mhurhangee/patent-ind-claim-en huggingface dataset:
A display device (100A-G; 200A-E; 300A-D), comprising: a substrate ; a driving circuit disposed on the substrate and comprising a semiconductor layer ; a plurality of sensing units disposed on the driving circuit; a plurality of display units driven by the driving circuit; a sensing circuit electrically connected to at least one of the plurality of sensing units ; wherein at least one of the plurality of sensing units overlaps the semiconductor layer of the driving circuit and at least a portion of the sensing circuit overlaps at least a portion of the driving circuit ; wherein the plurality of sensing units are disposed between the driving circuit and the plurality of display units ; and a wire disposed on the driving circuit , wherein the wire electrically connects the driving circuit and the plurality of display units . a substrate ; a driving circuit disposed on the substrate and comprising a semiconductor layer ; a plurality of sensing units disposed on the driving circuit; a plurality of display units driven by the driving circuit; a sensing circuit electrically connected to at least one of the plurality of sensing units ; wherein at least one of the plurality of sensing units overlaps the semiconductor layer of the driving circuit and at least a portion of the sensing circuit overlaps at least a portion of the driving circuit ; wherein the plurality of sensing units are disposed between the driving circuit and the plurality of display units ; and a wire disposed on the driving circuit , wherein the wire electrically connects the driving circuit and the plurality of display units .
A composition for introduction into a scaffolding material prior to implantation of the scaffolding material into a subject or for introduction into a recipient site for receiving a surgical matrix material in a subject, the composition comprising: a therapeutically effective amount of a fibroblast growth factor 1 (FGF-1) mutant that extends storage stability in vitro dosed in the absence of heparin; and a therapeutically effective amount of at least one member of the group consisting of embryonic stem cells, adult stem cells and progenitor cells. a therapeutically effective amount of a fibroblast growth factor 1 (FGF-1) mutant that extends storage stability in vitro dosed in the absence of heparin; and a therapeutically effective amount of at least one member of the group consisting of embryonic stem cells, adult stem cells and progenitor cells.
Drive rod for driving a movable contact element of a high-voltage switching device , wherein said drive rod comprises a first section for connecting said drive rod to a drive mechanism , a second section for connecting said drive rod to said movable contact element , and an intermediate section between said first section and said second section , wherein said intermediate section comprises coupling means , characterized in that the coupling means rotatably couple said first section to said second section , and wherein said coupling means comprise a bearing assembly having a bearing carrier , a first axial bearing arranged on said bearing carrier , and a second axial bearing arranged on said bearing carrier , wherein said first axial bearing and/or said second axial bearing is an axial ball bearing.
A mammography apparatus , comprising: a support plate for supporting a breast of a patient; a compression plate movable toward and away from the support plate for compressing the breast against the support plate ; and a controller configured to control movement of the compression plate toward and away from the support plate , and to adjust at least one of a rate of compression and/or a pressure applied to the breast based on a measurement of a diastolic pressure and/or a systolic pressure of the patient; wherein the measurement of the diastolic pressure and/or the systolic pressure of the patient is taken during at least one of a compression phase and/or a clamping phase of the mammography apparatus . a support plate for supporting a breast of a patient; a compression plate movable toward and away from the support plate for compressing the breast against the support plate ; and a controller configured to control movement of the compression plate toward and away from the support plate , and to adjust at least one of a rate of compression and/or a pressure applied to the breast based on a measurement of a diastolic pressure and/or a systolic pressure of the patient; wherein the measurement of the diastolic pressure and/or the systolic pressure of the patient is taken during at least one of a compression phase and/or a clamping phase of the mammography apparatus .
Barrier-coated cellulose-based substrate , for use as a barrier sheet in a laminated packaging material for liquid food products, comprising a cellulose-based substrate and applied on a first side of the cellulose-based substrate a barrier pre-coating , applied by means of dispersion or solution coating, and further onto the barrier pre-coating a barrier deposition coating , the barrier deposition coating being applied by means of a vapour deposition method, wherein the barrier-coated cellulose-based substrate further comprises a base layer pre-coating , which is different from the barrier pre-coating and applied by means of dispersion or solution coating onto the cellulose-based substrate and thus positioned directly adjacent and contacting the first side of the cellulose-based substrate layer, and positioned beneath the barrier pre-coating, the barrier-coated cellulose-based substrate thus being suitable for providing gas and water vapour barrier properties in a laminated packaging material and packages made thereof.
A method for wireless communication, comprising: performing, by a user equipment, UE, a transmission in a serving cell using an active bandwidth part of the serving cell representing a first contiguous subset of physical resource blocks; and switching, by the UE, to a pre-configured bandwidth part of the serving cell representing a second contiguous subset of physical resource blocks to perform subsequent transmissions upon determining that there is no configured random-access resource available for initiating a random access procedure. performing, by a user equipment, UE, a transmission in a serving cell using an active bandwidth part of the serving cell representing a first contiguous subset of physical resource blocks; and switching, by the UE, to a pre-configured bandwidth part of the serving cell representing a second contiguous subset of physical resource blocks to perform subsequent transmissions upon determining that there is no configured random-access resource available for initiating a random access procedure.
A sensing device, comprising: one or more sensors configured to measure a characteristic of an analyte included in a sample solution, the sample solution also including one or more interfering solutes, wherein the interfering solute reduces a performance characteristic of the one or more sensors; a sensor solution in fluidic communication with the one or more sensors ; a hydrophobic barrier that separates the sample solution from the one or more sensors , wherein the hydrophobic barrier is permeable to the analyte and impermeable to the interfering solute, wherein the one or more sensors is an electrochemical aptamer sensor, wherein the hydrophobic barrier is in fluidic communication with the sample solution and the sensor solution , and characterised in that the hydrophobic barrier is at least partially comprised of an oil supported by a solid scaffold. one or more sensors configured to measure a characteristic of an analyte included in a sample solution, the sample solution also including one or more interfering solutes, wherein the interfering solute reduces a performance characteristic of the one or more sensors; a sensor solution in fluidic communication with the one or more sensors ; a hydrophobic barrier that separates the sample solution from the one or more sensors , wherein the hydrophobic barrier is permeable to the analyte and impermeable to the interfering solute, wherein the one or more sensors is an electrochemical aptamer sensor, wherein the hydrophobic barrier is in fluidic communication with the sample solution and the sensor solution , and characterised in that the hydrophobic barrier is at least partially comprised of an oil supported by a solid scaffold.
A process for producing a yarn having an increased tensile strength which is based on a high-temperature resistant inorganic glass sliver on silica basis, characterized in that high-temperature resistant inorganic glass sliver on silica basis is processed to a yarn and this subsequently is subjected to a thermal treatment for at least 30 minutes at 125°C to 200°C.
An analyzing method for analyzing a blood specimen, the analyzing method comprising: mixing a blood specimen and a thrombin-containing reagent to coagulate the blood specimen, and obtaining a coagulation waveform; obtaining a value of a parameter concerning differentiation of the coagulation waveform and a coagulation time, based on the coagulation waveform; obtaining a value of an amount of antigen of fibrinogen based on the obtained value of the parameter; and obtaining information concerning an active concentration of fibrinogen based on the obtained coagulation time, wherein the parameter concerning the differentiation of the coagulation waveform is at least one selected from a maximum coagulation speed (|min 1|) and a maximum coagulation deceleration (|max 2|), wherein the value of the amount of antigen of fibrinogen is obtained by converting a value of |min 1| or |max 2| to the value of the amount of antigen of fibrinogen by using a calibration curve or regression equation. mixing a blood specimen and a thrombin-containing reagent to coagulate the blood specimen, and obtaining a coagulation waveform; obtaining a value of a parameter concerning differentiation of the coagulation waveform and a coagulation time, based on the coagulation waveform; obtaining a value of an amount of antigen of fibrinogen based on the obtained value of the parameter; and obtaining information concerning an active concentration of fibrinogen based on the obtained coagulation time, wherein the parameter concerning the differentiation of the coagulation waveform is at least one selected from a maximum coagulation speed (|min 1|) and a maximum coagulation deceleration (|max 2|), wherein the value of the amount of antigen of fibrinogen is obtained by converting a value of |min 1| or |max 2| to the value of the amount of antigen of fibrinogen by using a calibration curve or regression equation.
A battery module , comprising: a plurality of cell module assemblies; and a pair of module plates , wherein each of the cell module assemblies comprises a plurality of battery cells and an individual housing configured to receive the plurality of battery cells, wherein the individual housing comprises: an upper plate located at an upper part of the plurality of battery cells, a lower plate located at a lower part of the plurality of battery cells, and two side plates located at opposite side surfaces of the plurality of battery cells, the two side plates being configured to connect the upper plate and the lower plate to each other, excluding a front and a rear of the plurality of battery cells, from which electrode leads protrude, and wherein each of the pair of module plates has a size that covers a corresponding one of an entire front and an entire rear of the plurality of cell module assemblies, from which electrode leads protrude, the pair of module plates being located respectively at the front and the rear of the plurality of cell module assemblies so as to be fastened to the plurality of cell module assemblies, and wherein a space portion is formed between each of the side plates of the individual housing and a side plate of a neighboring individual housing . a plurality of cell module assemblies; and a pair of module plates , wherein each of the cell module assemblies comprises a plurality of battery cells and an individual housing configured to receive the plurality of battery cells, wherein the individual housing comprises: an upper plate located at an upper part of the plurality of battery cells, a lower plate located at a lower part of the plurality of battery cells, and two side plates located at opposite side surfaces of the plurality of battery cells, the two side plates being configured to connect the upper plate and the lower plate to each other, excluding a front and a rear of the plurality of battery cells, from which electrode leads protrude, and an upper plate located at an upper part of the plurality of battery cells, a lower plate located at a lower part of the plurality of battery cells, and two side plates located at opposite side surfaces of the plurality of battery cells, the two side plates being configured to connect the upper plate and the lower plate to each other, excluding a front and a rear of the plurality of battery cells, from which electrode leads protrude, and wherein each of the pair of module plates has a size that covers a corresponding one of an entire front and an entire rear of the plurality of cell module assemblies, from which electrode leads protrude, the pair of module plates being located respectively at the front and the rear of the plurality of cell module assemblies so as to be fastened to the plurality of cell module assemblies, and wherein a space portion is formed between each of the side plates of the individual housing and a side plate of a neighboring individual housing .
Apparatus, comprising: a probe having a proximal end and a distal end , the probe being configured to be inserted into an organ of a human patient and defining a probe axis; at least two conductors positioned on the probe at the distal end; at least two flexible conductive splines , each conductive spline having a first termination and a second termination , the first terminations being electrically connected together at a region on the probe axis beyond the distal end, each second termination being electrically connected to a respective one of the conductors, the splines being configured to bend into respective arcuate forms that encompass a volume ; and a processor configured to receive voltages induced on the splines via the conductors and to calculate a position and orientation of the volume in response to the received voltages. a probe having a proximal end and a distal end , the probe being configured to be inserted into an organ of a human patient and defining a probe axis; at least two conductors positioned on the probe at the distal end; at least two flexible conductive splines , each conductive spline having a first termination and a second termination , the first terminations being electrically connected together at a region on the probe axis beyond the distal end, each second termination being electrically connected to a respective one of the conductors, the splines being configured to bend into respective arcuate forms that encompass a volume ; and a processor configured to receive voltages induced on the splines via the conductors and to calculate a position and orientation of the volume in response to the received voltages.
A hot plasma disease treatment system comprising a mutually connected control system and at least one power supply system, the control system and wherein the power supply system are respectively connected to and control a medium gas modulation system, at least one cooling system, at least one hot plasma generator, at least one plasma processing apparatus, a plasma treatment cabin, a detection feedback system, and a tail gas processing system, wherein the medium gas modulation system is connected to the hot plasma generator, the cooling system is disposed on the hot plasma generator, the hot plasma generator is connected to the plasma processing apparatus, the plasma processing apparatus is connected to the plasma treatment cabin, the plasma treatment cabin is connected to the tail gas processing system, the detection feedback system is connected to the hot plasma generator and the plasma treatment cabin, and the detection feedback system sends detection data to the control system for calculation; the plasma processing apparatus comprises a receiving portion , a processing portion , an output portion , a coolant inlet , a coolant container , and a coolant outlet , wherein the receiving portion is connected to the hot plasma generator, the output portion is connected to the plasma treatment cabin, either end of the processing portion is connected to the receiving portion and the output portion , respectively, the coolant inlet is disposed on the receiving portion , the coolant container is disposed outside the processing portion , and the coolant outlet is disposed on the output portion .
A connector comprising: a housing configured to accommodate a connection terminal ; a shutter that is rotatably provided in the housing and is configured to open and close a front opening of the housing to which a fitting tip end portion of a mating connector is to be fitted; a rotation lever that is disposed on one side portion side of the front opening and is rotatably supported to the housing about a rotation axis (X) intersecting a connector fitting direction of the mating connector , the rotation lever having a lever front end portion that extends toward a front side of the housing relative to the rotation axis (X); and an interlocking rotation mechanism provided between the rotation lever and the shutter and configured to rotate the shutter in accordance with rotation of the rotation lever , wherein a pressing force of the mating connector , whose fitting tip end portion is moved to a position facing the front opening , acts on the lever front end portion so as to rotate the rotation lever , and thus the shutter is rotated by the interlocking rotation mechanism so as to open the front opening , characterized in that the interlocking rotation mechanism includes a speed increasing mechanism configured to increase a speed of the rotation of the rotation lever to rotate the shutter . a housing configured to accommodate a connection terminal ; a shutter that is rotatably provided in the housing and is configured to open and close a front opening of the housing to which a fitting tip end portion of a mating connector is to be fitted; a rotation lever that is disposed on one side portion side of the front opening and is rotatably supported to the housing about a rotation axis (X) intersecting a connector fitting direction of the mating connector , the rotation lever having a lever front end portion that extends toward a front side of the housing relative to the rotation axis (X); and an interlocking rotation mechanism provided between the rotation lever and the shutter and configured to rotate the shutter in accordance with rotation of the rotation lever , wherein a pressing force of the mating connector , whose fitting tip end portion is moved to a position facing the front opening , acts on the lever front end portion so as to rotate the rotation lever , and thus the shutter is rotated by the interlocking rotation mechanism so as to open the front opening , characterized in that the interlocking rotation mechanism includes a speed increasing mechanism configured to increase a speed of the rotation of the rotation lever to rotate the shutter .
Apparatus for producing a gathered or gatherable material, wherein the material consists of at least two material web portions and at least one thread positioned between the material web portions , wherein the two material web portions are connected to one another at at least two connecting surfaces, wherein the thread is disposed between the two connecting surfaces such that the thread is connected to the material web portions in such a way that there is a form-locking connection between the thread and the material web portions in a first and a second direction, wherein the two directions are oriented perpendicular to one another, wherein the apparatus comprises a sonotrode having a first sealing surface and a counter tool having a second sealing surface , wherein the counter tool is cylindrical with a lateral surface and a first cylinder axis, the second sealing surface is disposed on the lateral surface and is rotatable about the cylinder axis, wherein the sonotrode and the counter tool are disposed with respect to one another in a processing position such that the material web portions and the thread can be guided through a gap formed by the first and the second sealing surface in a feed direction tangential to the lateral surface of the counter tool , wherein the sonotrode comprises at least one groove (8, 8', 8") for at least partially receiving the at least one thread , which is oriented in feed direction and preferably extends over the entire first sealing surface , characterised in that the second sealing surface does not comprise a groove for partially receiving the at least one thread . wherein the two material web portions are connected to one another at at least two connecting surfaces, wherein the thread is disposed between the two connecting surfaces such that the thread is connected to the material web portions in such a way that there is a form-locking connection between the thread and the material web portions in a first and a second direction, wherein the two directions are oriented perpendicular to one another, wherein the apparatus comprises a sonotrode having a first sealing surface and a counter tool having a second sealing surface , wherein the counter tool is cylindrical with a lateral surface and a first cylinder axis, the second sealing surface is disposed on the lateral surface and is rotatable about the cylinder axis, wherein the sonotrode and the counter tool are disposed with respect to one another in a processing position such that the material web portions and the thread can be guided through a gap formed by the first and the second sealing surface in a feed direction tangential to the lateral surface of the counter tool , wherein the sonotrode comprises at least one groove (8, 8', 8") for at least partially receiving the at least one thread , which is oriented in feed direction and preferably extends over the entire first sealing surface , characterised in that the second sealing surface does not comprise a groove for partially receiving the at least one thread .