mhurhangee/ep-ind-claims huggingface dataset:
A method of monitoring a direction of motion of a conveyance apparatus within a conveyance system, the method comprising: detecting a first height at a first time; detecting a second height at a first selected time period prior to the first time; detecting a height change of a conveyance apparatus within the conveyance system in response to the first height and the second height; determining whether the height change is greater than a first selected height change; and determining that the conveyance apparatus is moving in an upward direction when the height change is greater than the first selected height change; characterized in that the method further comprises: applying an upward corrective value to the first time and the first time period prior to the first time; and determining that the conveyance apparatus was moving in the upward direction in a time period between the first time minus the upward corrective value and the first selected time period prior to the first time minus the upward corrective value. detecting a first height at a first time; detecting a second height at a first selected time period prior to the first time; detecting a height change of a conveyance apparatus within the conveyance system in response to the first height and the second height; determining whether the height change is greater than a first selected height change; and determining that the conveyance apparatus is moving in an upward direction when the height change is greater than the first selected height change; characterized in that the method further comprises: applying an upward corrective value to the first time and the first time period prior to the first time; and determining that the conveyance apparatus was moving in the upward direction in a time period between the first time minus the upward corrective value and the first selected time period prior to the first time minus the upward corrective value. applying an upward corrective value to the first time and the first time period prior to the first time; and determining that the conveyance apparatus was moving in the upward direction in a time period between the first time minus the upward corrective value and the first selected time period prior to the first time minus the upward corrective value.
A low-chatter stump cutter bit of the type mounted to a power-driven cutting wheel and rotated at high speed to grind away an earthen-rooted tree stump, said stump cutter bit comprising: at least one generally circular cutting tip centered about a longitudinal axis, said cutting tip having a front face configured in use to be scraped across the wooden body of a tree stump generally along said longitudinal axis, an annular margin surface centered about said longitudinal axis and surrounding said front face, an annular cutting edge formed at an intersection between said margin surface and said front face, said cutting edge establishing a cutting diameter of said cutting tip; said front face including an outer annular hook surface and an intermediate annular chip-breaking surface, characterised by said outer hook surface having a concave frustoconical pitch extending radially inwardly from said cutting edge, the included angle between said frustoconical hook surface and said frustoconical margin surface being between about 80-89 degrees, and said chip-breaking surface having a concave frustoconical pitch extending radially inwardly from said outer hook surface at a further angle of between about 10-14 degrees. at least one generally circular cutting tip centered about a longitudinal axis, said cutting tip having a front face configured in use to be scraped across the wooden body of a tree stump generally along said longitudinal axis, an annular margin surface centered about said longitudinal axis and surrounding said front face, an annular cutting edge formed at an intersection between said margin surface and said front face, said cutting edge establishing a cutting diameter of said cutting tip; said front face including an outer annular hook surface and an intermediate annular chip-breaking surface, characterised by said outer hook surface having a concave frustoconical pitch extending radially inwardly from said cutting edge, the included angle between said frustoconical hook surface and said frustoconical margin surface being between about 80-89 degrees, and said chip-breaking surface having a concave frustoconical pitch extending radially inwardly from said outer hook surface at a further angle of between about 10-14 degrees.
A polyethylene composition comprising a blend of between 5 and 40 wt/% of a first polyethylene produced with a chromium based catalyst and having an MFR2 between 0.01 and 1 g/10 min, wherein the first polyethylene is a high density polyethylene with a density between 940 and 965 kg/m 3, and between 60 and 95 wt% of a second polyethylene with an MFR2 between > 1 and 12 g/10min.
A fabric structure for use as a belt or sleeve used to make textured nonwoven products, the structure being permeable to air and/or water, comprising: a web contact surface having a pattern including a series of raised land areas and depressions adapted to impart a texture to the nonwoven product, and a series of voids adapted to allow passage of water and/or air from the fabric surface into and/or through the structure, the voids being greater than 50 microns in effective diameter, wherein the surface is flexible and compressible in the Z direction, and is adapted to be resilient. a web contact surface having a pattern including a series of raised land areas and depressions adapted to impart a texture to the nonwoven product, and a series of voids adapted to allow passage of water and/or air from the fabric surface into and/or through the structure, the voids being greater than 50 microns in effective diameter, wherein the surface is flexible and compressible in the Z direction, and is adapted to be resilient.
A laminate for an integrated molded article comprising: a porous substrate C comprising a thermoplastic resin c, a reinforcement fiber A, and a thermosetting resin B (2, 10), wherein the porous substrate C has gaps which are continuous and allow passage of gases and liquid from one surface to the other surface of the porous substrate C in thickness direction of the laminate and a melting point or a softening point which is higher than 180°C, and characterised in that the porous substrate C is exposed on said one surface of the laminate at a degree of at least 10% in relation to the surface. a porous substrate C comprising a thermoplastic resin c, a reinforcement fiber A, and a thermosetting resin B (2, 10), wherein the porous substrate C has gaps which are continuous and allow passage of gases and liquid from one surface to the other surface of the porous substrate C in thickness direction of the laminate and a melting point or a softening point which is higher than 180°C, and characterised in that the porous substrate C is exposed on said one surface of the laminate at a degree of at least 10% in relation to the surface. the porous substrate C has gaps which are continuous and allow passage of gases and liquid from one surface to the other surface of the porous substrate C in thickness direction of the laminate and a melting point or a softening point which is higher than 180°C, and characterised in that the porous substrate C is exposed on said one surface of the laminate at a degree of at least 10% in relation to the surface.
An electrolytic cell comprising a partition dividing said electrolytic cell to form a cathode chamber and an anode chamber, a coil cushion arranged between an electrically conductive plate and a cathode, which are accommodated in the cathode chamber, and further comprising an ion-exchange membrane in contact with which the cathode is arranged, characterized in that the electrically conductive plate is made of a non-perforated plate, and the coil cushion is arranged so that the axial direction thereof is in agreement with the vertical direction of the electrolytic cell, wherein during use of said electrolytic cell a stream of electrolyte is formed between the non-perforated electrically conductive plate and the partition.
A plastics polymer-based bearing material comprising a matrix of a polyimide/amide plastics polymer material and having distributed throughout the matrix: from 5 to less than 15 vol% of a metal powder; from 1 to 15 vol% of a fluoropolymer, from 4.8 to 6 vol% of a silane, the balance being the polyimide/amide resin apart from incidental impurities.
Vessel for cooking food on induction or conventional surfaces, comprising a shaped body with a surface that defines a volume for containing food during cooking, and a metal element arranged on the bottom of the vessel, the metal element defining a support surface (α) for the vessel, and having a plurality of parts that are recessed with respect to said support surface (α) in which through holes are made, the recessed parts of the metal element being housed within seats of the shaped body, at least one part of said holes having at its interior a mushroom-shaped portion of the shaped body, in a manner so as to project from the hole and cover the perimeter thereof, so as to constrain the metal element to the shaped body, whereby between the walls of the shaped body which define said seats and at least some of said recessed parts and between the walls which define said holes and at least some of the stalks of said mushrooms, a clearance (G1, G2) is present.
A method for producing a liquid composition, which comprises dispersing a copolymer having a structural unit represented by the following formula and a structural unit derived from tetrafluoroethylene, in a medium containing water and a hydrocarbon-type alcohol and containing no fluorinated solvent, to prepare a dispersion wherein the concentration of the copolymer is from 18 to 26 mass%, and mixing the dispersion and a fluorinated solvent so that the sum of the concentration of the copolymer and the concentration of the fluorinated solvent becomes to be from 20 to 35 mass%, to prepare a liquid composition: wherein X is a fluorine atom or a trifluoromethyl group, m is an integer of from 1 to 3, p is 0 or 1, and n is an integer of from 1 to 12, wherein the fluorinated solvent is at least one member selected from the group consisting of a hydrofluoroether and a hydrofluorocarbon, and wherein the hydrocarbon-type alcohol is at least one C 1-4 hydrocarbon-type alcohol. dispersing a copolymer having a structural unit represented by the following formula and a structural unit derived from tetrafluoroethylene, in a medium containing water and a hydrocarbon-type alcohol and containing no fluorinated solvent, to prepare a dispersion wherein the concentration of the copolymer is from 18 to 26 mass%, and mixing the dispersion and a fluorinated solvent so that the sum of the concentration of the copolymer and the concentration of the fluorinated solvent becomes to be from 20 to 35 mass%, to prepare a liquid composition: wherein X is a fluorine atom or a trifluoromethyl group, m is an integer of from 1 to 3, p is 0 or 1, and n is an integer of from 1 to 12, wherein the fluorinated solvent is at least one member selected from the group consisting of a hydrofluoroether and a hydrofluorocarbon, and wherein the hydrocarbon-type alcohol is at least one C 1-4 hydrocarbon-type alcohol.
A transceiver arrangement (300, 400, 902) comprising a receiver (302, 402) arranged for frequency-division duplex communication with a communication network; a transmitter (304, 404) arranged for frequency-division duplex communication with the communication network; a transmission port (306, 406) for connecting to an antenna; and a balancing impedance circuit (308, 408) arranged to provide an adaptive impedance arranged to mimic the impedance at the transmission port; characterized by a filtering arrangement, which comprises filters of a first type (310, 312, 315, 317; 410, 412) and filters of a second type (311, 313, 314, 316; 414, 416), connecting the receiver (302, 402), transmitter (304, 404), transmission port (306, 406) and balancing impedance circuit (308, 408), wherein the filters of the first type (310, 312, 315, 317; 410, 412) are arranged to pass signals at transmitter frequency and attenuate signals at receiver frequency and are connected between the transmitter (304, 404) and the transmission port (306, 406) and between the receiver (302, 402) and the balancing impedance circuit (308, 408); the filters of the second type (311, 313, 314, 316; 414, 416) are arranged to attenuate signals at transmitter frequency and pass signals at receiver frequency and are connected between the transmitter (304, 404) and the balancing impedance circuit (308, 408) and between the receiver (302, 402) and the transmission port (306, 406); and a portion of the circuitry connecting the balancing impedance circuit (308, 408) to the receiver (302, 402) is cross-connected with respect to the portion of the circuitry connected to the transmission port (306, 406).
Filter device for a beverage and/or ice dispenser unit of a household cooling appliance, wherein the filter device is configured for filtering liquid, comprising: a carrier part for attaching the filter device to a component of the household cooling appliance, wherein the carrier part comprises a first wall, and the carrier part comprises a second wall, wherein the first wall of the carrier part and the second wall of the carrier part are arranged to be inclined towards each other, a cartridge head, which is configured for receiving a filter cartridge, characterized by a pivoting device, by which the cartridge head is arranged on the carrier part to be pivotable about a pivot axis, wherein the pivot axis extends diagonally between the first wall and the second wall of the carrier part. a carrier part for attaching the filter device to a component of the household cooling appliance, wherein the carrier part comprises a first wall, and the carrier part comprises a second wall, wherein the first wall of the carrier part and the second wall of the carrier part are arranged to be inclined towards each other, a cartridge head, which is configured for receiving a filter cartridge, characterized by a pivoting device, by which the cartridge head is arranged on the carrier part to be pivotable about a pivot axis, wherein the pivot axis extends diagonally between the first wall and the second wall of the carrier part.
A MU-MIMO wireless communications base station that comprises: an array of multiple antennas to exchange uplink and downlink signals with spatially-distributed user terminals; multiple transmit chains, each coupled to one of the multiple antennas in said array by a respective transceiver that also couples said one of the multiple antennas to a respective one of multiple receive chains, wherein each receive chain derives estimated uplink channel response coefficients opportunistically from the wireless uplink signals; and a controller that determines a steering transform based on the estimated channel response coefficients, wherein the transmit chains apply the steering transform to spatially-distinct downlink signals to produce antenna-specific downlink signals for each antenna in the array; wherein the estimated uplink channel response coefficients are determined on a per user terminal antenna basis for each antenna in said array, and wherein the controller monitors, for each user terminal antenna, an elapsed time since that user terminal antenna's estimated uplink channel coefficients were derived; wherein upon determining that the elapsed time exceeds a threshold, the controller refreshes the estimated uplink channel response coefficient for that user terminal antenna by initiating a wireless packet exchange with that user terminal antenna; wherein the controller derives, from the estimated channel response coefficients, a mobility indicator for each user terminal antenna, and wherein the threshold depends on the mobility indicator for that user terminal antenna. an array of multiple antennas to exchange uplink and downlink signals with spatially-distributed user terminals; multiple transmit chains, each coupled to one of the multiple antennas in said array by a respective transceiver that also couples said one of the multiple antennas to a respective one of multiple receive chains, wherein each receive chain derives estimated uplink channel response coefficients opportunistically from the wireless uplink signals; and a controller that determines a steering transform based on the estimated channel response coefficients, wherein the transmit chains apply the steering transform to spatially-distinct downlink signals to produce antenna-specific downlink signals for each antenna in the array; wherein the estimated uplink channel response coefficients are determined on a per user terminal antenna basis for each antenna in said array, and wherein the controller monitors, for each user terminal antenna, an elapsed time since that user terminal antenna's estimated uplink channel coefficients were derived; wherein upon determining that the elapsed time exceeds a threshold, the controller refreshes the estimated uplink channel response coefficient for that user terminal antenna by initiating a wireless packet exchange with that user terminal antenna; wherein the controller derives, from the estimated channel response coefficients, a mobility indicator for each user terminal antenna, and wherein the threshold depends on the mobility indicator for that user terminal antenna.
A hinge plate for connecting a leaf of a door, a window or the like to a frame so as to be hinged about a hinge axis, comprising a frame hinge plate part (1, 2) that can be fastened to the frame and that comprises a frame fastening part (5, 5') and a frame hinge part (4, 4'), a leaf hinge plate part that can be fastened to the leaf and that comprises a leaf fastening part and a leaf hinge part, and a hinge plate pin that defines the hinge axis, wherein a primary coil surrounding the hinge plate pin is arranged in the frame hinge part, and wherein a secondary coil surrounding the hinge plate pin is arranged in the leaf hinge part, characterized in that the primary coil extends at least approximately up to an end face of the frame hinge part facing the leaf hinge part, the secondary coil extends at least approximately up to the end face of the leaf hinge part facing the frame hinge part, and a hinge plate pin sleeve comprising a ferritic material is provided between the hinge plate pin and the coils (19, 20), the hinge plate pin sleeve extending approximately over the length of the hinge plate pin that is surrounded by the primary coil and the secondary coil (19, 20), but not exceeding or only insignificantly exceeding this length, wherein the hinge plate pin and the hinge plate pin sleeve are formed to be rotatable relative to one another about the hinge axis.
A method for controlling the light intensity of a facility, including the following step: - controlling, via a control unit, at least one light source of the facility; the process being characterized by the following steps: - determining predictive meteorological data in an region surrounding the facility; - querying a database of presence of birds in the region surrounding the facility; - calculating, via a prediction unit, a probability of passage of birds passing opposite the facility as a function of time, on the basis of the predictive meteorological data and of data of presence of birds in the region surrounding the facility; the controlling, via a control unit, at least one light source of the facility being on the basis of the probability of passage, calculated by the prediction unit. - controlling, via a control unit, at least one light source of the facility; the process being characterized by the following steps: - determining predictive meteorological data in an region surrounding the facility; - querying a database of presence of birds in the region surrounding the facility; - calculating, via a prediction unit, a probability of passage of birds passing opposite the facility as a function of time, on the basis of the predictive meteorological data and of data of presence of birds in the region surrounding the facility; the controlling, via a control unit, at least one light source of the facility being on the basis of the probability of passage, calculated by the prediction unit. - determining predictive meteorological data in an region surrounding the facility; - querying a database of presence of birds in the region surrounding the facility; - calculating, via a prediction unit, a probability of passage of birds passing opposite the facility as a function of time, on the basis of the predictive meteorological data and of data of presence of birds in the region surrounding the facility;
An oral pharmaceutical composition in the form of tablets comprising darunavir having a d 90 particle size in the range of about 150 μm to 250 μm, wherein darunavir is in amorphous form.
Device for supporting and guiding supplying lines intended to be used in combination with a digging tool, mounted on a drilling machine; said device comprising: - at least a support branch, formed by a plurality of spacers (3, 300, 301, 302), adjacent to one another in which a rope or tie-rod is inserted in at least one housing comprised in said spacers (3, 300, 301, 302), - at least a supplying pipe, for this supplying line, - at least a crosspiece, comprising at least a seat adapted to supporting pipes, connected to said at least one branch, such device is characterised in that each pair of adjacent spacers (3, 300, 301, 302), comprises retaining means, comprising: - at least one retaining element or hook, associated to a first spacer of said pair of adjacent spacers (3, 300, 301, 302) and - at least a slot, having a shape substantially matching the shape of said retaining element or hook, associated to a second spacer of said pair of adjacent spacers (3, 300, 301, 302), wherein said at least one retaining element or hook during use engages with said at least one slot allowing a relative axial movement, in the longitudinal direction of the rope, of a predetermined amount, such as to prevent said pair of adjacent spacers (3, 300, 301, 302) from moving away from each other of a distance higher than a predetermined value as well. - at least a support branch, formed by a plurality of spacers (3, 300, 301, 302), adjacent to one another in which a rope or tie-rod is inserted in at least one housing comprised in said spacers (3, 300, 301, 302), - at least a supplying pipe, for this supplying line, - at least a crosspiece, comprising at least a seat adapted to supporting pipes, connected to said at least one branch, - at least one retaining element or hook, associated to a first spacer of said pair of adjacent spacers (3, 300, 301, 302) and - at least a slot, having a shape substantially matching the shape of said retaining element or hook, associated to a second spacer of said pair of adjacent spacers (3, 300, 301, 302),
A miR-7 miRNA, or a precursor thereof, wherein the precursor is selected from the group consisting of hsa-miR-7-1, hsa-miR-7-2 and hsa-miR-7-3, in combination with a tyrosine kinase inhibitor selective or specific for EGFR, for use in the treatment of cancer in a subject, wherein the cancerous cells express or overexpress EGFR, and optionally wherein the cancer displays resistance to the tyrosine kinase in the absence of treatment.