mhurhangee/ep-ind-claims huggingface dataset:
A shielding assembly comprising: a transparent substrate layer; and a transparent active layer positioned with respect to said substrate; wherein said active layer comprises fluorescent molecules configured to absorb electromagnetic radiation having a first wavelength and emit electromagnetic radiation having a second wavelength, said second wavelength being different than said first wavelength; and wherein said first wavelength is in a visible portion of an electromagnetic spectrum and said second wavelength is in a non-visible portion of said electromagnetic spectrum. a transparent substrate layer; and a transparent active layer positioned with respect to said substrate; wherein said active layer comprises fluorescent molecules configured to absorb electromagnetic radiation having a first wavelength and emit electromagnetic radiation having a second wavelength, said second wavelength being different than said first wavelength; and wherein said first wavelength is in a visible portion of an electromagnetic spectrum and said second wavelength is in a non-visible portion of said electromagnetic spectrum.
A method for removing within a controlled environment enclosure a container cover from a sealed container, the sealed container sealed by the container cover; characterised in that the method comprises moving the container while holding a gripping area of the container cover substantially stationary, wherein: the moving the container comprises holding the container with an articulated arm apparatus disposed within the controlled environment; and the removing the container cover is by a first manipulating of the articulated arm apparatus. the moving the container comprises holding the container with an articulated arm apparatus disposed within the controlled environment; and the removing the container cover is by a first manipulating of the articulated arm apparatus.
Electric machine comprising - a hollow cylinder-shaped stator, - a rotor rotatably mounted about a rotational axis in the stator, - a housing, having a first hollow cylinder-shaped housing element, in which the stator and the rotor are arranged, and a second hollow cylinder-shaped housing element, in which the first hollow cylinder-shaped housing element is arranged, - a heat exchanger cover, which is arranged between the first housing element and the second housing element, wherein the heat exchanger cover has at least one guide element which runs essentially helically about the rotational axis in addition to pipes which run essentially axially and pass through the respective guide element, wherein the electric machine is designed, at least in sections, such that a first cooling medium can be guided through the first housing element in a first axial preferred direction, wherein the heat exchanger cover is designed, at least in sections, such that the first cooling medium can be guided between the pipes in a helical manner along the respective guide element in a second axial preferred direction which runs counter to the first direction, wherein the heat exchanger cover is designed, at least in sections, such that a second cooling medium can be guided through the pipes in an axial direction. - a hollow cylinder-shaped stator, - a rotor rotatably mounted about a rotational axis in the stator, - a housing, having a first hollow cylinder-shaped housing element, in which the stator and the rotor are arranged, and a second hollow cylinder-shaped housing element, in which the first hollow cylinder-shaped housing element is arranged, - a heat exchanger cover, which is arranged between the first housing element and the second housing element,
A method for operating a video-based driver assistance system in a vehicle, in which a vehicle environment and/or at least one object in the vehicle environment and/or status data is/are determined by means of image data recorded by an imaging unit (1.1) and processed by an image processing unit (1.2), wherein during the determination of the vehicle environment, of the object in the vehicle environment and/or of the status data a pixel offset present in the image data of consecutive images is determined and compensated for, wherein a pixel offset resulting from a change of pitch angle, yaw angle and/or rolling angle is determined from detected rotation rates during recording of two consecutive images, wherein the rotation rates are determined by means of at least one rotation rate sensor (1.3) and/or by means of at least one acceleration sensor (1.5, 1.6) from a detected longitudinal acceleration and/or transverse acceleration of the vehicle on the basis of a vehicle model during the recording of at least two consecutive images, characterized in that the at least one rotation rate sensor (1.3) and/or the at least one acceleration sensor (1.5, 1.6) is/are arranged directly at or in the imaging unit (1.1).
Adjustment fitting, in particular for a vehicle seat, having a first fitting part and having a second fitting part which is rotatably adjustable relative to the first fitting part around a rotational axis, wherein an outer wheel having an inner toothing is allocated to the first fitting part, into which outer wheel an inner wheel allocated to the second fitting part and having an outer toothing is inserted in the manner of a wobble mechanism, and wherein the inner wheel forms an eccentric receiving space relative to the rotational axis, having a cam which is inserted rotatably into the eccentric receiving space, having a drive shaft to drive the cam, and having a covering cap to cover the open receiving space, characterised in that the covering cap is formed eccentrically to the rotational axis, is immersed into the eccentric receiving space with a sealing edge which is pulled down axially, and seals the receiving space under a pre-tensioning of the sealing edge which is directed radially outwards.
A radar system with synchronized timing, the radar system comprising: a first radar chip including a first analog-to-digital converter circuit and a first phase-locked loop configured to process a reference clock signal to generate a first ADC clock signal that controls timing of the first ADC circuit, wherein the first radar chip is further configured to generate an ADC synchronization signal based on timing of the first ADC clock signal; and a second radar chip including a second ADC circuit and a second PLL configured to process the reference clock signal to generate a second ADC clock signal that controls timing of the second ADC circuit, wherein the second radar chip is configured to align a sampling operation of the second ADC circuit to a sampling operation of the first ADC circuit based on the ADC synchronization signal, wherein the first radar chip is further configured to generate a ramp synchronization signal based on timing of the reference clock signal, wherein the second radar chip is configured to align a transmission sequencing operation of the second radar chip to a transmission sequencing operation of the first radar chip based on the ramp synchronization signal. a first radar chip including a first analog-to-digital converter circuit and a first phase-locked loop configured to process a reference clock signal to generate a first ADC clock signal that controls timing of the first ADC circuit, wherein the first radar chip is further configured to generate an ADC synchronization signal based on timing of the first ADC clock signal; and a second radar chip including a second ADC circuit and a second PLL configured to process the reference clock signal to generate a second ADC clock signal that controls timing of the second ADC circuit, wherein the second radar chip is configured to align a sampling operation of the second ADC circuit to a sampling operation of the first ADC circuit based on the ADC synchronization signal, wherein the first radar chip is further configured to generate a ramp synchronization signal based on timing of the reference clock signal, wherein the second radar chip is configured to align a transmission sequencing operation of the second radar chip to a transmission sequencing operation of the first radar chip based on the ramp synchronization signal.
An apparatus comprising: means for storing location information of a fixed-line user equipment operating in an internet protocol multimedia subsystem; and characterised by comprising: means for sending, in response to the location information of the fixed-line user equipment being updated by the apparatus, a registration termination request to a serving call state control function serving the fixed-line user equipment, the registration termination request comprising a reason code indicating the location information of the fixed-line user equipment has been updated at the apparatus.
A lock device for kitchen vessels (100, 101) of the type adapted to lock a first vessel inside a second vessel, characterised in that said device comprises: - a lid having a center axis, and at least one inner rim with a diameter substantially corresponding to an inside diameter of the first vessel and an outer rim with a diameter substantially corresponding to an outside diameter of the second vessel; - a non-return valve on said lid, for air exhaust from the interior of said vessels (100, 101); wherein said device comprises a sealing ring made of an elastically deformable material and located at least on the outer rim of the lid for said lid to be fitted into the second vessel and impart airtightness between said sealing ring and an inner wall of said second vessel. - a lid having a center axis, and at least one inner rim with a diameter substantially corresponding to an inside diameter of the first vessel and an outer rim with a diameter substantially corresponding to an outside diameter of the second vessel; - a non-return valve on said lid, for air exhaust from the interior of said vessels (100, 101);
A drive apparatus for a construction machine, comprising: a hydraulic or electric motor having a motor shaft and a motor housing, and serving as a drive source, the motor shaft protruding from the motor housing; a speed reducer unit having a speed reducer output shaft for receiving rotation force from the motor shaft and transmitting the rotation force to a driven portion, and a casing having lubricating oil injected therein, the speed reducer unit transmitting the rotation force of the motor to the driven portion while reducing speed of the rotation force; and a cooler formed with a coolant path through which liquid or gas for cooling the lubricating oil passes as a cooling medium, wherein the motor and the speed reducer unit are provided in a row in an apparatus-axis direction such that the motor shaft and the speed reducer output shaft are arranged along the same line (Ce), characterized in that the cooler is provided between the motor housing and the casing of the speed reducer unit in the apparatus-axis direction and is detachably attached to at least one of the motor housing and the casing such that at least a part of the cooler is immersed in the lubricating oil so as to enable heat exchange with the lubricating oil. a hydraulic or electric motor having a motor shaft and a motor housing, and serving as a drive source, the motor shaft protruding from the motor housing; a speed reducer unit having a speed reducer output shaft for receiving rotation force from the motor shaft and transmitting the rotation force to a driven portion, and a casing having lubricating oil injected therein, the speed reducer unit transmitting the rotation force of the motor to the driven portion while reducing speed of the rotation force; and a cooler formed with a coolant path through which liquid or gas for cooling the lubricating oil passes as a cooling medium, wherein the motor and the speed reducer unit are provided in a row in an apparatus-axis direction such that the motor shaft and the speed reducer output shaft are arranged along the same line (Ce), characterized in that the cooler is provided between the motor housing and the casing of the speed reducer unit in the apparatus-axis direction and is detachably attached to at least one of the motor housing and the casing such that at least a part of the cooler is immersed in the lubricating oil so as to enable heat exchange with the lubricating oil.
A servo valve comprising: a movable throttling member disposed between a first opening and an opposing second opening; a first inlet port and a second inlet port to convey a fluid flow toward the first and second opening (26a,26b), respectively; a first inlet orifice disposed between and in fluid communication with the first inlet port and the first opening, the first inlet orifice defined between the first inlet port and a first pressure reaction member; and a second inlet orifice disposed between and in fluid communication with the second inlet port and the second opening, the second inlet orifice defined between the second inlet port and a second pressure reaction member, the second pressure reaction member secured to the first pressure reaction member at a substantially fixed distance; wherein each of the first inlet orifice and the second inlet orifice is variable via a change in a pressure of the fluid flow downstream of the first inlet orifice and the second inlet orifice, resulting in a change in pressure of a fluid urged downstream, characterized in that: the first pressure reaction member and the second pressure reaction member are a first and second bellows. a movable throttling member disposed between a first opening and an opposing second opening; a first inlet port and a second inlet port to convey a fluid flow toward the first and second opening (26a,26b), respectively; a first inlet orifice disposed between and in fluid communication with the first inlet port and the first opening, the first inlet orifice defined between the first inlet port and a first pressure reaction member; and a second inlet orifice disposed between and in fluid communication with the second inlet port and the second opening, the second inlet orifice defined between the second inlet port and a second pressure reaction member, the second pressure reaction member secured to the first pressure reaction member at a substantially fixed distance; wherein each of the first inlet orifice and the second inlet orifice is variable via a change in a pressure of the fluid flow downstream of the first inlet orifice and the second inlet orifice, resulting in a change in pressure of a fluid urged downstream, characterized in that: the first pressure reaction member and the second pressure reaction member are a first and second bellows.
A grill shutter module comprising: a radar unit which radiates radio waves toward a front; a rotatable flap; an actuator; and a power transmission part configured to connect the actuator and the flap to transmit power from the actuator to the flap, characterized in that the rotatable flap is disposed on a side of the radar unit, the actuator is disposed behind the radar unit, the power transmission part comprises a bracket which is movable in an up-down direction by the actuator, and a link part which connects the bracket and a rotary shaft of the flap, and in that the radar unit comprises a guide part which guides the movement of the bracket in the up-down direction. a radar unit which radiates radio waves toward a front; a rotatable flap; an actuator; and a power transmission part configured to connect the actuator and the flap to transmit power from the actuator to the flap, the rotatable flap is disposed on a side of the radar unit, the actuator is disposed behind the radar unit, the power transmission part comprises a bracket which is movable in an up-down direction by the actuator, and a link part which connects the bracket and a rotary shaft of the flap, and in that the radar unit comprises a guide part which guides the movement of the bracket in the up-down direction.
A tank for transporting liquid or powdery products including a vessel with a cylindrical or double frustro-conical shape and a draining device formed by two draining sub-assemblies (210a, 210b) independently interconnected to said vessel, both draining sub-assemblies being positioned in a bottom part of the vessel and on either side of a vertical axis defining an axis of symmetry of said vessel, both draining sub-assemblies (210a, 210b) of the draining device are positioned at two side flanks of the vessel on either side of the vertical axis, both draining sub-assemblies (210a, 210b) of the draining device are symmetrical relative to the vertical axis, each draining sub-assembly (210a, 210b) of the draining device includes a bent part forming an angle (α) between the ends of the draining sub-assembly (210a, 210b), the tank comprises a metal framework in which the vessel is positioned and each draining sub-assembly (210a, 210b) includes: - an inner flapper passing through the wall of the vessel at one of both side flanks of the vessel; - a fitting piping located outside the vessel and accessible from the side flanks of the vessel, the fitting piping including the bent part; - a holding flange forming a connection between the fitting piping and inner flapper; both draining sub-assemblies (210a, 210b) being positioned so that a first end in connection with the inside of the vessel of each sub-assembly is tilted relative to the vertical axis. - an inner flapper passing through the wall of the vessel at one of both side flanks of the vessel; - a fitting piping located outside the vessel and accessible from the side flanks of the vessel, the fitting piping including the bent part; - a holding flange forming a connection between the fitting piping and inner flapper; both draining sub-assemblies (210a, 210b) being positioned so that a first end in connection with the inside of the vessel of each sub-assembly is tilted relative to the vertical axis.
A method for transmitting a plurality of data streams from a primary station to a secondary station on a plurality of transmission beams, said method comprising: at the secondary station measuring the channel quality corresponding to each transmission beam, the method being characterized by further comprising the secondary station signalling at a first rate to the primary station in a first indicator a CQI report representative of the quality of the beams, and signalling at a second rate, greater than the first rate, in a second indicator a number of data streams that can be transmitted on the transmission beams; at the primary station transmitting the data streams on the basis of the first and second indicators. at the secondary station measuring the channel quality corresponding to each transmission beam, the method being characterized by further comprising the secondary station signalling at a first rate to the primary station in a first indicator a CQI report representative of the quality of the beams, and signalling at a second rate, greater than the first rate, in a second indicator a number of data streams that can be transmitted on the transmission beams; at the primary station transmitting the data streams on the basis of the first and second indicators.
An installation of bottom-to-surface connections for at least two undersea pipes (11-1, 11-2) resting on the sea bottom, in particular at a depth of more than 500 m, the installation comprising at least two hybrid towers, each comprising: a) a rigid pipe (1-1, 1-2) constituting a vertical riser having its bottom end fastened to a base (9-1, 9-2) resting on or anchored to the sea bottom, each rigid pipe being connected to a respective undersea pipe (11-1, 11-2) resting on the sea bottom, and having the top end of the riser tensioned in substantially vertical manner by a float (4-1, 4-2) immersed in the subsurface, preferably at a depth of at least 50 m relative to the surface, the top end being connected to the float; and b) a flexible connection pipe (2-1, 2-2) providing the connection between a floating support and the top end of said vertical riser via a junction device (3-1, 3-2), preferably of the goose-neck type, arranged at the top end of said vertical riser; the installation being characterized in that said two hybrid towers are connected together by at least one rigid separator bar of length not less than the diameter of the larger-diameter float, the longitudinal ends of each said separator bar being fastened to the top ends of said risers or to said two floats by fastener devices allowing at least a first movement in rotation of said bar relative to an axis (YY') perpendicular to the longitudinal axis (XX') of said separator bar and perpendicular to the axis (ZZ') of said float or of said top end of the riser to which it is fastened. a) a rigid pipe (1-1, 1-2) constituting a vertical riser having its bottom end fastened to a base (9-1, 9-2) resting on or anchored to the sea bottom, each rigid pipe being connected to a respective undersea pipe (11-1, 11-2) resting on the sea bottom, and having the top end of the riser tensioned in substantially vertical manner by a float (4-1, 4-2) immersed in the subsurface, preferably at a depth of at least 50 m relative to the surface, the top end being connected to the float; and b) a flexible connection pipe (2-1, 2-2) providing the connection between a floating support and the top end of said vertical riser via a junction device (3-1, 3-2), preferably of the goose-neck type, arranged at the top end of said vertical riser;
A feedback information processing method, comprising: multiplexing, by a first node, feedback information for a plurality of second nodes in a media access control protocol data unit, MAC PDU, wherein the feedback information is information generated after the first node correctly receives transmission blocks from the plurality of second nodes, and the feedback information comprises a plurality of pieces of bit information; where each of the transmission blocks comprises: a user equipment identity, UE ID, and effective service bits; the bit information comprises: cyclic redundancy check, CRC, check bits generated by the UE ID of the transmission blocks correctly received by the first node, or CRC check bits generated by the effective service bits of the transmission blocks correctly received by the first node. multiplexing, by a first node, feedback information for a plurality of second nodes in a media access control protocol data unit, MAC PDU, wherein the feedback information is information generated after the first node correctly receives transmission blocks from the plurality of second nodes, and the feedback information comprises a plurality of pieces of bit information; where each of the transmission blocks comprises: a user equipment identity, UE ID, and effective service bits; the bit information comprises: cyclic redundancy check, CRC, check bits generated by the UE ID of the transmission blocks correctly received by the first node, or CRC check bits generated by the effective service bits of the transmission blocks correctly received by the first node.