mhurhangee/ep-ind-claims huggingface dataset:
An irrigation device, comprising: a pump wherein a flow from the pump moves in one direction only: an irrigation fluid reservoir in fluid communication with the pump; a rectal catheter having a main passage therethrough; at least a first hydraulically-operated device mounted on the rectal catheter; fluid tubing having at least two lumens, a first lumen providing fluid communication between the pump and the main passage of the catheter, and a second lumen providing fluid communication between the pump and said first hydraulic device; and a hydraulic control circuit including a plurality of valves (114, 116, 118) arranged for selectably directing pumped fluid alternately from the reservoir to the first hydraulically-operated device and from the first hydraulically-operated device to the reservoir. an irrigation fluid reservoir in fluid communication with the pump; a rectal catheter having a main passage therethrough; at least a first hydraulically-operated device mounted on the rectal catheter; fluid tubing having at least two lumens, a first lumen providing fluid communication between the pump and the main passage of the catheter, and a second lumen providing fluid communication between the pump and said first hydraulic device; and a hydraulic control circuit including a plurality of valves (114, 116, 118) arranged for selectably directing pumped fluid alternately from the reservoir to the first hydraulically-operated device and from the first hydraulically-operated device to the reservoir.
Motor support unit, intended to be mounted on a volute, the motor support unit comprising: - a motor, and - a motor support, the motor support unit comprising a connection piece (15, 15'), on the one hand, fitted on the motor support and, on the other hand, intended for fitting on the volute in such a manner as to form an interface between the motor support and the volute, the connection piece (15, 15') and the motor support being two distinct pieces, the connection piece (15, 15') having: - a first face facing the motor support, and - a second, opposite face (152, 152') intended to cooperate with the volute, characterized in that the connection piece (15, 15') comprises at least one portion for guiding a flow of cooling air, which has an air inlet on the second face (152, 152') and opens out on the first face. - a motor, and - a motor support, - a first face facing the motor support, and - a second, opposite face (152, 152') intended to cooperate with the volute, characterized in that the connection piece (15, 15') comprises at least one portion for guiding a flow of cooling air, which has an air inlet on the second face (152, 152') and opens out on the first face.
A disc brake vibration estimating device that estimates vibration of a disc brake, which generates a braking force by bringing pads (102,103) into contact with a rotating disc rotor, at a time of contact of the pads with the disc rotor based on at least a disc rotor model corresponding to the disc rotor and a pad model (102', 103') corresponding to the pads, both models having finite elements, the disc brake vibration estimating device comprising: an in-plane spring value calculating unit configured to calculate an in-plane spring value for determining an in-plane vibromotive force generated in an in-plane direction of the disc rotor; and a vibration estimating unit configured to estimate the vibration of the disc brake in the in-plane direction based on the calculated in-plane spring value, wherein the in-plane spring value calculating unit calculates the in-plane spring value based on an in-plane frictional coefficient of a contact surface at which the pad model comes in contact with the disc rotor model, an out-of-plane frictional coefficient of the contact surface, an out-of-plane spring value for an out-of-plane vibromotive force generated in an out-of-plane direction of the disc rotor, and an actual moment of the pads as a whole measured in a state in which the pads come in contact with the rotating disc rotor on a condition that a value obtained by integrating moment generated at a node constituting the contact surface over an entire contact surface is balanced with the actual moment. an in-plane spring value calculating unit configured to calculate an in-plane spring value for determining an in-plane vibromotive force generated in an in-plane direction of the disc rotor; and a vibration estimating unit configured to estimate the vibration of the disc brake in the in-plane direction based on the calculated in-plane spring value, wherein the in-plane spring value calculating unit calculates the in-plane spring value based on an in-plane frictional coefficient of a contact surface at which the pad model comes in contact with the disc rotor model, an out-of-plane frictional coefficient of the contact surface, an out-of-plane spring value for an out-of-plane vibromotive force generated in an out-of-plane direction of the disc rotor, and an actual moment of the pads as a whole measured in a state in which the pads come in contact with the rotating disc rotor on a condition that a value obtained by integrating moment generated at a node constituting the contact surface over an entire contact surface is balanced with the actual moment.
A fuel injection unit suitable for assembly to a cylinder head and for injecting fuel to a cylinder of an internal combustion engine having a common rail fuel system with at least one high pressure fuel pump, the fuel injection unit being connectable to the common rail fuel system, mainly comprising a first fuel injection valve with a first control valve, a second fuel injection valve with a second control valve, and a high pressure fuel accumulator used for providing said first fuel injection valve and said second fuel injection valve with fuel, characterized in that the fuel injection unit further comprises a flow fuse arranged downstream of said high pressure fuel accumulator between said accumulator and said first and second fuel injection valves (10, 12).
A coating composition, comprising: a polymeric binder comprising water as the solvent, an aqueous solvent, or a non-aqueous solvent; heat-resistant particles; and a thickener which is carboxymethyl cellulose. a polymeric binder comprising water as the solvent, an aqueous solvent, or a non-aqueous solvent; heat-resistant particles; and a thickener which is carboxymethyl cellulose.
A resin composition comprising a cyanate compound; and an epoxy resin represented by general formula: wherein a plurality of R each independently represent any of a hydrogen atom, an alkyl group having 1 to 6 carbon atoms, and an alkoxy group having 1 to 6 carbon atoms; wherein the cyanate compound is comprised in 1 to 90% by mass and the epoxy resin is comprised in 1 to 90% by mass based on a total amount (100% by mass) of resin solids in the resin composition; and wherein the cyanate compound is a naphthol aralkyl-based cyanate compound.
An integrated circuit package for being connected to a circuit board comprising: at least one integrated circuit comprising a wireless communication circuit comprising an orthogonal frequency-division multiplexing, OFDM, demodulator to produce first digital data based on first OFDM signals, and an OFDM modulator to produce second OFDM signals based on second digital data; and a package substrate electrically coupled to the at least one integrated circuit, the package substrate comprising an antenna to receive the first OFDM signals, and to transmit the second OFDM signals, the antenna being formed within the package substrate and being electrically coupled to the wireless communication circuit. at least one integrated circuit comprising a wireless communication circuit comprising an orthogonal frequency-division multiplexing, OFDM, demodulator to produce first digital data based on first OFDM signals, and an OFDM modulator to produce second OFDM signals based on second digital data; and an orthogonal frequency-division multiplexing, OFDM, demodulator to produce first digital data based on first OFDM signals, and an OFDM modulator to produce second OFDM signals based on second digital data; and a package substrate electrically coupled to the at least one integrated circuit, the package substrate comprising an antenna to receive the first OFDM signals, and to transmit the second OFDM signals, the antenna being formed within the package substrate and being electrically coupled to the wireless communication circuit.
Glyceryl trinitrate for use in treating traumatic edema, wherein the traumatic edema is characterized by the temporary occurrence of swelling conditions following bone fractures, contusions, sprains, dislocations, impacts, blows or falls, wherein the traumatic edema is no posttraumatic secondary lymphedema, and wherein the glyceryl trinitrate is topically applied.
A vertical alignment liquid crystal display panel, comprising: a first substrate and a second substrate, disposed opposite to each other to form a cell, as well as a liquid crystal layer between the two substrates; wherein, on the first substrate, there is formed a first common electrode and a pixel electrode, arranged at an interval; on the second substrate, there is formed a set of layers, the set of layers comprising: a second common electrode, and a dielectric layer covering the side of the second common electrode facing the first substrate; and the structure of the set of layers is different at a position directly opposite to the first common electrode from that at a position directly opposite to the pixel electrode; characterized in that the dielectric layer in the set of layers comprises a first dielectric unit and a second dielectric unit, arranged at an interval and closely linked to each other, wherein the first dielectric unit is located at a position directly opposite to the first common electrode, and the second dielectric unit is located at a position directly opposite to the pixel electrode; and the dielectric constant of the first dielectric unit is greater than that of the second dielectric unit.
Computer-implemented method for establishing a communication connection which is suitable for transmitting media streams between a first RTC client and a second RTC client, comprising the following steps: - the first RTC client creates a request to establish the communication connection, whereby the request comprises media-specific data and/or parameters of the first RTC client, - the request is adapted to the media-specific data and/or parameters of the second RTC client, - the adapted request is transmitted to the second RTC client, - the second RTC client creates a response to the adapted request, - the second RTC client is configured using the adapted request and the response, and the response is also transmitted to the first RTC client, and - the first RTC client is configured using the adapted request and the response, whereby - both the first RTC client and the second RTC client are a browser or contain a browser, - the first RTC client transmits the request to a Web server and the second RTC client transmits the response to the Web server, and - the Web server carries out the adaptation of the request and transmits the adapted request both to the second RTC client and back to the first RTC client, as well as transmits the response both to the first RTC client and back to the second RTC client. - the first RTC client creates a request to establish the communication connection, whereby the request comprises media-specific data and/or parameters of the first RTC client, - the request is adapted to the media-specific data and/or parameters of the second RTC client, - the adapted request is transmitted to the second RTC client, - the second RTC client creates a response to the adapted request, - the second RTC client is configured using the adapted request and the response, and the response is also transmitted to the first RTC client, and - the first RTC client is configured using the adapted request and the response, whereby - both the first RTC client and the second RTC client are a browser or contain a browser, - the first RTC client transmits the request to a Web server and the second RTC client transmits the response to the Web server, and - the Web server carries out the adaptation of the request and transmits the adapted request both to the second RTC client and back to the first RTC client, as well as transmits the response both to the first RTC client and back to the second RTC client.
A method of transmitting a polyhedral data set, comprising dividing an experience space into polyhedrons comprising a network of interconnected planes; collecting, via a distributed sensor array, sheets of experience space data of the experience space, each sensor of the distributed sensor array directed from a vantage point to a focal point to collect a corresponding sheet of experience space data; selecting one of the polyhedrons as a client location polyhedron with a client-selected vantage point and a client-selected focal point; and extracting, from the experience space data, sheets of_client location data corresponding to the client location polyhedron by intersecting ones of the sheets of experience space data to form a polyhedral data set that surrounds the client location polyhedron; projecting the polyhedral data set to a client space; and transmitting the projected polyhedral data set to simulate the client location polyhedron in the client space. dividing an experience space into polyhedrons comprising a network of interconnected planes; collecting, via a distributed sensor array, sheets of experience space data of the experience space, each sensor of the distributed sensor array directed from a vantage point to a focal point to collect a corresponding sheet of experience space data; selecting one of the polyhedrons as a client location polyhedron with a client-selected vantage point and a client-selected focal point; and extracting, from the experience space data, sheets of_client location data corresponding to the client location polyhedron by intersecting ones of the sheets of experience space data to form a polyhedral data set that surrounds the client location polyhedron; projecting the polyhedral data set to a client space; and transmitting the projected polyhedral data set to simulate the client location polyhedron in the client space.
Method for detecting an underwater structure from a sonar image with sonar image pixels, wherein the method comprises the following steps: a) assigning the individual sonar image pixels to a background image or an evaluation image, wherein the evaluation image has assigned evaluation pixels, b) selecting individual evaluation pixels such that node points (1a, 1b) are present, c) fitting a mathematical fit function to the node points (1a, 1b), wherein the fit function has a fit function length on account of the node points (1a, 1b), d) establishing a fit function band with a fit function bandwidth, wherein a width value of the fit function bandwidth is shorter than a length value of the fit function length, e) establishing a number of evaluation pixels which lie within the fit function band and f) performing an evaluation on the basis of the established number of evaluation pixels. a) assigning the individual sonar image pixels to a background image or an evaluation image, wherein the evaluation image has assigned evaluation pixels, b) selecting individual evaluation pixels such that node points (1a, 1b) are present, c) fitting a mathematical fit function to the node points (1a, 1b), wherein the fit function has a fit function length on account of the node points (1a, 1b), d) establishing a fit function band with a fit function bandwidth, wherein a width value of the fit function bandwidth is shorter than a length value of the fit function length, e) establishing a number of evaluation pixels which lie within the fit function band and f) performing an evaluation on the basis of the established number of evaluation pixels.
A method for active control of a gas flow control valve, the method comprising: receiving a desired fuel command and an inlet pressure parameter; determining a choked valve flow factor and an unchoked valve flow factor based at least in part on the inlet pressure parameter; determining a gas flow gain based at least in part on either the choked valve flow factor and an unchoked valve flow factor or the inlet pressure parameter, wherein determining the gas flow gain is by way of inverting the product of the choked valve flow factor and an unchoked multiplier; determining a valve flow coefficient based at least in part on the desired fuel command and the gas flow gain; and controlling the gas flow control valve based at least in part on the valve flow coefficient. receiving a desired fuel command and an inlet pressure parameter; determining a choked valve flow factor and an unchoked valve flow factor based at least in part on the inlet pressure parameter; determining a gas flow gain based at least in part on either the choked valve flow factor and an unchoked valve flow factor or the inlet pressure parameter, wherein determining the gas flow gain is by way of inverting the product of the choked valve flow factor and an unchoked multiplier; determining a valve flow coefficient based at least in part on the desired fuel command and the gas flow gain; and controlling the gas flow control valve based at least in part on the valve flow coefficient.
A pump shaft, which has a first section, connectable to an impeller of a rotary pump, a second section adapted for cooperation with a seal, particularly suitable for receiving a sealing ring of a mechanical seal, and a connecting section, wherein the connecting section comprises a cylindrical cavity, provided with a front surface and in which a motor shaft can be accommodated, and the connecting section has at least two slots (112; 112'; 112") extending mainly in an axial direction and at least two slots extending mainly in a circumferential direction over a part of the circumference, and the connecting section is divided by the slots which extend in the circumferential direction into a guide section and into a clamping section, elastically deformable in the circumferential direction and the radial direction by a tensioning device for producing a force-locking connection to the motor shaft, wherein the connecting section has a second guide section, disposed on a side of the clamping section (124; 124') facing away from the guide section in an axial direction, and at least two slots extending mainly in the circumferential direction over a part of the circumference are provided between the second guide section and the clamping section, and wherein the second guide section is in annular shape with a cylindrical inner surface through which the motor shaft can be guided, characterised in that the clamping section (124; 124') has at least two grooves extending in the axial direction over the entire axial length of the clamping section (124; 124'), and the grooves are disposed externally on the clamping section (124; 124') in the radial direction.
Device for heating metal bolts, in particular light metal bolts, with a heating space designed as a tunnel furnace, wherein the metal bolts, arranged longitudinally behind one another, are transported through the heating space by means of a bolt transport apparatus, wherein the tunnel furnace comprises, in the direction of passage of the metal bolts, first a convection furnace and then a flame-subjected furnace, characterised in that the length of the convection furnace is several times the length of the flame-subjected furnace.
A method for an oxidation of an organic sludge, comprising the following steps: a) collecting the organic sludge and pretreating the organic sludge to generate a pourable pulp; b) conveying a portion of the pourable pulp into an injection chamber, preferably by gravitation; c) injecting the portion of the pourable pulp and an oxidant into a reaction vessel; d) initially pressurizing and heating-up the reaction vessel in order to initiate an oxidation reaction in the reaction vessel; said oxidation reaction producing excess heat being at least partially stored within the reaction vessel and completely reacting the portion of organic sludge; e) opening the reaction vessel to exhaust under depressurization of the reaction vessel the reacted components of the portion of the organic sludge and closing the reaction vessel after the reacted components are removed from the reaction vessel, thereby maintaining a temperature of at least 200°C in the reaction vessel, wherein the excess heat released by the oxidation reaction is stored at least partially intermittently in a solid shell around the reaction vessel and/or in the wall of the reaction vessel and/or in a solid body placed inside the reaction vessel; and f) repeating the cycle of injecting another portion of the pourable pulp and the oxidant into the reaction vessel and re-igniting the oxidation reaction in the reaction vessel without an external supply of heat. a) collecting the organic sludge and pretreating the organic sludge to generate a pourable pulp; b) conveying a portion of the pourable pulp into an injection chamber, preferably by gravitation; c) injecting the portion of the pourable pulp and an oxidant into a reaction vessel; d) initially pressurizing and heating-up the reaction vessel in order to initiate an oxidation reaction in the reaction vessel; said oxidation reaction producing excess heat being at least partially stored within the reaction vessel and completely reacting the portion of organic sludge; e) opening the reaction vessel to exhaust under depressurization of the reaction vessel the reacted components of the portion of the organic sludge and closing the reaction vessel after the reacted components are removed from the reaction vessel, thereby maintaining a temperature of at least 200°C in the reaction vessel, wherein the excess heat released by the oxidation reaction is stored at least partially intermittently in a solid shell around the reaction vessel and/or in the wall of the reaction vessel and/or in a solid body placed inside the reaction vessel; and f) repeating the cycle of injecting another portion of the pourable pulp and the oxidant into the reaction vessel and re-igniting the oxidation reaction in the reaction vessel without an external supply of heat.