mhurhangee/ep-ind-claims huggingface dataset:
An applicator for delivering an airflow to treat a subject which is human and/or animal having a lice infestation to substantially eliminate both lice and lice eggs from the subject, the applicator comprising: an applicator base configured to be coupled with a blower; an applicator tip connected with the applicator base; and a plurality of elongated fingers on the applicator tip, comprising ports for delivering an airflow and opening on the same side of the fingers such that the applicator tip delivers a portion of the airflow laterally of the applicator on only a delivery side of the applicator, characterized in that the ports (132,420,820) are further arranged and configured to direct a second portion of the airflow downward towards the subject's skin, when during use, the fingers are positioned in contact with the skin of the subject. an applicator base configured to be coupled with a blower; an applicator tip connected with the applicator base; and a plurality of elongated fingers on the applicator tip, comprising ports for delivering an airflow and opening on the same side of the fingers such that the applicator tip delivers a portion of the airflow laterally of the applicator on only a delivery side of the applicator, characterized in that the ports (132,420,820) are further arranged and configured to direct a second portion of the airflow downward towards the subject's skin, when during use, the fingers are positioned in contact with the skin of the subject.
A mouse whose genome comprises a knockout of an endogenous Pint long non-coding RNA (lncRNA) locus, wherein the knockout (i) results in the mouse exhibiting a premature aging-associated phenotype comprising (a) a slower growth rate than that of a wild type control; (b) a decline in muscle strength; (c) fibrosis; (d) a lower body fat content than that of the wild type control; (e) a lower femur bone mineral density and bone mass than that of the wild type control; (f) a decreased muscle mass as compared with that of the wild type control; (g) a decrease in median longevity; (h) lordokyphosis; or (i) a combination of any of (a)-(h); and (ii) comprises a deletion of most of the sequence coding for Pint lncRNA that starts in a second exon of the endogenous Pint lncRNA locus and results in a loss-of-function mutation of Pint. (i) results in the mouse exhibiting a premature aging-associated phenotype comprising (a) a slower growth rate than that of a wild type control; (b) a decline in muscle strength; (c) fibrosis; (d) a lower body fat content than that of the wild type control; (e) a lower femur bone mineral density and bone mass than that of the wild type control; (f) a decreased muscle mass as compared with that of the wild type control; (g) a decrease in median longevity; (h) lordokyphosis; or (i) a combination of any of (a)-(h); and (a) a slower growth rate than that of a wild type control; (b) a decline in muscle strength; (c) fibrosis; (d) a lower body fat content than that of the wild type control; (e) a lower femur bone mineral density and bone mass than that of the wild type control; (f) a decreased muscle mass as compared with that of the wild type control; (g) a decrease in median longevity; (h) lordokyphosis; or (i) a combination of any of (a)-(h); and (ii) comprises a deletion of most of the sequence coding for Pint lncRNA that starts in a second exon of the endogenous Pint lncRNA locus and results in a loss-of-function mutation of Pint.
Driver assistance system for assisting a driver in collision-relevant situations of a vehicle, the driver assistance system comprising: - at least one sensor for measuring the distance; - an evaluation unit; - means for holding data relating to the surface geometry of the vehicle; the evaluation unit being set up - to create a three-dimensional image of the vehicle environment on the basis of signals from the sensor; and - to determine distances between points in the vehicle environment and the vehicle surface on the basis of signals from the sensor and data relating to the surface geometry of the vehicle, and - to create a data record for optically representing a vehicle-situation-specific section of the three-dimensional image of a current vehicle situation, characterized in that the evaluation unit is set up to predict a trajectory of the vehicle from the data determined using an odometry sensor of the vehicle, and the evaluation unit is set up to integrate the data representing the predicted trajectory into the data record for optically representing the vehicle environment, the driver assistance system comprising transmitting means and receiving means, preferably for wireless transmission and reception, and being set up - to transmit the data for optically representing the vehicle situation to an external device in response to a user input, and/or - to receive user inputs, in particular for selecting the perspective of that section of the three-dimensional image of the vehicle situation which is to be displayed, from an external device. - at least one sensor for measuring the distance; - an evaluation unit; - means for holding data relating to the surface geometry of the vehicle; - to create a three-dimensional image of the vehicle environment on the basis of signals from the sensor; and - to determine distances between points in the vehicle environment and the vehicle surface on the basis of signals from the sensor and data relating to the surface geometry of the vehicle, and - to create a data record for optically representing a vehicle-situation-specific section of the three-dimensional image of a current vehicle situation, - to transmit the data for optically representing the vehicle situation to an external device in response to a user input, and/or - to receive user inputs, in particular for selecting the perspective of that section of the three-dimensional image of the vehicle situation which is to be displayed, from an external device.
Frictionless service carriage system for lateral hose guidance, comprising: - a shaft comprising a first and a second spiral-shaped guide in its surface, each spiral-shaped guide (2, 3) configured to define a linear movement along the longitudinal axis of the shaft of a carriage in opposite directions and both spiral-shaped guides (2, 3) crossing each other (2, 3) along the longitudinal axis of the shaft, - the carriage comprising a movable element configured to be located into a guide comprising said spiral-shaped guides (2, 3) and movable along it (2, 3),the movable element comprising a set of rolling elements configured to roll one behind the other along the first or second spiral-shaped guide (2, 3) of the shaft and configured such that in a crossing with the other of the first or second spiral-shaped guide (2, 3), the set of rolling elements has at least two contact points with the spiral-shaped guide (2, 3) for which it rolls, - the carriage comprising a support for supporting the set of rolling elements configured such that it allows all the rolling elements to be in contact with the spiral-shaped guides (2, 3) when rolling, characterized in that the carriage comprises a rod located perpendicular to the support, the rod and the support being configured such that the support is rotatable around the longitudinal axis of the rod. - a shaft comprising a first and a second spiral-shaped guide in its surface, each spiral-shaped guide (2, 3) configured to define a linear movement along the longitudinal axis of the shaft of a carriage in opposite directions and both spiral-shaped guides (2, 3) crossing each other (2, 3) along the longitudinal axis of the shaft, - the carriage comprising a movable element configured to be located into a guide comprising said spiral-shaped guides (2, 3) and movable along it (2, 3),the movable element comprising a set of rolling elements configured to roll one behind the other along the first or second spiral-shaped guide (2, 3) of the shaft and configured such that in a crossing with the other of the first or second spiral-shaped guide (2, 3), the set of rolling elements has at least two contact points with the spiral-shaped guide (2, 3) for which it rolls, - the carriage comprising a support for supporting the set of rolling elements configured such that it allows all the rolling elements to be in contact with the spiral-shaped guides (2, 3) when rolling,
A light emitting diode, comprising: a substrate; a plurality of pillar structures formed on the substrate, wherein each of the pillar structures comprises a first type semiconductor layer, an active layer, and a second type semiconductor layer, wherein the first type semiconductor layers are formed on the substrate, and the pillar structures are electrically connected with each other through the first type semiconductor layers; and a filler structure formed between the pillar structures, wherein the filler structure comprises an electrical isolation layer; characterized by a transparent conductive layer (111, 112), wherein the transparent conductive layer (111, 112) has a subwavelength surface structure, the filler structure and the second type semiconductor layers of the pillar structures are covered with the transparent conductive layer, and wherein the transparent conductive layer (111, 112) is contacted with the electrical isolation layer of the filler structure; a first electrode in contact with the transparent conductive layer (111, 112); and a second electrode in contact with the first type semiconductor layer. a substrate; a plurality of pillar structures formed on the substrate, wherein each of the pillar structures comprises a first type semiconductor layer, an active layer, and a second type semiconductor layer, wherein the first type semiconductor layers are formed on the substrate, and the pillar structures are electrically connected with each other through the first type semiconductor layers; and a filler structure formed between the pillar structures, wherein the filler structure comprises an electrical isolation layer; characterized by a transparent conductive layer (111, 112), wherein the transparent conductive layer (111, 112) has a subwavelength surface structure, the filler structure and the second type semiconductor layers of the pillar structures are covered with the transparent conductive layer, and wherein the transparent conductive layer (111, 112) is contacted with the electrical isolation layer of the filler structure; a first electrode in contact with the transparent conductive layer (111, 112); and a second electrode in contact with the first type semiconductor layer.
A method comprising: authoring a first section of a first media format, wherein the first section comprises - type and length fields of the first section, wherein the type value of the first section of the first media format is such that it allows parsers of the first media format ignore the first section; - at least one entire section complying with a second media format; and - a bridge section with a section header complying with the second media format, wherein the section header comprises type and length fields; authoring a second section of the first media format, comprising type and length fields of the second section; and data complying with the second media format, wherein said first and second sections are file structure units arranged contiguously in a file; setting a value of the type field of the section header of the bridge section such that parsers of the second media format ignore the bridge section; and setting a value of the length field of the section header of the bridge section so as to enclose the type and length fields of the second section of the first media format in the bridge section. authoring a first section of a first media format, wherein the first section comprises - type and length fields of the first section, wherein the type value of the first section of the first media format is such that it allows parsers of the first media format ignore the first section; - at least one entire section complying with a second media format; and - a bridge section with a section header complying with the second media format, wherein the section header comprises type and length fields; - type and length fields of the first section, wherein the type value of the first section of the first media format is such that it allows parsers of the first media format ignore the first section; - at least one entire section complying with a second media format; and - a bridge section with a section header complying with the second media format, wherein the section header comprises type and length fields; authoring a second section of the first media format, comprising type and length fields of the second section; and data complying with the second media format, wherein said first and second sections are file structure units arranged contiguously in a file; setting a value of the type field of the section header of the bridge section such that parsers of the second media format ignore the bridge section; and setting a value of the length field of the section header of the bridge section so as to enclose the type and length fields of the second section of the first media format in the bridge section.
A basket system suitable for use in household appliances such as dishwashers, and comprising at least one body wherein the dishes are cleaned; at least one washing apparatus positioned on the body and transferring the washing liquid onto the dishes; at least one basket positioned on the body and consisted of at least two wires, and on which the dishes are placed that are desired to be cleaned; at least one movement member that moves the basket inside the body, wherein the basket system further comprises • at least one basket bottom on which the basket is detachably placed, characterized in that the basket system further comprises • at least one bend, having U-shape, which is provided on a side edge of the basket bottom, wherein when the basket is disposed on the basket bottom, said bend is interposed between the wires of the basket in order to prevent the basket from moving in the movement direction of the basket bottom, independent from the basket bottom, • wherein, one ends of said two wires that are distant from a lower part of the basket bottom are open, i.e. are not coupled to each other, so that when said bend being interposed between the wires, the basket is able to be lifted upwards from the lower part of the basket bottom and separated from the basket bottom. • at least one basket bottom on which the basket is detachably placed, characterized in that the basket system further comprises • at least one bend, having U-shape, which is provided on a side edge of the basket bottom, wherein when the basket is disposed on the basket bottom, said bend is interposed between the wires of the basket in order to prevent the basket from moving in the movement direction of the basket bottom, independent from the basket bottom, • wherein, one ends of said two wires that are distant from a lower part of the basket bottom are open, i.e. are not coupled to each other, so that when said bend being interposed between the wires, the basket is able to be lifted upwards from the lower part of the basket bottom and separated from the basket bottom.
An apparatus, comprising: a transmitter configured to operate over a microwave link; a low noise block converter; a transmit-receive isolation assembly (515; 615; 715); and a transmitter housing having sealed therein at least a part of the low noise block converter, at least a part of the transmit-receive isolation assembly (515; 615; 715) and a plate (507; 607; 707), or a combination thereof, wherein a common port (625; 725) is integrally built in the housing, wherein the plate (507; 607; 707) includes one transmit port (621; 721), characterized in that, the plate (507; 607; 707) includes two receive ports (619, 619'; 719, 719'), wherein the transmit port (621; 721) and the two receive ports (619, 619'; 719, 719') are twisted 90 degree out of the plate (507; 607; 707) having all the receive and transmit signals travel on the same plane. a transmitter configured to operate over a microwave link; a low noise block converter; a transmit-receive isolation assembly (515; 615; 715); and a transmitter housing having sealed therein at least a part of the low noise block converter, at least a part of the transmit-receive isolation assembly (515; 615; 715) and a plate (507; 607; 707), or a combination thereof, wherein a common port (625; 725) is integrally built in the housing, wherein the plate (507; 607; 707) includes one transmit port (621; 721), characterized in that, the plate (507; 607; 707) includes two receive ports (619, 619'; 719, 719'), wherein the transmit port (621; 721) and the two receive ports (619, 619'; 719, 719') are twisted 90 degree out of the plate (507; 607; 707) having all the receive and transmit signals travel on the same plane.
A sputtering target having a component composition containing 15 to 40 at% of Ga, 0.1 to 5 at% of Bi, and the balance composed of Cu and unavoidable impurities with respect to all metal elements in the sputtering target.
A method of forming an earth-boring tool, the method comprising: forming a tool body including at least one inverted cutting element pocket, each of the at least one inverted cutting element pocket comprising a protrusion on a face of the tool body, the protrusion having a profile substantially matching a profile of an actual cutting element to be secured within a cutting element pocket to be formed by subsequently machining the at least one inverted cutting element pocket; applying heat to the tool body during a heat_treatment comprising heating the tool body to an elevated temperature; using a machining process, subsequent to the application of heat to the tool body, to remove the protrusion of the at least one inverted cutting element pocket and to form the actual cutting element pocket at a location of the protrusion subsequent to removal of the protrusion; and affixing a cutting element within the actual cutting element pocket. forming a tool body including at least one inverted cutting element pocket, each of the at least one inverted cutting element pocket comprising a protrusion on a face of the tool body, the protrusion having a profile substantially matching a profile of an actual cutting element to be secured within a cutting element pocket to be formed by subsequently machining the at least one inverted cutting element pocket; applying heat to the tool body during a heat_treatment comprising heating the tool body to an elevated temperature; using a machining process, subsequent to the application of heat to the tool body, to remove the protrusion of the at least one inverted cutting element pocket and to form the actual cutting element pocket at a location of the protrusion subsequent to removal of the protrusion; and affixing a cutting element within the actual cutting element pocket.
Warning device for a mining control module, comprising: a housing, configured to be coupled with an opening provided at an outer surface of the control module, said housing defining an inner cavity, an alarm module arranged in said cavity and configured to be releasably coupled to an inner control unit of the control module via said opening for receiving a control signal, wherein the housing comprises an essentially cylindrically-shaped first portion intersecting with a second portion of the housing, said first portion extending along a longitudinal axis of the warning device and configured to extend at least in part through the opening, and said second portion extending in a radial direction relative to the longitudinal axis and configured to extend over the outer surface of the control module so as to cover the opening, when the device is coupled to the control module, wherein the device comprises a fixation means (18, 38) arranged on the second portion and configured to releasably engage the outer surface of the control module so as to secure the device to the control module. a housing, configured to be coupled with an opening provided at an outer surface of the control module, said housing defining an inner cavity, an alarm module arranged in said cavity and configured to be releasably coupled to an inner control unit of the control module via said opening for receiving a control signal, wherein the housing comprises an essentially cylindrically-shaped first portion intersecting with a second portion of the housing, said first portion extending along a longitudinal axis of the warning device and configured to extend at least in part through the opening, and said second portion extending in a radial direction relative to the longitudinal axis and configured to extend over the outer surface of the control module so as to cover the opening, when the device is coupled to the control module, wherein the device comprises a fixation means (18, 38) arranged on the second portion and configured to releasably engage the outer surface of the control module so as to secure the device to the control module.
Inductive fault current limiter, comprising - a normally conducting primary coil assembly with a multiplicity of turns, and - a superconducting, short-circuited secondary coil assembly, wherein the primary coil assembly and the secondary coil assembly are disposed at least substantially coaxially with respect to each other and at least partially interleaved in each other, wherein the primary coil assembly comprises a first coil section and a second coil section, wherein the turns of the first coil section of the primary coil assembly are disposed radially inside the secondary coil assembly, and wherein the turns of the second coil section of the primary coil assembly are arranged radially outside the secondary coil assembly, wherein the secondary coil assembly comprises a first coil section and a second coil section, wherein the first coil section of the secondary coil assembly is disposed radially inside the second coil section of the secondary coil assembly, characterized in that a normally conducting shunt configuration is disposed radially between the first coil section and the second coil section of the secondary coil assembly. - a normally conducting primary coil assembly with a multiplicity of turns, and - a superconducting, short-circuited secondary coil assembly, wherein the primary coil assembly and the secondary coil assembly are disposed at least substantially coaxially with respect to each other and at least partially interleaved in each other, wherein the primary coil assembly comprises a first coil section and a second coil section, wherein the turns of the first coil section of the primary coil assembly are disposed radially inside the secondary coil assembly, and wherein the turns of the second coil section of the primary coil assembly are arranged radially outside the secondary coil assembly, wherein the secondary coil assembly comprises a first coil section and a second coil section, wherein the first coil section of the secondary coil assembly is disposed radially inside the second coil section of the secondary coil assembly, characterized in that a normally conducting shunt configuration is disposed radially between the first coil section and the second coil section of the secondary coil assembly.