mhurhangee/ep-ind-claims huggingface dataset:
An internal combustion engine and exhaust turbocharger in combination, said engine having a combustion chamber with first and second exhaust ports, the first exhaust port having a first exhaust valve for controlling the flow therethrough and the second exhaust port having a second exhaust valve for controlling the flow therethrough, wherein the first and second exhaust ports are coupled via first and second exhaust tracts (26, 27) to respective first and second turbine inlets of said exhaust turbocharger, whereby the turbine geometries associated with the first and second exhaust tract are distinct, wherein the different geometries comprise a first turbine geometry and a second turbine geometry, wherein said first and second valves are configured to substantially separate the exhaust blow-down and exhaust expulsion phases of an exhaust stroke, whereby gas exhausted during said blow-down phase is directed to the first turbine inlet via the first exhaust port and gas exhausted during said expulsion phase is directed to the second turbine inlet via the second exhaust port, wherein the first turbine geometry is configured to receive the blow-down phase exhaust gas and the second turbine geometry is configured to receive the expulsion phase exhaust gas, and wherein the first turbine geometry is configured such that less back pressure is imposed when receiving the blow-down phase exhaust gas than if the second turbine geometry were to receive the blow-down phase exhaust gas and the first turbine geometry were to receive the expulsion phase exhaust gas.
Use of leuprorelin or an acetate thereof and a compound having a luteinizing hormone-releasing hormone antagonistic effect selected from NAcD2Nal-D4ClPhe-D3Pal-Ser-NMeTyr-DLys(Nic)-Leu-Lys(Nisp)-Pro-DAlaNH2, N(4H2-furoyl)Gly-D2Nal-D4ClPhe-D3Pal-Ser-NMeTyr-DLys(Nic)-Leu-Lys(Nisp)- Pro-DAlaNH 2, cetrorelix, ganirelix, antarelix, decirelix, azaline, antide, ramorelix and abarelix, or a pharmacologically acceptable salt thereof, for the preparation of a medicinal preparation for treating sex hormone-dependent diseases selected from prostate cancer, uterine cancer, breast cancer, glandula pituitaria tumor, bening prostatic hyperplasia, endometriosis, hysteromyoma, precocious puberty, dysmenorrhea, amenorrhea, premenstrual syndrome and multilocular ovarian syndrome, wherein leuprorelin or an acetate thereof is to be administered followed by the compound having a luteinizing hormone-releasing hormone antagonistic effect at the interval of not less than 1 day.
A device for detecting laser spots with a matrix deviometer, comprising: • a readout circuit (ROIC) having a matrix of pixels; • a matrix of photodiodes produced on a single substrate, said photodiodes each comprising an individual electrode; • a laser pulse detection device, characterised in that said matrix of photodiodes is hybridised on said readout circuit (ROIC) by means of beads made of a flexible and conducting material, such as indium, contacted with the pixels of said readout circuit (ROIC), so that said single substrate forms a common electrode for all of the photodiodes and that said individual electrodes are connected to said pixels by said beads, and in that said laser pulse detection device is connected to the electrode formed by said single substrate, the set of photodiodes being configured so as to be assimilated into a single, large photodiode. • a readout circuit (ROIC) having a matrix of pixels; • a matrix of photodiodes produced on a single substrate, said photodiodes each comprising an individual electrode; • a laser pulse detection device,
Freewheel comprising a driving part and a driven part that are free to rotate about an axis of rotation, said freewheel comprising a cage supporting at least one rolling element arranged in a connection space, said connection space being radially located relative to the axis of rotation between a driving connection section of the driving part and a driven connection section of the driven part, said freewheel having at least one lubrication device conveying a lubricating fluid into the connection space, characterised in that said freewheel comprises at least one variable-opening barrier radially disposed between the driving part and the driven part and longitudinally disposed against the connection space, said opening being indexed on a relative position of the cage and of the driving part.
An apparatus comprising: a lumen scanner configured to scan an intra-oral cavity and acquire data for rendering a 3D model of the intra-oral cavity, the lumen scanner comprising: an optical sensor (112, 240) configured to acquire images of the intra-oral cavity while the lumen scanner is disposed inside the intra-oral cavity; and a plurality of fluid nozzles configured to direct fluid onto an area of the intra-oral cavity imaged by the optical sensor (112, 240) while the lumen scanner is disposed inside the intra-oral cavity, wherein the fluid nozzles are positioned around the optical sensor (112, 240). an optical sensor (112, 240) configured to acquire images of the intra-oral cavity while the lumen scanner is disposed inside the intra-oral cavity; and a plurality of fluid nozzles configured to direct fluid onto an area of the intra-oral cavity imaged by the optical sensor (112, 240) while the lumen scanner is disposed inside the intra-oral cavity, wherein the fluid nozzles are positioned around the optical sensor (112, 240).
An upgrade method, applied to an electronic device, wherein the method comprises: acquiring a first verification voice entered by a user; processing the first verification voice by using a first model stored in the electronic device, to obtain a first voiceprint feature, and verifying an identity of the user based on the first voiceprint feature and a first user feature template stored in the electronic device, wherein the first user feature template is a voiceprint feature obtained by the electronic device by processing a historical verification voice or a registration voice of the user by using the first model; and after the identity of the user is verified, if the electronic device has received a second model, processing the first verification voice by using the second model, to obtain a second voiceprint feature, updating, based on the second voiceprint feature, the first user feature template stored in the electronic device, and updating, by using the second model, the first model stored in the electronic device. acquiring a first verification voice entered by a user; processing the first verification voice by using a first model stored in the electronic device, to obtain a first voiceprint feature, and verifying an identity of the user based on the first voiceprint feature and a first user feature template stored in the electronic device, wherein the first user feature template is a voiceprint feature obtained by the electronic device by processing a historical verification voice or a registration voice of the user by using the first model; and after the identity of the user is verified, if the electronic device has received a second model, processing the first verification voice by using the second model, to obtain a second voiceprint feature, updating, based on the second voiceprint feature, the first user feature template stored in the electronic device, and updating, by using the second model, the first model stored in the electronic device.
Hand dryer comprising: - A housing; - A volume for receiving the hands; - A circuit for pumping air; - A drive motor which drives a fan arranged in the circuit provided with a rotor and a stator; - A hand presence sensor in the volume; - Operation control means; wherein it does not comprise a separate heating circuit apart from the motor circuits and the control means are operating at least in two operating regimes: - A normal operating regime wherein the motor pumps the air for drying the hands and which is activated by the sensor detection; - A motor heating operating regime wherein the stator and/or the rotor of the motor are preheated by being fed with current for increasing its/their temperature and maintain it to a predetermined temperature for accumulating heat which is activated when the sensor is not detecting hands of a user; such that at the start of the normal operating regime, the motor is provided with stored heat for ensuring that the air exits already heated. - A housing; - A volume for receiving the hands; - A circuit for pumping air; - A drive motor which drives a fan arranged in the circuit provided with a rotor and a stator; - A hand presence sensor in the volume; - Operation control means; - A normal operating regime wherein the motor pumps the air for drying the hands and which is activated by the sensor detection; - A motor heating operating regime wherein the stator and/or the rotor of the motor are preheated by being fed with current for increasing its/their temperature and maintain it to a predetermined temperature for accumulating heat which is activated when the sensor is not detecting hands of a user;
A boring tool comprising • a tool body (2, 2') including a front end and a rear end, between which a central rotation axis extends around which the tool body is rotatable in a direction of rotation, • a slider member (5, 5') which is arranged movably inside the tool body along a path extending transversely to said rotation axis, • an insert pocket associated with the slider member to move therewith and configured to receive a cutting insert (9, 9') to be secured therein by a fastening member, which cutting insert has a cutting edge (11, 11') and projects from the tool body transversely to said rotation axis, • a motor member (12, 12') connected to the slider member (5, 5') and controllable to move the slider member transversely to said rotation axis for changing the distance of the cutting edge (11, 11') of the cutting insert to said rotation axis and by that the radius to be created in a hole of a workpiece when bored by rotation of the tool body, and • a control unit (12, 12') configured to control the motor member to move the slider member (5, 5'), wherein the motor member (12, 12') is arranged inside the tool body together with the slider member (5, 5') in a cutting part of the tool body at said front end, the motor member is arranged in parallel with said transversal extension of the slider member (5, 5') along said path, characterized in that the slider member is hollow and the motor member is arranged inside the slider member. • a tool body (2, 2') including a front end and a rear end, between which a central rotation axis extends around which the tool body is rotatable in a direction of rotation, • a slider member (5, 5') which is arranged movably inside the tool body along a path extending transversely to said rotation axis, • an insert pocket associated with the slider member to move therewith and configured to receive a cutting insert (9, 9') to be secured therein by a fastening member, which cutting insert has a cutting edge (11, 11') and projects from the tool body transversely to said rotation axis, • a motor member (12, 12') connected to the slider member (5, 5') and controllable to move the slider member transversely to said rotation axis for changing the distance of the cutting edge (11, 11') of the cutting insert to said rotation axis and by that the radius to be created in a hole of a workpiece when bored by rotation of the tool body, and • a control unit (12, 12') configured to control the motor member to move the slider member (5, 5'), wherein the motor member (12, 12') is arranged inside the tool body together with the slider member (5, 5') in a cutting part of the tool body at said front end, the motor member is arranged in parallel with said transversal extension of the slider member (5, 5') along said path, characterized in that the slider member is hollow and the motor member is arranged inside the slider member.
Incineration apparatus, comprising a fluidized bed redox reactor having - a reaction chamber with particulate matter comprising particulate metal oxide and - a fluidized bottom with at least one reducing agent inlet for a gas to fluidize the particulate matter, the incineration apparatus further comprising a fluidized bed combustor having - a combustion chamber with particulate matter comprising particulate metal, - a fluidized bottom with at least one oxidizer inlet for an oxygen containing gas to fluidize the particulate matter and - an ignition device embodied to at least locally raise the temperature to cause an exothermic combustion reaction of the particulate metal with the oxygen containing gas, characterized in that the incineration apparatus further comprises an electrolysis unit for producing hydrogen gas and oxygen having a hydrogen outlet for the produced hydrogen gas and an oxygen outlet for the produced oxygen, wherein the oxygen outlet is connected to the oxidizer inlet of the fluidized bed combustor and the hydrogen outlet is connected to the reducing agent inlet of the fluidized bed redox reactor, so that the produced hydrogen gas is provided as the hydrogen gas containing gas to the reaction chamber, wherein the hydrogen gas containing gas fluidizes the particulate matter comprising particulate metal oxide, wherein in the resulting fluidized bed the particulate metal oxide react with the hydrogen gas to particulate metal and water. - a reaction chamber with particulate matter comprising particulate metal oxide and - a fluidized bottom with at least one reducing agent inlet for a gas to fluidize the particulate matter, - a combustion chamber with particulate matter comprising particulate metal, - a fluidized bottom with at least one oxidizer inlet for an oxygen containing gas to fluidize the particulate matter and - an ignition device embodied to at least locally raise the temperature to cause an exothermic combustion reaction of the particulate metal with the oxygen containing gas,
Vehicle axle for a wheel suspension, having a beam made of composite material and attachment parts made of metal, preferably light metal, the attachment parts being connected to the beam and being prepared for an attachment of a wheel carrier and for an attachment of at least one spring component and/or damper component, characterized in that the composite material is formed from plastic and reinforcing fibers integrated therein, and in that the beam is formed from at least two sub-beams (2.1, 2.2) made of composite material of the said type, which are arranged parallel to one another, the attachment parts having webs (3.1) which are arranged between the sub-beams and are bonded thereto. a beam made of composite material and attachment parts made of metal, preferably light metal, the attachment parts being connected to the beam and being prepared for an attachment of a wheel carrier and for an attachment of at least one spring component and/or damper component, characterized in that the composite material is formed from plastic and reinforcing fibers integrated therein, and in that the beam is formed from at least two sub-beams (2.1, 2.2) made of composite material of the said type, which are arranged parallel to one another, the attachment parts having webs (3.1) which are arranged between the sub-beams and are bonded thereto.
A polyolefin composition comprising: (i) a propylene-ethylene copolymer having a content of units deriving from ethylene ranging from 4.0 to 7.0 % by weight, and (ii) a nucleating agent; wherein the composition has a crystallization temperature (Tc), measured by DSC according to the ASTM D 3417 method, higher than 117°C, preferably higher than 117.5°C, more preferably higher than 118°C. (i) a propylene-ethylene copolymer having a content of units deriving from ethylene ranging from 4.0 to 7.0 % by weight, and (ii) a nucleating agent;
System for guiding electrode placement on a scalp comprising - a first strip arrangement comprising: - a first flexible LED strip; - a first touch sensor means arranged along a section of the first flexible LED strip configured for measuring a distance between cranial landmarks; and - a control module connected to the first strip arrangement; wherein the control module is configured for setting a first cranial landmark at one end of the first flexible LED strip, setting a second cranial landmark where a physical touch is detected by the touch sensor means and illuminating the first flexible LED strip at least at one location for guiding electrode placement, based on the distance between the two cranial landmarks and an electrode placement scheme previously set. - a first strip arrangement comprising: - a first flexible LED strip; - a first touch sensor means arranged along a section of the first flexible LED strip configured for measuring a distance between cranial landmarks; and - a first flexible LED strip; - a first touch sensor means arranged along a section of the first flexible LED strip configured for measuring a distance between cranial landmarks; and - a control module connected to the first strip arrangement;
Method for controlling a level crossing, in particular barriers and signals, characterized in that the time and/or duration of a level crossing closure is established on the basis of first signals which are caused by a first ultrasonic wave conducted in at least one first rail running over the level crossing, and second signals which are caused by an ultrasonic wave conducted in the second rail running over the level crossing, wherein the signals are respectively detected in a first time period, in which the level crossing is closed and the rails are clear, and in a second time period, in which the level crossing is open, wherein the establishment is carried out on the basis of a first comparison of the signals which are caused and detected in the first time period with the signals which are caused and detected in the second time period.
A breast pump comprising: a chamber (12, 103), a membrane (22, 110) receivable in the chamber (12, 103) to separate the chamber (12, 103) into first and second spaces (23, 24), the membrane (22, 110) being deformable in the chamber (12, 103) in response to a reduction of pressure in the first space to generate a reduction of pressure in the second space, and a limiter (16, 51, 122) in the chamber (12, 103) to limit deformation of the membrane (22, 110), wherein the membrane (22, 110) is free to deform in the chamber (12, 103) between a neutral condition, in which the membrane is spaced from the limiter (16, 51, 122), and an operating condition when a predetermined reduction of pressure is imparted on the membrane (22, 110) in the first space of the chamber (12, 103), and in that the limiter (16, 51, 122) is configured such that the membrane locates against the limiter (16, 51, 122) to limit deformation of the membrane (22, 110) in the chamber (12, 103) when a reduction of pressure in the second space is equal to or exceeds a threshold value in order to restrict the pressure reduction in the second space, characterized in that a surface of the chamber contactable with the membrane, and/or a surface of the membrane contactable with the chamber, has a textured surface finish with an arithmetical mean roughness (Ra) between Ra 0.4μm and Ra 3.2μm so that the noise level generated as the membrane comes into contact with, moves along, or moves away from, the chamber is minimised. a chamber (12, 103), a membrane (22, 110) receivable in the chamber (12, 103) to separate the chamber (12, 103) into first and second spaces (23, 24), the membrane (22, 110) being deformable in the chamber (12, 103) in response to a reduction of pressure in the first space to generate a reduction of pressure in the second space, and a limiter (16, 51, 122) in the chamber (12, 103) to limit deformation of the membrane (22, 110), wherein the membrane (22, 110) is free to deform in the chamber (12, 103) between a neutral condition, in which the membrane is spaced from the limiter (16, 51, 122), and an operating condition when a predetermined reduction of pressure is imparted on the membrane (22, 110) in the first space of the chamber (12, 103), and in that the limiter (16, 51, 122) is configured such that the membrane locates against the limiter (16, 51, 122) to limit deformation of the membrane (22, 110) in the chamber (12, 103) when a reduction of pressure in the second space is equal to or exceeds a threshold value in order to restrict the pressure reduction in the second space, characterized in that a surface of the chamber contactable with the membrane, and/or a surface of the membrane contactable with the chamber, has a textured surface finish with an arithmetical mean roughness (Ra) between Ra 0.4μm and Ra 3.2μm so that the noise level generated as the membrane comes into contact with, moves along, or moves away from, the chamber is minimised.
A method performed by a communication apparatus of a radio access network, RAN, the method comprising: transmitting, to a user equipment, UE, via a physical broadcast channel, PBCH, a first part of minimum system information including information indicating a first bandwidth; and transmitting a second part of the minimum system information using the first bandwidth, wherein the information indicates a frequency offset to a reference point relative to a smallest resource block included in the PBCH. transmitting, to a user equipment, UE, via a physical broadcast channel, PBCH, a first part of minimum system information including information indicating a first bandwidth; and transmitting a second part of the minimum system information using the first bandwidth, wherein the information indicates a frequency offset to a reference point relative to a smallest resource block included in the PBCH.
An optical fiber connector for terminating an optical fiber cable containing a buffered fiber in combination with such an optical fiber cable, said connector comprising: a housing having a front and rear orientation; an anchor at the rear of said housing, said anchor comprising exterior threads and a collet and defining at least a first passage configured to receive said buffered fiber and; a nut having internal threads and being adapted for threaded engagement with said anchor; wherein said nut and collet cooperate to define an interference portion in which said nut deflects said collet inward to constrict said first passage as said nut is threaded onto said anchor, characterised in that said optical fiber cable contains strength members and said strength members are captivated between the threads [104, 105] of said anchor and said nut and in said interference portion between said nut and said collet as said nut is threaded onto said anchor. a housing having a front and rear orientation; an anchor at the rear of said housing, said anchor comprising exterior threads and a collet and defining at least a first passage configured to receive said buffered fiber and; a nut having internal threads and being adapted for threaded engagement with said anchor; wherein said nut and collet cooperate to define an interference portion in which said nut deflects said collet inward to constrict said first passage as said nut is threaded onto said anchor, characterised in that said optical fiber cable contains strength members and said strength members are captivated between the threads [104, 105] of said anchor and said nut and in said interference portion between said nut and said collet as said nut is threaded onto said anchor.