mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring reference signal transmission in wireless communications, for a first access point serving a user equipment, UE, the method comprising: receiving, from a second access point, an indication of resources over which at least one of a downlink reference signal is transmitted, or downlink interference measurement resource, IMR, is configured, by the second access point; and configuring the UE to transmit an uplink reference signal over the resources. receiving, from a second access point, an indication of resources over which at least one of a downlink reference signal is transmitted, or downlink interference measurement resource, IMR, is configured, by the second access point; and configuring the UE to transmit an uplink reference signal over the resources.
A rinse agent composition for use on a cleaned surface comprising: a) a sheeting agent comprising a surfactant for promoting draining of sheets of water from a surface; wherein the sheeting agent comprises a zwitterionic compound selected from the group consisting of β-N-alkylaminopropionates, N-alkyl-β-iminodipropionates, imidazoline carboxylates, and polybetaine polysiloxanes and mixtures thereof and b) a humectant comprising an alkylpolyglycoside wherein the sheeting agent (a) and the humectant (b) are different and the weight ratio of the total amount of humectant in the rinse agent composition to the total amount of sheeting agent in the rinse agent composition is greater than 1:3. a) a sheeting agent comprising a surfactant for promoting draining of sheets of water from a surface; wherein the sheeting agent comprises a zwitterionic compound selected from the group consisting of β-N-alkylaminopropionates, N-alkyl-β-iminodipropionates, imidazoline carboxylates, and polybetaine polysiloxanes and mixtures thereof and b) a humectant comprising an alkylpolyglycoside wherein the sheeting agent (a) and the humectant (b) are different and the weight ratio of the total amount of humectant in the rinse agent composition to the total amount of sheeting agent in the rinse agent composition is greater than 1:3.
A device for applying an oxidizing agent for whitening teeth, the device comprising: an applicator for placing the oxidizing agent and applying it to the teeth, said applicator having the shape of a dental tray, having a back curved wall and a front curved wall; a positively charged electrode attached to said back curved wall of said applicator; a negatively charged electrode attached to said front curved wall of said applicator, wherein said positively charged electrode and said negatively charged electrode are configured to transmit electrical current through said applicator; and a sealing lip to substantially prevent said oxidizing agent from leaking out of the applicator, wherein the oxidizing agent is configured to undergo activation and reduction upon transmission of said electrical current through said oxidizing agent, thereby effecting the whitening of the teeth. an applicator for placing the oxidizing agent and applying it to the teeth, said applicator having the shape of a dental tray, having a back curved wall and a front curved wall; a positively charged electrode attached to said back curved wall of said applicator; a negatively charged electrode attached to said front curved wall of said applicator, wherein said positively charged electrode and said negatively charged electrode are configured to transmit electrical current through said applicator; and a sealing lip to substantially prevent said oxidizing agent from leaking out of the applicator, wherein the oxidizing agent is configured to undergo activation and reduction upon transmission of said electrical current through said oxidizing agent, thereby effecting the whitening of the teeth.
A method for producing a carbon material, the method comprising: a step of performing a carbonization treatment by heating an organic polymer material to a temperature higher than 400°C in a non-oxidizing atmosphere containing a gaseous substance including at least one of acetylene and an acetylene derivative; and a step of further heating the organic polymer material to a temperature of 1,000°C or higher in a nitrogen atmosphere after heating the organic polymer material to the temperature exceeding 400°C in the non-oxidizing atmosphere. a step of performing a carbonization treatment by heating an organic polymer material to a temperature higher than 400°C in a non-oxidizing atmosphere containing a gaseous substance including at least one of acetylene and an acetylene derivative; and a step of further heating the organic polymer material to a temperature of 1,000°C or higher in a nitrogen atmosphere after heating the organic polymer material to the temperature exceeding 400°C in the non-oxidizing atmosphere.
Elevator car, which comprises a free interior for receiving a load, which interior is bounded by at least the walls, roof, floor and preferably also door arrangement comprised in the elevator car, a frame structure, which frame structure comprises a horizontal elongated rigid roof beam in connection with the roof of the elevator car, which roof beam extends across the roof of the elevator car above the interior, and which roof beam is an elongated channel profile member, which has essentially the same continuous cross-sectional profile in the longitudinal direction, characterized in that the roof beam is a downward-opening, elongated, channel profile member, the width of the cross-sectional profile of which is essentially larger than the height, and in that the interior of the channel profile member is configured to function as a space for one or more functions of the car affecting the conditions of the interior of the elevator car, including lighting, and in that the roof beam is a downward-opening channel profile member, which has an interior, and in that in connection with the roof of the elevator car is one or more luminaires, which are arranged to illuminate the interior of the elevator car, and the structure of which luminaire, more particularly the light source of the luminaire and/or the reflector of the luminaire, is at least partly in the interior of the channel profile member.
A combination of biologically active compounds comprising at least one antiviral agent and at least one EGFR inhibitor, for simultaneous, separate or sequential use in the treatment and/or prevention and/or palliation of malignant or pre-malignant neoplasms, wherein said at least one antiviral agent is cidofovir, foscarnet or a salt thereof, wherein said at least one EGFR inhibitor comprises cetuximab, erlotinib or a salt thereof, wherein said neoplasms are Squamous Cell Carcinoma of the Head and Neck (SCCHN), recurrent and/or metastatic SCCHN, cervix tumor(s), vulvar tumor(s), penile tumor(s), anal tumor(s), colorectal tumor(s), lung tumor(s), Non-Small Cell Lung Cancer (NSCLC), locally advanced or metastatic NSCLC, nasopharyngeal tumor(s), and wherein said neoplasms are: - Papillomaviridae- positive and/or EBV-positive, or are - virus-negative and not virus-associated. - Papillomaviridae- positive and/or EBV-positive, or are - virus-negative and not virus-associated.
An apparatus (100, 700) for handling railway sleepers and placing them with a desired spacing on a railway bed, the apparatus comprising: a mobile chassis; an elongate support carried on the chassis and long enough to span several sleepers at said desired spacing and adapted to be supported above said railway bed; a number of flexible tethers depending from respective points spaced along said support and adapted to suspend a batch of sleepers from said support; an alignment template extending beneath the elongate support and formed so as to engage the suspended batch of sleepers simultaneously as a group and fix their positions with the desired spacing; and a mechanism (116, 120) whereby the alignment template and suspended sleepers are made movable relative to each other so as to permit a sequence of lifting, aligning and depositing batches of sleepers. a mobile chassis; an elongate support carried on the chassis and long enough to span several sleepers at said desired spacing and adapted to be supported above said railway bed; a number of flexible tethers depending from respective points spaced along said support and adapted to suspend a batch of sleepers from said support; an alignment template extending beneath the elongate support and formed so as to engage the suspended batch of sleepers simultaneously as a group and fix their positions with the desired spacing; and a mechanism (116, 120) whereby the alignment template and suspended sleepers are made movable relative to each other so as to permit a sequence of lifting, aligning and depositing batches of sleepers.
A method of forming an electrical connection between a solar cell and a substrate, wherein the solar cell is attached on the substrate using first and second conductive elements, wherein the first element comprises a metal foil interconnect, and the second conductive element comprises a plated Ag, or plated Au, surface layer on the substrate or a front, or back, contact (32, 34) on the solar cell, comprising: inserting a nano-metal material between the first and second conductive elements (76, 68, 32, 34); and heating the nano-metal material to a temperature of more than 200°C and applying a pressure of more than 1 MPa to form the electrical connection between the first and second conductive elements (76, 68, 32, 34), wherein the nano-metal material comprises a nano-metal paste or ink comprised of one or more of Au, Cu, Ag, and Al nano-particles, and wherein one of Au, Cu, Ag, and Al is used for the metal foil interconnects. inserting a nano-metal material between the first and second conductive elements (76, 68, 32, 34); and heating the nano-metal material to a temperature of more than 200°C and applying a pressure of more than 1 MPa to form the electrical connection between the first and second conductive elements (76, 68, 32, 34), wherein the nano-metal material comprises a nano-metal paste or ink comprised of one or more of Au, Cu, Ag, and Al nano-particles, and wherein one of Au, Cu, Ag, and Al is used for the metal foil interconnects.
A card reader comprising: a card reader main body; a card insertion opening that is formed in the card reader main body and into which a contact type card and a non-contact type card are able to be inserted; characterized in that a rotation guide unit is provided inside the card insertion opening; wherein the rotation guide unit is arranged to pass the contact type card through the card insertion opening according to the rotation of the rotation guide unit; and wherein the rotation guide unit is arranged to restrict the movement of the non-contact type card according to contact of the rotation guide unit with the non-contact type card after the non-contact type card is inserted into the card insertion opening. a card reader main body; a card insertion opening that is formed in the card reader main body and into which a contact type card and a non-contact type card are able to be inserted; characterized in that a rotation guide unit is provided inside the card insertion opening; wherein the rotation guide unit is arranged to pass the contact type card through the card insertion opening according to the rotation of the rotation guide unit; and wherein the rotation guide unit is arranged to restrict the movement of the non-contact type card according to contact of the rotation guide unit with the non-contact type card after the non-contact type card is inserted into the card insertion opening.
An electronic apparatus (110, 210, 250) comprising: a first wireless module (111, 211, 251) configured to receive, or transmit and receive, a first wireless signal corresponding to a user's input (243, 283) from an external apparatus in a first communication method; a second wireless module (130, 230, 270) configured to transmit and receive a second wireless signal via a network in a second communication method different from the first communication method; characterised by comprising: a controller (145, 245, 285) configured to, when the first wireless module is receiving and the second wireless module is in operation, compare data included in the first wireless signal received by the first wireless module with data in a signal format of the first communication method to identify whether a noise exists in the data included in the first wireless signal if the result of the comparison is negative, and in response to identifying that a noise exists in the data included in the first wireless signal, change a power supplied to the second wireless module. a first wireless module (111, 211, 251) configured to receive, or transmit and receive, a first wireless signal corresponding to a user's input (243, 283) from an external apparatus in a first communication method; a second wireless module (130, 230, 270) configured to transmit and receive a second wireless signal via a network in a second communication method different from the first communication method; characterised by comprising: a controller (145, 245, 285) configured to, when the first wireless module is receiving and the second wireless module is in operation, compare data included in the first wireless signal received by the first wireless module with data in a signal format of the first communication method to identify whether a noise exists in the data included in the first wireless signal if the result of the comparison is negative, and in response to identifying that a noise exists in the data included in the first wireless signal, change a power supplied to the second wireless module. a controller (145, 245, 285) configured to, when the first wireless module is receiving and the second wireless module is in operation, compare data included in the first wireless signal received by the first wireless module with data in a signal format of the first communication method to identify whether a noise exists in the data included in the first wireless signal if the result of the comparison is negative, and in response to identifying that a noise exists in the data included in the first wireless signal, change a power supplied to the second wireless module.
A cyclized hemagglutinin-binding peptide with anti-influenza virus activity comprising a polypeptide having any of the following amino acid sequences (i) to (ii): (i) Thr-MeGly-Asp-MePhe-MePhe-Ser-MeSer-His-Tyr-Thr-Val-Pro-Arg (SEQ ID NO: 1); and (ii) an amino acid sequence with a deletion, addition, or substitution of one amino acid in SEQ ID NO: 1. (i) Thr-MeGly-Asp-MePhe-MePhe-Ser-MeSer-His-Tyr-Thr-Val-Pro-Arg (SEQ ID NO: 1); and (ii) an amino acid sequence with a deletion, addition, or substitution of one amino acid in SEQ ID NO: 1.
A radio base station configured to switch between a continuous transmission state and a discontinuous transmission state dynamically, the radio base station comprising: a power control section configured to execute power control so that transmission power of a reference signal for cell detection that is transmitted in the discontinuous transmission state is lower than transmission power of a reference signal that is transmitted in the continuous transmission state, wherein the power control section is configured to execute power control so that the transmission power of the reference signal for cell detection that is transmitted in the discontinuous transmission state increases stepwise in a transmission on period, and wherein the power control section is configured to execute stepwise power control with respect to the transmission power of the reference signal for cell detection, based on an amount of increase upon a power change and a change cycle, which are reported from a network. a power control section configured to execute power control so that transmission power of a reference signal for cell detection that is transmitted in the discontinuous transmission state is lower than transmission power of a reference signal that is transmitted in the continuous transmission state, wherein the power control section is configured to execute power control so that the transmission power of the reference signal for cell detection that is transmitted in the discontinuous transmission state increases stepwise in a transmission on period, and wherein the power control section is configured to execute stepwise power control with respect to the transmission power of the reference signal for cell detection, based on an amount of increase upon a power change and a change cycle, which are reported from a network.
A hot water system comprising: a compressor with variable operation capacity; a four-way valve for switching the direction of the refrigerating cycle; a plate heat exchanger for exchanging heat between water and the refrigerant; a first expansion valve for controlling the flow rate of the refrigerant to reduce the pressure; and a heat exchanger for exchanging heat between air and the refrigerant, which are connected in that order by a pipeline to form a refrigerating cycle for circulating the refrigerant, thereby heating water; characterised by a pressure detection means (Pc) disposed between the four-way valve and the plate heat exchanger, for detecting the condensing pressure of the refrigerant, wherein the speed of operation of the compressor is controlled according to the difference between the condensing temperature calculated from the pressure detected by the pressure detection means (Pc) and a target condensing temperature. a compressor with variable operation capacity; a four-way valve for switching the direction of the refrigerating cycle; a plate heat exchanger for exchanging heat between water and the refrigerant; a first expansion valve for controlling the flow rate of the refrigerant to reduce the pressure; and a heat exchanger for exchanging heat between air and the refrigerant, which are connected in that order by a pipeline to form a refrigerating cycle for circulating the refrigerant, thereby heating water;
A shoe sole at least partially comprising a shock absorber (1E-1J), and also provided with a tread, the shock absorber (1E-1J) including a shock absorbing portion composed of a three-dimensional structure composed of a unit structure repeatedly, regularly and successively disposed in at least one direction, the unit structure being a three-dimensional shape formed by a wall having an external shape defined by a pair of parallel planes or curved surfaces, the shock absorbing portion being provided with a plurality of pass-through portions passing through the shock absorbing portion as viewed in a direction of a normal to the tread, the shock absorber (1E-1J), as viewed in the direction of the normal to the tread, being provided with a cover portion that corresponds to at least one of the plurality of pass-through portions included in the shock absorbing portion and covers that pass-through portion, characterised in that the shock absorber is further provided with a columnar portion that interconnects the shock absorbing portion and the cover portion, the shock absorber (1E-1J) being formed of a single member formed with the shock absorbing portion, the columnar portion and the cover portion continuously connected together, the tread being defined by a main surface of the cover portion that is located on a side opposite to a side where the columnar portion is located, the pass-through portion being in external communication via a gap formed by providing the columnar portion and the cover portion. the shock absorber (1E-1J) including a shock absorbing portion composed of a three-dimensional structure composed of a unit structure repeatedly, regularly and successively disposed in at least one direction, the unit structure being a three-dimensional shape formed by a wall having an external shape defined by a pair of parallel planes or curved surfaces, the shock absorbing portion being provided with a plurality of pass-through portions passing through the shock absorbing portion as viewed in a direction of a normal to the tread, the shock absorber (1E-1J), as viewed in the direction of the normal to the tread, being provided with a cover portion that corresponds to at least one of the plurality of pass-through portions included in the shock absorbing portion and covers that pass-through portion, characterised in that the shock absorber is further provided with a columnar portion that interconnects the shock absorbing portion and the cover portion, the shock absorber (1E-1J) being formed of a single member formed with the shock absorbing portion, the columnar portion and the cover portion continuously connected together, the tread being defined by a main surface of the cover portion that is located on a side opposite to a side where the columnar portion is located, the pass-through portion being in external communication via a gap formed by providing the columnar portion and the cover portion.
A rechargeable battery including: a bare cell having an end portion including a first surface portion and a second surface portion projecting from the first surface portion; a protection circuit module electrically connected to the bare cell; an insulating member having a first portion attached to the first surface portion and a second portion attached to the second surface portion, and a hinge portion connecting the first and second portions, wherein the hinge portion comprises a line of weakness configured to allow the insulating member to bend at the hinge portion for attachment to the end portion. a bare cell having an end portion including a first surface portion and a second surface portion projecting from the first surface portion; a protection circuit module electrically connected to the bare cell; an insulating member having a first portion attached to the first surface portion and a second portion attached to the second surface portion, and a hinge portion connecting the first and second portions, wherein the hinge portion comprises a line of weakness configured to allow the insulating member to bend at the hinge portion for attachment to the end portion.
Prosthesis (100, 200, 300, 400, 500), that is compressible and expandable in a radial direction, intended to be implanted in the digestive tract of a patient, said prosthesis (100, 200, 300, 400, 500) being made from a base material and comprising: - a downstream frustoconical collar (104, 204, 304, 404, 504) having an end diameter D3, - a main tubular body (103, 203, 303, 403, 503) having a diameter D2, - a upstream frustoconical collar (102, 202, 302, 402, 502) having an end diameter D1, said upstream collar (102, 202, 302, 402, 502) not being covered by any other material and having an end diameter D1 greater than the diameter D2 of said main body (103, 203, 303, 403, 503) and greater than the end diameter D3 of said downstream collar (104, 204, 304, 404, 504), and said downstream collar being covered or constituted, fully or partially, by at least one polymer material. - a downstream frustoconical collar (104, 204, 304, 404, 504) having an end diameter D3, - a main tubular body (103, 203, 303, 403, 503) having a diameter D2, - a upstream frustoconical collar (102, 202, 302, 402, 502) having an end diameter D1, said upstream collar (102, 202, 302, 402, 502) not being covered by any other material and having an end diameter D1 greater than the diameter D2 of said main body (103, 203, 303, 403, 503) and greater than the end diameter D3 of said downstream collar (104, 204, 304, 404, 504), and said downstream collar being covered or constituted, fully or partially, by at least one polymer material.