mhurhangee/ep-ind-claims huggingface dataset:
A system for communicating wirelessly, said system comprising an inductive antenna circuit, a driving means (102, 104) and an amplifier means, said inductive antenna circuit being adapted to transmit and receive inductively coupled signals, said inductive antenna circuit having a first set of terminals (410, 412) and a second set of terminals (422, 424), said driving means (102, 104) being connected to said first set of terminals (410, 412) and adapted to drive said inductive antenna circuit during a transmit mode, said amplifier means being connected to said second set of terminals (422, 424) and adapted to detect and amplify an incoming differential signal during a receive mode, characterised in that said inductive antenna circuit comprises: - a first tuning capacitor connected in series to a first terminal of a transmit inductor wound around a core, said first tuning capacitor further being connected to one terminal of said first set of terminals (410, 412); - a second tuning capacitor connected in series to a second terminal of said transmit inductor, said second tuning capacitor further being connected to another terminal of said first set of terminals (410, 412); - a third tuning capacitor connected in series to a first terminal of a receive inductor wound around said core, said third tuning capacitor further being connected to one terminal of said second set of terminals (422, 424); - a fourth tuning capacitor connected in series to a second terminal of said receive inductor, said fourth tuning capacitor further being connected to another terminal of said second set of terminals (422, 424). - a first tuning capacitor connected in series to a first terminal of a transmit inductor wound around a core, said first tuning capacitor further being connected to one terminal of said first set of terminals (410, 412); - a second tuning capacitor connected in series to a second terminal of said transmit inductor, said second tuning capacitor further being connected to another terminal of said first set of terminals (410, 412); - a third tuning capacitor connected in series to a first terminal of a receive inductor wound around said core, said third tuning capacitor further being connected to one terminal of said second set of terminals (422, 424); - a fourth tuning capacitor connected in series to a second terminal of said receive inductor, said fourth tuning capacitor further being connected to another terminal of said second set of terminals (422, 424).
A method of producing high purity polyol esters comprising: a) reacting a polyol with an excess amount of a linear or branched aliphatic monocarboxylic C3-20 acid to esterify less than the total amount of the polyol present to form an intermediate reaction composition having a hydroxyl value of from 7 to 50 mg KOH/g; b) adding an anhydride of the corresponding linear or branched aliphatic monocarboxylic C3-20 acid to the intermediate reaction composition in an amount of from 1 to 2.5 equivalents of available OH in the intermediate composition to form a reaction mixture; c) heating the reaction mixture for 5-30 minutes or until all of the corresponding anhydride has reacted to form a reaction product; and d) de-acidifying the reaction product; wherein no catalyst comprising metal, halogen or sulfur or bleaching agent comprising metal, halogen or sulfur is present in any of the above method steps a-c at a concentration above 15 ppm, wherein the hydroxyl value is determined according to AOCS Official Method Cd 13-60. a) reacting a polyol with an excess amount of a linear or branched aliphatic monocarboxylic C3-20 acid to esterify less than the total amount of the polyol present to form an intermediate reaction composition having a hydroxyl value of from 7 to 50 mg KOH/g; b) adding an anhydride of the corresponding linear or branched aliphatic monocarboxylic C3-20 acid to the intermediate reaction composition in an amount of from 1 to 2.5 equivalents of available OH in the intermediate composition to form a reaction mixture; c) heating the reaction mixture for 5-30 minutes or until all of the corresponding anhydride has reacted to form a reaction product; and d) de-acidifying the reaction product;
Process for producing a diesel fuel for combustion engines, comprising the steps of: I) reacting carbon monoxide and hydrogen in the presence of a first catalyst to form a first product mixture containing hydrocarbons and olefins, which has a fraction of olefins having 5 to 10 carbon atoms of ≥ 10 weight% to ≤ 45 weight%; II) reacting at least one portion of the first product mixture, containing olefins having 5 to 10 carbon atoms, with hydrogen and also carbon monoxide and/or carbon dioxide in the presence of a second catalyst, which is different from the first catalyst, to form a diesel fuel for combustion engines, containing alkanols having 6 to 11 carbon atoms. I) reacting carbon monoxide and hydrogen in the presence of a first catalyst to form a first product mixture containing hydrocarbons and olefins, which has a fraction of olefins having 5 to 10 carbon atoms of ≥ 10 weight% to ≤ 45 weight%; II) reacting at least one portion of the first product mixture, containing olefins having 5 to 10 carbon atoms, with hydrogen and also carbon monoxide and/or carbon dioxide in the presence of a second catalyst, which is different from the first catalyst, to form a diesel fuel for combustion engines, containing alkanols having 6 to 11 carbon atoms.
An ion sensitive glass for use in a pH-sensitive glass electrode, comprising at least SiO 2 as main component, Li as accessory component and Me 2 O 3, wherein Me represents a lanthanoid, and further comprising Sc 2 O 3 in an amount smaller than that of the Me 2 O 3.
A sliding pipe supporting arrangement adapted to receive and support at least one pipe or jacketed pipe assembly, said arrangement comprising: main support means comprising at least one opening to support a pipe characterized in that it comprises: an assembly of spring arrangement and ball transfer unit, mechanically coupled to the main support means so as to isolate differential displacement in lateral (Y-direction) and vertical direction (Z-direction) of the said pipe, said assembly unit comprising a top plate, middle plate and a bottom plate, wherein the spring arrangement comprises a plurality of springs substantially positioned in between the top plate and the middle plate facilitating the vertical displacement of the said pipe, and wherein the ball transfer unit comprises plural rollers mechanically positioned between the middle plate and bottom plate facilitating lateral displacement of the said pipe; and an expansion joint arrangement operably placed in between pipe lengths of a pipe to attenuate the axial displacement (X-direction) of the said pipe. main support means comprising at least one opening to support a pipe characterized in that it comprises: an assembly of spring arrangement and ball transfer unit, mechanically coupled to the main support means so as to isolate differential displacement in lateral (Y-direction) and vertical direction (Z-direction) of the said pipe, said assembly unit comprising a top plate, middle plate and a bottom plate, wherein the spring arrangement comprises a plurality of springs substantially positioned in between the top plate and the middle plate facilitating the vertical displacement of the said pipe, and wherein the ball transfer unit comprises plural rollers mechanically positioned between the middle plate and bottom plate facilitating lateral displacement of the said pipe; and an expansion joint arrangement operably placed in between pipe lengths of a pipe to attenuate the axial displacement (X-direction) of the said pipe. an assembly of spring arrangement and ball transfer unit, mechanically coupled to the main support means so as to isolate differential displacement in lateral (Y-direction) and vertical direction (Z-direction) of the said pipe, said assembly unit comprising a top plate, middle plate and a bottom plate, wherein the spring arrangement comprises a plurality of springs substantially positioned in between the top plate and the middle plate facilitating the vertical displacement of the said pipe, and wherein the ball transfer unit comprises plural rollers mechanically positioned between the middle plate and bottom plate facilitating lateral displacement of the said pipe; and an expansion joint arrangement operably placed in between pipe lengths of a pipe to attenuate the axial displacement (X-direction) of the said pipe.
An induction heating cooking apparatus comprising: a top plate positioned above a main body, on which a cooking container is placed; a working coil positioned below the top plate, and configured to generate a magnetic field for induction heating the cooking container; a projector positioned below the top plate and in front of the working coil, and configured to output cooking information toward a reflector; characterised by the reflector being positioned below the top plate and between the working coil and the projector, and configured to receive the cooking information, wherein the reflector is configured to perform one of reflecting, projecting, and image-forming the cooking information toward the top plate. a top plate positioned above a main body, on which a cooking container is placed; a working coil positioned below the top plate, and configured to generate a magnetic field for induction heating the cooking container; a projector positioned below the top plate and in front of the working coil, and configured to output cooking information toward a reflector; characterised by the reflector being positioned below the top plate and between the working coil and the projector, and configured to receive the cooking information, wherein the reflector is configured to perform one of reflecting, projecting, and image-forming the cooking information toward the top plate.
A process for the preparation of a polymer polyol having a solid polymer content which is at most 60 wt.%, which process comprises mixing a base polyol, one or more ethylenically unsaturated monomers, a polymerization initiator, optionally a macromer, and optionally a chain transfer agent, and polymerizing the mixture thus obtained at a temperature of below 120°C, wherein the initiator is of formula R1-C(=O)-O-O-R2 wherein R1 is 1-ethylpentyl and R2 is an alkyl group of formula -C -C wherein R3 and R4 are the same or different and are an alkyl group, R5, R6 and R7 are the same or different and are a hydrogen atom or an alkyl group, wherein the polymerization reaction occurs substantially in the absence of a preformed stabilizer and wherein the base polyol is a polyether polyol with an average nominal functionality of greater than 2.5 and a molecular weight in the range of from 2000 to 14000, and wherein at least one of R5, R6 and R7 is an alkyl group and is selected from a methyl group, an ethyl group or a tertiary butyl group.
A compressor, comprising: a housing; a shaft configured to be rotated relative to the housing to compress a fluid; a mesh foil bearing for supporting the shaft while rotating, the mesh foil bearing including a pad, the pad including a top foil and a wire mesh dampener, characterised in that the mesh foil bearing includes an actuator configured to be actuated with compressed gas to compress the wire mesh dampener. a housing; a shaft configured to be rotated relative to the housing to compress a fluid; a mesh foil bearing for supporting the shaft while rotating, the mesh foil bearing including a pad, the pad including a top foil and a wire mesh dampener, characterised in that the mesh foil bearing includes an actuator configured to be actuated with compressed gas to compress the wire mesh dampener.
A The method of obtaining compact expanded polystyrene materials containing foamed polystyrene with flame retardant, foaming agent and waste foamed polystyrene, encompassing the known stages of obtaining polystyrene with the method of molding blocks wherein the waste foamed polystyrene is grinded at a temperature of 0 to 70°C in the presence of water in a quantity of 1.5-30% by weight and optionally flame retardants in a quantity of 2-15 % by weight, and in the presence of surface active agents in a quantity of 0.3-10% by weight - until obtaining grinded beads in the range of 0.5-30 mm, where the quantity of particular components is given in relation to the quantity of waste foamed polystyrene, and next, after drying, the optionally flame retardant, waste foamed polystyrene is added to the foamed polystyrene in a quantity of 1-80 % by weight in relation to the foamed polystyrene.
A method for using an IP Multimedia Subsystem, IMS, communication service identifier indicative of an IMS communication service to which a user has subscribed, comprising: getting, by a home subscriber server, arrival of information related to the IMS communication service identifier; and sending, by the home subscriber server, information of the IMS communication service identifier to a network entity, which requires the IMS communication service identifier, according to the information related to the IMS communication service identifier; wherein the information of the IMS communication service identifier is stored in a user service profile of the user in the home subscriber server and wherein the user service profile comprises a data module storing the information of the IMS communication service identifier separately from initial Filter Criteria, and wherein the network entity is an S-CSCF; and the home subscriber server determines arrival of the information related to the IMS communication service identifier upon reception of a message requesting for downloading the user service profile from the S-CSCF; the home subscriber server sends a response message of the message requesting for downloading the user service profile to the S-CSCF; wherein the information of the IMS communication service identifier is contained in the response message, and after acquiring the information of the IMS communication service identifier, the S-CSCF performs an IMS communication service authorization check for a session during setting up the session by using the information of the IMS communication service identifier currently stored by the storage module. getting, by a home subscriber server, arrival of information related to the IMS communication service identifier; and sending, by the home subscriber server, information of the IMS communication service identifier to a network entity, which requires the IMS communication service identifier, according to the information related to the IMS communication service identifier; wherein the information of the IMS communication service identifier is stored in a user service profile of the user in the home subscriber server and wherein the user service profile comprises a data module storing the information of the IMS communication service identifier separately from initial Filter Criteria, and wherein the network entity is an S-CSCF; and the home subscriber server determines arrival of the information related to the IMS communication service identifier upon reception of a message requesting for downloading the user service profile from the S-CSCF; the home subscriber server sends a response message of the message requesting for downloading the user service profile to the S-CSCF; wherein the information of the IMS communication service identifier is contained in the response message, and after acquiring the information of the IMS communication service identifier, the S-CSCF performs an IMS communication service authorization check for a session during setting up the session by using the information of the IMS communication service identifier currently stored by the storage module.
Ball, in particular a football, comprising particles of an expanded material that are fused at their surfaces, characterized in that the ball comprises a first layer that is provided as an outer shell and comprises the particles.
A base station apparatus comprising: an assigning unit configured to assign a control channel to one or more control channel elements, CCEs, having consecutive CCE numbers in a search space; and a transmitting unit configured to transmit the assigned control channel to a mobile station; characterized in that: the assigning unit assigns the control channel to said one or more CCEs in the search space, the search space being comprised of a specific plurality of CCEs that starts on a specific CCE number, depending on the number of said one or more CCEs, to which the control channel is assigned, and the search space being comprised of CCEs with consecutive CCE numbers; and the base station apparatus further comprises a receiving unit receives a response signal, which is transmitted from the mobile station using an uplink resource, the uplink resource being associated with a CCE number of said one or more CCEs. an assigning unit configured to assign a control channel to one or more control channel elements, CCEs, having consecutive CCE numbers in a search space; and a transmitting unit configured to transmit the assigned control channel to a mobile station; characterized in that: the assigning unit assigns the control channel to said one or more CCEs in the search space, the search space being comprised of a specific plurality of CCEs that starts on a specific CCE number, depending on the number of said one or more CCEs, to which the control channel is assigned, and the search space being comprised of CCEs with consecutive CCE numbers; and the base station apparatus further comprises a receiving unit receives a response signal, which is transmitted from the mobile station using an uplink resource, the uplink resource being associated with a CCE number of said one or more CCEs. the assigning unit assigns the control channel to said one or more CCEs in the search space, the search space being comprised of a specific plurality of CCEs that starts on a specific CCE number, depending on the number of said one or more CCEs, to which the control channel is assigned, and the search space being comprised of CCEs with consecutive CCE numbers; and the base station apparatus further comprises a receiving unit receives a response signal, which is transmitted from the mobile station using an uplink resource, the uplink resource being associated with a CCE number of said one or more CCEs.
The use of an effective amount of a population of cells enriched for STRO-1 bright mesenchymal precursor cells (MPCs) for the manufacture of a medicament for inducing the formation or repair of blood vessels in a damaged target tissue of a patient, wherein the population is enriched in that it contains at least 0.1% MPCs that are STRO-1 bright and capable of forming CFU-F (fibroblast) clonogenic colonies as a proportion of total cell numbers in the population, and are additionally positive for one or more markers selected from the group consisting of: 3G5, MUC18/CD146, alpha-smooth muscle actin, and VCAM-1.
A system controller for powering and communicating with a set of fixtures using an AC cable comprising a power line, a reference line and a data line, and adapted to communicate with fixtures at different positions along the cable and each powered by the local voltage difference between the power line and the reference line, wherein the system controller comprises: a control unit for communicating with the set of fixtures by providing a data signal over the data line, wherein the data signal for a fixture is defined by the local voltage difference between the data signal on the data line and the reference line or power line; and a compensation circuit (64;72) for adding a voltage offset waveform to the data signal which is dependent on the overall set of positions of the fixtures, the system controller characterised in that it further comprises a feedback system for measuring a current flowing on the line to which the data signal is referenced, a gain controlled amplifier which has a gain which is dependent on the measured current, and a modulating arrangement (56, 58) for modulating the data signal based on the output of the gain controlled amplifier. a control unit for communicating with the set of fixtures by providing a data signal over the data line, wherein the data signal for a fixture is defined by the local voltage difference between the data signal on the data line and the reference line or power line; and a compensation circuit (64;72) for adding a voltage offset waveform to the data signal which is dependent on the overall set of positions of the fixtures, the system controller characterised in that it further comprises a feedback system for measuring a current flowing on the line to which the data signal is referenced, a gain controlled amplifier which has a gain which is dependent on the measured current, and a modulating arrangement (56, 58) for modulating the data signal based on the output of the gain controlled amplifier.
A method (1600, 1700, 1800) for providing a blood pressure indicator of a person, the method comprises: obtaining (1620, 1720, 1820) multiple first detection signals from a non-invasive optical plethysmography sensor that monitors a body area of the person; obtaining multiple second detection signals from a non-invasive Electrocardiography sensor; processing, by a health monitoring module, the multiple first detection signals to detect first points in time that correspond to arrivals of blood pulses to the body area that is monitored by the non-invasive optical plethysmography sensor; processing the multiple second detection signals to detect second points in time that correspond to peaks of QRS complexes; calculating at least one blood pressure indicator in response to at least one timing difference (pulse transient time) between at least a single pair of first and second points in time that are associated with a same heartbeat; characterized by obtaining blood pressure measurement results by a blood pressure monitor that differs from the non-invasive optical plethysmography sensor and from the non-invasive Electrocardiography sensor and calculating a mapping function that represents a relationship between pulse transient time values and blood pressure values, wherein the mapping function equals -A ∗ ln +B+A ∗ ln; wherein In represent the logarithmic operation, A and B are correlation coefficients, and L is a length of a pressure wave path. obtaining (1620, 1720, 1820) multiple first detection signals from a non-invasive optical plethysmography sensor that monitors a body area of the person; obtaining multiple second detection signals from a non-invasive Electrocardiography sensor; processing, by a health monitoring module, the multiple first detection signals to detect first points in time that correspond to arrivals of blood pulses to the body area that is monitored by the non-invasive optical plethysmography sensor; processing the multiple second detection signals to detect second points in time that correspond to peaks of QRS complexes; calculating at least one blood pressure indicator in response to at least one timing difference (pulse transient time) between at least a single pair of first and second points in time that are associated with a same heartbeat; characterized by obtaining blood pressure measurement results by a blood pressure monitor that differs from the non-invasive optical plethysmography sensor and from the non-invasive Electrocardiography sensor and calculating a mapping function that represents a relationship between pulse transient time values and blood pressure values, wherein the mapping function equals -A ∗ ln +B+A ∗ ln; wherein In represent the logarithmic operation, A and B are correlation coefficients, and L is a length of a pressure wave path.
Filter device for a cigarette and/or pipe for filtering substances harmful to health during smoking, the filter device comprising at least one filter layer with a carrier medium, the at least one filter layer having a salt layer arranged on the carrier medium, the salt layer being formed from at least one inorganic salt characterized in that the inorganic salt forming the salt layer comprises common salt.