mhurhangee/patent-ind-claim-en huggingface dataset:
A turbomachine comprising: a housing ; a rotatable shaft , wherein at least a portion of the rotatable shaft is located in the housing ; a magnetic thrust bearing that axially positions the rotatable shaft ; a radial bearing that centers the rotatable shaft ; and a flexure including a first portion secured to the housing and a second portion axially moveable relative to the first portion , wherein the second portion is connected to the radial bearing , and the second portion is configured to move axially to eliminate thrust loads on the radial bearing in order to allow the magnetic thrust bearing to carry axial loads, wherein the flexure is flat in an initial position; characterised in that : the first portion of the flexure is an outer ring, the second portion of the flexure is an inner ring, and the flexure includes a plurality of flexible attachment features located therebetween that allow the inner ring to move relative to the outer ring , wherein each of the plurality of attachment features include an aperture to reduce axial stiffness, and the inner edge of the inner ring of the flexure contacts an outer diameter of the radial bearing . a housing ; a rotatable shaft , wherein at least a portion of the rotatable shaft is located in the housing ; a magnetic thrust bearing that axially positions the rotatable shaft ; a radial bearing that centers the rotatable shaft ; and a flexure including a first portion secured to the housing and a second portion axially moveable relative to the first portion , wherein the second portion is connected to the radial bearing , and the second portion is configured to move axially to eliminate thrust loads on the radial bearing in order to allow the magnetic thrust bearing to carry axial loads, wherein the flexure is flat in an initial position;
Method of determining a state or a change of state of an electrochemical energy storage device , having the following features: a. the energy storage device comprises a composite composed of at least one positive electrode in the form of a layer, at least one negative electrode in the form of a layer and at least one separator layer , b. the energy storage device comprises a housing composed of a multilaminar composite film, c. the housing comprises a first and second housing portion (111; 112) composed of the multilaminar composite film that are joined to one another, preferably at their edges, and together enclose a cavity in which the composite is disposed, d. the composite film comprises one lamina of a metal layer (111b; 112b) and two laminas of plastic (111a, 111c; 112a, 112c), wherein the metal layer (111b; 112b) is disposed between the two plastic laminas (111a, 111c; 112a, 112c), and e. the metal layer of the first housing portion and the metal layer of the second housing portion are electrically insulated from one another, wherein f. the state or change of state is determined by applying an electrical voltage to the metal layers (111b; 112b) of the first and second housing portions (111; 112) so as to result in an electrical field between the metal layers (111b; 112b), and determining an electrical parameter influenced by a change in the distance between the metal layers (111b; 112b). a. the energy storage device comprises a composite composed of at least one positive electrode in the form of a layer, at least one negative electrode in the form of a layer and at least one separator layer , b. the energy storage device comprises a housing composed of a multilaminar composite film, c. the housing comprises a first and second housing portion (111; 112) composed of the multilaminar composite film that are joined to one another, preferably at their edges, and together enclose a cavity in which the composite is disposed, d. the composite film comprises one lamina of a metal layer (111b; 112b) and two laminas of plastic (111a, 111c; 112a, 112c), wherein the metal layer (111b; 112b) is disposed between the two plastic laminas (111a, 111c; 112a, 112c), and e. the metal layer of the first housing portion and the metal layer of the second housing portion are electrically insulated from one another, wherein f. the state or change of state is determined by applying an electrical voltage to the metal layers (111b; 112b) of the first and second housing portions (111; 112) so as to result in an electrical field between the metal layers (111b; 112b), and determining an electrical parameter influenced by a change in the distance between the metal layers (111b; 112b).
Method for the production of a three-dimensional model of at least a partial region of a jaw for producing a dental prosthesis, comprising the steps of: providing data of a three-dimensional scan of an oral cavity of a patient having at least one dental implant, the data being recorded previously; creating a three-dimensional model of at least the partial region of the jaw; producing the model of at least the partial region of the jaw using a CAD-supported stereolithographic process; and fully automatic shaping of at least one recess for receiving a laboratory analogue into the jaw saddle of the model , the data of the three-dimensional scan being used in shaping, and the depth, the position and the orientation of the at least one recess being shaped to the extent that the crestal end of the laboratory analogue inserted into the recess coincides with the crestal end of a dental implant in the patient's jaw. providing data of a three-dimensional scan of an oral cavity of a patient having at least one dental implant, the data being recorded previously; creating a three-dimensional model of at least the partial region of the jaw; producing the model of at least the partial region of the jaw using a CAD-supported stereolithographic process; and fully automatic shaping of at least one recess for receiving a laboratory analogue into the jaw saddle of the model , the data of the three-dimensional scan being used in shaping, and the depth, the position and the orientation of the at least one recess being shaped to the extent that the crestal end of the laboratory analogue inserted into the recess coincides with the crestal end of a dental implant in the patient's jaw.
A rosehead bur having a shaft and, connected to the latter, a head which is provided with cutting edges, characterized in that smooth cutting edges , and cutting edges with a discontinuous cutting edge contour, are formed about the circumference of the head and in that the cutting edges with the discontinuous cutting edge contour are in the form of a serrated finish.
An internal combustion engine comprising a regulator valve or valve system to regulate an amount of extra air to be forced into a combustion chamber, and an AFR control system having an output coupled to actuate said regulator valve or valve system to control air to fuel ratio in the internal combustion engine, the AFR control system comprising: - a feedback controller configured to compare a measured air amount indicator to a setpoint value and to produce a feedback control output , - a setpoint selector configured to select a steady-state setpoint value on the basis of known requirements of operation, - a first transient controller configured to produce a transient setpoint offset as a response to a change in fuel demand of said internal combustion engine, and - a second transient controller configured to produce a transient output offset as a response to a change in either said steady-state setpoint value or said setpoint value ; wherein said setpoint value is a combination of said steady-state setpoint value and said transient setpoint offset , and wherein an output of the AFR control system is a combination of said feedback control output and said transient output offset . - a feedback controller configured to compare a measured air amount indicator to a setpoint value and to produce a feedback control output , - a setpoint selector configured to select a steady-state setpoint value on the basis of known requirements of operation, - a first transient controller configured to produce a transient setpoint offset as a response to a change in fuel demand of said internal combustion engine, and - a second transient controller configured to produce a transient output offset as a response to a change in either said steady-state setpoint value or said setpoint value ;
An integrated circuit die for an ultrasound system, the integrated circuit die comprising: a silicon or silicon on insulator or silicon germanium substrate defining a plurality of circuit elements; a sensor region on the substrate, the sensor region comprising a layer stack defining a plurality of ultrasound transducer cells ; and an interposer region on the substrate adjacent to the sensor region, the interposer region comprising a further layer stack including conductive connections to the circuit elements and the ultrasound transducer cells, the conductive connections connected to a plurality of conductive contact regions on an upper surface of the interposer region, the conductive contact regions including external contacts for contacting the integrated circuit die to a connection cable and mounting pads for mounting a discrete passive component on the upper surface, the integrated circuit die characterized by comprising at least one passive component mounted on the mounting pads on said upper surface, wherein the at least one passive component comprises a decoupling or bypass capacitor. a silicon or silicon on insulator or silicon germanium substrate defining a plurality of circuit elements; a sensor region on the substrate, the sensor region comprising a layer stack defining a plurality of ultrasound transducer cells ; and an interposer region on the substrate adjacent to the sensor region, the interposer region comprising a further layer stack including conductive connections to the circuit elements and the ultrasound transducer cells, the conductive connections connected to a plurality of conductive contact regions on an upper surface of the interposer region, the conductive contact regions including external contacts for contacting the integrated circuit die to a connection cable and mounting pads for mounting a discrete passive component on the upper surface, the integrated circuit die characterized by comprising at least one passive component mounted on the mounting pads on said upper surface, wherein the at least one passive component comprises a decoupling or bypass capacitor.
A control valve assembly for a downhole wellbore comprising: a body including a first fluid passage defining a fluid inlet and a second fluid passage defining a fluid outlet , wherein a portion of the body is formed from a magnetic material; a plunger moveably mounted within the body , the plunger including a third fluid passage including a plunger fluid inlet and a plunger fluid outlet , the plunger fluid outlet configured to selectively align and misalign with the second fluid passage , wherein a portion of the plunger is formed from a magnetic material; a magnetic circuit having a gap arranged within the control valve assembly , wherein the portion of the body formed from a magnetic material defines a first portion of the magnetic circuit and the portion of the plunger formed from a magnetic material forms another portion of the magnetic circuit; a solenoid mounted at the body about at least a part of the magnetic material in at least one of the body and the plunger , the solenoid being selectively activated to create a magnetic field across the gap in the magnetic circuit, the magnetic field causing the plunger to move thereby narrowing the gap to produce a pressure pulse in the wellbore ; and a housing extending about the solenoid , characterized in that : the housing is formed from soft magnetic material. a body including a first fluid passage defining a fluid inlet and a second fluid passage defining a fluid outlet , wherein a portion of the body is formed from a magnetic material; a plunger moveably mounted within the body , the plunger including a third fluid passage including a plunger fluid inlet and a plunger fluid outlet , the plunger fluid outlet configured to selectively align and misalign with the second fluid passage , wherein a portion of the plunger is formed from a magnetic material; a magnetic circuit having a gap arranged within the control valve assembly , wherein the portion of the body formed from a magnetic material defines a first portion of the magnetic circuit and the portion of the plunger formed from a magnetic material forms another portion of the magnetic circuit; a solenoid mounted at the body about at least a part of the magnetic material in at least one of the body and the plunger , the solenoid being selectively activated to create a magnetic field across the gap in the magnetic circuit, the magnetic field causing the plunger to move thereby narrowing the gap to produce a pressure pulse in the wellbore ; and a housing extending about the solenoid ,
Method for determining at least one flow rate or a fluid volume flow of a fluid flowing through an implanted, vascular support system , comprising the following steps: a) carrying out a pulsed Doppler measurement by means of an ultrasound sensor of the support system , wherein a maximum pulse repetition rate of the pulsed Doppler measurement is less than twice a maximum occurring Doppler shift, b) evaluating a measurement result from step a) which has a possible ambiguity, c) providing at least one operating parameter of a flow machine of the support system , d) determining at least the flow rate or the fluid volume flow using the measurement result evaluated in step b), wherein the possible ambiguity of the measurement result is corrected using the operating parameter. a) carrying out a pulsed Doppler measurement by means of an ultrasound sensor of the support system , wherein a maximum pulse repetition rate of the pulsed Doppler measurement is less than twice a maximum occurring Doppler shift, b) evaluating a measurement result from step a) which has a possible ambiguity, c) providing at least one operating parameter of a flow machine of the support system , d) determining at least the flow rate or the fluid volume flow using the measurement result evaluated in step b),
A stable precipitation resistant formulation for parenteral injection comprising: (a) a biocompatible non-aqueous aprotic polar solvent, wherein the aprotic polar solvent is dimethylsulfoxide (DMSO), dimethylformamide (DMF), ethyl acetate, n-methyl pyrrolidone (NMP), dimethyl acetamide (DMA), propylene carbonate, or mixtures thereof; and (b) a benzodiazepine, or a salt thereof, solubilized within the non-aqueous solvent; and (c) 1% to 30% w/w of a surfactant, wherein the surfactant attenuates the precipitation of the benzodiazepine when injected into a subject, wherein the surfactant is sodium deoxycholate, polysorbate 80, polysorbate 20, dodecyl maltoside, sodium dodecyl sulfate, or sodium tetradecyl sulfate. (a) a biocompatible non-aqueous aprotic polar solvent, wherein the aprotic polar solvent is dimethylsulfoxide (DMSO), dimethylformamide (DMF), ethyl acetate, n-methyl pyrrolidone (NMP), dimethyl acetamide (DMA), propylene carbonate, or mixtures thereof; and (b) a benzodiazepine, or a salt thereof, solubilized within the non-aqueous solvent; and (c) 1% to 30% w/w of a surfactant, wherein the surfactant attenuates the precipitation of the benzodiazepine when injected into a subject, wherein the surfactant is sodium deoxycholate, polysorbate 80, polysorbate 20, dodecyl maltoside, sodium dodecyl sulfate, or sodium tetradecyl sulfate.
A heat transfer tube of a boiler , in particular a condensing boiler, having an outer tube that can carry a flow of exhaust gases from boiler firing, and can be externally surrounded by heating water, and a profile insert inserted into the outer tube, which in order to enlarge the inner surface of the outer tube has ribs running in its longitudinal direction , and is in heat conductive contact with the outer tube , wherein a first longitudinal section of the outer tube has a cylindrically smooth-walled design, and wherein the profile insert extends exclusively over the first longitudinal section of the outer tube , characterized in that a second longitudinal section of the outer tube has at least one cross section-constricting element that constricts the flow cross section, wherein the at least one cross section-constructing element comprises at least two first recesses , which are formed in the wall of the second longitudinal section of the outer tube , wherein the two first recesses are arranged diametrically opposite each other, and have a mirror-symmetrical design in relation to a first tube plane , wherein the cross section-constricting element , in addition to the at least two first recesses , comprises at least two second recesses , which are formed by the wall of the second longitudinal section of the outer tube , wherein the two second recesses are arranged diametrically opposite each other, and have a mirror-symmetrical design in relation to a second tube plane that runs perpendicular to the first tube plane , and wherein the at least one cross section-constricting element is arranged at an inlet of the outer tube , which has the inlet for supplying exhaust gases, and an outlet for removing exhaust gases.
An enclosed granular fuel burning boiler of the type comprising: a fuel-fired brazier comprising an apertured grate-like brazier base and upstanding walls, namely, a proximal wall , a distal wall and a pair of connecting side walls , the brazier base being movable by an actuator from an operative position, retaining fuel in the brazier to a discharge position to allow ash contents to fall out of the brazier ; fragmentation means , so as to break up any vitrified ash contents in the brazier when the brazier base is moved to the discharge position; and a fan for delivering air to the brazier through a plenum chamber ; the fragmentation means comprises a vitrified ash engaging crushing tooth mounted on and projecting upwardly from the base whereby, on moving the brazier base to the discharge position, the vitrified ash engaging crushing tooth moves the vitrified ash across the brazier from the proximal wall and against the opposed distal wall ; characterised in that at least a portion of the opposed distal wall , adjacent to the base , is inclined, from top to bottom, away from the proximal wall . a fuel-fired brazier comprising an apertured grate-like brazier base and upstanding walls, namely, a proximal wall , a distal wall and a pair of connecting side walls , the brazier base being movable by an actuator from an operative position, retaining fuel in the brazier to a discharge position to allow ash contents to fall out of the brazier ; fragmentation means , so as to break up any vitrified ash contents in the brazier when the brazier base is moved to the discharge position; and a fan for delivering air to the brazier through a plenum chamber ; the fragmentation means comprises a vitrified ash engaging crushing tooth mounted on and projecting upwardly from the base whereby, on moving the brazier base to the discharge position, the vitrified ash engaging crushing tooth moves the vitrified ash across the brazier from the proximal wall and against the opposed distal wall ; characterised in that at least a portion of the opposed distal wall , adjacent to the base , is inclined, from top to bottom, away from the proximal wall .
Field device adapter designed for wireless data transmission, comprising at least: - an adapter housing with a first and a second end , wherein the first end is formed in such a way that the field device adapter can be mechanically connected to a field device , preferably a cable screw connection of a field device, and the second end is designed in such a way that a two-wire cable for data transmission can be connected electrically to the field device adapter, wherein the adapter housing further comprises an adapter chamber between the first and second end; - a power supply electronics unit arranged in the adapter chamber, which is designed to provide a supply voltage via a voltage tap on the two-wire cable that can be connected to the second end; - at least one adapter electronics unit arranged in the adapter chamber and powered by the supply voltage supplied; - an adapter connection cable located at the first end for the electrical connection of the adapter electronics unit to a field device electronics unit of the field device which can be connected to the first end; wherein the adapter electronics unit is designed to communicate the two-wire signals between the field device electronics unit - which can be electrically connected to the first end by means of the adapter connection cable - and the two-wire cable - which can be connected to the second end - and wherein the adapter electronics unit is further designed to convert the two-wire signals to radio signals or vice versa and to send them or receive them by radio means. - an adapter housing with a first and a second end , wherein the first end is formed in such a way that the field device adapter can be mechanically connected to a field device , preferably a cable screw connection of a field device, and the second end is designed in such a way that a two-wire cable for data transmission can be connected electrically to the field device adapter, wherein the adapter housing further comprises an adapter chamber between the first and second end; - a power supply electronics unit arranged in the adapter chamber, which is designed to provide a supply voltage via a voltage tap on the two-wire cable that can be connected to the second end; - at least one adapter electronics unit arranged in the adapter chamber and powered by the supply voltage supplied; - an adapter connection cable located at the first end for the electrical connection of the adapter electronics unit to a field device electronics unit of the field device which can be connected to the first end;
A method of providing content for a service of a user of an external device, the method comprising: determining a waiting time and content based on the waiting time, wherein the determining of the content based on the waiting time includes determining a location of an external device based on the information regarding a wireless transceiver positioned close to the external device , and determining content based on the waiting time and the location of the external device ; and providing the determined waiting time and content to the external device . determining a waiting time and content based on the waiting time, wherein the determining of the content based on the waiting time includes determining a location of an external device based on the information regarding a wireless transceiver positioned close to the external device , and determining content based on the waiting time and the location of the external device ; and providing the determined waiting time and content to the external device .
A dry mate cable connection comprising a data cable , the data cable comprising a plurality of electrical conductors and at least one electrically insulating outer layer surrounding each electrical data conductor, whereby the data conductors are electrically insulated from one another; wherein the cable comprises a termination end; wherein the outer layer of each conductor is physically in contact with an outer layer of an adjacent conductor, except at the termination end; and, wherein the plurality of electrical conductors at the termination end are physically separated from one another by a single electrically insulating overmoulded cable termination housing , the housing being in contact with at least part of the electrically insulating layers of each of the electrical conductors, and characterised in that each of the electrical conductors protrudes beyond the end of each of their electrically insulating layers and the electrically insulating overmoulded cable termination housing to facilitate connection with a receptacle.