mhurhangee/ep-ind-claims huggingface dataset:
A modular heart valve prosthesis comprising: a first heart valve device including, a first valve support including a first prosthetic valve disposed within the valve support, the first prosthetic valve comprising synthetic fabric leaflets having a first thickness, and an anchoring frame being a generally tubular component or stent surrounding the first valve support and coupled to the first valve support, the anchoring frame including a first portion and a second portion; and a second heart valve device including a second valve support and a second prosthetic valve disposed within the second valve support, the second prosthetic valve comprising tissue leaflets having a second thickness, wherein the second thickness is greater than the first thickness, wherein in a first configuration the second heart valve device is separate from the first heart valve device and in a second configuration the second heart valve device is disposed within the first valve support of the first heart valve device. a first heart valve device including, a first valve support including a first prosthetic valve disposed within the valve support, the first prosthetic valve comprising synthetic fabric leaflets having a first thickness, and an anchoring frame being a generally tubular component or stent surrounding the first valve support and coupled to the first valve support, the anchoring frame including a first portion and a second portion; and a first valve support including a first prosthetic valve disposed within the valve support, the first prosthetic valve comprising synthetic fabric leaflets having a first thickness, and an anchoring frame being a generally tubular component or stent surrounding the first valve support and coupled to the first valve support, the anchoring frame including a first portion and a second portion; and a second heart valve device including a second valve support and a second prosthetic valve disposed within the second valve support, the second prosthetic valve comprising tissue leaflets having a second thickness, wherein the second thickness is greater than the first thickness, wherein in a first configuration the second heart valve device is separate from the first heart valve device and in a second configuration the second heart valve device is disposed within the first valve support of the first heart valve device.
Radar structure of the type comprising at least two gear motors (2, 3) which are associated through linking means (8, 9) with a radar aerial structure, the linking means comprise, for each gear motor, coupling means having a freewheel, characterised in that the coupling means having a freewheel operating in parallel with means having a torque limiter with disengagement.
Arrangment for the contactless actuation of a vehicle door of a vehicle, with a capacitive proximity sensor which comprises at least one sensor electrode for the emission of an electrical detection field in a detection space disposed upstream of the sensor electrode, wherein an insulated electrical conductor for forming the detection field is arranged upstream of the sensor electrode, said conductor being formed by a flat film or coating which is applied to a vehicle part disposed upstream of the sensor electrode or is inserted into such a vehicle part, and the sensor electrode being formed by a circular conductor.
An optical code reader comprising: a color image sensor array including: a first set of sensor pixels sensitive to a first wavelength of light, and a second set of sensor pixels sensitive to a second wavelength of light different from the first wavelength of light; and optics operable to form on the color image sensor array a first image of a first view of an object and a second image of a second view of the object, the second view being different from the first view, wherein the first image is formed by light of the first wavelength emanating from the first view and the second image is formed by light of the second wavelength emanating from the second view, the optics substantially excluding from the first image light of the second wavelength emanating from the first view and substantially excluding from the second image light of the first wavelength emanating from the second view to thereby enable the sensor pixels of the first set to sense the first image without substantially sensing the second image and the sensor pixels of the second set to sense the second image without substantially sensing the first image. a color image sensor array including: a first set of sensor pixels sensitive to a first wavelength of light, and a second set of sensor pixels sensitive to a second wavelength of light different from the first wavelength of light; and a first set of sensor pixels sensitive to a first wavelength of light, and a second set of sensor pixels sensitive to a second wavelength of light different from the first wavelength of light; and optics operable to form on the color image sensor array a first image of a first view of an object and a second image of a second view of the object, the second view being different from the first view, wherein the first image is formed by light of the first wavelength emanating from the first view and the second image is formed by light of the second wavelength emanating from the second view, the optics substantially excluding from the first image light of the second wavelength emanating from the first view and substantially excluding from the second image light of the first wavelength emanating from the second view to thereby enable the sensor pixels of the first set to sense the first image without substantially sensing the second image and the sensor pixels of the second set to sense the second image without substantially sensing the first image.
Three-dimensionally shaped body module component composed of a plurality of body module segments which are sections of continuously pultruded fibre/plastic composite pultrudates, characterised in that each pultrudate has a base structure which consists of continuous fibres laid to match the power flow related to a predetermined geometry of the component, wherein the base structure has at least one opening per body module segment to accommodate a joining means for joining at least two of the body module segments, wherein - the fibres laid to match the power flow are laid around the opening, and - a stabilising structure made of fibres is arranged around the opening. - the fibres laid to match the power flow are laid around the opening, and - a stabilising structure made of fibres is arranged around the opening.
A support arrangement for a man cage of a cherry picker which includes a lift adapted for mounting on a vehicle, the support arrangement including a cage support upon which the man cage is mounted, a support profile upon which the cage support is mounted, a rotator and a support holder on which the support profile is mounted, at which the support holder is mounted on the outermost boom of the lift, characterised in that the cage support is mounted displaceable along the support profile, and that the support profile is mounted on the support holder for pivoting by rotation about a vertical rotary axis, and that the support arrangement includes moving means (22,30,33,35) adapted to establish displacement of the cage support along the support profile and pivoting of the support profile in relation to the support holder.
Driver circuit for driving a P-Channel MOSFET, including a supply input for receiving a DC supply voltage, a control input for receiving a control signal for controlling a switching of the P-Channel MOSFET and a drive output for connecting a gate of the P-Channel MOSFET, wherein the driver circuit is adapted to generate a drive signal in dependency of the control signal received at the control input and further adapted to provide the drive signal at the drive output, wherein the driver circuit includes a turn-off bipolar transistor for actively generating a turn-off signal and providing the turn-off signal to the drive output, the turn-off bipolar transistor having a base, a collector and an emitter, wherein the base is connected to the control input via a capacitor, the collector is connected directly to a terminal of the supply input and the emitter is connected to the drive output, characterised in that a DC-coupling resistor is connected between the base of the turn-off bipolar transistor and a negative terminal of the supply input.
A device comprising at least one radar unit configured to transmit radar pulses on a first frequency range and a wireless communication unit configured to operate on a second frequency range, wherein the at least one radar unit comprises a radar transceiver and a radar signal processing unit and is configured to: obtain information about an interference situation on the first frequency range; coordinate the operation of the radar unit and the wireless communication unit by adjusting a measurement result based on the obtained interference situation and/or modifying at least one radar pulse based on the obtained interference situation, involving: if the interference situation fulfills a condition, transmit at least one radar pulse based on the obtained interference situation; receive at least one radar pulse response associated to reflections of the at least one transmitted radar pulse; and determine at least one measurement result based on the transmitted and received radar pulse. if the interference situation fulfills a condition, transmit at least one radar pulse based on the obtained interference situation; receive at least one radar pulse response associated to reflections of the at least one transmitted radar pulse; and determine at least one measurement result based on the transmitted and received radar pulse.
A liquid dispenser, comprising: a container configured to store liquid and having an upper rim defining an upper opening; a base to support the container; a pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; a filter assembly configured to be supported by the upper rim of the container; and a dispensing assembly provided over a top of the filter assembly such that the dispensing assembly and the filter assembly close the upper opening of the container, wherein the pump pumps liquid from the container to an upper surface of the dispensing assembly, and wherein the filter assembly further includes: a first plate configured to fit inside of the container, a first wall extending upward from the first plate, wherein an outer surface of the first wall is supported by the upper rim of the container, and at least one opening through which liquid dropped from the dispensing assembly returns to the container, wherein the first wall is placed on and protrude outward beyond the upper rim, and a first dimension of the upper rim is smaller than a second dimension of an upper end of the first wall, the first and second dimensions being in a horizontal direction. a container configured to store liquid and having an upper rim defining an upper opening; a base to support the container; a pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; a filter assembly configured to be supported by the upper rim of the container; and a dispensing assembly provided over a top of the filter assembly such that the dispensing assembly and the filter assembly close the upper opening of the container, wherein the pump pumps liquid from the container to an upper surface of the dispensing assembly, and wherein the filter assembly further includes: a first plate configured to fit inside of the container, a first wall extending upward from the first plate, wherein an outer surface of the first wall is supported by the upper rim of the container, and at least one opening through which liquid dropped from the dispensing assembly returns to the container, a first plate configured to fit inside of the container, a first wall extending upward from the first plate, wherein an outer surface of the first wall is supported by the upper rim of the container, and at least one opening through which liquid dropped from the dispensing assembly returns to the container, wherein the first wall is placed on and protrude outward beyond the upper rim, and a first dimension of the upper rim is smaller than a second dimension of an upper end of the first wall, the first and second dimensions being in a horizontal direction.
A method for producing a diesel fuel and a lubricant basestock, comprising: contacting a feedstock with a hydrotreating catalyst under effective hydrotreating conditions to produce a hydrotreated effluent; separating the hydrotreated effluent to form a gas phase portion and a remaining portion having at least a liquid phase: dewaxing the remaining portion of the hydrotreated effluent under effective catalytic dewaxing conditions to produce a dewaxed effluent, the dewaxing catalyst includes at least one non-dealuminated, unidimensional, 10-member ring pore zeolite, and at least one Group VI metal, Group VIII metal or combination thereof, wherein the zeolite is EU-1, ZSM-35, ZSM-11, ZSM-57, NU-87, ZSM-22, EU-2, EU-11, ZBM-30, ZSM-48, ZSM-23, or a combination thereof; hydrocracking the dewaxed effluent under effective hydrocracking conditions, wherein the hydrocracking catalyst is a zeolite Y based catalyst; and fractionating the hydrocracked, dewaxed effluent to form at least a naphtha product fraction, a diesel product fraction and a lubricant base oil product fraction.
A method for performing video communication in a mobile terminal, the method comprising: transmitting image data captured by a second camera of the mobile terminal to a server during video communication with another mobile terminal using a first camera of the mobile terminal; receiving image data associated with the captured image data from the server, creating, at the mobile terminal, a panoramic image by using the captured image data and the associated image data during the video communication; and transmitting the created panoramic image to the another mobile terminal which is performing the video communication. transmitting image data captured by a second camera of the mobile terminal to a server during video communication with another mobile terminal using a first camera of the mobile terminal; receiving image data associated with the captured image data from the server, creating, at the mobile terminal, a panoramic image by using the captured image data and the associated image data during the video communication; and transmitting the created panoramic image to the another mobile terminal which is performing the video communication.
A clothes dryer comprising: a controller, a housing, a drum, a drum drive mechanism (11, 12), a drum hot air inlet, a heater (20, 24), and an air fan for pumping air through the heater en route to the drum hot air inlet, wherein the heater includes a heat exchanger (20, 120) having a coupling (20(a), 20(b)) for connection to a supply of hot water or other liquid, characterized in that, the air fan is arranged to direct air through the heat exchanger in a first pass (141, 142) and back into the heat exchanger (20, 120) in at least one further pass. a controller, a housing, a drum, a drum drive mechanism (11, 12), a drum hot air inlet, a heater (20, 24), and an air fan for pumping air through the heater en route to the drum hot air inlet, wherein the heater includes a heat exchanger (20, 120) having a coupling (20(a), 20(b)) for connection to a supply of hot water or other liquid, characterized in that, the air fan is arranged to direct air through the heat exchanger in a first pass (141, 142) and back into the heat exchanger (20, 120) in at least one further pass.
A device for clamping and releasing a winding tube, comprising a mounting (2; 22, 21) for the winding tube, which mounting is rotatable by means of a spindle motor, and comprising clamping means for fixedly clamping the winding tube as said winding tube rotates, wherein the clamping means are connected to spring means by means of force-transfer means, and the clamping means clamp the winding tube so as to prevent the rotation thereof due to the spring force acting on said clamping means via the force-transfer means, characterized in that a release device (13, 18, 15; 23, 24; 35, 36, 37), which is designed as a freewheel mechanism in the winding direction and remains in an inactive position upon rotation of the mounting in the winding direction, is provided and is configured to move the force-transfer means against the spring force upon rotation of the mounting (2; 20, 22, 21), opposite the winding direction, in order to release the clamping of the winding tube.
A solid-state imaging device having a layout in which one sharing unit (21, 81) includes an array of photodiodes (PD1 to PD8) of 2 pixels by 4xn pixels (where, n is a positive integer), respectively, in horizontal and vertical directions, wherein a layout in the one sharing unit comprises: a first structural portion and a second structural portion which are arranged in a vertical direction of a pixel portion, each of the first and second structural portions (23, 25) including four readout gate electrodes (221 to 228) and one floating diffusion (FD1, FD2) with respect to four photodiodes (PD1 to PD8);one amplification transistor which has at least a portion thereof disposed between the first structural portion and the second structural portion; one reset transistor; readout wirings (261 to 268) which are connected to the readout gate electrodes (221 to 228), respectively; a reset wiring which is connected to a reset gate electrode of the reset transistor; and a connection wiring which is connected to the first floating diffusion, an amplification gate electrode of the amplification transistor, and a source region of the reset transistor, wherein the floating diffusion (FD1, FD2) is formed at the central region which is surrounded by the four photodiodes (PD1 to PD4).. a first structural portion and a second structural portion which are arranged in a vertical direction of a pixel portion, each of the first and second structural portions (23, 25) including four readout gate electrodes (221 to 228) and one floating diffusion (FD1, FD2) with respect to four photodiodes (PD1 to PD8);one amplification transistor which has at least a portion thereof disposed between the first structural portion and the second structural portion; one reset transistor; readout wirings (261 to 268) which are connected to the readout gate electrodes (221 to 228), respectively; a reset wiring which is connected to a reset gate electrode of the reset transistor; and a connection wiring which is connected to the first floating diffusion, an amplification gate electrode of the amplification transistor, and a source region of the reset transistor, wherein the floating diffusion (FD1, FD2) is formed at the central region which is surrounded by the four photodiodes (PD1 to PD4)..
A method for inspecting elongated injection-molded parts with an axis of symmetry, in particular pipette tips, in a holding device, comprising the following steps: - detecting a reference area extending in the axial direction of the injection-molded part in a first measuring area of the elongated injection-molded part in the holding device by detecting means, wherein the reference area is selected such that the axis of symmetry of the injection-molded part in the reference area can be calculated from the measurement data of the reference area (first step), - calculating the axis of symmetry in the reference area from the measurement data of the measured reference area (second step), - measuring the spatial position of a symmetry axis section of a second measuring area of the injection-molded part spaced apart in the axial direction from the first measuring area, including an orientation and position of an axis of symmetry within the symmetry axis section (third step), and - determining whether or not the spatial position of the axis of symmetry of the symmetry axis section of the injection-molded part measured in the third step in the second measuring area corresponds to the symmetry axis calculated in the second step. - detecting a reference area extending in the axial direction of the injection-molded part in a first measuring area of the elongated injection-molded part in the holding device by detecting means, wherein the reference area is selected such that the axis of symmetry of the injection-molded part in the reference area can be calculated from the measurement data of the reference area (first step), - calculating the axis of symmetry in the reference area from the measurement data of the measured reference area (second step), - measuring the spatial position of a symmetry axis section of a second measuring area of the injection-molded part spaced apart in the axial direction from the first measuring area, including an orientation and position of an axis of symmetry within the symmetry axis section (third step), and - determining whether or not the spatial position of the axis of symmetry of the symmetry axis section of the injection-molded part measured in the third step in the second measuring area corresponds to the symmetry axis calculated in the second step.
An electronic cigarette with an integral mouthpiece, comprising a vaporization assembly and a battery module connected mutually; the vaporization assembly comprises a mouthpiece with an opening, a vaporization tube, an outer ornamental sleeve, a connector and a vaporizer; wherein the mouthpiece is integrated with the vaporization tube, and the vaporization tube and the connector are telescoped within the outer ornamental sleeve; the vaporizer passes through the connector and is telescoped into the vaporization tube in a detachable manner; the connector is located at one end of the outer ornamental sleeve and connected to the battery module in a detachable manner; an airflow sealer is provided between an integral inner wall of the mouthpiece and the vaporization tube and an outer wall or a periphery of an end portion of the vaporizer; the airflow sealer is provided at an end portion of the mouthpiece close to the vaporization tube and located between the inner wall of the mouthpiece and the end portion of the vaporizer, and a through hole is provided in the center of the airflow sealer to serve as a part of the vapor airflow passage; the inner wall of the mouthpiece has an inward-curved flaring shape at an end being adjacent to the vaporization tube, and an outer wall of the airflow sealer has a similar flaring shape so as to be telescoped into the vaporization tube and fit the inner wall of the mouthpiece closely; the airflow sealer has a cylinder inner part, a conical outer part, and a circular groove provided therebetween; a protrusive tube is provided on the inner wall of the mouthpiece and the circular groove is fitted onto the protrusive tube.