mhurhangee/ep-ind-claims huggingface dataset:
An item of footwear comprising a lower structure located between the foot and the ground composed of a plurality of superposed soles and an upper, each of the soles being made from a washable synthetic material, said superposed soles being respectively: - an outsole in contact with the ground made from a rigid rubber and/or polymer with good shock absorption, - a midsole, - a removable, shock-absorbing moulded insole, each of the soles being perforated, capable of allowing water and air to pass through, forming a ventilated sole, and the midsole being made up of: - a part formed by a grid membrane adhesively bonded and sewn to the outsole, - a part formed by a mesh membrane, held together with the grid membrane and located above the latter relative to the ground; the outsole comprising at least two openings or slots, and preferably a set of small-sized openings and slots, a possible length of the openings and slots typically being from 2 to 300 millimetres and the width necessarily being limited to at most 8 millimetres to prevent stones from passing through; the upper of the shoe being made from perforated fabrics made from washable synthetic materials; and the outsole being reinforced in the wear zones by rubber parts optionally reinforced with carbon. - an outsole in contact with the ground made from a rigid rubber and/or polymer with good shock absorption, - a midsole, - a removable, shock-absorbing moulded insole, - a part formed by a grid membrane adhesively bonded and sewn to the outsole, - a part formed by a mesh membrane, held together with the grid membrane and located above the latter relative to the ground; the outsole comprising at least two openings or slots, and preferably a set of small-sized openings and slots, a possible length of the openings and slots typically being from 2 to 300 millimetres and the width necessarily being limited to at most 8 millimetres to prevent stones from passing through;
A computer-implemented method for the computer-aided generation of an executable control program for controlling and/or regulating a technical process, in which the following method steps are implemented: defining the functionality of the control program by means of states (Z1 to Z4), input signals (E1 to E3), and output signals (A1, A2) via an operating interface; converting the determined functionality of the control program into an executable program code, characterized in that an input table filled in via the user interface fully describes the control program, wherein each state (Z1 to Z4) of the technical process is assigned a line/column of the input table and each input signal (E1 to E3) of the technical process is assigned a column/line of the input table in order to fully describe the technical process in the input table by defining, in each cell of the input table, signal change waiting for transition to next state, or monitored for error detection, or random, wherein in every defined state, every input signal is, according to the definition in the input table, either continuously monitored with regard to a signal change or an error condition, or randomly set and consequently not monitored by the program code, and wherein during the computer-aided creation of the executable control program from the input table a check table provides for all possible bit combinations of input signals (E1 to E3) information on which meaning or processing these bit combinations were assigned. defining the functionality of the control program by means of states (Z1 to Z4), input signals (E1 to E3), and output signals (A1, A2) via an operating interface; converting the determined functionality of the control program into an executable program code, characterized in that an input table filled in via the user interface fully describes the control program, wherein each state (Z1 to Z4) of the technical process is assigned a line/column of the input table and each input signal (E1 to E3) of the technical process is assigned a column/line of the input table in order to fully describe the technical process in the input table by defining, in each cell of the input table, signal change waiting for transition to next state, or monitored for error detection, or random, signal change waiting for transition to next state, or monitored for error detection, or random, wherein in every defined state, every input signal is, according to the definition in the input table, either continuously monitored with regard to a signal change or an error condition, or randomly set and consequently not monitored by the program code, and wherein during the computer-aided creation of the executable control program from the input table a check table provides for all possible bit combinations of input signals (E1 to E3) information on which meaning or processing these bit combinations were assigned.
A toothbrush comprising: a body (405, 505, 605) comprising a handle portion (420, 520, 620), a head portion (410, 510, 610) and a longitudinal axis (D-D); a plurality of tooth cleaning elements extending from the head portion (410, 510, 610); a depression (430, 530, 630) formed in an outer surface (425, 625) of the handle portion (420, 520, 620) of the body (405, 505, 605), the depression (430, 530, 630) comprising a floor (431, 531, 631); a power source (464, 564, 664) disposed within the body (405, 505, 605); an electromagnetic radiation source (465, 565, 665A) disposed within the handle portion (420, 520, 620) and operably coupled to the power source (464, 564, 664), the EMR source (465, 565, 665A) configured to emit EMR from the floor (431, 531, 631) of the depression (430, 530, 630); and a cover (440, 540, 640) coupled to the handle portion (420, 520, 620) so as to be alterable between: a storage state in which the depression (430, 530, 630) is enclosed by the cover (440, 540, 640); and a use state in which the floor (431, 531, 631) of the depression (430, 530, 630) is exposed, wherein the floor (431, 531, 631) of the depression (430, 530, 630) is concave. a body (405, 505, 605) comprising a handle portion (420, 520, 620), a head portion (410, 510, 610) and a longitudinal axis (D-D); a plurality of tooth cleaning elements extending from the head portion (410, 510, 610); a depression (430, 530, 630) formed in an outer surface (425, 625) of the handle portion (420, 520, 620) of the body (405, 505, 605), the depression (430, 530, 630) comprising a floor (431, 531, 631); a power source (464, 564, 664) disposed within the body (405, 505, 605); an electromagnetic radiation source (465, 565, 665A) disposed within the handle portion (420, 520, 620) and operably coupled to the power source (464, 564, 664), the EMR source (465, 565, 665A) configured to emit EMR from the floor (431, 531, 631) of the depression (430, 530, 630); and a cover (440, 540, 640) coupled to the handle portion (420, 520, 620) so as to be alterable between: a storage state in which the depression (430, 530, 630) is enclosed by the cover (440, 540, 640); and a use state in which the floor (431, 531, 631) of the depression (430, 530, 630) is exposed, wherein the floor (431, 531, 631) of the depression (430, 530, 630) is concave.
A implantable conductor arrangement comprising: a carrier; and a flexible conductive track arrangement configured to be wound around the carrier, the flexible conductive track arrangement having a pre-flexing condition which comprises an unstressed configuration in which the arrangement is manufactured, wherein in the pre-flexing condition the arrangement is generally planar in a first plane, characterized in that the arrangement comprises, in the pre-flexing condition: a set of conductive tracks formed from a metal layer; a first insulator layer above the conductive tracks; and a second insulator layer below the conductive tracks, wherein the conductive tracks extend in the first plane and are locally corrugated perpendicularly to the first plane. a carrier; and a flexible conductive track arrangement configured to be wound around the carrier, the flexible conductive track arrangement having a pre-flexing condition which comprises an unstressed configuration in which the arrangement is manufactured, wherein in the pre-flexing condition the arrangement is generally planar in a first plane, characterized in that the arrangement comprises, in the pre-flexing condition: a set of conductive tracks formed from a metal layer; a first insulator layer above the conductive tracks; and a second insulator layer below the conductive tracks, wherein the conductive tracks extend in the first plane and are locally corrugated perpendicularly to the first plane. a set of conductive tracks formed from a metal layer; a first insulator layer above the conductive tracks; and a second insulator layer below the conductive tracks, wherein the conductive tracks extend in the first plane and are locally corrugated perpendicularly to the first plane.
A compound comprising iloperidone or 1-[4-[3-[4-(6-Fluoro-1,2-benzisoxazol-3-yl) 1-piperidinyl]propoxy]-3-methoxyphenyl]ethanol for use in the treatment of a disorder known to be ameliorated by the compound in an individual whose BAI3 genotype has been determined, and whose BAI3 genotype is associated with an increased risk of QT prolongation, wherein the quantity of the compound administered to the individual is less than would be administered to an individual having a BAI3 genotype not associated with an increased risk of QT prolongation, wherein the BAI3 genotype associated with an increased risk of QT prolongation is GG at the rs1083338 locus, wherein the method of treatment comprises the step of determining whether or not the individual has genotype GG at the rs1083338 locus.
A system for monitoring production of tissue paper in a dry end of a paper machine, the system comprising at least one detecting means (118, 208, 210) configured to form image data in visible light from a section of the moving tissue paper and to form thermal data in response to temperatures capable of igniting the tissue paper from the tissue paper and/or at least one section of the paper machine; and a processing means (126, 212) configured to analyze said image data and thermal data from the detecting means (118, 208, 210) for detecting visibly observable structural deviations in the tissue paper and temperature deviations capable of igniting the tissue paper from the tissue paper and/or at least one section of the paper machine; and the processing means (126, 212) is configured to identify an image data in response to a detection of said temperature deviations capable of igniting the tissue paper or thermal data of a section of the paper tissue or at least one section of the paper machine in response to an image with a structural deviation being detected on the basis of a moment of time of the image is captured and a moment of time at which a thermal data is detected; the processing means (126, 212) being configured to compare the image data and the thermal data and notify a user about the temperature deviations capable of igniting the tissue paper on the basis of the comparison of the thermal and image data and its identification. at least one detecting means (118, 208, 210) configured to form image data in visible light from a section of the moving tissue paper and to form thermal data in response to temperatures capable of igniting the tissue paper from the tissue paper and/or at least one section of the paper machine; and a processing means (126, 212) configured to analyze said image data and thermal data from the detecting means (118, 208, 210) for detecting visibly observable structural deviations in the tissue paper and temperature deviations capable of igniting the tissue paper from the tissue paper and/or at least one section of the paper machine; and the processing means (126, 212) is configured to identify an image data in response to a detection of said temperature deviations capable of igniting the tissue paper or thermal data of a section of the paper tissue or at least one section of the paper machine in response to an image with a structural deviation being detected on the basis of a moment of time of the image is captured and a moment of time at which a thermal data is detected; the processing means (126, 212) being configured to compare the image data and the thermal data and notify a user about the temperature deviations capable of igniting the tissue paper on the basis of the comparison of the thermal and image data and its identification.
Sensor intended to measure an output current of a first electrical system connected to a second electrical system, said sensor comprising at least one magnetic C (31, 32, 33) extending in a main plane in which it has a C shape, said magnetic C (31, 32, 33) having a main opening that is delimited in the main plane by said C shape, said sensor comprising at least one electrical conductor (41, 42, 43) that includes at least one first section (51, 52, 53) configured to receive an electrical connector of the first electrical system and at least one second section (61, 62, 63) configured to receive an electrical connector of the second electrical system so as to ensure an electrical link between the first and the second electrical system (100, 200), said first section (51, 52, 53) facing the main opening of the magnetic C (31, 32, 33), characterized in that the second section (61, 62, 63) is situated away from the magnetic C (31, 32, 33) in the main plane.
A method for determining a squamous cell carcinoma subtype of a lung tissue sample obtained from a patient, the method comprising detecting an expression level of all the classifier biomarkers of Table 1, wherein the detection of the expression level of all the plurality of classifier biomarkers specifically identifies a basal, classical, secretory or primitive SQ subtype.
A system for automatically performing an earthmoving operation, comprising a work vehicle having an implement, the implement being articulable by the work vehicle over a stroke length, the system further comprising a user interface, the system comprising: a controller communicatively coupled to the user interface, the controller being configured to: receive an operator input via the user interface associated with performing an earthmoving operation with the implement of the work vehicle according to one of a plurality of predetermined earthmoving styles; and control the operation of the work vehicle to perform the earthmoving operation with the implement based at least in part on the one of the plurality of predetermined earthmoving styles, the system being characterised in that each of the plurality of predetermined earthmoving styles is associated with a pattern for filling and emptying the implement; and in that the one of the plurality of predetermined earthmoving styles comprises an implement-fill style associated with emptying the implement each time the implement reaches a predetermined fill amount. a controller communicatively coupled to the user interface, the controller being configured to: receive an operator input via the user interface associated with performing an earthmoving operation with the implement of the work vehicle according to one of a plurality of predetermined earthmoving styles; and control the operation of the work vehicle to perform the earthmoving operation with the implement based at least in part on the one of the plurality of predetermined earthmoving styles, the system being characterised in that receive an operator input via the user interface associated with performing an earthmoving operation with the implement of the work vehicle according to one of a plurality of predetermined earthmoving styles; and control the operation of the work vehicle to perform the earthmoving operation with the implement based at least in part on the one of the plurality of predetermined earthmoving styles, the system being characterised in that each of the plurality of predetermined earthmoving styles is associated with a pattern for filling and emptying the implement; and in that the one of the plurality of predetermined earthmoving styles comprises an implement-fill style associated with emptying the implement each time the implement reaches a predetermined fill amount.
A drone-type lifesaving equipment dropping device comprising: an unmanned aerial vehicle having a propeller and a rotor configured to rotate the propeller; a holding member which is installed to the unmanned aerial vehicle and configured to be operated by wireless control; and a lifesaving equipment which is detachably engaged to the holding member and is dropped from the holding member after the lifesaving equipment is disengaged from the holding member, wherein the lifesaving equipment is a lifebuoy, characterized in that the holding member includes at least one horizontal frame, a plurality of support arms arranged on the horizontal frame so that the support arms are expanded or retracted in a diametric direction, a motor disposed at a center of the horizontal frame, and a link member configured to connect the motor and each proximal end of the support arms and transfer rotating movement of the motor to expanding or retracting movement of the support arms, and the holding member supports the lifebuoy by expanding the support arms so that the support arms are inserted into slots formed on an inner peripheral surface of the lifebuoy, are brought into close contact with the inner peripheral surface of the lifebuoy, or expand to a bottom of the lifebuoy, while the support arms are retracted in a second state, so that the lifebuoy is separated from the holding member, and the lifebuoys are stacked in a vertical direction, wherein the number of lifebuoys is appropriately selected in view of the performance of the unmanned aerial vehicle or the conditions of the distress accident. an unmanned aerial vehicle having a propeller and a rotor configured to rotate the propeller; a holding member which is installed to the unmanned aerial vehicle and configured to be operated by wireless control; and a lifesaving equipment which is detachably engaged to the holding member and is dropped from the holding member after the lifesaving equipment is disengaged from the holding member, wherein the lifesaving equipment is a lifebuoy, characterized in that the holding member includes at least one horizontal frame, a plurality of support arms arranged on the horizontal frame so that the support arms are expanded or retracted in a diametric direction, a motor disposed at a center of the horizontal frame, and a link member configured to connect the motor and each proximal end of the support arms and transfer rotating movement of the motor to expanding or retracting movement of the support arms, and the holding member supports the lifebuoy by expanding the support arms so that the support arms are inserted into slots formed on an inner peripheral surface of the lifebuoy, are brought into close contact with the inner peripheral surface of the lifebuoy, or expand to a bottom of the lifebuoy, while the support arms are retracted in a second state, so that the lifebuoy is separated from the holding member, and the lifebuoys are stacked in a vertical direction, wherein the number of lifebuoys is appropriately selected in view of the performance of the unmanned aerial vehicle or the conditions of the distress accident.
An oil pan for an internal combustion engine, the oil pan characterized by comprising: an oil pan body configured to store lubricant; an oil separator configured to partition inside the oil pan body into an inner tank and an outer tank, the inner tank and the outer tank being configured to communicate with each other through an opening; and a seal member provided in an area above the opening, the seal member being configured to fill a gap between the oil pan body and the oil separator, the seal member having a communicating part, the communicating part being configured to make inside and outside of the outer tank communicated with each other by cutting out a part of the seal member, and an oil passage that connects an oil strainer with an oil pump is arranged above the communicating part. an oil pan body configured to store lubricant; an oil separator configured to partition inside the oil pan body into an inner tank and an outer tank, the inner tank and the outer tank being configured to communicate with each other through an opening; and a seal member provided in an area above the opening, the seal member being configured to fill a gap between the oil pan body and the oil separator, the seal member having a communicating part, the communicating part being configured to make inside and outside of the outer tank communicated with each other by cutting out a part of the seal member, and an oil passage that connects an oil strainer with an oil pump is arranged above the communicating part.
A compound, having a structure according to formula II and salts and solvates thereof, wherein R 1 is a halogen atom, selected from chlorine, bromine and iodine, R 2 and R 3 is ―O-CH 3, R 4 is -COOH, -C OR 5 and ―C NR 5 R 6, and R 5 and R 6 are independently a hydrogen, a C 1 -C 4 -alkyl group, a C 2 -C 4 -alkenyl group, a C 2 -C 4 alkynyl group and a phenyl group. and salts and solvates thereof, wherein R 1 is a halogen atom, selected from chlorine, bromine and iodine, R 2 and R 3 is ―O-CH 3, R 4 is -COOH, -C OR 5 and ―C NR 5 R 6, and R 5 and R 6 are independently a hydrogen, a C 1 -C 4 -alkyl group, a C 2 -C 4 -alkenyl group, a C 2 -C 4 alkynyl group and a phenyl group.
A thermoplastic core-sheath fiber comprising: a polymer fiber core having a coextensive sheath layer disposed thereon, the sheath layer comprising poly(4-methyl-1-pentene), wherein the polymer fiber core comprises polypropylene, polyethylene, polyester, or polystyrene, and wherein the fiber core and the sheath layer have different compositions; and an electrostatic charge enhancing additive, wherein the polymer fiber core comprises the electrostatic charge enhancing additive, and wherein the electrostatic charge enhancing additive is selected from the group consisting of pigments, light stabilizers, primary and secondary antioxidants, metal deactivators, hindered amines, hindered phenols, metal salts, phosphite triesters, phosphoric acid salts, fluorine-containing compounds, and combinations thereof. a polymer fiber core having a coextensive sheath layer disposed thereon, the sheath layer comprising poly(4-methyl-1-pentene), wherein the polymer fiber core comprises polypropylene, polyethylene, polyester, or polystyrene, and wherein the fiber core and the sheath layer have different compositions; and an electrostatic charge enhancing additive, wherein the polymer fiber core comprises the electrostatic charge enhancing additive, and wherein the electrostatic charge enhancing additive is selected from the group consisting of pigments, light stabilizers, primary and secondary antioxidants, metal deactivators, hindered amines, hindered phenols, metal salts, phosphite triesters, phosphoric acid salts, fluorine-containing compounds, and combinations thereof.