uplink carriers, the method comprising: - obtaining (2:1, 300) a primary uplink carrier with a first Transmission Time Interval, TTI, for the communication, - obtaining (2:2, 302) a secondary uplink carrier with a second TTI which is different than the first TTI for the communication, wherein the first TTI is 10 ms and the second TTI is 2 ms, or wherein the first TTI is 2 ms and the second TTI is 10 ms, - selecting (2:4, 306) values of DTX parameters defined for the TTI of 10 ms for the communication on both carriers regardless of the TTIs configured on the primary uplink carrier and the secondary uplink carrier, and - instructing (2:7, 308) the wireless device to use the selected values of DTX parameters for transmission on both the primary uplink carrier and the secondary uplink carrier. - obtaining (2:1, 300) a primary uplink carrier with a first Transmission Time Interval, TTI, for the communication, - obtaining (2:2, 302) a secondary uplink carrier with a second TTI which is different than the first TTI for the communication, wherein the first TTI is 10 ms and the second TTI is 2 ms, or wherein the first TTI is 2 ms and the second TTI is 10 ms, - selecting (2:4, 306) values of DTX parameters defined for the TTI of 10 ms for the communication on both carriers regardless of the TTIs configured on the primary uplink carrier and the secondary uplink carrier, and - instructing (2:7, 308) the wireless device to use the selected values of DTX parameters for transmission on both the primary uplink carrier and the secondary uplink carrier.
A hydroelectric power plant for a water stream comprising an electromechanical converter and a turbine capable of driving the electromechanical converter, the turbine comprising two vertical supports parallel to the stream flow, a float connected to each support and, between the supports , driving blades moved by hydrodynamic lift forces, connected at each end to a drive component comprising a chain or a belt forming a closed loop, the turbine further comprising wheels driven by the drive component and assembled on the supports, each blade comprising a leading edge and a trailing edge , the hydroelectric power plant comprising at least first, second, and third travel areas where each drive component extends rectilinearly, the leading edges of the blades being arranged horizontally plus or minus 5° at least in the first and second travel areas , the blades being fully submerged at least over a portion of the first and second travel areas, characterized in that each support comprises guides and wherein each blade comprises elements capable of abutting against the guides.
A combined fully organic high molecular material artificial knee joint comprising a femur condyle , a tibia liner and a tibia holder , wherein: the tibia holder comprises a platform and a stable wing positioning portion vertical thereto; the femur condyle is jointed to an upper end of the tibia liner and the platform of the tibia holder is jointed to a lower end of the tibia liner ; the femur condyle , the tibia holder and the tibia liner are all formed by the high molecular material, wherein the femur condyle and the tibia holder being formed by polyether ether ketone, and the tibia liner being formed by ultra-high molecular weight polyethylene; the femur condyle buffers a slide surface of the tibia liner , the tibia holder can finely move relative to a fixed surface of the tibia liner , and buffering of the femur condyle against the slide surface of the tibia liner matches fine movement of the tibia holder relative to the fixed surface of the tibia liner .
A food processing apparatus for preparing a fluid food product comprising: a food processing chamber including a blade arrangement driven by a motor ; a particle sensor arranged to measure an actual particle size within said fluid food product in said food processing chamber; a controller arranged to control said motor, wherein the controller is communicatively coupled to the particle sensor, characterized in that the controller is adapted to disengage said motor in response to a signal from the particle sensor indicative of the actual particle size reaching a threshold value of no less than 400 μm within said fluid food product. a food processing chamber including a blade arrangement driven by a motor ; a particle sensor arranged to measure an actual particle size within said fluid food product in said food processing chamber; a controller arranged to control said motor, wherein the controller is communicatively coupled to the particle sensor, characterized in that the controller is adapted to disengage said motor in response to a signal from the particle sensor indicative of the actual particle size reaching a threshold value of no less than 400 μm within said fluid food product.
A method of forwarding user input data originating from a third party device via a wireless sink device to a wireless source device , the method comprising: obtaining , at the wireless sink device , user input data from the third party device connected to the wireless sink device ; generating , at the wireless sink device , a data packet header , wherein the data packet header comprises a field to identify the user input data as originating from the third party device; generating , at the wireless sink device , payload data comprising the user input data and an identifier of the third party device; generating , at the wireless sink device , a data packet comprising the data packet header and the payload data ; transmitting the data packet from the wireless sink device to the wireless source device over a user input back channel residing over an Internet Protocol transport layer between sink device and source device ; and receiving content from the wireless source device based on the processed user input data within the data packet over the Internet Protocol transport layer, wherein the user input data is processed by the wireless source device based on the identifier of the third party device. obtaining , at the wireless sink device , user input data from the third party device connected to the wireless sink device ; generating , at the wireless sink device , a data packet header , wherein the data packet header comprises a field to identify the user input data as originating from the third party device; generating , at the wireless sink device , payload data comprising the user input data and an identifier of the third party device; generating , at the wireless sink device , a data packet comprising the data packet header and the payload data ; transmitting the data packet from the wireless sink device to the wireless source device over a user input back channel residing over an Internet Protocol transport layer between sink device and source device ; and receiving content from the wireless source device based on the processed user input data within the data packet over the Internet Protocol transport layer, wherein the user input data is processed by the wireless source device based on the identifier of the third party device.
Charging station for electric vehicles comprising a control device which is configured to control a charging process of an electric vehicle connected to the charging station with electrical energy; a power meter which is configured to determine a reading concerning an amount of energy supplied by the charging station to the electric vehicle during the charging process; a payment device which is configured to pay for the amount of energy supplied by the charging station to the electric vehicle and to issue an identification code; a signature device which is configured to receive the identification code issued by the payment device and to digitally sign the identification code and additional information elements; and a communication device which is configured to send the digitally signed identification code and the digitally signed additional information elements to a central unit , wherein the identification code is protected from unauthorized and/or unnoticed access by third parties from the issuance by the payment device until receipt by the signature device , and the payment device and the signature device are connected to each other via a data line , characterized in that the data line is mechanically shielded against access from outside, and the mechanical shielding comprises a tube and/or a hose which extends from the payment device to the signature device . a control device which is configured to control a charging process of an electric vehicle connected to the charging station with electrical energy; a power meter which is configured to determine a reading concerning an amount of energy supplied by the charging station to the electric vehicle during the charging process; a payment device which is configured to pay for the amount of energy supplied by the charging station to the electric vehicle and to issue an identification code; a signature device which is configured to receive the identification code issued by the payment device and to digitally sign the identification code and additional information elements; and a communication device which is configured to send the digitally signed identification code and the digitally signed additional information elements to a central unit , wherein the identification code is protected from unauthorized and/or unnoticed access by third parties from the issuance by the payment device until receipt by the signature device , and the payment device and the signature device are connected to each other via a data line , characterized in that the data line is mechanically shielded against access from outside, and the mechanical shielding comprises a tube and/or a hose which extends from the payment device to the signature device .
Method for designing, configuring and maintaining a drive device , wherein a central database is provided for application programs (4 to 7) used for designing, configuring and maintaining the drive device , in which database data is stored as temporal data and can be read and supplemented by the application programs (4 to 7), characterised in that configuration rules, dependent on a life cycle phase of the drive device , for an execution and/or an extent of a configuration change to the configuration of the drive device are defined and a simulation program is provided from which the data stored in the central database is read and used for a drive simulation of the drive device and the operation thereof.
A device for measuring the speed of blood in a blood vessel of the eye, comprising: - a coherent light source for generating a source beam ; - two detectors provided with entrance apertures to receive two light pencil beams backscattered by a blood vessel; - an optical system comprising; a Dove prism crossed by the source beam and the backscattered pencil beams and capable of being rotatably adjusted around an axis parallel to the source beam crossing it, and a focusing system capable of forming the image of a blood vessel on the entrance apertures ; - a signal processor capable of processing the signals from the detectors; and - a removable optical element which can be inserted during the device adjustment phase to transform the light spot supplied by the light source into a line coplanar with the source beam and the backscattered pencil beams selected by the apertures, the device being coupled with a fundus camera to aim, into the fundus of the eye, a selected blood vessel and to align said line with the tangent to the blood vessel at the illumination point by means of a rotation of the Dove prism. - a coherent light source for generating a source beam ; - two detectors provided with entrance apertures to receive two light pencil beams backscattered by a blood vessel; - an optical system comprising; a Dove prism crossed by the source beam and the backscattered pencil beams and capable of being rotatably adjusted around an axis parallel to the source beam crossing it, and a focusing system capable of forming the image of a blood vessel on the entrance apertures ; a Dove prism crossed by the source beam and the backscattered pencil beams and capable of being rotatably adjusted around an axis parallel to the source beam crossing it, and a focusing system capable of forming the image of a blood vessel on the entrance apertures ; - a signal processor capable of processing the signals from the detectors; and - a removable optical element which can be inserted during the device adjustment phase to transform the light spot supplied by the light source into a line coplanar with the source beam and the backscattered pencil beams selected by the apertures,
A collapsible apparatus comprising: an elongated collapsible handle comprising a plurality of telescoping sections , the elongate collapsible handle having a longitudinal axis; and a rotatable coupling affixed to a proximal extremity of the handle ; characterized in that the collapsible apparatus is a snow paddle and further comprises a rigid, substantially planar snow removal paddle having a substantially planar rear surface , the rotatable coupling affixed to the rear surface of the snow removal paddle ; and wherein the rigid, substantially planar snow removal paddle has a flexible, laterally extending and resilient plastic cap disposed along an edge of the snow removal paddle , the cap being relatively softer than the snow removal paddle and mounted to surround the edge in order to prevent the edge from scratching surfaces of a vehicle in use. an elongated collapsible handle comprising a plurality of telescoping sections , the elongate collapsible handle having a longitudinal axis; and a rotatable coupling affixed to a proximal extremity of the handle ; characterized in that the collapsible apparatus is a snow paddle and further comprises a rigid, substantially planar snow removal paddle having a substantially planar rear surface , the rotatable coupling affixed to the rear surface of the snow removal paddle ; and wherein the rigid, substantially planar snow removal paddle has a flexible, laterally extending and resilient plastic cap disposed along an edge of the snow removal paddle , the cap being relatively softer than the snow removal paddle and mounted to surround the edge in order to prevent the edge from scratching surfaces of a vehicle in use.
A compound of formula (II), a stereoisomer, a tautomer or a pharmaceutically acceptable salt thereof, wherein R 5 is hydrogen, alkyl, alkoxyl, aryl, cycloalkyl, heteroaryl, heterocyclyl or heterocyclylalkyl, R 11 and R 12 are independently hydrogen, halogen, cyano, amino, hydroxyl, alkyl, alkoxyl, aryl, cycloalkyl, heteroaryl, or the two substituents R 11 and R 12 are cyclized into a cyclic group, n=1, 2, 3, 4 or 5, R 6 is selected from the following structures: wherein R 5 is hydrogen, alkyl, alkoxyl, aryl, cycloalkyl, heteroaryl, heterocyclyl or heterocyclylalkyl, R 11 and R 12 are independently hydrogen, halogen, cyano, amino, hydroxyl, alkyl, alkoxyl, aryl, cycloalkyl, heteroaryl, or the two substituents R 11 and R 12 are cyclized into a cyclic group, n=1, 2, 3, 4 or 5, R 6 is selected from the following structures:
Adjustment device , comprising at least two blocks side by side which are movable with respect to one another in an extension direction and are intended to cooperate, directly or indirectly, with products of an industrial processing line, said adjustment device comprises a drive means , for adjusting the relative position of at least two blocks , said drive means comprising, for each pair of two successive blocks , a shaft which is mounted by one of its ends in one of the two blocks by being held there axially and free to rotate, and cooperates with the other block by threading at its other end, characterized in that it comprises at least three blocks which are connected to one another by shafts whose threading has the same pitch, the drive means ensuring the same driving of the shafts mounted between two successive blocks , wherein the drive means comprises a rotating rod which engages with the shafts .