mhurhangee/ep-ind-claims huggingface dataset:
An aqueous suspension of silicate shell microcapsules having a core containing a burst aid wherein the silicate shell microcapsules are obtained by; I) mixing an oil phase containing a burst aid that is a volatile hydrophobic hydrocarbon or a volatile siloxane with an aqueous solution of a cationic surfactant to form an oil in water emulsion, wherein the oil phase contains between 0.2 and 20 weight % of the burst aid and the density of the oil phase and the density of the water phase of the oil in water emulsion are within 2% of each other; II) adding a water reactive silicon compound comprising a tetraalkoxysilane to the oil in water emulsion, III) polymerizing the tetraalkoxysilane at the oil/water interface of the emulsion to form a microcapsule having a core containing the oil and a silicate shell. I) mixing an oil phase containing a burst aid that is a volatile hydrophobic hydrocarbon or a volatile siloxane with an aqueous solution of a cationic surfactant to form an oil in water emulsion, wherein the oil phase contains between 0.2 and 20 weight % of the burst aid and the density of the oil phase and the density of the water phase of the oil in water emulsion are within 2% of each other; II) adding a water reactive silicon compound comprising a tetraalkoxysilane to the oil in water emulsion, III) polymerizing the tetraalkoxysilane at the oil/water interface of the emulsion to form a microcapsule having a core containing the oil and a silicate shell.
A method comprising: operating a medical body area network, MBAN, system comprising a plurality of network nodes (12,14) intercommunicating via short-range wireless communication at a selected operating channel or frequency; selecting the operating channel or frequency from an extended spectrum comprising a default spectrum and an additional spectrum conditional upon the MBAN system being located inside a medical facility as indicated by a radio frequency identification, RFID, tag associated with the MBAN system, said RFID tag being detected by at least two RFID readers (70, 72) located in the proximity of at least one entrance/exit of the medical facility; and selecting the operating channel or frequency from the default spectrum but not the additional spectrum conditional upon the MBAN system being located outside the medical facility as indicated by the RFID tag associated with the MBAN system. operating a medical body area network, MBAN, system comprising a plurality of network nodes (12,14) intercommunicating via short-range wireless communication at a selected operating channel or frequency; selecting the operating channel or frequency from an extended spectrum comprising a default spectrum and an additional spectrum conditional upon the MBAN system being located inside a medical facility as indicated by a radio frequency identification, RFID, tag associated with the MBAN system, said RFID tag being detected by at least two RFID readers (70, 72) located in the proximity of at least one entrance/exit of the medical facility; and selecting the operating channel or frequency from the default spectrum but not the additional spectrum conditional upon the MBAN system being located outside the medical facility as indicated by the RFID tag associated with the MBAN system.
A method of inter-cell interference coordination, ICIC, control by a network node in a wireless communication network that is configured to provide communication service to wireless communication devices, said method comprising: identifying, within a coverage area (24, 28) of the network, an interference zone in which wireless communication devices are subject to patterned interference arising from interfering transmissions from nodes that mute their transmissions according to a particular schedule in or around the coverage area (24, 28), said identifying based on signal measurement reports and corresponding positioning data obtained for the wireless communication devices during operation within the coverage area (24, 28), wherein said step of identifying the interference zone comprises detecting times when the wireless communication devices operating within the coverage area (24, 28) experience excessive variance in received signal interference and recording current location data for the wireless communication devices at such times as location data defining the interference zone, said detecting based on evaluating the signal measurement reports from the wireless communication devices; recording the location data defining the interference zone in an interference map; and providing the interference map for use in adapting ICIC operations with respect to a wireless communication device operating in the coverage area (24, 28), based on a location of the wireless communication device relative to the interference zone. identifying, within a coverage area (24, 28) of the network, an interference zone in which wireless communication devices are subject to patterned interference arising from interfering transmissions from nodes that mute their transmissions according to a particular schedule in or around the coverage area (24, 28), said identifying based on signal measurement reports and corresponding positioning data obtained for the wireless communication devices during operation within the coverage area (24, 28), wherein said step of identifying the interference zone comprises detecting times when the wireless communication devices operating within the coverage area (24, 28) experience excessive variance in received signal interference and recording current location data for the wireless communication devices at such times as location data defining the interference zone, said detecting based on evaluating the signal measurement reports from the wireless communication devices; recording the location data defining the interference zone in an interference map; and providing the interference map for use in adapting ICIC operations with respect to a wireless communication device operating in the coverage area (24, 28), based on a location of the wireless communication device relative to the interference zone.
A thermal flap valve for an arc chamber of a high or medium voltage circuit-breaker comprising a body extending in a radial plane in relation to a main axis of the arc chamber, wherein are formed a plurality of opening axial orifices at least one closing flap of the orifices, which is capable of simultaneously closing at least two adjacent orifices, and which comprises a support surface which is capable of coming into contact axially against a support surface facing the body, wherein a portion of the support surface of the body, which is located at a portion of the body located between said two adjacent orifices, is located axially away from a portion of the support surface of the valve facing each other, and wherein at least a portion of the support surface of the body and the portion of the support surface of the valve comprises an axial recess whose bottom is located axially away from the support surface (12a, 20a) facing each other, characterised in that the recess is produced on the support surface of the valve.
A hybrid contact-contactless smart card comprising a card body made up of a plurality of layers, one of the layers of which, referred to as the supporting layer, supports a printed antenna made up of at least one turn and supports an integrated circuit module connected to said antenna by two internal and external contacts (43, 44) located in the continuation of the internal and external extremities (45, 46), respectively, of the antenna turns, said module being located on the card in a portion defined by a first side of the card, and a second side of the card perpendicular to the first side, a first line parallel to said first side of the card and a second line parallel to said second side of the card, characterised in that said internal end of the antenna turns connected to said internal contact is located entirely in said portion in such a way that when the card is subjected to bending and/or twisting stresses, the connection between the module and the antenna is not broken and characterised in that said contacts (43, 44) are made by printing of at least two layers of an electrically conductive ink overlapped each other onto said support, the fist layer of ink including spaces not covered with ink.
A method for transmitting and receiving signals by a user equipment, UE, for a wireless communication system, the method comprising: performing a 2-step random access channel, RACH, procedure; after performing the 2-step RACH procedure, monitoring a physical downlink control channel, PDCCH, for an on duration based on a configured DRX operation; and starting an inactivity timer and staying awake based on the successfully received PDCCH for the on duration; wherein, during the 2-step RACH procedure, Message A including a physical random access channel, PRACH, and a Physical Uplink Shared Channel, PUSCH, is transmitted, wherein the PRACH is transmitted on a specific PRACH Occasion, RO, and the PUSCH is transmitted on a specific PUSCH Occasion, PO, wherein a starting RB index for the specific RO is determined based on a lowest RB index of a first RB set including the specific RO and an offset value, wherein the offset value is obtained by subtracting a lowest RB index of a second RB set including a lowest RO in a frequency domain among frequency division multiplexed, FDMed, ROs from a starting RB index of the lowest RO, and wherein the specific RO is one of the FDMed ROs and is not the lowest RO, and there is an intra-cell guard band between the first RB set and the second RB set. performing a 2-step random access channel, RACH, procedure; after performing the 2-step RACH procedure, monitoring a physical downlink control channel, PDCCH, for an on duration based on a configured DRX operation; and starting an inactivity timer and staying awake based on the successfully received PDCCH for the on duration; wherein, during the 2-step RACH procedure, Message A including a physical random access channel, PRACH, and a Physical Uplink Shared Channel, PUSCH, is transmitted, wherein the PRACH is transmitted on a specific PRACH Occasion, RO, and the PUSCH is transmitted on a specific PUSCH Occasion, PO, wherein a starting RB index for the specific RO is determined based on a lowest RB index of a first RB set including the specific RO and an offset value, wherein the offset value is obtained by subtracting a lowest RB index of a second RB set including a lowest RO in a frequency domain among frequency division multiplexed, FDMed, ROs from a starting RB index of the lowest RO, and wherein the specific RO is one of the FDMed ROs and is not the lowest RO, and there is an intra-cell guard band between the first RB set and the second RB set.
Method for the linear connection and separation of two elements, a first and a second element linearly connected to each other by means of a defined local connection and that have to be securely separated, the separation occurring by a quick and partial warming-up of the connection, the warming-up being triggered remotely, characterised in that it comprises the following steps: - connecting the first element and the second element by a connecting element taking the shape of an additional piece or an extension of a wall which of one of the first and second elements; - equipping this connecting element with a mixture of thermite and an intermetallic composition, that can be started by a controlled electrical connection, placed against the connecting element; and - pyrotechnically triggering said mixture to cause the quick warming-up and the splitting into two parts of the connecting element. - connecting the first element and the second element by a connecting element taking the shape of an additional piece or an extension of a wall which of one of the first and second elements; - equipping this connecting element with a mixture of thermite and an intermetallic composition, that can be started by a controlled electrical connection, placed against the connecting element; and - pyrotechnically triggering said mixture to cause the quick warming-up and the splitting into two parts of the connecting element.
An in vitro method for assessing the evolution of CMT (Charcot-Marie-Tooth) disease in an individual having CMT and undergoing a treatment for CMT, the method comprising: i) determining the levels of alanine and tryptophan in a biological sample from said individual, and ii) comparing the levels of alanine and tryptophan obtained in i) to the levels of alanine and tryptophan, determined previously in the same individual before the beginning of the treatment, or at an early stage of said treatment, wherein the time interval between the two measures of the levels of alanine and tryptophan from steps i) and ii) is at least 2 months, and wherein a relative increase in the levels of alanine and tryptophan is indicative of an improvement or stabilization of CMT disease in said individual. i) determining the levels of alanine and tryptophan in a biological sample from said individual, and ii) comparing the levels of alanine and tryptophan obtained in i) to the levels of alanine and tryptophan, determined previously in the same individual before the beginning of the treatment, or at an early stage of said treatment,
Rubber blend composed of - at least one solution-polymerized diene polymer A of high molecular weight, formed from at least one conjugated diene and optionally one or more vinylaromatic compound(s), having a content of vinylaromatic compound of 0% to 50% by weight, having a vinyl content of 8% to 80% by weight based on any diene content present, having a glass transition temperature T g according to DSC of -100°C < T g < -35°C, preferably of -100° < T g < -50°C, having a molecular weight M w according to GPC of more than 350 000 g/mol and having a polydispersity PD of 1.1 < PD < 3 and - at least one solution-polymerized polymer B of low molecular weight, formed from at least one conjugated diene, or at least one conjugated diene and one or more vinylaromatic compound(s) or at least one or more than one vinylaromatic compound(s) having a content of vinylaromatic compound of 0% to 50% by weight, having a vinyl content of 8% to 80% by weight based on any diene content present, having a glass transition temperature T g according to DSC of -100°C < T g < +80°C, having a molecular weight M w according to GPC of 1300 g/mol < M w < 10 000 g/mol and having a polydispersity PD of 1 < PD < 1.5, wherein at least one of polymers A and B has been functionalized at the chain end and/or along the polymer chain and/or at a coupling site (multiple polymers may be attached to one functionalization site) with at least one group selected from epoxy groups, hydroxyl groups, carboxyl groups, silane sulfide groups, amino groups, siloxane groups, organosilicon groups, phthalocyanine groups and amino group-containing alkoxysilyl groups, and wherein the rubber blend has been obtained by combining the polymer solutions of polymers A and B, followed by stripping and drying. - at least one solution-polymerized diene polymer A of high molecular weight, formed from at least one conjugated diene and optionally one or more vinylaromatic compound(s), having a content of vinylaromatic compound of 0% to 50% by weight, having a vinyl content of 8% to 80% by weight based on any diene content present, having a glass transition temperature T g according to DSC of -100°C < T g < -35°C, preferably of -100° < T g < -50°C, having a molecular weight M w according to GPC of more than 350 000 g/mol and having a polydispersity PD of 1.1 < PD < 3 and - at least one solution-polymerized polymer B of low molecular weight, formed from at least one conjugated diene, or at least one conjugated diene and one or more vinylaromatic compound(s) or at least one or more than one vinylaromatic compound(s) having a content of vinylaromatic compound of 0% to 50% by weight, having a vinyl content of 8% to 80% by weight based on any diene content present, having a glass transition temperature T g according to DSC of -100°C < T g < +80°C, having a molecular weight M w according to GPC of 1300 g/mol < M w < 10 000 g/mol and having a polydispersity PD of 1 < PD < 1.5,
Balloon unit (1, 1 a, 1 c, 1 d, 1 e, 1f) comprising a balloon with a deployable and/or expandable balloon envelope, at least one balloon opening for inflating the balloon and at least one illuminating device having at least one illuminant (4, 4') provided in the balloon envelope, at which or around which a supporting element with a flange head and a flange neck between the flange head and the illuminating device are provided, wherein the balloon envelope encloses the flange head and the flange neck, and is fixed to the flange neck by at least one fastening material provided from an balloon outside around the balloon envelope so that the flange head enclosed by the balloon envelope forms a projection at the balloon and the illuminating device is held inside of the balloon envelope, characterized in that the illuminating device has at least one electric circuit (9, 9'), which is electrically connected to a switch (20, 20') provided at or in the flange head and which has a switch-off module and at least one switch-on module for the at least one illuminant, and that the flange head is formed in laminar fashion and is extending flag-like or shield-like from the flange neck so that the opposite surfaces of the flange head are accessible over the entire surface, and on at least one of the surfaces of the flange head, a field of actuation of the switch is provided.
A developer supply container comprising: a developer; a developer accommodating portion adapted to accommodate said developer; a discharge opening provided in said developer accommodating portion and adapted to permit discharging of said developer in said developer accommodating portion; a driving force receiving portion adapted to receive a driving force; and a pump portion adapted to act on said developer accommodating portion by the driving force received by said driving force receiving portion to alternately change an internal pressure of said developer accommodating portion between a pressure lower than an ambient pressure and a pressure higher than the ambient pressure to supply said developer out of said developer accommodating portion through said discharge opening, characterized in that said developer in said developer accommodating portion has a fluidity energy of not less than 4.3×10 -4 kg·m 2 /s 2 and not more than 4.14×10 -3 kg·m 2 /s 2, and said discharge opening has an area not more than 12.6 mm 2. a developer; a developer accommodating portion adapted to accommodate said developer; a discharge opening provided in said developer accommodating portion and adapted to permit discharging of said developer in said developer accommodating portion; a driving force receiving portion adapted to receive a driving force; and a pump portion adapted to act on said developer accommodating portion by the driving force received by said driving force receiving portion to alternately change an internal pressure of said developer accommodating portion between a pressure lower than an ambient pressure and a pressure higher than the ambient pressure to supply said developer out of said developer accommodating portion through said discharge opening, characterized in that said developer in said developer accommodating portion has a fluidity energy of not less than 4.3×10 -4 kg·m 2 /s 2 and not more than 4.14×10 -3 kg·m 2 /s 2, and said discharge opening has an area not more than 12.6 mm 2.
A storage device comprising: a storage medium; and a processor configured to allocate the storage space of the storage medium into: (i) a permanently allocated media cache storage region; (ii) a dynamically mapped media cache storage region; and (iii) a statically mapped storage region, and wherein the processor characterized by being further configured to: report usable storage capacity equal to the sum of the size of the dynamically mapped media cache storage region and the size of the statically mapped storage region; determine usage patterns of different sections of a logical block address LBA map; map a first section of the LBA map to the dynamically mapped media cache storage region, wherein the first section of the LBA map is used less frequently compared to the other sections of the LBA map; and dynamically change a ratio of a size of a mapped section of the dynamically mapped media cache storage region to a size of an unmapped section of the dynamically mapped media cache storage region. a storage medium; and a processor configured to allocate the storage space of the storage medium into: (i) a permanently allocated media cache storage region; (ii) a dynamically mapped media cache storage region; and (iii) a statically mapped storage region, and (i) a permanently allocated media cache storage region; (ii) a dynamically mapped media cache storage region; and (iii) a statically mapped storage region, and wherein the processor characterized by being further configured to: report usable storage capacity equal to the sum of the size of the dynamically mapped media cache storage region and the size of the statically mapped storage region; determine usage patterns of different sections of a logical block address LBA map; map a first section of the LBA map to the dynamically mapped media cache storage region, wherein the first section of the LBA map is used less frequently compared to the other sections of the LBA map; and dynamically change a ratio of a size of a mapped section of the dynamically mapped media cache storage region to a size of an unmapped section of the dynamically mapped media cache storage region. report usable storage capacity equal to the sum of the size of the dynamically mapped media cache storage region and the size of the statically mapped storage region; determine usage patterns of different sections of a logical block address LBA map; map a first section of the LBA map to the dynamically mapped media cache storage region, wherein the first section of the LBA map is used less frequently compared to the other sections of the LBA map; and dynamically change a ratio of a size of a mapped section of the dynamically mapped media cache storage region to a size of an unmapped section of the dynamically mapped media cache storage region.
A needle-type heater, comprising a needle-shaped heating body and a heat generating element, wherein the needle-shaped heating body includes a tapered cap and a heater base connected to a bottom portion of the tapered cap, wherein the heat generating element is attached to the heater base by means of a print coating process, characterized in that the heater base is configured as an elliptical cylinder, that a short diameter of the elliptical cylinder does not exceed 2.5 mm, that the long diameter of the elliptical cylinder does not exceed 6.5 mm, that the length of the elliptical cylinder ranges between 10 mm and 25 mm, and that an eccentricity of the elliptical cylinder ranges between 0.05 and 0.9.
An electric switch, comprising a housing module housing a movable contact and a stationary contact being an elongate structure having a connection portion for providing an external connection of the stationary contact and a contact portion to be contacted by the movable contact, the stationary contact comprising a mounting portion for supporting the stationary contact to the housing module, which mounting portion is positioned closer to the centre of the housing module than the contact portion of the stationary contact, and the contact portion is arranged, on the elongate structure of the stationary contact, between the connection portion and the mounting portion, characterized in that the housing module comprises a receptacle for receiving the mounting portion of the stationary contact.