mhurhangee/patent-ind-claim-en huggingface dataset:
A syringe assembly, comprising: a syringe barrel having a proximal end, a distal end, and a sidewall extending therebetween and defining a chamber having an interior, the syringe barrel formed of a first material; a stopper slidably disposed within the interior of the chamber of the syringe barrel, the stopper sized relative to the interior of the chamber of the syringe barrel to provide sealing engagement with the sidewall of the syringe barrel, the stopper formed of a second material different than the first material, wherein the second material does not contain more than 4% of the first material wherein the stopper is formed of a non-lubricated thermoplastic elastomer and wherein the thermoplastic elastomer comprises a composition having a hard polymer phase having a high melt temperature > 170 degrees C and an elastomeric phase; and plunger rod having a first end engageable with a portion of the stopper. a syringe barrel having a proximal end, a distal end, and a sidewall extending therebetween and defining a chamber having an interior, the syringe barrel formed of a first material; a stopper slidably disposed within the interior of the chamber of the syringe barrel, the stopper sized relative to the interior of the chamber of the syringe barrel to provide sealing engagement with the sidewall of the syringe barrel, the stopper formed of a second material different than the first material, wherein the second material does not contain more than 4% of the first material wherein the stopper is formed of a non-lubricated thermoplastic elastomer and wherein the thermoplastic elastomer comprises a composition having a hard polymer phase having a high melt temperature > 170 degrees C and an elastomeric phase; and plunger rod having a first end engageable with a portion of the stopper.
Method for operating a tyre pressure monitoring system which comprises tyre pressure monitoring units mounted in or on the tyres of a vehicle and a central evaluation unit, in which method tyre data from the tyre pressure monitoring units is sent in the form of data telegrams containing a preamble (0xFF, 0xF2), pressure information (P rel ), temperature information (T) and a characteristic identifier (ID1, ID2, ID3, ID4), and the pressure and temperature information of the data telegrams is assigned by the central evaluation unit to a wheel position on the vehicle, the pressure information (P rel ) being sent in the data telegrams before the characteristic identifier (ID1, ID2, ID3, ID4), characterised in that the central evaluation unit evaluates incompletely received data telegrams and assigns them to a wheel position on the basis of an incomplete characteristic identifier (ID1) or other data available to the central evaluation unit, and the central evaluation unit, when assigning an incompletely received data telegram, uses pressure information of other data telegrams which the central evaluation unit has assigned to one of the wheel positions of the vehicle to check to which tyre pressure monitoring units the pressure information (P rel ) of the incompletely received data telegram belongs.
A method for chemical processing an internal cavity of an additive manufactured (AM) metal workpiece , the method comprising: providing an AM metal workpiece having an internal cavity; providing at least a first connector in fluid connection with the internal cavity; flowing a chemical polishing solution through the first connector and the internal cavity to process the internal cavity to a desired finish, characterized in that the workpiece is immersed in a bath during flowing of the chemical polishing solution through the internal cavity. providing an AM metal workpiece having an internal cavity; providing at least a first connector in fluid connection with the internal cavity; flowing a chemical polishing solution through the first connector and the internal cavity to process the internal cavity to a desired finish, characterized in that the workpiece is immersed in a bath during flowing of the chemical polishing solution through the internal cavity.
A manufacturing method of a zeolite structure, comprising: a step of mixing zeolite particles, an inorganic binding material which binds the zeolite particles to one another, and an organic binder to prepare a zeolite raw material; a step of extruding the obtained zeolite raw material to obtain a formed zeolite article; and a step of firing the obtained formed zeolite article to prepare the zeolite structure, wherein the step of preparing the zeolite raw material includes the steps of adding the inorganic binding material including water-soluble basic aluminum chloride having an amount corresponding to 10 to 30 mass% in terms of a solid content to 100 mass% of the zeolite particles so that a ratio of a volume of the inorganic binding material included in the zeolite structure with respect to a volume of the zeolite structure obtained by firing the formed zeolite article is from 10 to 50 vol%. a step of mixing zeolite particles, an inorganic binding material which binds the zeolite particles to one another, and an organic binder to prepare a zeolite raw material; a step of extruding the obtained zeolite raw material to obtain a formed zeolite article; and a step of firing the obtained formed zeolite article to prepare the zeolite structure, wherein the step of preparing the zeolite raw material includes the steps of adding the inorganic binding material including water-soluble basic aluminum chloride having an amount corresponding to 10 to 30 mass% in terms of a solid content to 100 mass% of the zeolite particles so that a ratio of a volume of the inorganic binding material included in the zeolite structure with respect to a volume of the zeolite structure obtained by firing the formed zeolite article is from 10 to 50 vol%.
A sealant for use in prevention of amniotic fluid leakage from a uterus, wherein a cured product (X) of the sealant at 25°C has a storage modulus G' of 200 to 2,000 kPa, the cured product (X) being a cured product obtained by spreading the sealant to a coating thickness of 120 to 150 μm and curing the sealant by standing at a temperature of 25°C and a relative humidity of 1 to 10% for 24 hours, wherein the sealant comprises: an NCO-terminated urethane prepolymer (UP) that is a reaction product of a polyisocyanate component (A) containing a fluorine-containing non-aromatic polyisocyanate compound (A1) and a polyol component (B) containing a hydrophilic polyol (B1), the NCO-terminated urethane prepolymer having a fluorine content of 1 to 23 wt% based on the weight of the NCO-terminated urethane prepolymer (UP). wherein a cured product (X) of the sealant at 25°C has a storage modulus G' of 200 to 2,000 kPa, the cured product (X) being a cured product obtained by spreading the sealant to a coating thickness of 120 to 150 μm and curing the sealant by standing at a temperature of 25°C and a relative humidity of 1 to 10% for 24 hours, wherein the sealant comprises: an NCO-terminated urethane prepolymer (UP) that is a reaction product of a polyisocyanate component (A) containing a fluorine-containing non-aromatic polyisocyanate compound (A1) and a polyol component (B) containing a hydrophilic polyol (B1), the NCO-terminated urethane prepolymer having a fluorine content of 1 to 23 wt% based on the weight of the NCO-terminated urethane prepolymer (UP).
A photon counting type image detector comprising: an X-ray detecting material configured to detect an X-ray photon; a charge-to-voltage converter configured to generate a plurality of electric pulses each being based on an electric charge collected in response to the detected X-ray photon; an energy discriminating unit (531-53n) configured to discriminate a peak value of each of the electric pulses thereby providing peak discriminated electric pulses; CHARACTERISED BY : a controller configured to perform control so as not to count peak-discriminated electric pulses corresponding to energy of characteristic X-rays produced in the X-ray detecting material; and a counting unit configured to count a part of the peak-discriminated electric pulses as controlled by the controller. an X-ray detecting material configured to detect an X-ray photon; a charge-to-voltage converter configured to generate a plurality of electric pulses each being based on an electric charge collected in response to the detected X-ray photon; an energy discriminating unit (531-53n) configured to discriminate a peak value of each of the electric pulses thereby providing peak discriminated electric pulses; CHARACTERISED BY : a controller configured to perform control so as not to count peak-discriminated electric pulses corresponding to energy of characteristic X-rays produced in the X-ray detecting material; and a counting unit configured to count a part of the peak-discriminated electric pulses as controlled by the controller. a controller configured to perform control so as not to count peak-discriminated electric pulses corresponding to energy of characteristic X-rays produced in the X-ray detecting material; and a counting unit configured to count a part of the peak-discriminated electric pulses as controlled by the controller.
A chemotherapeutic agent and a therapeutic monoclonal antibody specific for a tumor associated antigen for use in inhibiting stage III-IV ovarian cancer tumor growth in a patient, wherein said chemotherapeutic agent is a combination of taxol (paclitaxel) and carboplatin, wherein said therapeutic monoclonal antibody specific for a tumor associated antigen is mAb-B43.13 (oregovomab) and wherein taxol, carboplatin, and mAb-B43.13 are administered according to the following schedule: (a) administering to a stage III-IV ovarian cancer patient a maximum of 6 cycles of chemotherapy, wherein in each cycle the patient is administered taxol and carboplatin; (b) administering to the patient taxol, carboplatin and mAb-B43.13 during cycles 1, 3 and 5 of the maximum of 6 cycles of chemotherapy; (c) administering to the patient a final dose of mAb-B43.13 without concurrent chemotherapy at 12 weeks past cycle 5 of the 6 cycles of chemotherapy, with no follow-up or maintenance therapy, wherein in said 6 cycles of chemotherapy, taxol is administered first. (a) administering to a stage III-IV ovarian cancer patient a maximum of 6 cycles of chemotherapy, wherein in each cycle the patient is administered taxol and carboplatin; (b) administering to the patient taxol, carboplatin and mAb-B43.13 during cycles 1, 3 and 5 of the maximum of 6 cycles of chemotherapy; (c) administering to the patient a final dose of mAb-B43.13 without concurrent chemotherapy at 12 weeks past cycle 5 of the 6 cycles of chemotherapy, with no follow-up or maintenance therapy,
Method for the hybrid additive construction of a structure for a component wherein the structure is constructed on a prefabricated part by means of selective laser melting or electron beam melting, comprising the following steps: - providing a prefabricated part for the component on a construction plate , the part comprising a separating plane (TE) which is used for the additive construction of the structure, - providing, on the construction plate, a powder bed (P) consisting of a base material for the structure , - approaching the construction plate to a coating device , - orientating a processing face (BE) and the separating plane (TE) of the part in order to prevent a collision between the part and the coating device , and - optically measuring a surface (O) of the powder bed layer-by-layer during the additive construction of the structure . - providing a prefabricated part for the component on a construction plate , the part comprising a separating plane (TE) which is used for the additive construction of the structure, - providing, on the construction plate, a powder bed (P) consisting of a base material for the structure , - approaching the construction plate to a coating device , - orientating a processing face (BE) and the separating plane (TE) of the part in order to prevent a collision between the part and the coating device , and - optically measuring a surface (O) of the powder bed layer-by-layer during the additive construction of the structure .
A method comprising: receiving a request, by a switch, to set the switch into a provisioning mode where the switch does not enforce secure communications, wherein in the provisioning mode devices in a network are trusted and the devices can communicate with each other without having established cryptographic trust; while the switch is in the provisioning mode: establishing a connection from the switch to a provisioning controller; sending a certificate signing request, CSR, from the switch to the provisioning controller; and receiving by the switch, from the provisioning controller, a security certificate generated by a certificate authority; and entering a lockdown mode, by the switch, after receiving the security certificate, the switch being in lockdown mode secures communications utilizing the security certificate, wherein while in lockdown mode control communications between the switch and other switches in the network are encrypted and certified by the certificate authority, wherein in lockdown mode the switch demands that other switches be secure to exchange communications with the switch, the operations of the method being executed by a processor. receiving a request, by a switch, to set the switch into a provisioning mode where the switch does not enforce secure communications, wherein in the provisioning mode devices in a network are trusted and the devices can communicate with each other without having established cryptographic trust; while the switch is in the provisioning mode: establishing a connection from the switch to a provisioning controller; sending a certificate signing request, CSR, from the switch to the provisioning controller; and receiving by the switch, from the provisioning controller, a security certificate generated by a certificate authority; and establishing a connection from the switch to a provisioning controller; sending a certificate signing request, CSR, from the switch to the provisioning controller; and receiving by the switch, from the provisioning controller, a security certificate generated by a certificate authority; and entering a lockdown mode, by the switch, after receiving the security certificate, the switch being in lockdown mode secures communications utilizing the security certificate, wherein while in lockdown mode control communications between the switch and other switches in the network are encrypted and certified by the certificate authority, wherein in lockdown mode the switch demands that other switches be secure to exchange communications with the switch, the operations of the method being executed by a processor.
A fuel delivery system for delivering hydrogen fuel from a cryogenic storage system to a fuel injection system in a gas turbine engine , the fuel delivery system including a pump , a metering device , and a fuel heating system for heating the hydrogen fuel to an injection temperature for the fuel injection system , the fuel heating system comprising a vaporiser provided between the pump and the metering device configured to vaporise liquid hydrogen from the cryogenic storage system ; characterised in that the metering device is one of: a fixed orifice and flow rate is controlled by varying the pressure ratio across the orifice; and a sonic fixed orifice configured to operate in a choked condition, and flow rate is controlled by varying pressure upstream of the sonic fixed orifice ; and wherein the vaporiser is configured to raise the temperature of the hydrogen fuel to a metering temperature less than the injection temperature, and the heating system further comprises a heater for further heating of the hydrogen fuel to the injection temperature following metering by the metering device . a fixed orifice and flow rate is controlled by varying the pressure ratio across the orifice; and a sonic fixed orifice configured to operate in a choked condition, and flow rate is controlled by varying pressure upstream of the sonic fixed orifice ; and wherein the vaporiser is configured to raise the temperature of the hydrogen fuel to a metering temperature less than the injection temperature, and the heating system further comprises a heater for further heating of the hydrogen fuel to the injection temperature following metering by the metering device .
A control system for a wheel loader comprising: a display ; and a control unit which has the display show a perspective image in which at least a part of a work implement of the wheel loader or a vessel of a loaded vehicle is seen through, characterized in that the control unit has the display show a contour line of a bucket of the work implement or the vessel as being synthesized with the perspective image. a display ; and a control unit which has the display show a perspective image in which at least a part of a work implement of the wheel loader or a vessel of a loaded vehicle is seen through, characterized in that the control unit has the display show a contour line of a bucket of the work implement or the vessel as being synthesized with the perspective image.
A method for processing an audio signal, the method comprising: receiving multi-audio signals including multi-channel or multi-object signals, each of the multi-audio signals including a plurality of subband signals, and the plurality of subband signals including a signal of a first subband group having low frequencies and a signal of a second subband group having high frequencies based on a predetermined frequency band; the method being characterized in that it further comprises the steps of: receiving one or more subband filter coefficients obtained from binaural room impulse response, BRIR, subband filter coefficients corresponding to each subband signal of the first subband group; receiving at least one parameter corresponding to each subband signal of the second subband group, the at least one parameter being extracted from BRIR subband filter coefficients corresponding to each subband signal of the second subband group; and performing fast convolution on each subband signal of the first subband group by using the one or more subband filter coefficients; and performing one-tap-delay line filtering of each subband signal of the second subband group by using the received parameter. receiving multi-audio signals including multi-channel or multi-object signals, each of the multi-audio signals including a plurality of subband signals, and the plurality of subband signals including a signal of a first subband group having low frequencies and a signal of a second subband group having high frequencies based on a predetermined frequency band; the method being characterized in that it further comprises the steps of: receiving one or more subband filter coefficients obtained from binaural room impulse response, BRIR, subband filter coefficients corresponding to each subband signal of the first subband group; receiving at least one parameter corresponding to each subband signal of the second subband group, the at least one parameter being extracted from BRIR subband filter coefficients corresponding to each subband signal of the second subband group; and performing fast convolution on each subband signal of the first subband group by using the one or more subband filter coefficients; and performing one-tap-delay line filtering of each subband signal of the second subband group by using the received parameter. receiving one or more subband filter coefficients obtained from binaural room impulse response, BRIR, subband filter coefficients corresponding to each subband signal of the first subband group; receiving at least one parameter corresponding to each subband signal of the second subband group, the at least one parameter being extracted from BRIR subband filter coefficients corresponding to each subband signal of the second subband group; and performing fast convolution on each subband signal of the first subband group by using the one or more subband filter coefficients; and performing one-tap-delay line filtering of each subband signal of the second subband group by using the received parameter.
Apparatus for changing an abrasive sheet in a sanding machine , said apparatus comprising: - a sanding machine consisting of: - a support body having an engagement surface arranged to engage with said abrasive sheet ; - a handling device for handling spatially said support body according to at least two degrees of freedom; said apparatus characterized in that it furthermore comprises at least one application station , at which an abrasive sheet is mounted at said engagement surface of said support body , in that at said application station at least one container is provided having an opening and arranged to contain at least one abrasive sheet , or a stack of abrasive sheets in that said handling device is arranged to position said support body at said container , in order to cause an abrasive sheet to engage with said engagement surface of said support body and in that said container provides a wall having at least one protruding element arranged to protrude towards the inside of said container and configured to cause the separation of two abrasive sheets of the stack that can adhere to each other during translation towards the opening . - a sanding machine consisting of: - a support body having an engagement surface arranged to engage with said abrasive sheet ; - a handling device for handling spatially said support body according to at least two degrees of freedom; said apparatus characterized in that it furthermore comprises at least one application station , at which an abrasive sheet is mounted at said engagement surface of said support body , in that at said application station at least one container is provided having an opening and arranged to contain at least one abrasive sheet , or a stack of abrasive sheets in that said handling device is arranged to position said support body at said container , in order to cause an abrasive sheet to engage with said engagement surface of said support body and in that said container provides a wall having at least one protruding element arranged to protrude towards the inside of said container and configured to cause the separation of two abrasive sheets of the stack that can adhere to each other during translation towards the opening . - a support body having an engagement surface arranged to engage with said abrasive sheet ; - a handling device for handling spatially said support body according to at least two degrees of freedom;