mhurhangee/patent-ind-claim-en huggingface dataset:
Laser headlamp having a laser light source , an illuminant and a light deflecting device , which is set up to illuminate different partial areas (2a, 2b, ...) of the illuminant with laser light at different times, the illuminant having the property of scattering incident laser light as scattered light preferably in a first solid angle range , which is smaller than a second solid angle range , into which the illuminant emits fluorescent light , and in which the first solid angle range is completely contained, and with a projection lens having a light entry surface, which is arranged such that the light entry surface intersects the first solid angle range transversely to the direction of propagation of the scattered laser light , wherein the lens is arranged such that a central region of its light-entry surface is illuminated with the light propagating in the first solid angle region , and an outer zone of its light-entry surface surrounding the central region is illuminated with light propagating only in the second solid angle region , but not in the first solid angle region , and wherein an illuminated part of the light-entry surface is larger than the central region , characterised in that the lens in the central region is designed so that it focuses fluorescent light emanating from a point of the illuminant and illuminating the peripheral zone of the light-entry surface into the same image point as fluorescent light (3.1) which emanates from the same point of the illuminant and which illuminates the central region of the light entry surface.
An electrical assembly comprising: processing electronics having a surface with electrical contacts ; a sensor cartridge comprising a flow cell with one or more fluid transfer ports which deliver fluid to the flow cell , the flow cell comprising electrical components for detecting analytes contained within the fluid; a clamping member comprising a fluid manifold , the clamping member being operable to urge the sensor cartridge in proximity to the electrical contacts of the processing electronics, wherein the fluid manifold includes fluid ports configured to engage the one or more fluid transfer ports of the sensor cartridge ; a conformable electrically conductive membrane disposed between the electrical contacts of the processing electronics and the sensor cartridge and configured as a fluidic barrier between the sensor cartridge and the electrical contacts of the processing electronics, wherein the sensor cartridge comprises one or more electrical contacts conductively coupled to the electrical contacts of the processing electronics through the membrane ; and wherein the one or more electrical contacts of the sensor cartridge are selectively conductively coupled to one or more corresponding contacts of the electrical contacts of the processing electronics through conductive pathways formed in the membrane while fluid contained in the sensor cartridge is substantially prevented from contacting the processing electronics by the membrane . processing electronics having a surface with electrical contacts ; a sensor cartridge comprising a flow cell with one or more fluid transfer ports which deliver fluid to the flow cell , the flow cell comprising electrical components for detecting analytes contained within the fluid; a clamping member comprising a fluid manifold , the clamping member being operable to urge the sensor cartridge in proximity to the electrical contacts of the processing electronics, wherein the fluid manifold includes fluid ports configured to engage the one or more fluid transfer ports of the sensor cartridge ; a conformable electrically conductive membrane disposed between the electrical contacts of the processing electronics and the sensor cartridge and configured as a fluidic barrier between the sensor cartridge and the electrical contacts of the processing electronics, wherein the sensor cartridge comprises one or more electrical contacts conductively coupled to the electrical contacts of the processing electronics through the membrane ; and wherein the one or more electrical contacts of the sensor cartridge are selectively conductively coupled to one or more corresponding contacts of the electrical contacts of the processing electronics through conductive pathways formed in the membrane while fluid contained in the sensor cartridge is substantially prevented from contacting the processing electronics by the membrane .
A user equipment (UE) operable to communicate channel state information in a wireless network, the UE comprising: transceiver circuitry arranged to receive, at the UE, from an Enhanced node B (eNB), a plurality of orthogonal frequency division multiple access (OFDMA) signals; processing circuitry arranged to derive one or more principal eigen beams from the received OFDMA signals, the principal eigen beams having a rank greater than or equal to one, the processing circuitry arranged to derive quantized eigen beams from the principal eigen beams; the UE characterized by the processing circuitry further arranged to select, in response to the quantized eigen beams, a subset of available antenna ports on the eNB for receiving from the eNB and transmitting to the eNB; and the transceiver circuitry arranged to communicate to the eNB, via a Channel State Information Reference Signal (CSI-RS), a bit pattern of the quantized eigen beams and at least one of a wideband channel quality indicator (CQI) or a subband CQI conditioned on the quantized eigen beams. transceiver circuitry arranged to receive, at the UE, from an Enhanced node B (eNB), a plurality of orthogonal frequency division multiple access (OFDMA) signals; processing circuitry arranged to derive one or more principal eigen beams from the received OFDMA signals, the principal eigen beams having a rank greater than or equal to one, the processing circuitry arranged to derive quantized eigen beams from the principal eigen beams; the UE characterized by the processing circuitry further arranged to select, in response to the quantized eigen beams, a subset of available antenna ports on the eNB for receiving from the eNB and transmitting to the eNB; and the transceiver circuitry arranged to communicate to the eNB, via a Channel State Information Reference Signal (CSI-RS), a bit pattern of the quantized eigen beams and at least one of a wideband channel quality indicator (CQI) or a subband CQI conditioned on the quantized eigen beams.
A resin for an active energy ray curable ink containing a rosin-modified unsaturated polyester resin (A), wherein the rosin-modified unsaturated polyester resin (A) is a reaction product of a material component containing rosins (a), α,β-unsaturated carboxylic acids (b), and polyols (c); the mole ratio of an unsaturated bond based on the α,β-unsaturated carboxylic acids (b) with respect to the total amount of the material component is 0.50 mol/kg or more and 2.00 mol/kg or less; the rosins (a) contain a stabilization-treated rosin at a ratio of 90 mass% or more with respect to the total amount of the rosins (a); the α,β-unsaturated carboxylic acids (b) contain α,β-unsaturated dicarboxylic acids; and the polyols (c) contain a trihydric or more alcohol; wherein the stabilization-treated rosin is a hydrogenated rosin and/or a disproportionated rosin. the rosin-modified unsaturated polyester resin (A) is a reaction product of a material component containing rosins (a), α,β-unsaturated carboxylic acids (b), and polyols (c); the mole ratio of an unsaturated bond based on the α,β-unsaturated carboxylic acids (b) with respect to the total amount of the material component is 0.50 mol/kg or more and 2.00 mol/kg or less; the rosins (a) contain a stabilization-treated rosin at a ratio of 90 mass% or more with respect to the total amount of the rosins (a); the α,β-unsaturated carboxylic acids (b) contain α,β-unsaturated dicarboxylic acids; and the polyols (c) contain a trihydric or more alcohol; wherein the stabilization-treated rosin is a hydrogenated rosin and/or a disproportionated rosin.
Container assembly (1; 101) for biopsy comprising: - a container provided with a lower chamber (C1) filled with a liquid (L) intended to preserve biopsic samples and an upper chamber (C2) disposed above the lower chamber (C1), - a partition disposed in the upper chamber (C2) of the container and provided with a base wall connected to the container , in such a way to isolate the lower chamber (C1) from the upper chamber (C2), said partition comprising a lateral wall that raises from said base wall in such a way to define a compartment (S) intended to receive a biopsic sample (B), - disengageable connection means that connect the base wall of the partition to the container in a disengageable way; and - a cover that is coupled with said container, the container assembly being characterized in that the cover cooperates with said lateral wall of the partition in such manner to push the partition, to force said disengageable connection means and to cause the disengagement of the base wall of the partition from the container, in such manner that the partition with the biopsic sample falls and is immersed in the liquid contained in said lower chamber of the container, an upper wall of the cover being stopped against an upper edge of the lateral wall of the partition , pushing the partition downwards when an user screws the cover onto the container. - a container provided with a lower chamber (C1) filled with a liquid (L) intended to preserve biopsic samples and an upper chamber (C2) disposed above the lower chamber (C1), - a partition disposed in the upper chamber (C2) of the container and provided with a base wall connected to the container , in such a way to isolate the lower chamber (C1) from the upper chamber (C2), said partition comprising a lateral wall that raises from said base wall in such a way to define a compartment (S) intended to receive a biopsic sample (B), - disengageable connection means that connect the base wall of the partition to the container in a disengageable way; and - a cover that is coupled with said container, the container assembly being characterized in that the cover cooperates with said lateral wall of the partition in such manner to push the partition, to force said disengageable connection means and to cause the disengagement of the base wall of the partition from the container, in such manner that the partition with the biopsic sample falls and is immersed in the liquid contained in said lower chamber of the container, an upper wall of the cover being stopped against an upper edge of the lateral wall of the partition , pushing the partition downwards when an user screws the cover onto the container.
A payload of a measurement satellite of a system for locating a terrestrial transmitter of a target signal that is received by a main satellite in an Earth orbit over an uplink of said main satellite, said measurement satellite being intended to be placed in a traveling Earth orbit intercepting a downlink of said main satellite, said payload including a direct reception module that is adapted to measure said target signal received directly from the terrestrial transmitter, characterized in that said payload further includes an indirect reception module that is adapted to measure the target signal retransmitted by the main satellite over the downlink of said main satellite, and a transfer module that is adapted to transmit, to a ground station of the locating system : - a group of signals, referred to as homologous signals, that are measured by the direct reception module and the indirect reception module and that correspond to the target signal received from the terrestrial transmitter and from the main satellite, respectively; and/or - data that are determined on the basis of said homologous signals. - a group of signals, referred to as homologous signals, that are measured by the direct reception module and the indirect reception module and that correspond to the target signal received from the terrestrial transmitter and from the main satellite, respectively; and/or - data that are determined on the basis of said homologous signals.
Pushbutton, in particular for an electronic household appliance, having: a cover plate having a user side facing a user and an inner side averted from the user, wherein the cover plate defines an operator control section ; and at least one transmitter for emitting electromagnetic radiation and at least one receiver for detecting the electromagnetic radiation emitted by the transmitter and reflected from an object on the user side side of the cover plate , wherein the cover plate is designed so that the operator control section is at least partially impermeable to the electromagnetic radiation emitted by the transmitter , wherein the cover plate is designed so that at least part of the operator control section is elastically deformable and/or movable, wherein the at least one receiver is arranged and/or designed such that it allows spatially resolved detection of the electromagnetic radiation; and the pushbutton further has a control device that is designed to use the electromagnetic radiation detected in a spatially resolved manner by the at least one receiver to detect a distance and/or a change of distance between the at least one receiver and the object and to use the detected distance or the detected change of distance to determine an operated state of the pushbutton, characterized in that the operated state is selected from an operated state in which the operator control section is deformed or displaced by a force acting from the user side and at least one further operated state, in which an object is situated close to the cover plate , close to the pushbutton or on the operator control section . a cover plate having a user side facing a user and an inner side averted from the user, wherein the cover plate defines an operator control section ; and at least one transmitter for emitting electromagnetic radiation and at least one receiver for detecting the electromagnetic radiation emitted by the transmitter and reflected from an object on the user side side of the cover plate , wherein the cover plate is designed so that the operator control section is at least partially impermeable to the electromagnetic radiation emitted by the transmitter , wherein the cover plate is designed so that at least part of the operator control section is elastically deformable and/or movable, wherein the at least one receiver is arranged and/or designed such that it allows spatially resolved detection of the electromagnetic radiation; and the pushbutton further has a control device that is designed to use the electromagnetic radiation detected in a spatially resolved manner by the at least one receiver to detect a distance and/or a change of distance between the at least one receiver and the object and to use the detected distance or the detected change of distance to determine an operated state of the pushbutton, characterized in that the operated state is selected from an operated state in which the operator control section is deformed or displaced by a force acting from the user side and at least one further operated state, in which an object is situated close to the cover plate , close to the pushbutton or on the operator control section .
Drain valve for a cooler of a compressor, with a pressure chamber which is connectable to the interior of a cooler via a connecting opening , and an outlet opening for removing a condensate, the drain valve has a pneumatic switching device and a non-return valve , which are operatively connected to the pressure chamber , wherein there is an operative connection between the switching device and the non-return valve , by means of which the non-return valve is switchable by the switching device into an open position, wherein in the idle mode of the compressor, the non-return valve is switchable by means of the switching device into an open position such that condensate can be removed from the connecting opening through the outlet opening via the non-return valve . characterised in that during the compressor mode, the operative connection between the switching device and the non-return valve is severed because of the pressure in the pressure chamber .
Airbag apparatus for a vehicle seat, comprising - at least one airbag module , wherein the at least one airbag module comprises at least one airbag and is designed for attachment to the vehicle seat, and - at least one catch strap mechanism for the airbag module , wherein the catch strap mechanism comprises at least one catch strap arrangement attached to the airbag and is designed for attachment to the vehicle seat, wherein the catch strap mechanism comprises a tightening device for the catch strap arrangement , wherein the tightening device comprises a tightening element which can be linearly accelerated, characterized in that the tightening element is coupled to the catch strap arrangement such that a tightening path of the airbag caused by the triggering of the tightening device corresponds to at least 1.5 times the path covered by the tightening element . - at least one airbag module , wherein the at least one airbag module comprises at least one airbag and is designed for attachment to the vehicle seat, and - at least one catch strap mechanism for the airbag module , wherein the catch strap mechanism comprises at least one catch strap arrangement attached to the airbag and is designed for attachment to the vehicle seat, the catch strap mechanism comprises a tightening device for the catch strap arrangement , wherein the tightening device comprises a tightening element which can be linearly accelerated, characterized in that the tightening element is coupled to the catch strap arrangement such that a tightening path of the airbag caused by the triggering of the tightening device corresponds to at least 1.5 times the path covered by the tightening element .
An inkjet textile printing method comprising a step of performing direct printing on a textile by an inkjet method with an inkjet ink including an aqueous dispersion of a dye polymer having a structure derived from a dye having a xanthene skeleton, wherein the dye polymer has a repeating unit represented by a general formula (1-2) below, where, in the general formula (1-2), L 2 and L 3 each independently represent a linking group, and D 1 represents a dye residue in which any one hydrogen atom has been removed from a dye having a xanthene skeleton, wherein D 1 in the general formula (1-2) represents a dye residue in which any one hydrogen atom has been removed from a dye represented by a general formula (M1) below, where, in the general formula (M1), R 201 to R 210 and R 212 to R 215 each independently represent a hydrogen atom or a substituent, R 211 represents a sulfonate group or an alkoxycarbonyl group, X 201 represents a monovalent anion, and n201 represents 0 or 1.
Magnetic levitation clamping jaw for being configured on the front end of a screwdriver bit of an automatic screwdriver , said magnetic levitation clamping jaw at least comprises: a first magnet , configured on the periphery of the screwdriver bit , which will have synchronous displacement when an outer shell is pressed down in a direction in which the screwdriver bit is pointing to provide a magnetic repulsion force, and be reset when the outer shell is released; a second magnet , configured between the first magnet and the screwdriver bit without contacting each other, which will be pushed closer to the screwdriver bit along with the displacement of the first magnet under the repulsion force as like poles repel, and be reset when the screwdriver bit has locked the screw; and a chuck , bonded with the second magnet to have a magnetic attraction force, and which will form a tightened or released condition along with the displacement of the second magnet , so as to magnetically clamp and release the screw. a first magnet , configured on the periphery of the screwdriver bit , which will have synchronous displacement when an outer shell is pressed down in a direction in which the screwdriver bit is pointing to provide a magnetic repulsion force, and be reset when the outer shell is released; a second magnet , configured between the first magnet and the screwdriver bit without contacting each other, which will be pushed closer to the screwdriver bit along with the displacement of the first magnet under the repulsion force as like poles repel, and be reset when the screwdriver bit has locked the screw; and a chuck , bonded with the second magnet to have a magnetic attraction force, and which will form a tightened or released condition along with the displacement of the second magnet , so as to magnetically clamp and release the screw.
An inkjet printing apparatus comprising: a print head comprising at least one ejection opening , a pressure chamber configured to communicate with the ejection opening and to be supplied with ink to be ejected from the ejection opening, and a printing element facing the pressure chamber and configured to generate energy for ejecting ink from the ejection opening , the print head being configured to print an image by ejecting ink from the ejection opening ; an ink tank configured to store ink to be supplied to the print head ; and a detection means configured to perform detection of an ink ejection state of the ejection opening , a circulation device (PI, P2) configured to circulate ink from the outside of the pressure chamber to the inside of the pressure chamber and from the inside of the pressure chamber to the outside by supplying ink such that the ink flows from a supply flow path for supplying ink to the pressure chamber of the print head to a collection flow path , the collection flow path being communicated with the pressure chamber and different from the ejection opening and the supply flow path , and a control unit configured to cause the circulation device (PI, P2) to circulate ink, and to cause the detection means to perform said detection operation in a period of circulating the ink by the circulation device. a print head comprising at least one ejection opening , a pressure chamber configured to communicate with the ejection opening and to be supplied with ink to be ejected from the ejection opening, and a printing element facing the pressure chamber and configured to generate energy for ejecting ink from the ejection opening , the print head being configured to print an image by ejecting ink from the ejection opening ; an ink tank configured to store ink to be supplied to the print head ; and a detection means configured to perform detection of an ink ejection state of the ejection opening , a circulation device (PI, P2) configured to circulate ink from the outside of the pressure chamber to the inside of the pressure chamber and from the inside of the pressure chamber to the outside by supplying ink such that the ink flows from a supply flow path for supplying ink to the pressure chamber of the print head to a collection flow path , the collection flow path being communicated with the pressure chamber and different from the ejection opening and the supply flow path , and a control unit configured to cause the circulation device (PI, P2) to circulate ink, and to cause the detection means to perform said detection operation in a period of circulating the ink by the circulation device.