mhurhangee/patent-ind-claim-en huggingface dataset:
A method for isolating or detecting a rare cell, comprising filtering a blood specimen using a filter to isolate or detect a rare cell in the blood specimen, wherein the filter includes holes having a minor axis diameter of 5 μm to 8 μm and a major axis diameter of 40 μm or more at a hole density of 40 holes/mm 2 to 2000 holes/mm 2 characterized in that , the ratio (w/z) between the major axis diameter w (μm) and a gap z (μm) between the holes in the minor axis diameter direction being 7.0 to 130.
An electronic device comprising: a constant current circuit network (K) comprising a module comprising a predetermined load and an electronic device; a path in which at least a portion of a voltage to be applied to the predetermined load is generated when a current flows in the constant current circuit network (K); a switch unit (Q1) configured to switch between short-circuit of the path and release of the short-circuit of the path characterised by a first detecting unit (CM2) configured to detect a start of transmission of the information in the module , in a case in which information for communication is transmitted in the constant current circuit network (K), and a control unit (CT) configured to switch, in the module a state of the switch unit (Q1) to a state of the short-circuit when a potential of the path is higher than a prescribed voltage, and switch the state of the switch unit (Q1) to a state of the release of the short-circuit after the start of transmission of the information is detected by the first detecting unit (CM2) when the potential of the path is lower than a prescribed voltage. a constant current circuit network (K) comprising a module comprising a predetermined load and an electronic device; a path in which at least a portion of a voltage to be applied to the predetermined load is generated when a current flows in the constant current circuit network (K); a switch unit (Q1) configured to switch between short-circuit of the path and release of the short-circuit of the path characterised by a first detecting unit (CM2) configured to detect a start of transmission of the information in the module , in a case in which information for communication is transmitted in the constant current circuit network (K), and a control unit (CT) configured to switch, in the module a state of the switch unit (Q1) to a state of the short-circuit when a potential of the path is higher than a prescribed voltage, and switch the state of the switch unit (Q1) to a state of the release of the short-circuit after the start of transmission of the information is detected by the first detecting unit (CM2) when the potential of the path is lower than a prescribed voltage.
Use as a replacement heat transfer composition for one or more of R-22, R-404A, R-407C, R-410A and R-507 of a heat transfer composition comprising: (a) 1-60 weight % of difluoromethane (R-32); (b) 5-98 weight % of CF3I; (c) 1-80 weight % of 1,1,1,3-tetrafluoropropene (HFO-1234ze); and (d) optionally less than or equal to 5 weight % CO 2 ; as based upon the total mass of the composition. (a) 1-60 weight % of difluoromethane (R-32); (b) 5-98 weight % of CF3I; (c) 1-80 weight % of 1,1,1,3-tetrafluoropropene (HFO-1234ze); and (d) optionally less than or equal to 5 weight % CO 2 ;
A terminal comprising: a receiving section configured to receive downlink control information including a field that indicates a frequency domain resource assigned to a downlink shared channel; and a control section configured to, when the terminal is in a connected state and information regarding an initial downlink bandwidth part, BWP, for a cell is provided via a higher layer, determine a bandwidth based on a specified information included in the information regarding the initial downlink BWP, the determined bandwidth being used for determining a number of bits of the field, wherein bit selection during rate matching of the downlink shared channel is controlled based on the bandwidth. a receiving section configured to receive downlink control information including a field that indicates a frequency domain resource assigned to a downlink shared channel; and a control section configured to, when the terminal is in a connected state and information regarding an initial downlink bandwidth part, BWP, for a cell is provided via a higher layer, determine a bandwidth based on a specified information included in the information regarding the initial downlink BWP, the determined bandwidth being used for determining a number of bits of the field, wherein bit selection during rate matching of the downlink shared channel is controlled based on the bandwidth.
A device for processing a 3D polymer structure with a paramagnetic substance distributed as homogeneously as possible in the material of the 3D polymer structure , comprising: • a magnetic field generator for generating a static magnetic field B 0 in a working zone of the device , in which the 3D polymer structure can be arranged; • gradient coils for generating magnetic gradient fields in at least all three spatial directions x, y, z, by means of which the paramagnetic substance can be spatially encoded in a defined voxel (V) of the 3D polymer structure ; • a radio frequency (RF) field generator for irradiating RF radiation into the working zone ; and • a control unit which is configured to control the RF field generator in such a way that the spatially encoded paramagnetic substance in the voxel (V) can be excited by means of a field frequency of the RF radiation tuned to the paramagnetic substance in order to destroy the 3D polymer structure solely in the defined voxel (V), whereby the device comprises an MRI unit or a different imaging appliance for obtaining image data , characterized in that the control unit is configured to compare image data of the 3D polymer structure with CAD/CAM data for the 3D polymer structure and, if deviations of the partially processed/partially generated 3D polymer structure from the CAD/CAM data are detected, in particular geometric deviations, to take into account the image data and/or the deviations during the further processing/generation of the 3D polymer structure . • a magnetic field generator for generating a static magnetic field B 0 in a working zone of the device , in which the 3D polymer structure can be arranged; • gradient coils for generating magnetic gradient fields in at least all three spatial directions x, y, z, by means of which the paramagnetic substance can be spatially encoded in a defined voxel (V) of the 3D polymer structure ; • a radio frequency (RF) field generator for irradiating RF radiation into the working zone ; and • a control unit which is configured to control the RF field generator in such a way that the spatially encoded paramagnetic substance in the voxel (V) can be excited by means of a field frequency of the RF radiation tuned to the paramagnetic substance in order to destroy the 3D polymer structure solely in the defined voxel (V), whereby the device comprises an MRI unit or a different imaging appliance for obtaining image data , characterized in that the control unit is configured to compare image data of the 3D polymer structure with CAD/CAM data for the 3D polymer structure and, if deviations of the partially processed/partially generated 3D polymer structure from the CAD/CAM data are detected, in particular geometric deviations, to take into account the image data and/or the deviations during the further processing/generation of the 3D polymer structure .
A glare shield adapted to be mounted in a cockpit , the glare shield being equipped with an emergency vision apparatus and comprising: a) a compartment recessed into the glare shield ; b) a blower within the compartment ; c) an inflatable first enclosure made of airtight material and having an expanded form when deployed and a deflated form when not in use; d) first and second clear members disposed at respective first and second ends of the enclosure to enable a user to see through the first enclosure when expanded and observe a source of information at a distal end of the first enclosure while smoke or other particulate matter is in the environment; e) a switch operably associated with the blower to activate the blower and thereby inflate the first enclosure to the expanded form when the first enclosure is to be deployed; f) a tubular air passageway connecting the blower and the first enclosure ; g) the tubular passageway comprises first and second sections; h) the first section includes a first end connected to the blower and a second end terminated outside of the compartment ; and i) the second section includes a third end for connecting to the second end and a fourth end connected to the first enclosure . a) a compartment recessed into the glare shield ; b) a blower within the compartment ; c) an inflatable first enclosure made of airtight material and having an expanded form when deployed and a deflated form when not in use; d) first and second clear members disposed at respective first and second ends of the enclosure to enable a user to see through the first enclosure when expanded and observe a source of information at a distal end of the first enclosure while smoke or other particulate matter is in the environment; e) a switch operably associated with the blower to activate the blower and thereby inflate the first enclosure to the expanded form when the first enclosure is to be deployed; f) a tubular air passageway connecting the blower and the first enclosure ; g) the tubular passageway comprises first and second sections; h) the first section includes a first end connected to the blower and a second end terminated outside of the compartment ; and i) the second section includes a third end for connecting to the second end and a fourth end connected to the first enclosure .
A method for constructing a representation of a planar object comprising: obtaining a depth image of a physical scene as captured from a viewing position, the depth image comprising a plurality of depth values and corresponding to a plurality of points in the physical scene, each depth value indicating a distance from the viewing position to one of the plurality of points in the physical scene; identifying a planar surface along which the planar object is estimated to be positioned; constructing a support map, the support map indicating portions of the planar surface occupied by the planar object and possible surfaces of objects resting on top of the planar object ; constructing an occlusion map, the occlusion map indicating portions of the planar surface where the planar object is missing; constructing a representation of at least one boundary of the planar object , using the occlusion map and the support map; constructing an occlusion gradient map based on the occlusion map and the at least one boundary of the planar object ; constructing a support gradient map based on the support map and the at least one boundary of the planar object ; and classifying a segment associated with a boundary of the planar object based on the occlusion gradient map and the support gradient map. obtaining a depth image of a physical scene as captured from a viewing position, the depth image comprising a plurality of depth values and corresponding to a plurality of points in the physical scene, each depth value indicating a distance from the viewing position to one of the plurality of points in the physical scene; identifying a planar surface along which the planar object is estimated to be positioned; constructing a support map, the support map indicating portions of the planar surface occupied by the planar object and possible surfaces of objects resting on top of the planar object ; constructing an occlusion map, the occlusion map indicating portions of the planar surface where the planar object is missing; constructing a representation of at least one boundary of the planar object , using the occlusion map and the support map; constructing an occlusion gradient map based on the occlusion map and the at least one boundary of the planar object ; constructing a support gradient map based on the support map and the at least one boundary of the planar object ; and classifying a segment associated with a boundary of the planar object based on the occlusion gradient map and the support gradient map.
A method of marking film-type dosage forms including at least the following steps: - placing a film-type dosage form between two layers of sealable packaging material; - sectionally heat sealing the two layers of the sealable packaging material to form an edge-sealed bag containing the film-type dosage form; - blind embossing the film-type dosage form contained in the edge-sealed bag with the avoidance of heat through at least one of the two packaging material layers of the edge-sealed bag. - placing a film-type dosage form between two layers of sealable packaging material; - sectionally heat sealing the two layers of the sealable packaging material to form an edge-sealed bag containing the film-type dosage form; - blind embossing the film-type dosage form contained in the edge-sealed bag with the avoidance of heat through at least one of the two packaging material layers of the edge-sealed bag.
Use of a mixture of single charge and multicharge ions of N to decrease the reflectance of a glass substrate and at the same time keep the color in reflectance neutral, the mixture of single charge and multicharge ions being implanted in the glass substrate with an ion dosage and an acceleration voltage effective to reduce the reflectance of the glass substrate and at the same time keep the color in reflectance neutral, wherein the mixture of single charge and multicharge ions is implanted with an acceleration voltage A comprised between 20 kV and 25 kV and with a dosage D comprised between 6 x 10 16 ions/cm 2 and -5.00 x 10 15 x A/kV + 2.00 x 10 17 ions/cm and wherein the reflectance of the glass substrate is reduced to at most 6.5% and the color in reflectance is neutral such that -1 ≤ a* ≤ 1 and -1 ≤ b* ≤ 1.
A self-adhesive patch comprising a display surface on the obverse side and an adhesive backing on the reverse side wherein the adhesive backing is adapted to bond to furniture upholstery and the like, wherein the patch comprises a peripheral region at the outer edge of the patch and a main body region inboard of the peripheral region , wherein the peripheral region is thinner than the main body region , characterized in that the patch comprises natural leather, bonded leather or synthetic leather.
Timepiece balance wheel with adjustable inertia , comprising a staff carrying, on the one hand, a rim via at least one arm , and on the other hand, an inner flange fixed to said staff and directly or indirectly carrying an outer ring with, between said inner flange and said outer ring , a plurality of first elastic guide connections , which are inertia balanced with respect to the axis (B) of said staff and in a plane perpendicular to said axis (B), said outer ring being distinct from said rim and arranged to pivot with respect to said inner flange under the action of an external torque exerted against a resistant torque exerted by said first elastic guide connections , said balance comprising a plurality of inertia blocks each carried by said outer ring by means of at least one external flexible strip , characterized in that each said external flexible strip can be indexed in a stable angular position defined by the cooperation between a first indexing toothing carried by said inner flange and a second indexing toothing which is carried by said inertia block , and in that any rotation of said outer ring with respect to said inner flange modifies the angular position of said inertia blocks , said outer ring comprising guide shoulders sliding on supports comprised in said inner flange .
A nitride semiconductor light-emitting device , comprising: an n-type semiconductor layer , a light-emitting layer , a p-type semiconductor layer , a transparent electrode on the p-type semiconductor layer , a metal film layer , and a plated metal plate , which are stacked, wherein the metal film layer and the plated metal plate are formed partially on the p-type semiconductor layer , characterized in that the ratio of an area of the metal film layer and the plated metal plate formed on the p-type semiconductor layer with respect to an area of a top surface of the p-type semiconductor is in a range of 10 to 90%, the plated metal plate has a thickness in a range of 10 μm to 200 μm, a plating adhesion layer is formed between the metal film layer and the plated metal plate , and the plating adhesion layer is composed of a NiP alloy or a Cu alloy. an n-type semiconductor layer , a light-emitting layer , a p-type semiconductor layer , a transparent electrode on the p-type semiconductor layer , a metal film layer , and a plated metal plate , which are stacked, wherein the metal film layer and the plated metal plate are formed partially on the p-type semiconductor layer , characterized in that the ratio of an area of the metal film layer and the plated metal plate formed on the p-type semiconductor layer with respect to an area of a top surface of the p-type semiconductor is in a range of 10 to 90%, the plated metal plate has a thickness in a range of 10 μm to 200 μm, a plating adhesion layer is formed between the metal film layer and the plated metal plate , and the plating adhesion layer is composed of a NiP alloy or a Cu alloy.
A process for the preparation of plexifilamentary film-fibril strands of polymer which comprises the steps of: (i) generating a spin fluid comprising (a) 5 to 30 wt. % of total spin fluid being a polymer of one or more polymer types, (b) a primary spin agent selected from the group consisting of dichloromethane, cis-1,2-dichloroethylene and trans-1,2-dichloroethylene, and (c) a co-spin agent selected from the group consisting of 1H,6H-perfluorohexane, 1H-perfluoroheptane, and 1H-perfluorohexane, and (ii) flash-spinning the spin fluid at a pressure that is greater than the autogenous pressure of the spin fluid into a region of lower pressure to form plexifilamentary film-fibril strands of the polymer wherein; the co-spin agent being present in the spin fluid in an amount sufficient to form an azeotrope or azeotrope-like composition with the primary spin agent in the presence of the polymer, wherein the azeotropic or azeotrope-like compositions are determined at 40°C, and wherein the azeotrope-like composition is the composition of fluids wherein the boiling point pressure is different by less than 5% from the dew point pressure. (i) generating a spin fluid comprising (a) 5 to 30 wt. % of total spin fluid being a polymer of one or more polymer types, (b) a primary spin agent selected from the group consisting of dichloromethane, cis-1,2-dichloroethylene and trans-1,2-dichloroethylene, and (c) a co-spin agent selected from the group consisting of 1H,6H-perfluorohexane, 1H-perfluoroheptane, and 1H-perfluorohexane, and (ii) flash-spinning the spin fluid at a pressure that is greater than the autogenous pressure of the spin fluid into a region of lower pressure to form plexifilamentary film-fibril strands of the polymer wherein; the co-spin agent being present in the spin fluid in an amount sufficient to form an azeotrope or azeotrope-like composition with the primary spin agent in the presence of the polymer, wherein the azeotropic or azeotrope-like compositions are determined at 40°C, and wherein the azeotrope-like composition is the composition of fluids wherein the boiling point pressure is different by less than 5% from the dew point pressure.
A detector for detecting with precision charging current of a battery cell charging and discharging device, the detector comprising an instrument unit and a power supply unit , wherein the instrument unit comprises: a housing formed in a box shape open at a top thereof; and a plurality of voltage measurement parts comprising: a pair of connection terminals mounted at opposite sides of the housing inside the housing to detect with precision the charging current of the charging and discharging device, the connection terminals being electrically connected to the power supply unit , and shunt resistance parts having uniform resistance, and the power supply unit comprises the charging and discharging device to supply current to the voltage measurement parts and thereby to charge and discharge the battery cell and a multi-meter to measure current and voltage of the shunt resistance parts ; characterized in that the shunt resistance parts are directly mounted to the respective connection terminals without additional connection members. the instrument unit comprises: a housing formed in a box shape open at a top thereof; and a plurality of voltage measurement parts comprising: a pair of connection terminals mounted at opposite sides of the housing inside the housing to detect with precision the charging current of the charging and discharging device, the connection terminals being electrically connected to the power supply unit , and shunt resistance parts having uniform resistance, and a housing formed in a box shape open at a top thereof; and a plurality of voltage measurement parts comprising: a pair of connection terminals mounted at opposite sides of the housing inside the housing to detect with precision the charging current of the charging and discharging device, the connection terminals being electrically connected to the power supply unit , and shunt resistance parts having uniform resistance, and the power supply unit comprises the charging and discharging device to supply current to the voltage measurement parts and thereby to charge and discharge the battery cell and a multi-meter to measure current and voltage of the shunt resistance parts ; characterized in that the shunt resistance parts are directly mounted to the respective connection terminals without additional connection members.
A multi-modulation transmitter configured to transmit a multicarrier signal to multiple different receivers; wherein at least one of the receivers is a receiver using a modulation scheme other than Orthogonal Frequency-Division Multiplexing, OFDM, the multi-modulation transmitter comprising: - a data mapping unit configured to map data targeting the different receivers to mutually orthogonal subcarrier signals, in accordance with the respective modulation schemes of the different receivers, wherein signals targeting the receiver using a modulation scheme other than OFDM are mapped to non-OFDM symbols using a repetition code matching a symbol duration of the multicarrier signal, - an Inverse Fast Fourier Transform, IFFT, unit configured to transform the mutually orthogonal subcarrier signals to a multicarrier signal in the time domain, - a cyclic prefix unit configured to determine a Cyclic Prefix, CP, length of the multicarrier signal based on a symbol rate of the receiver using a modulation scheme other than OFDM; and to insert the determined Cyclic Prefix in the multicarrier signal; - a radio unit configured to transmit the multicarrier signal to the multiple different receivers. - a data mapping unit configured to map data targeting the different receivers to mutually orthogonal subcarrier signals, in accordance with the respective modulation schemes of the different receivers, wherein signals targeting the receiver using a modulation scheme other than OFDM are mapped to non-OFDM symbols using a repetition code matching a symbol duration of the multicarrier signal, - an Inverse Fast Fourier Transform, IFFT, unit configured to transform the mutually orthogonal subcarrier signals to a multicarrier signal in the time domain, - a cyclic prefix unit configured to determine a Cyclic Prefix, CP, length of the multicarrier signal based on a symbol rate of the receiver using a modulation scheme other than OFDM; and to insert the determined Cyclic Prefix in the multicarrier signal; - a radio unit configured to transmit the multicarrier signal to the multiple different receivers.