mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter comprising: an elongate body comprising: a proximal portion including a proximal end ; and a distal tip portion , wherein the distal tip portion comprises: an inner liner ; a marker band circumferentially surrounding the inner liner and extending from a marker band proximal end to a marker band distal end ; an outer jacket circumferentially surrounding a first portion of the inner liner and ending proximal of the marker band proximal end ; and a tip outer jacket circumferentially surrounding a second portion of the inner liner and the marker band , wherein the tip outer jacket extends distally past the marker band distal end to a distal tip of the elongate body , and wherein a proximal end of the tip outer jacket is laterally adjacent to a distal end of the outer jacket ; and further comprising an elongate push member mechanically coupled to a proximal end of the elongate body , and wherein the elongate body defines at least one lumen extending from adjacent to or at the proximal end to adjacent to or at the distal tip . a proximal portion including a proximal end ; and a distal tip portion , wherein the distal tip portion comprises: an inner liner ; a marker band circumferentially surrounding the inner liner and extending from a marker band proximal end to a marker band distal end ; an outer jacket circumferentially surrounding a first portion of the inner liner and ending proximal of the marker band proximal end ; and a tip outer jacket circumferentially surrounding a second portion of the inner liner and the marker band , wherein the tip outer jacket extends distally past the marker band distal end to a distal tip of the elongate body , and wherein a proximal end of the tip outer jacket is laterally adjacent to a distal end of the outer jacket ; and an inner liner ; a marker band circumferentially surrounding the inner liner and extending from a marker band proximal end to a marker band distal end ; an outer jacket circumferentially surrounding a first portion of the inner liner and ending proximal of the marker band proximal end ; and a tip outer jacket circumferentially surrounding a second portion of the inner liner and the marker band , wherein the tip outer jacket extends distally past the marker band distal end to a distal tip of the elongate body , and wherein a proximal end of the tip outer jacket is laterally adjacent to a distal end of the outer jacket ; and
A wrist-worn wearable device comprising: a user input device ; a display system comprising: a first display ; and a second display disposed on a top surface of the wrist-worn device, wherein the top surface faces away from a wrist of the user when worn; and memory storing computer readable instructions that, when executed by the wearable device, cause the wearable device to: detect physical activity performed by a user; determine whether the user has increased an amount of progress made toward a physical activity goal by a first threshold amount based on the detected physical activity; characterized in that the first display is disposed on a side edge of the wrist-worn device; and in response to determining that the user has increased the amount of progress made toward the physical activity goal by the first threshold amount, display a current progress indicator on the first display when the second display is inactive; and change display orientations automatically based on an orientation of the wrist-worn device, wherein a change in orientation of the wrist-worn device is detected based on one or more sensors or a user input. a user input device ; a display system comprising: a first display ; and a second display disposed on a top surface of the wrist-worn device, wherein the top surface faces away from a wrist of the user when worn; and a first display ; and a second display disposed on a top surface of the wrist-worn device, wherein the top surface faces away from a wrist of the user when worn; and memory storing computer readable instructions that, when executed by the wearable device, cause the wearable device to: detect physical activity performed by a user; determine whether the user has increased an amount of progress made toward a physical activity goal by a first threshold amount based on the detected physical activity; characterized in that the first display is disposed on a side edge of the wrist-worn device; and in response to determining that the user has increased the amount of progress made toward the physical activity goal by the first threshold amount, display a current progress indicator on the first display when the second display is inactive; and change display orientations automatically based on an orientation of the wrist-worn device, wherein a change in orientation of the wrist-worn device is detected based on one or more sensors or a user input. detect physical activity performed by a user; determine whether the user has increased an amount of progress made toward a physical activity goal by a first threshold amount based on the detected physical activity; characterized in that the first display is disposed on a side edge of the wrist-worn device; and in response to determining that the user has increased the amount of progress made toward the physical activity goal by the first threshold amount, display a current progress indicator on the first display when the second display is inactive; and change display orientations automatically based on an orientation of the wrist-worn device, wherein a change in orientation of the wrist-worn device is detected based on one or more sensors or a user input.
A prosthesis , comprising: a tubular graft main body including a sidewall extending between an inflow end and an outflow end , and a main lumen extending between the outflow and inflow ends about a graft longitudinal axis, the graft main body including an inflow end segment , an outflow end segment , and an intermediate tapered segment interconnecting the inflow end and the outflow end segments, wherein the inflow end segment has a larger cross-sectional area than the outflow end segment ; a trough extending radially inward from the sidewall along the intermediate tapered segment ; and a tubular graft branch having a branch lumen extending therein, characterised by the graft branch extending from the trough within the main lumen in a helical pattern in a direction away from the inflow end of the main body , wherein the trough , the branch lumen , and the main lumen are in fluid communication.
A method for manufacturing a light emitting device, comprising: a disposition step of disposing an LED element on an anisotropic conductive adhesive, which contains a polymerization component and a curing agent and which is disposed on a wiring board disposed on a stage; a primary heating step of increasing a temperature of the anisotropic conductive adhesive to cause a polymerization reaction of part of the polymerization component with the curing agent, while a pressing unit, a temperature thereof being kept at 20 °C or higher and 40 °C or lower, presses the LED element for a certain pressing time, to temporarily connect the LED element to the wiring board; and a secondary heating step of increasing temperatures of the wiring board, the anisotropic conductive adhesive, and the LED element, which are temporarily connected, to make final connection by the polymerization reaction of the polymerization component and curing of the anisotropic conductive adhesive, wherein the LED element has a fluorescent layer, the polymerization component contains an epoxy-modified silicone resin, a metal chelate compound is used as the curing agent, where the metal chelate compound is a latent curing agent in a state of being impregnated into porous particles, and in the primary heating step, the wiring board is pressed at a temperature of 160°C or higher and 210°C or lower for the certain pressing time. a disposition step of disposing an LED element on an anisotropic conductive adhesive, which contains a polymerization component and a curing agent and which is disposed on a wiring board disposed on a stage; a primary heating step of increasing a temperature of the anisotropic conductive adhesive to cause a polymerization reaction of part of the polymerization component with the curing agent, while a pressing unit, a temperature thereof being kept at 20 °C or higher and 40 °C or lower, presses the LED element for a certain pressing time, to temporarily connect the LED element to the wiring board; and a secondary heating step of increasing temperatures of the wiring board, the anisotropic conductive adhesive, and the LED element, which are temporarily connected, to make final connection by the polymerization reaction of the polymerization component and curing of the anisotropic conductive adhesive, wherein the LED element has a fluorescent layer, the polymerization component contains an epoxy-modified silicone resin, a metal chelate compound is used as the curing agent, where the metal chelate compound is a latent curing agent in a state of being impregnated into porous particles, and in the primary heating step, the wiring board is pressed at a temperature of 160°C or higher and 210°C or lower for the certain pressing time.
Cooling arrangement for an electric power unit in a vehicle , wherein electric power unit comprises an electric machine , an electric energy storage for storing of electrical energy and power electronics for controlling the flow of electrical energy between the electrical energy store and the electric machine , and wherein the cooling arrangement comprises a first cooling system with a circulating first coolant cooling the power electronics , a second cooling system with a circulating second coolant cooling electric energy storage and a refrigeration system configured to cool the second coolant in the second cooling system in a chiller wherein said refrigeration system comprises a condenser , characterized in that the cooling arrangement comprises a first radiator fan configured to provide a first air flow both through at least a part of a radiator (8, 8 1 ) of the first cooling system and through a radiator of the second cooling system but not through said condenser , and a second radiator fan configured to provide a second air flow both through at least a part of the radiator (8, 8 2 ) of the first cooling system and through said condenser , but not through said radiator of the second cooling system.
Axle support for a multi-link suspension of the wheels of a motor vehicle, wherein the axle support comprises two longitudinal members , which are connected to one another by means of at least one transverse member , characterized in that , on each longitudinal member, there is arranged in each case one receiving provision for in each case one drive motor for each of the wheels, wherein the longitudinal member is formed as an integrally cast component with at least a part of the receiving provision for the drive motor, wherein the part of the receiving provision is formed as a casing for the drive motor, which casing is formed at least partially by the longitudinal member, wherein, proceeding from the connecting point of casing and longitudinal member, the major part of the casing, which is cast integrally with the longitudinal member, for the drive motor is arranged so as to be directed inward, that is to say so as to point away from the correspondingly driven wheel toward the oppositely situated longitudinal member.
A primer probe sets for offal tissue detection in meat and meat products comprises the Bos taurus IGLL1 and CSN2 mRNAs specific nucleotide oligo-primers as: IGLL1- Forward TTCGATTTCCAGTCGCTGCT IGLLI-Probe CTTGCTGTTGCTCTGTTTGGAGGC IGLL1-Reverse TGCAGCTGGTGACTACAGTG CSN2-Forward GGGATGTTTTGTGGGAGGCT CSN2-Probe TCCTCTGTTTGCTGCTGTTCCTCA CSN2-Reverse AGCCTTTCAAGCAGTGAGAAAA IGLL1- Forward TTCGATTTCCAGTCGCTGCT IGLLI-Probe CTTGCTGTTGCTCTGTTTGGAGGC IGLL1-Reverse TGCAGCTGGTGACTACAGTG CSN2-Forward GGGATGTTTTGTGGGAGGCT CSN2-Probe TCCTCTGTTTGCTGCTGTTCCTCA CSN2-Reverse AGCCTTTCAAGCAGTGAGAAAA
A toner, comprising: a crystalline resin; and a non-crystalline resin, wherein in a reflected electron image, captured by a scanning electron microscope, of a cross-section of the toner stained by ruthenium tetroxide, a ratio of regions stained by the ruthenium tetroxide is from 50 area% to 80 area%, as measured according to the description, wherein in a reflected electron image, captured by a scanning electron microscope, of a surface of the toner stained by ruthenium tetroxide, a ratio of regions stained by the ruthenium tetroxide is from 10 area% to 40 area% as measured according to the description, and wherein a ratio of a detected intensity of secondary ions derived from the crystalline resin to a detected intensity of secondary ions derived from the non-crystalline resin is 0.10 or less, where the intensities are measured by time of flight secondary ion mass spectroscopy, as measured according to the description. a crystalline resin; and a non-crystalline resin, wherein in a reflected electron image, captured by a scanning electron microscope, of a cross-section of the toner stained by ruthenium tetroxide, a ratio of regions stained by the ruthenium tetroxide is from 50 area% to 80 area%, as measured according to the description, wherein in a reflected electron image, captured by a scanning electron microscope, of a surface of the toner stained by ruthenium tetroxide, a ratio of regions stained by the ruthenium tetroxide is from 10 area% to 40 area% as measured according to the description, and wherein a ratio of a detected intensity of secondary ions derived from the crystalline resin to a detected intensity of secondary ions derived from the non-crystalline resin is 0.10 or less, where the intensities are measured by time of flight secondary ion mass spectroscopy, as measured according to the description.
A steel sheet heating method that heats a steel sheet to be pressed before hot press molding, the steel sheet heating method comprising: bringing the steel sheet into a heating furnace including a heater on an inside surface of the heating furnace in a state where the steel sheet is fixedly supported in a vertical direction at two places of both ends of the steel sheet by a support member , while an unnecessary portion of the steel sheet that becomes unnecessary after molding is fixedly supported by the support member; and performing heating at a prescribed temperature in the heating furnace, then taking the steel sheet out of the heating furnace, and after that removing the unnecessary portion, wherein tension is applied to the steel sheet fixedly supported. bringing the steel sheet into a heating furnace including a heater on an inside surface of the heating furnace in a state where the steel sheet is fixedly supported in a vertical direction at two places of both ends of the steel sheet by a support member , while an unnecessary portion of the steel sheet that becomes unnecessary after molding is fixedly supported by the support member; and performing heating at a prescribed temperature in the heating furnace, then taking the steel sheet out of the heating furnace, and after that removing the unnecessary portion, wherein tension is applied to the steel sheet fixedly supported.
Compression sleeve for application circumferentially around a human limb to exert therapeutic pressure on the limb, the compression sleeve comprising a compression section comprising a fabric , characterized by the fabric comprising viscoelastic strands for providing the fabric with viscoelastic properties, wherein the glass transition temperature of the viscoelastic strands is between 15°C and 55°C, as determined by the position of the peak maximum of a graph of tan δ over temperature, where δ is the phase lag between elongation curve and force curve in a dynamic mechanical analysis run at an elongation frequency of 1Hz, an amplitude of 75μm and at a heat rate of 3°C/minute, as described herein.
A signal conversion device, including a gamma conversion unit , a brightness detection unit and a brightness processing unit , wherein the gamma conversion unit is used for performing a gamma conversion process on RGB input signals and generating RGB brightness input values; the brightness detection unit is used for generating a W brightness input value based on RGB proportional coefficients and the RGB brightness input values; and the brightness processing unit is used for generating RGBW output signals based on the RGB proportional coefficients, the RGB brightness input values and the W brightness input value, wherein the brightness processing unit includes a brightness calculation unit and a reverse gamma conversion unit , wherein the brightness calculation unit generates RGBW brightness output values based on the RGB proportional coefficients, the RGB brightness input values and the W brightness input value, and outputs the RGBW brightness output values to the reverse gamma conversion unit ; and the reverse gamma conversion unit generates the RGBW output signals based on the RGBW brightness output values, characterized in that the brightness processing unit further includes a brightness scaling unit for performing a scaling process on the maximum RGBW brightness values based on brightness scaling coefficients, generating the scaled maximum RGBW brightness values, and outputting the scaled maximum RGBW brightness values to the gamma conversion unit and the reverse gamma conversion unit , wherein the gamma conversion unit performs the gamma conversion process on the RGB input signals based on the scaled maximum RGBW brightness values, generates the RGB brightness input values, and outputs the RGB brightness input values to the brightness detection unit and the brightness calculation unit ; and the reverse gamma conversion unit generates the RGBW output signals based on the scaled maximum RGBW brightness values and the RGBW brightness output values.
A housing sheath attachable to and detachable from an endoscope head body in which at least one working channel is formed, wherein the endoscope head body is provided on a distal side of an insertion portion of an endoscope, the housing sheath comprising: a sheath that is a hollow cylinder open at an attachment opening , wherein the attachment opening is provided and extends along a longitudinal direction of the entire hollow cylinder, and is provided with a tool opening cut out in a U-shape at a location facing the attachment opening wherein the open end of the U-shaped tool opening opens on a distal end side of the sheath ; and an Albarran lever that is rotatably supported inside the sheath , wherein when the housing sheath is attached to the endoscope head body the Albarran lever is provided at a distal end portion of the working channel, characterized in that the Albarran lever includes an insertion bore that detachably engages with a pivot lever rotatably provided on the endoscope head body so as to permit rotation of the Albarran lever when said pivot lever is rotated. a sheath that is a hollow cylinder open at an attachment opening , wherein the attachment opening is provided and extends along a longitudinal direction of the entire hollow cylinder, and is provided with a tool opening cut out in a U-shape at a location facing the attachment opening wherein the open end of the U-shaped tool opening opens on a distal end side of the sheath ; and an Albarran lever that is rotatably supported inside the sheath , wherein when the housing sheath is attached to the endoscope head body the Albarran lever is provided at a distal end portion of the working channel, characterized in that the Albarran lever includes an insertion bore that detachably engages with a pivot lever rotatably provided on the endoscope head body so as to permit rotation of the Albarran lever when said pivot lever is rotated.
A full length bispecific antibody comprising a first antigen-binding site that binds domain I of ErbB-2 and a second antigen-binding site that binds domain III of ErbB-3, wherein the antibody can reduce a ligand-induced receptor function of ErbB-3 on a ErbB-2 and ErbB-3 positive cell.
A valve plug , wherein the valve plug comprises a valve plug body , one end surface of the valve plug body being configured as a sealing surface , and the other end surface of the valve plug body facing away from the sealing surface being provided with a step ; and an outer diameter of the valve plug body gradually increasing from the one end surface to the other end surface of the valve plug body, wherein both ends of the valve plug body are respectively provided with a positioning boss extending outward along a central axis of the valve plug body , the sealing surface is provided with a first positioning boss and the other end surface of the valve plug body facing away the sealing surface is provided with a second positioning boss , and the other end surface of the valve plug body facing away from the sealing surface is provided with a recess , characterized in that the second positioning boss is provided with a groove communicating with the recess . wherein both ends of the valve plug body are respectively provided with a positioning boss extending outward along a central axis of the valve plug body , the sealing surface is provided with a first positioning boss and the other end surface of the valve plug body facing away the sealing surface is provided with a second positioning boss , and the other end surface of the valve plug body facing away from the sealing surface is provided with a recess , characterized in that the second positioning boss is provided with a groove communicating with the recess .
A vaccine comprising: (a) a nucleic acid molecule encoding SEQ ID NO:10; (b) a nucleic acid molecule encoding SEQ ID NO:12; and (c) a nucleic acid molecule encoding SEQ ID NO:4. (a) a nucleic acid molecule encoding SEQ ID NO:10; (b) a nucleic acid molecule encoding SEQ ID NO:12; and (c) a nucleic acid molecule encoding SEQ ID NO:4.