mhurhangee/ep-ind-claims huggingface dataset:
A care robot comprising: a holding section, provided on a base, that is configured to assist a care receiver in standing up and sitting down by supporting a body part of the care receiver; a specific information acquisition device (52, 53) that is configured to acquire specific information for identifying the care receiver; a recognizing section that is configured to recognize the care receiver from the specific information acquired by the specific information acquisition device (52, 53); an acquisition section that is configured to acquire information including medication information and/or vital signs information related to the care receiver recognized by the recognizing section from a host computer; and a control section that is configured to perform drive control of the holding section based on the medication information and/or vital signs information related to the care receiver acquired by the acquisition section from the host computer. a holding section, provided on a base, that is configured to assist a care receiver in standing up and sitting down by supporting a body part of the care receiver; a specific information acquisition device (52, 53) that is configured to acquire specific information for identifying the care receiver; a recognizing section that is configured to recognize the care receiver from the specific information acquired by the specific information acquisition device (52, 53); an acquisition section that is configured to acquire information including medication information and/or vital signs information related to the care receiver recognized by the recognizing section from a host computer; and a control section that is configured to perform drive control of the holding section based on the medication information and/or vital signs information related to the care receiver acquired by the acquisition section from the host computer.
A medical implant for cartilage repair in a joint of a specific patient, the implant having an articulate surface, configured to face an articulating part of the joint, a bone contact surface, configured to face bone structure in the joint, and a cartilage contacting surface, between the articulate surface and the bone contact surface, on an implant body having a circular cross-section and comprising a positioning mark on a surface of the implant adapted for indicating a rotational position of the implant at an implant site, wherein: the positioning mark is positioned parted from the center of the implant on a surface which is visible for the surgeon during surgery and use of the implant; the implant comprises an extending post extending from the bone contact surface; and the articulate surface is specifically designed to have a curvature that substantially corresponds to the curvature of a healthy surface of the joint at the site of the diseased cartilage for said specific patient.
A method of forming a silicone coating on an electrode carrier for use in cochlear implant systems, the method comprising: dissolving silicone and dexamethasone in a solvent to form a solution; adding a non-solvent to the solvent, the non-solvent miscible with the silicone, the dexamethasone having a solubility in the non-solvent of below about 5 mg/ml, wherein the non-solvent is added in an amount close to saturation of the dexamethasone in the solution; and curing the solution to form the silicone coating on the electrode carrier. dissolving silicone and dexamethasone in a solvent to form a solution; adding a non-solvent to the solvent, the non-solvent miscible with the silicone, the dexamethasone having a solubility in the non-solvent of below about 5 mg/ml, wherein the non-solvent is added in an amount close to saturation of the dexamethasone in the solution; and curing the solution to form the silicone coating on the electrode carrier.
A queue assigner for assigning a client device, in particular a base station, to message queues for exchanging communication data between the client device and a communication network via a plurality of gateways, wherein the each gateway is associated with at least one message queue for transferring the communication data, the queue assigner comprising: a processor configured for assigning the client device to an existing message queue, wherein the message queue is associated with at least one gateway selected from the plurality of gateways; in particular determining that a new message queue is required if the client device cannot be assigned to the existing message queues; causing a creation of the new message queue, in particular responsive to that determination, if the client device cannot be assigned to the existing message queues; and assigning the client device to the new message queue for transmitting communication data; wherein the processor is configured for assigning the client device to the existing message queue according to a communication parameter relating to the gateway, to the client device, and/or to the communication network, the processor being configured for validating the identity of the client device before assigning the client device to the existing message queue. a processor configured for assigning the client device to an existing message queue, wherein the message queue is associated with at least one gateway selected from the plurality of gateways; in particular determining that a new message queue is required if the client device cannot be assigned to the existing message queues; causing a creation of the new message queue, in particular responsive to that determination, if the client device cannot be assigned to the existing message queues; and assigning the client device to the new message queue for transmitting communication data; assigning the client device to an existing message queue, wherein the message queue is associated with at least one gateway selected from the plurality of gateways; in particular determining that a new message queue is required if the client device cannot be assigned to the existing message queues; causing a creation of the new message queue, in particular responsive to that determination, if the client device cannot be assigned to the existing message queues; and assigning the client device to the new message queue for transmitting communication data; wherein the processor is configured for assigning the client device to the existing message queue according to a communication parameter relating to the gateway, to the client device, and/or to the communication network, the processor being configured for validating the identity of the client device before assigning the client device to the existing message queue.
A holding device for accommodating a testing strip, the holding device comprising: a first accommodation portion (21; 31), including at least one aperture; an elastic portion (22; 32), including a first end (221; 321) and a second end (222; 322); an actuating portion (23; 33; and a second accommodation portion (25; 35), including at least one connecting part, passing through the aperture and connecting with the actuating portion; wherein when the actuating portion is pressed toward the first accommodation portion, a space between the first accommodation portion and the second accommodation portion expands, characterized in that the actuating portion (23; 33) contacts the second end of the elastic portion (22; 32) and the first end of the elastic portion (22; 32) contacts the first accommodation portion, wherein the actuating portion (23; 33) integrates with the second accommodation portion (25; 35), so as to form a single integrated piece. a first accommodation portion (21; 31), including at least one aperture; an elastic portion (22; 32), including a first end (221; 321) and a second end (222; 322); an actuating portion (23; 33; and a second accommodation portion (25; 35), including at least one connecting part, passing through the aperture and connecting with the actuating portion; wherein when the actuating portion is pressed toward the first accommodation portion, a space between the first accommodation portion and the second accommodation portion expands, characterized in that the actuating portion (23; 33) contacts the second end of the elastic portion (22; 32) and the first end of the elastic portion (22; 32) contacts the first accommodation portion, wherein the actuating portion (23; 33) integrates with the second accommodation portion (25; 35), so as to form a single integrated piece.
Method of depolymerising lignin into molecules containing 1 to 2 aromatic cycles, by selective cleavage of the sp 3 carbon-oxygen bond of alkylaryl ethers of the β-O-4, α-O-4, β-5, β-1, β-β type present in lignin, characterised in that it is made to react, in the presence of a catalyst, - a lignin with a sulphur ratio as defined below: 0 ≤ sulphur ratio of the lignin < 1.5% by mass, with respect to the total mass of the lignin, with - a silane compound of formula wherein ▪ R 1, R 2 and R 3 represent, independently from one another, a hydrogen atom, a halogen atom, a hydroxyl group, an alkyl group, an alkenyl group, an alkynyl group, an alkoxy group, an aryloxy group, a silyl group, a siloxy group, an aryl group, an amino group, said alkyl, alkenyl, alkynyl, alkoxy, silyl, siloxy, aryl and amino groups being optionally substituted, or ▪ R 3 is such as defined above and R 1 and R 2, taken together with the silicon atom to which they are bonded form an optionally substituted silyl heterocycle; and in that the aromatic molecules containing 1 to 2 aromatic cycles have an average molar mass by weight less than 1500g/mol for molecules in silyl form or average molar mass by weight equal to or less than 400g/mol in non-silyl form, that is a polymerisation degree of between 1 and 2 monomer units; and in that lignin is extracted by organosolv methods. - a lignin with a sulphur ratio as defined below: 0 ≤ sulphur ratio of the lignin < 1.5% by mass, with respect to the total mass of the lignin, with - a silane compound of formula wherein ▪ R 1, R 2 and R 3 represent, independently from one another, a hydrogen atom, a halogen atom, a hydroxyl group, an alkyl group, an alkenyl group, an alkynyl group, an alkoxy group, an aryloxy group, a silyl group, a siloxy group, an aryl group, an amino group, said alkyl, alkenyl, alkynyl, alkoxy, silyl, siloxy, aryl and amino groups being optionally substituted, or ▪ R 3 is such as defined above and R 1 and R 2, taken together with the silicon atom to which they are bonded form an optionally substituted silyl heterocycle; and ▪ R 1, R 2 and R 3 represent, independently from one another, a hydrogen atom, a halogen atom, a hydroxyl group, an alkyl group, an alkenyl group, an alkynyl group, an alkoxy group, an aryloxy group, a silyl group, a siloxy group, an aryl group, an amino group, said alkyl, alkenyl, alkynyl, alkoxy, silyl, siloxy, aryl and amino groups being optionally substituted, or ▪ R 3 is such as defined above and R 1 and R 2, taken together with the silicon atom to which they are bonded form an optionally substituted silyl heterocycle; and
A porous body comprising polytetrafluoroethylene (PTFE) and having a microstructure that includes nodes and fibrils, wherein - the microstructure further includes, in addition to the nodes and the fibrils, fused points where a fibril that links two nodes and another fibril that links another two nodes are fused with each other, - the porous body is obtained by biaxial stretching, - the PTFE is obtained by copolymerizing tetrafluoroethylene and perfluoro(methyl vinyl ether), - the PTFE comprises 0.011-0.250 mol% of polymer units derived from perfluoro(methyl vinyl ether), based on all monomer units, and - the porous body has an average pore size of 0.05-2.0 μm, determined as a mean flow pore size in conformity with ASTM F316-86. - the microstructure further includes, in addition to the nodes and the fibrils, fused points where a fibril that links two nodes and another fibril that links another two nodes are fused with each other, - the porous body is obtained by biaxial stretching, - the PTFE is obtained by copolymerizing tetrafluoroethylene and perfluoro(methyl vinyl ether), - the PTFE comprises 0.011-0.250 mol% of polymer units derived from perfluoro(methyl vinyl ether), based on all monomer units, and - the porous body has an average pore size of 0.05-2.0 μm, determined as a mean flow pore size in conformity with ASTM F316-86.
Seeder with a longitudinal chassis carrying a hopper containing the product and a transverse beam on which elements for depositing product in the soil are distributed, the said transverse beam having a central section and two lateral sections, the lateral sections extending on either side of the central section during work and extending parallel to the said chassis during transportation, each element for depositing product in the soil being supplied with product by the hopper by means of a respective dispenser, injection nozzle and routing pipe, characterised in that the said dispensers are grouped together in at least two longitudinal rows (14, 15) and that the said injection nozzles are grouped together in at least one transverse row (16, 17).
A composite material consisting of a matrix made of at least one aluminosilicate selected from barium aluminosilicate BAS, barium and strontium aluminosilicate BSAS, strontium aluminosilicate SAS, and mixtures thereof, reinforced by reinforcements made of at least one metal or metalloid oxide, the expansion coefficient of which is close to that of said at least one aluminosilicate.
Method for generating a gas-product comprising the following steps: a) Providing a first part of a feed stream, b) Providing a second part of a feed stream, c) Combining said first part of said feed stream with said second part of said feed stream into said feed stream, d) Heating at least one of i. said first part of said feed stream, ii. said second part of said feed stream before step c, iii. said feed stream after step c), e) Conducting the feed stream into a reactor, f) Reacting the feed stream into the gas-product. characterized by that step d) is as least partly performed by compressing the respective stream by a supersonic compressor such that the respective stream is heated. a) Providing a first part of a feed stream, b) Providing a second part of a feed stream, c) Combining said first part of said feed stream with said second part of said feed stream into said feed stream, d) Heating at least one of i. said first part of said feed stream, ii. said second part of said feed stream before step c, iii. said feed stream after step c), i. said first part of said feed stream, ii. said second part of said feed stream before step c, iii. said feed stream after step c), e) Conducting the feed stream into a reactor, f) Reacting the feed stream into the gas-product.
Electric drive unit having a brake, in particular an electromagnetically operated brake, and an electric motor, wherein the electric motor has an end shield, wherein the electric motor has a sensor for sensing a magnetic field, wherein the electric motor has a shielding element for magnetic shielding of the sensor against a magnetic field acting externally on the electric motor, wherein the shielding element is arranged between the sensor and the brake, characterized in that the sensor is integrated into the end shield facing the brake of the electric motor.
Antisense-oligonucleotide consisting of 10 to 28 nucleotides and at least two of the 10 to 28 nucleotides are LNAs and the antisense-oligonucleotide is capable of hybridizing with a region of the gene encoding the TGF-R II or with a region of the mRNA encoding the TGF-R II, wherein the region of the gene encoding the TGF-R II or the region of the mRNA encoding the TGF-R II comprises the sequence TGGTCCATTC (Seq. ID No. 4), and the antisense-oligonucleotide comprises a sequence complementary to the sequence TGGTCCATTC (Seq. ID No. 4) and salts and optical isomers of said antisense-oligonucleotide.
A method comprising: injecting a composition comprising a wellbore work fluid and a polymer into a wellbore, wherein the polymer comprises mechanically labile chemical bonds which comprise azo, triazole, cyclobutyl, or peroxo groups and are substantially inert to chemical and thermal degradation; combining the composition with fluid present downhole to yield a composite fluid downhole; providing mechanical energy to the composite fluid; and cleaving the mechanically labile chemical bonds in the polymer via the mechanical energy provided to the composite fluid. injecting a composition comprising a wellbore work fluid and a polymer into a wellbore, wherein the polymer comprises mechanically labile chemical bonds which comprise azo, triazole, cyclobutyl, or peroxo groups and are substantially inert to chemical and thermal degradation; combining the composition with fluid present downhole to yield a composite fluid downhole; providing mechanical energy to the composite fluid; and cleaving the mechanically labile chemical bonds in the polymer via the mechanical energy provided to the composite fluid.
Connector element (100a to 100c) for a high-current and/or high-voltage plug type connector in motor vehicle technology, comprising a housing which is constructed in the manner of a pin receptacle, and at least one electrical pin contact element (1a to 1c) for a high-current and/or high-voltage plug type connector in motor vehicle technology, having a free end and having a base which is spaced apart from the free end for fixing the pin contact element (1a to 1c) in the plug type connector, wherein an electrically insulating contact protection member extends from the base as far as the free end so as to form an outer face of a contact protection portion (9, 9') of the pin contact element (1a to 1c), wherein the at least one pin contact element (1a to 1c) is/are at least partially surrounded by a respective contact protection collar of the respective connector element (100a to 100c), which collar has, an upper collar opening and a lateral collar opening in which the at least one contact protection member is located, said collar surrounding the respective pin contact element (1a to 1c) at three sides, wherein the at least one contact protection member and the at least one contact protection collar are integrally formed with a bottom of the housing, wherein at least one electrically conductive contact member of the pin contact element and the at least one contact protection member are constructed so as to correspond to each other, wherein the at least one contact member and the at least one contact protection member at least partially form surfaces which are aligned with each other, wherein the at least one contact member is embedded in the at least one contact protection member, and wherein the pin contact element (1a to 1c) has a U-shaped contour and is configured to be used as a flat contact in two or more insertion directions (S, S').
A high-temperature steaming method for a dual-cylinder washing machine, wherein the dual-cylinder washing machine comprises a first washing cylinder, a second washing cylinder, a three-way valve, an air duct, and a heating device capable of heating washing water in the first washing cylinder and the second washing cylinder, and the first washing cylinder and the second washing cylinder are respectively communicated with the air duct through the three-way valve; characterized in that the high-temperature steaming method comprises: heating the first washing cylinder using the heating device, and making the three-way valve block a valve port communicating with the first washing cylinder; obtaining a washing water temperature of the first washing cylinder; when the washing water temperature of the first washing cylinder reaches a first steaming temperature, stopping the heating device from heating the first washing cylinder, and heating the second washing cylinder using the heating device; obtaining a washing water cooling temperature of the first washing cylinder and a washing water temperature of the second washing cylinder; if the washing water cooling temperature of the first washing cylinder decreases to a preset temperature, then making the three-way valve switch a valve position and block a valve port communicating with the second washing cylinder; and when the washing water temperature of the second washing cylinder reaches a second steaming temperature, stopping the heating device from heating the second washing cylinder. heating the first washing cylinder using the heating device, and making the three-way valve block a valve port communicating with the first washing cylinder; obtaining a washing water temperature of the first washing cylinder; when the washing water temperature of the first washing cylinder reaches a first steaming temperature, stopping the heating device from heating the first washing cylinder, and heating the second washing cylinder using the heating device; obtaining a washing water cooling temperature of the first washing cylinder and a washing water temperature of the second washing cylinder; if the washing water cooling temperature of the first washing cylinder decreases to a preset temperature, then making the three-way valve switch a valve position and block a valve port communicating with the second washing cylinder; and when the washing water temperature of the second washing cylinder reaches a second steaming temperature, stopping the heating device from heating the second washing cylinder.
A transmission method comprising: generating first symbols using a modulation scheme selected from a plurality of modulation schemes including PSK modulation schemes and QAM modulation schemes, a signal point of each of the first symbols on an in-phase and quadrature-phase plane comprising an in-phase component and a quadrature-phase component; generating a second symbol being a pilot symbol generating a third symbol, to be inserted immediately before and immediately after the second symbol, the third symbol being different from the first symbols; determining an interval of inserting said second pilot symbol between the first symbols; and the method characterized by arranging, on an in-phase and quadrature plane, a signal point of the third symbol on a virtual line that links the origin of the in-phase and quadrature plane and the signal point of the second symbol, the second symbol comprising an in-phase or quadrature component. generating first symbols using a modulation scheme selected from a plurality of modulation schemes including PSK modulation schemes and QAM modulation schemes, a signal point of each of the first symbols on an in-phase and quadrature-phase plane comprising an in-phase component and a quadrature-phase component; generating a second symbol being a pilot symbol generating a third symbol, to be inserted immediately before and immediately after the second symbol, the third symbol being different from the first symbols; determining an interval of inserting said second pilot symbol between the first symbols; and the method characterized by arranging, on an in-phase and quadrature plane, a signal point of the third symbol on a virtual line that links the origin of the in-phase and quadrature plane and the signal point of the second symbol, the second symbol comprising an in-phase or quadrature component.