mhurhangee/ep-ind-claims huggingface dataset:
A turbine, said turbine including: a rotor assembly having a substantially planar circular head, a body adapted for engagement with the circular head, said body including a passage for receipt of a working fluid, the passage being in communication with a flow chamber formed between the circular head and body on engagement of circular head with the body, characterised in that the circular head includes a plurality of nozzles at a radial edge of the circular head, each of the plurality of nozzles in communication with the flow chamber, each of the plurality of nozzles are coplanar with the circular head and oriented tangentially to the flow chamber, wherein the flow chamber has an outer diameter being smaller than the outer diameter of the planar circular head; and wherein the flow chamber is arcuate and divergent shaped without restrictions to produce a laminar flow of the working fluid out the plurality of nozzles disposed in the circular head. a rotor assembly having a substantially planar circular head, a body adapted for engagement with the circular head, said body including a passage for receipt of a working fluid, the passage being in communication with a flow chamber formed between the circular head and body on engagement of circular head with the body, characterised in that the circular head includes a plurality of nozzles at a radial edge of the circular head, each of the plurality of nozzles in communication with the flow chamber, each of the plurality of nozzles are coplanar with the circular head and oriented tangentially to the flow chamber, wherein the flow chamber has an outer diameter being smaller than the outer diameter of the planar circular head; and wherein the flow chamber is arcuate and divergent shaped without restrictions to produce a laminar flow of the working fluid out the plurality of nozzles disposed in the circular head.
Flame ionization detector comprising: a counterflow burner having a combustion chamber which can be supplied with a combustible gas and an oxidant from opposite sides, wherein the counterflow burner comprises three planar substrates which are connected together while lying above one another, and wherein the central substrate comprises the combustion chamber into which at least two channels lead from opposite directions, the openings of the channels in the combustion chamber having a distance of less than 3 mm between them; a measurement electrode, a protective electrode and a back electrode, the electrodes being arranged in the combustion chamber of the counterflow burner, the measurement electrode and the protective electrode being applied at the bottom of the combustion chamber on the lower substrate; means for measuring an ion current between the measurement electrode and the back electrode; wherein the back electrode consists of the side walls of the combustion chamber, which are formed by the central substrate, and a further electrode applied at the top of the combustion chamber, opposite the measurement electrode, on the upper substrate. a counterflow burner having a combustion chamber which can be supplied with a combustible gas and an oxidant from opposite sides, wherein the counterflow burner comprises three planar substrates which are connected together while lying above one another, and wherein the central substrate comprises the combustion chamber into which at least two channels lead from opposite directions, the openings of the channels in the combustion chamber having a distance of less than 3 mm between them; a measurement electrode, a protective electrode and a back electrode, the electrodes being arranged in the combustion chamber of the counterflow burner, the measurement electrode and the protective electrode being applied at the bottom of the combustion chamber on the lower substrate; means for measuring an ion current between the measurement electrode and the back electrode;
A glass sheet composite comprising a diaphragm that is vibrated by a vibrator, and a support member that is attached along an edge portion of the diaphragm to support the diaphragm, wherein: the diaphragm comprises at least one glass sheet, and is supported on the support member through a support structure constituted by fixing parts and vibration-permitting parts, wherein the fixing parts fix the edge portion of the diaphragm to the support member, and the vibration-permitting parts permit vibration of the diaphragm, all the peripheral portion of the diaphragm is not attached to the support member through the fixing parts, but is attached to the support member through the support structure constituted by the fixing parts and the vibration-permitting parts, wherein the fixing parts are disposed intermittently with the vibration-permitting parts along the edge portion of the diaphragm, and the vibration-permitting parts are soft backers or soft gaskets that are disposed between the edge portion of the diaphragm and the support member, or spaces filled with a soft filler formed between the edge portion of the diaphragm and the support member. the diaphragm comprises at least one glass sheet, and is supported on the support member through a support structure constituted by fixing parts and vibration-permitting parts, wherein the fixing parts fix the edge portion of the diaphragm to the support member, and the vibration-permitting parts permit vibration of the diaphragm, all the peripheral portion of the diaphragm is not attached to the support member through the fixing parts, but is attached to the support member through the support structure constituted by the fixing parts and the vibration-permitting parts, wherein the fixing parts are disposed intermittently with the vibration-permitting parts along the edge portion of the diaphragm, and the vibration-permitting parts are soft backers or soft gaskets that are disposed between the edge portion of the diaphragm and the support member, or spaces filled with a soft filler formed between the edge portion of the diaphragm and the support member.
A wireless mobile telecommunications system comprising at least one base station, a first terminal device and a second terminal device, wherein the first terminal device is a terminal device of a first type and the second terminal device is a terminal device of a second type, the second type being different from the first type, and wherein the at least one base station is configured to communicate data which is specific to the first terminal device in a synchronous manner by employing a radio frame structure and to communicate data which is specific to the second terminal device in a non-synchronous manner in which the second terminal device is not synchronised to the radio frame structure transmitted by the base station, wherein the base station is configured to communicate data which is specific to the second terminal device in a non-synchronous manner by transmitting, in the radio frame structure, said data in association with a predefined signature sequence.
A sensor for determining a distance according to a pulse-based time-of-flight method, having a transmitter for transmitting a signal pulse triggered by a transmission pulse, a receiver for generating a reception pulse from the remitted signal pulse, and a time of flight measuring unit for determining a time of flight from the transmission pulse and the reception pulse, which time of flight measuring unit comprises a delay line with a plurality of delay elements connected in series and nodes between the delay elements, characterized in that the time of flight measuring unit is configured to feed the transmission pulse into the delay line at one end and to feed the reception pulse into the delay line at the other end and to determine the time of flight from the at least one node having an amplitude corresponding to a superposition of the transmission pulse and the reception pulse.
A process for the production of a solid dispersant for a hydraulically binding composition, comprising the steps of a) providing at least one first polymer, which is a comb polymer having a polymer backbone comprising carboxyl groups, b) providing at least one second polymer, which is a condensate of, at least, an aromatic compound and formaldehyde; or a lignosulfonate, c) preparing an aqueous solution comprising the first and the second polymer, and d) spray-drying the aqueous solution to obtain the solid dispersant. a) providing at least one first polymer, which is a comb polymer having a polymer backbone comprising carboxyl groups, b) providing at least one second polymer, which is a condensate of, at least, an aromatic compound and formaldehyde; or a lignosulfonate, c) preparing an aqueous solution comprising the first and the second polymer, and d) spray-drying the aqueous solution to obtain the solid dispersant.
A metal catalyst support manufacturing apparatus comprising: a transfer unit for transferring a plurality of plate members having the same size at regular intervals; a first shaping roller and a second shaping roller which are rotatably engaged with each other such that first and second corrugated portions (42, 44) are repeatedly formed in plate members which are transferred to the transfer unit; and a position aligning unit for equally shaping the shapes of all the plate members by matching start points where the plate members are engaged with the first shaping roller and the second shaping roller, characterized in that the position aligning unit comprises: a feed unit for feeding the plate member to the start point P of the first shaping roller and the second shaping roller; a position detection sensor for detecting the position of the plate member, when the plate member is positioned at the start point, and a control unit for controlling operation of the feed unit according to a signal applied from the position detection sensor. a transfer unit for transferring a plurality of plate members having the same size at regular intervals; a first shaping roller and a second shaping roller which are rotatably engaged with each other such that first and second corrugated portions (42, 44) are repeatedly formed in plate members which are transferred to the transfer unit; and a position aligning unit for equally shaping the shapes of all the plate members by matching start points where the plate members are engaged with the first shaping roller and the second shaping roller, characterized in that the position aligning unit comprises: a feed unit for feeding the plate member to the start point P of the first shaping roller and the second shaping roller; a position detection sensor for detecting the position of the plate member, when the plate member is positioned at the start point, and a control unit for controlling operation of the feed unit according to a signal applied from the position detection sensor. a feed unit for feeding the plate member to the start point P of the first shaping roller and the second shaping roller; a position detection sensor for detecting the position of the plate member, when the plate member is positioned at the start point, and a control unit for controlling operation of the feed unit according to a signal applied from the position detection sensor.
A method for manufacturing a thin plate, the thin plate having a conductive material component that exists, without dissolving, in an amorphous metal matrix exhibiting corrosion resistance by passivation, the method comprising: injecting a metal powder used for the metal matrix and a powder of the conductive material from an injection gun with flame toward a substrate so that the metal powder is melted, and then cooling with cooling gas before the flame reaches the substrate so as to provide a composite plate with a coating laminated on the substrate, wherein a metal powder having a composition that becomes amorphous by quenching is used as the metal powder, to make the metal matrix in the coating and the thin plate amorphous; and applying press-forming to the coating. injecting a metal powder used for the metal matrix and a powder of the conductive material from an injection gun with flame toward a substrate so that the metal powder is melted, and then cooling with cooling gas before the flame reaches the substrate so as to provide a composite plate with a coating laminated on the substrate, wherein a metal powder having a composition that becomes amorphous by quenching is used as the metal powder, to make the metal matrix in the coating and the thin plate amorphous; and applying press-forming to the coating.
A wound dressing, comprising: - a layer (104, 106; 1004) including spaced protrusions (102; 500; 1000), each protrusion (102; 500; 1000) being shaped to receive medication for treating a wound (110; 1002); - a plurality of holes defined in the layer (104, 106), the holes being configured to allow evaporation of exudate from the wound, and the plurality of holes are located between the spaced protrusions; and - a ring (504, 506; 1008) extending from an inner wall of each spaced protrusion (500; 1000), the ring being configured to collect exudate from the wound (110; 1002). - a layer (104, 106; 1004) including spaced protrusions (102; 500; 1000), each protrusion (102; 500; 1000) being shaped to receive medication for treating a wound (110; 1002); - a plurality of holes defined in the layer (104, 106), the holes being configured to allow evaporation of exudate from the wound, and the plurality of holes are located between the spaced protrusions; and - a ring (504, 506; 1008) extending from an inner wall of each spaced protrusion (500; 1000), the ring being configured to collect exudate from the wound (110; 1002).
A method, in a wireless telecommunication network, for providing a charging rate associated with a data session for user equipment, the method comprising: receiving a trigger-type attribute-value pair at a monitoring engine (301, 513) of a network gateway (203, 303) from an online charging system (217, 509); monitoring the data session to accumulate quality of experience data for the data session; generating a measure (101, 105, 107) of a quality of experience of the data session for user equipment using the monitoring engine (301, 513) of the network gateway (203, 303), said measure of quality of experience being an attribute-value-pair; transmitting the quality of experience attribute-value pair to the online charging system (217, 509) from the network gateway (203, 303); and determining at the online charging system module (217, 509) of the network a charging rate for the data session using the generated measure (101, 105, 107) of quality of experience. receiving a trigger-type attribute-value pair at a monitoring engine (301, 513) of a network gateway (203, 303) from an online charging system (217, 509); monitoring the data session to accumulate quality of experience data for the data session; generating a measure (101, 105, 107) of a quality of experience of the data session for user equipment using the monitoring engine (301, 513) of the network gateway (203, 303), said measure of quality of experience being an attribute-value-pair; transmitting the quality of experience attribute-value pair to the online charging system (217, 509) from the network gateway (203, 303); and determining at the online charging system module (217, 509) of the network a charging rate for the data session using the generated measure (101, 105, 107) of quality of experience.
Battery with a connection element for electrically connecting at least two battery cells (12, 14) electrically connected in parallel of the battery with contact points via which a basic body of the connection element is coupled with the same named poles of the battery cells (12, 14) electrically connected in parallel and with a collector area, via which during operation of the battery the electrical currents of the at least two battery cells (12, 14) electrically connected in parallel flow, wherein prismatic battery cells (12, 14) of the battery form a stack in which the poles of the same name of at least two first battery cells electrically connected in parallel and of at least two further battery cells electrically connected in parallel which are electrically connected in series with the first battery cells are arranged flush with each other, wherein the connection element is applied via the contact points to the poles of the battery cells (12, 14), and wherein the connection element is designed to electrically connect in series the at least two first battery cells connected in parallel, via the collector area, with the at least two further battery cells of the battery electrically connected in parallel, characterised in that the connection element has a conductor cross-section which tapers from the collector area towards an end area of the connection element, wherein in the end area the conductor cross-section is reduced to a fraction of the conductor cross-section in the collector area, which corresponds to a unit fraction in which the denominator is formed by the number of contact points allocated to the poles of the same name of the battery cells (12, 14) electrically connected in parallel.
An in vitro method for diagnosing a subject having chest pain or dyspnea, the method comprising: (a) determining a level of soluble ST2 (Interleukin 1 Receptor Like 1 (IL1RL1)) in a sample from a subject having chest pain or dyspnea; (b) determining a level of brain natriuretic peptide in the sample; (c) comparing the level of soluble ST2 in the sample to a reference level of soluble ST2 in a subject who has neither cardiovascular disease nor pulmonary disease, has a high likelihood of having PD or CVD, or has CVD and/or PD; (d) comparing the level of BNP in the sample to a low threshold level of BNP of 100 pg/mL and a high threshold level of BNP of 500 pg/mL; and (e) identifying a subject having chest pain or dyspnea, a soluble ST2 level less than the reference level of soluble ST2, and a BNP level equal to or greater than 100 pg/mL as having CVD; identifying a subject having chest pain or dyspnea, a soluble ST2 level equal to or greater than the reference level of soluble ST2, and a BNP level that is equal to or less than 500 pg/mL as having PD; or identifying a subject having chest pain or dyspnea, a soluble ST2 level equal to or greater than the reference level of soluble ST2, and a BNP level greater than 500 pg/mL as having CVD; wherein the sample comprises blood, serum, or plasma; and wherein the levels of ST2 and BNP are determined more than once at 2, 4, 6, 8, 12, 18, and/or 24 hours, and/or 1-7 days or longer after the onset of symptoms in the subject, and the highest level or an average of the levels is used. (a) determining a level of soluble ST2 (Interleukin 1 Receptor Like 1 (IL1RL1)) in a sample from a subject having chest pain or dyspnea; (b) determining a level of brain natriuretic peptide in the sample; (c) comparing the level of soluble ST2 in the sample to a reference level of soluble ST2 in a subject who has neither cardiovascular disease nor pulmonary disease, has a high likelihood of having PD or CVD, or has CVD and/or PD; (d) comparing the level of BNP in the sample to a low threshold level of BNP of 100 pg/mL and a high threshold level of BNP of 500 pg/mL; and (e) identifying a subject having chest pain or dyspnea, a soluble ST2 level less than the reference level of soluble ST2, and a BNP level equal to or greater than 100 pg/mL as having CVD;
A method of assembling a mobile lift crane, the lift crane comprising, during operation, i) a rotating bed, ii) a boom pivotally mounted on the rotating bed, iii) a luffing jib pivotally mounted to the end of the boom; iv) a first strut also pivotally connected to the end of the boom, the first strut including a first strut cap having sheaves, and v) a second strut connected to the boom below the connection point of the first strut, the second strut including a second strut cap having sheaves, the method comprising: a) connecting the first strut to the end of the boom, wherein during connecting, the first strut cap is connected to a distal end of the first strut and the second strut cap, which is disconnected from the second strut, is reeved with the first strut cap with a first line; b) connecting a second line to an end of the first line, the second line being wound around a rotatable drum mounted on an immobilized drum frame; c) retracting the first line in an appropriate direction to thereby pull the second line through the sheaves to reeve the first and second strut caps with the second line; and d) disconnecting the first line from the second line to remove the first line out of the way during further assembly. a) connecting the first strut to the end of the boom, wherein during connecting, the first strut cap is connected to a distal end of the first strut and the second strut cap, which is disconnected from the second strut, is reeved with the first strut cap with a first line; b) connecting a second line to an end of the first line, the second line being wound around a rotatable drum mounted on an immobilized drum frame; c) retracting the first line in an appropriate direction to thereby pull the second line through the sheaves to reeve the first and second strut caps with the second line; and d) disconnecting the first line from the second line to remove the first line out of the way during further assembly.
An information processing method executed by an electric light bulb light source apparatus, which includes a lighting unit including a light source, and a functional unit having a predetermined function, the information processing method comprising: setting, from any of a parent mode and a child mode, an operation mode for cooperative control with a different electric light bulb light source apparatus with respect to the predetermined function; in a case where the parent mode is set, causing the lighting unit to execute a first lighting operation for the parent mode in response to a predetermined lighting control signal relating to an operation of the lighting unit, and transmitting, to the different electric light bulb light source apparatus set to the child mode, a cooperative control signal for causing a second lighting operation for the child mode to be executed, the second lighting operation for the child mode being different from the first lighting operation; and in a case where the child mode is set, causing the lighting unit to execute the second lighting operation on the basis of the cooperative control signal transmitted from the different electric light bulb light source apparatus set to the parent mode. setting, from any of a parent mode and a child mode, an operation mode for cooperative control with a different electric light bulb light source apparatus with respect to the predetermined function; in a case where the parent mode is set, causing the lighting unit to execute a first lighting operation for the parent mode in response to a predetermined lighting control signal relating to an operation of the lighting unit, and transmitting, to the different electric light bulb light source apparatus set to the child mode, a cooperative control signal for causing a second lighting operation for the child mode to be executed, the second lighting operation for the child mode being different from the first lighting operation; and in a case where the child mode is set, causing the lighting unit to execute the second lighting operation on the basis of the cooperative control signal transmitted from the different electric light bulb light source apparatus set to the parent mode.