mhurhangee/patent-ind-claim-en huggingface dataset:
A multilayer structure comprising: a single crystal semiconductor handle substrate comprising two major, generally parallel surfaces, one of which is a front surface of the single crystal semiconductor handle substrate and the other of which is a back surface of the single crystal semiconductor handle substrate, a circumferential edge joining the front and back surfaces of the single crystal semiconductor handle substrate, a central plane between the front surface and the back surface of the single crystal semiconductor handle substrate, and a bulk region between the front and back surfaces of the single crystal semiconductor handle substrate, wherein the single crystal semiconductor handle substrate has a minimum bulk region resistivity of at least about 3000 ohm-cm; a relaxed semiconductor layer comprising epitaxially deposited silicon germanium with a molar percent of germanium of at least about 5 molar % and having an average thickness between about 5 nanometers and about 4000 nanometers, the relaxed semiconductor layer in interfacial contact with the front surface of the single crystal semiconductor handle substrate; a dielectric layer in interfacial contact with the relaxed semiconductor layer comprising silicon and germanium; and a single crystal semiconductor device layer in interfacial contact with the dielectric layer. a single crystal semiconductor handle substrate comprising two major, generally parallel surfaces, one of which is a front surface of the single crystal semiconductor handle substrate and the other of which is a back surface of the single crystal semiconductor handle substrate, a circumferential edge joining the front and back surfaces of the single crystal semiconductor handle substrate, a central plane between the front surface and the back surface of the single crystal semiconductor handle substrate, and a bulk region between the front and back surfaces of the single crystal semiconductor handle substrate, wherein the single crystal semiconductor handle substrate has a minimum bulk region resistivity of at least about 3000 ohm-cm; a relaxed semiconductor layer comprising epitaxially deposited silicon germanium with a molar percent of germanium of at least about 5 molar % and having an average thickness between about 5 nanometers and about 4000 nanometers, the relaxed semiconductor layer in interfacial contact with the front surface of the single crystal semiconductor handle substrate; a dielectric layer in interfacial contact with the relaxed semiconductor layer comprising silicon and germanium; and a single crystal semiconductor device layer in interfacial contact with the dielectric layer.
A system for reducing the risk of right ventricular failure during left ventricular assist device (LVAD) use, the system comprising: a means for measuring one or more pulmonary hemodynamic parameters of a patient with an LVAD; a nitric oxide delivery device; and a control system configured to: receive a first pulmonary hemodynamic value from the means for measuring one or more pulmonary hemodynamic parameters; prompt the nitric oxide delivery device to administer inhaled nitric oxide to the patient with the LVAD; receive a second pulmonary hemodynamic value from the means for measuring one or more pulmonary hemodynamic parameters; and adjust the inhaled nitric oxide based on a comparison of the second pulmonary hemodynamic value to a predetermined range, and wherein the pulmonary hemodynamic parameter is selected from left atrial pressure and pulmonary capillary wedge pressure. a means for measuring one or more pulmonary hemodynamic parameters of a patient with an LVAD; a nitric oxide delivery device; and a control system configured to: receive a first pulmonary hemodynamic value from the means for measuring one or more pulmonary hemodynamic parameters; prompt the nitric oxide delivery device to administer inhaled nitric oxide to the patient with the LVAD; receive a second pulmonary hemodynamic value from the means for measuring one or more pulmonary hemodynamic parameters; and adjust the inhaled nitric oxide based on a comparison of the second pulmonary hemodynamic value to a predetermined range, and wherein the pulmonary hemodynamic parameter is selected from left atrial pressure and pulmonary capillary wedge pressure. receive a first pulmonary hemodynamic value from the means for measuring one or more pulmonary hemodynamic parameters; prompt the nitric oxide delivery device to administer inhaled nitric oxide to the patient with the LVAD; receive a second pulmonary hemodynamic value from the means for measuring one or more pulmonary hemodynamic parameters; and adjust the inhaled nitric oxide based on a comparison of the second pulmonary hemodynamic value to a predetermined range, and wherein the pulmonary hemodynamic parameter is selected from left atrial pressure and pulmonary capillary wedge pressure.
A cardiac monitoring and therapy system , comprising: an energy delivery unit comprising at least a defibrillator and a pacer , and configured to be connected to defibrillation pads and configured to be connected to a CPR-prompting unit , the energy delivery unit comprising a first battery and a first processor , the first processor configured to provide processing and control of electrical therapy functions; the CPR-prompting unit comprising a second battery and a second processor , the second processor configured for providing processing and control for CPR prompting; and wherein the energy delivery unit and the CPR-prompting unit are separate units, and wherein the CPR-prompting unit is capable of providing CPR prompts without the need for electrically connecting the energy delivery unit by a cable or plugging the energy delivery unit into the CPR-prompting unit . an energy delivery unit comprising at least a defibrillator and a pacer , and configured to be connected to defibrillation pads and configured to be connected to a CPR-prompting unit , the energy delivery unit comprising a first battery and a first processor , the first processor configured to provide processing and control of electrical therapy functions; the CPR-prompting unit comprising a second battery and a second processor , the second processor configured for providing processing and control for CPR prompting; and wherein the energy delivery unit and the CPR-prompting unit are separate units, and wherein the CPR-prompting unit is capable of providing CPR prompts without the need for electrically connecting the energy delivery unit by a cable or plugging the energy delivery unit into the CPR-prompting unit .
An assembly comprising a motor and a gas turbine engine which is connected to said motor and which comprises a rotor shaft having a longitudinal axis and being disposed inside a casing , wherein the casing comprises trapped air creating a temperature gradient (T) perpendicular to the longitudinal axis , said motor comprising: cooperatively connected torque tubes , each comprising a shape memory alloy , wherein the cooperatively connected torque tubes , generate a continuous torque output when the torque tubes , sequentially change shape in response to heat , wherein the torque tubes , are each trained to output torque , capable of turning said rotor shaft so as to reduce or prevent thermal bowing (B) of the rotor shaft in a temperature gradient (T), wherein the cooperatively connected torque tubes , comprise a pair of the torque tubes connected to a gearing , the gearing transferring torque , from each torque tube sequentially so as to generate the continuous torque output , and the torque , from each of the torque tubes is in the same direction , wherein the motor is attached to an aircraft engine gearbox , and wherein when the motor is activated, the gearing outputs the torque to a transmission via the gearbox , and the torque is transmitted to the rotor shaft via the transmission , said transmission comprising a transmission shaft and gearing connecting the transmission shaft to the rotor shaft . cooperatively connected torque tubes , each comprising a shape memory alloy , wherein the cooperatively connected torque tubes , generate a continuous torque output when the torque tubes , sequentially change shape in response to heat , wherein the torque tubes , are each trained to output torque , capable of turning said rotor shaft so as to reduce or prevent thermal bowing (B) of the rotor shaft in a temperature gradient (T), wherein the cooperatively connected torque tubes , comprise a pair of the torque tubes connected to a gearing , the gearing transferring torque , from each torque tube sequentially so as to generate the continuous torque output , and the torque , from each of the torque tubes is in the same direction , wherein the motor is attached to an aircraft engine gearbox , and wherein when the motor is activated, the gearing outputs the torque to a transmission via the gearbox , and the torque is transmitted to the rotor shaft via the transmission , said transmission comprising a transmission shaft and gearing connecting the transmission shaft to the rotor shaft .
A method for handling groups of devices performed by a network node operable in a communication network, the method comprising: - obtaining information indicating a respective group membership for devices of a set of devices and indicating reachable gateways of the devices of the set of devices; and being characterized by: - initiating a command to a number of devices out of the set of devices belonging to a same group, G1, to connect to one gateway W out of the indicated reachable gateways, wherein the gateway W is the one gateway out of the gateways indicated by the devices belonging to the group G1 that is reachable for the highest number of devices belonging to said group G1, wherein the group, G1, comprises the devices with same properties, wherein the properties comprises a device type and device manufacturer. - obtaining information indicating a respective group membership for devices of a set of devices and indicating reachable gateways of the devices of the set of devices; and being characterized by: - initiating a command to a number of devices out of the set of devices belonging to a same group, G1, to connect to one gateway W out of the indicated reachable gateways, wherein the gateway W is the one gateway out of the gateways indicated by the devices belonging to the group G1 that is reachable for the highest number of devices belonging to said group G1, wherein the group, G1, comprises the devices with same properties, wherein the properties comprises a device type and device manufacturer. - initiating a command to a number of devices out of the set of devices belonging to a same group, G1, to connect to one gateway W out of the indicated reachable gateways, wherein the gateway W is the one gateway out of the gateways indicated by the devices belonging to the group G1 that is reachable for the highest number of devices belonging to said group G1, wherein the group, G1, comprises the devices with same properties, wherein the properties comprises a device type and device manufacturer.
A Moringa peregrina seed extract, characterized in that it is obtained by solid-liquid extraction of the unshelled seed cake, with stirring, in a proportion of about 25% by weight of solid matter relative to the total weight used in a predominantly alcoholic solvent, the alcohol being chosen from ethanol or methanol optionally with a cosolvent such as a polyol or subcritical water, in a proportion of from 70% to 100% by weight of alcohol relative to the total weight of the solvent, at a temperature of between 16 and 30°C for a period of about 2 hours, and by separation of the liquid and solid phases so as to remove the solid phase and to recover a liquid extract of Moringa peregrina seed, said extract being rich in the compound 2,5-diformylfuran.
Fermentation apparatus for winemaking comprising: a winemaking vessel with a bottom of the vessel, a polygonal or circular side wall rising from the bottom , surrounding a containing volume , and a top opening shut by a removable roof ; and a basket for containing destemmed grapes, said basket being at least partially made of a wall material pervious to liquid and substantially impervious to solid materials and being capable of being removably arranged in a position of complete insertion into said wine vessel , said basket defining a containing compartment of the destemmed grapes evolving around at least one core region , said core region being open on said containing volume of the vessel when the basket is in said position of insertion into the vessel , said at least one core region being in liquid-only communication, through said wall material, with said containing compartment of the destemmed grapes.
A light pipe structure comprising: a plurality of light pipes , the light pipes having a lower vertical body portion , an upper horizontal body portion , and a central body portion between the lower vertical body portion and the upper horizontal body portion; and a bracket that connects and supports the light pipes, the bracket being planar and having broad support regions that connect to a back portion of the light pipes, the bracket including at least one narrow bridging region between the broad support regions, the broad support regions being broader than the at least one narrow bridging region in a vertical dimension; wherein each narrow bridging region has a top surface and a bottom surface, each having an inward facing concave shape. a plurality of light pipes , the light pipes having a lower vertical body portion , an upper horizontal body portion , and a central body portion between the lower vertical body portion and the upper horizontal body portion; and a bracket that connects and supports the light pipes, the bracket being planar and having broad support regions that connect to a back portion of the light pipes, the bracket including at least one narrow bridging region between the broad support regions, the broad support regions being broader than the at least one narrow bridging region in a vertical dimension; wherein each narrow bridging region has a top surface and a bottom surface, each having an inward facing concave shape.
A method of a User Equipment (1; 610), in the following also referred to as UE, the method comprising: connecting to more than one serving cells controlled by different base stations; triggering a Buffer Status Report, in the following also referred to as BSR; and transmitting a Medium Access Control, in the following also referred to as MAC, control element corresponding to the BSR in a serving cell of the more than one serving cells, wherein the MAC control element includes status of buffered data which can be transmitted in the serving cell and does not include status of buffered data which cannot be transmitted in the serving cell, the serving cell in which the MAC control element is transmitted depends on a trigger of the BSR, wherein more than one periodic buffer status reporting timers are used to trigger the BSR and a mapping between a periodic buffer status reporting timer and the serving cell or a group of serving cells including the serving cell is configured according to information provided by the network , the method being further characterized by the step: if the trigger of the BSR is expiry of the periodic buffer status reporting timer, the MAC control element corresponding to the BSR is transmitted in the serving cell corresponding to the periodic buffer status reporting timer. connecting to more than one serving cells controlled by different base stations; triggering a Buffer Status Report, in the following also referred to as BSR; and transmitting a Medium Access Control, in the following also referred to as MAC, control element corresponding to the BSR in a serving cell of the more than one serving cells, wherein the MAC control element includes status of buffered data which can be transmitted in the serving cell and does not include status of buffered data which cannot be transmitted in the serving cell, the serving cell in which the MAC control element is transmitted depends on a trigger of the BSR, wherein more than one periodic buffer status reporting timers are used to trigger the BSR and a mapping between a periodic buffer status reporting timer and the serving cell or a group of serving cells including the serving cell is configured according to information provided by the network , the method being further characterized by the step: if the trigger of the BSR is expiry of the periodic buffer status reporting timer, the MAC control element corresponding to the BSR is transmitted in the serving cell corresponding to the periodic buffer status reporting timer.
Sensor device for detecting properties of a liquid medium by means of ultrasonic signals, comprising - a first connection element and a second connection element spaced apart therefrom and a measuring chamber which is arranged between the connection elements, is closed by means of the connection elements , and through which the liquid medium flows and which is filled with said medium, and - an ultrasonic module which transmits ultrasonic signals into the measuring chamber and receives reflected ultrasonic signals from the measuring chamber , - the connection elements having respective reflection surfaces for the predetermined reflection of the ultrasonic signals in the measuring chamber , and - the connection elements having respective openings for the inflow and outflow of the liquid medium into and out of the measuring chamber , and the openings being formed above the reflection surfaces , characterised in that the connection elements each have, adjacent to and above the reflection surfaces , a region parallel to the longitudinal axis of the measuring chamber , in which region the particular opening in the connection elements is formed, and liquid medium flows in and out between the region and an adjacent part of a measuring-chamber wall . - a first connection element and a second connection element spaced apart therefrom and a measuring chamber which is arranged between the connection elements, is closed by means of the connection elements , and through which the liquid medium flows and which is filled with said medium, and - an ultrasonic module which transmits ultrasonic signals into the measuring chamber and receives reflected ultrasonic signals from the measuring chamber , - the connection elements having respective reflection surfaces for the predetermined reflection of the ultrasonic signals in the measuring chamber , and - the connection elements having respective openings for the inflow and outflow of the liquid medium into and out of the measuring chamber , and the openings being formed above the reflection surfaces ,
A process for producing foodstuff products provided with a respective decoration having a given configuration, comprising the steps of: - making a plurality of foodstuff products , each having a surface and at least a cavity made on said surface and having a profile in plan view that is predetermined to reproduce the given configuration of the respective decoration; - making said plurality of foodstuff products advance on a conveying line , in a direction of advance (K),; - via a camera , detecting, for each foodstuff product , the respective cavity ; - on the basis of data obtained from detection by means of the camera, by means of a control unit determining one or more data (A, P) indicating a volume of the cavity of the foodstuff product ; - providing along said conveying line at least one unit for dispensing a fluid foodstuff material, comprising a plurality of rows of nozzles arranged in a direction transverse to said direction of advance (K); - by means of said control unit , selecting a set of nozzles (N1) of the plurality of rows of nozzles through which to dispense the fluid foodstuff material, as a function of the one or more data (A, P) indicating a volume of the cavity determined previously; - through the set of nozzles (N1) selected, dispensing in the cavity of each foodstuff product an amount of fluid foodstuff material substantially equal to the volume of the cavity of the foodstuff product , wherein the fluid foodstuff material is dispensed, through the selected nozzles (N1), at respective pre-set times and while the product on the conveying line advances underneath the plurality of rows of nozzles . - making a plurality of foodstuff products , each having a surface and at least a cavity made on said surface and having a profile in plan view that is predetermined to reproduce the given configuration of the respective decoration; - making said plurality of foodstuff products advance on a conveying line , in a direction of advance (K),; - via a camera , detecting, for each foodstuff product , the respective cavity ; - on the basis of data obtained from detection by means of the camera, by means of a control unit determining one or more data (A, P) indicating a volume of the cavity of the foodstuff product ; - providing along said conveying line at least one unit for dispensing a fluid foodstuff material, comprising a plurality of rows of nozzles arranged in a direction transverse to said direction of advance (K); - by means of said control unit , selecting a set of nozzles (N1) of the plurality of rows of nozzles through which to dispense the fluid foodstuff material, as a function of the one or more data (A, P) indicating a volume of the cavity determined previously; - through the set of nozzles (N1) selected, dispensing in the cavity of each foodstuff product an amount of fluid foodstuff material substantially equal to the volume of the cavity of the foodstuff product ,
A vehicle glazing comprising: - a glass sheet or a glazed assembly, - a part made of plastic material partly covering the glass sheet or the glazed assembly, - at least one fixing system for an audio exciter mounted on the glass sheet or on the glazed assembly, comprising a base and an attachment part , the base of the fixing system being fixedly mounted to the part made of plastic material , and - at least one audio exciter fixed to the attachment part of the fixing system. - a glass sheet or a glazed assembly, - a part made of plastic material partly covering the glass sheet or the glazed assembly, - at least one fixing system for an audio exciter mounted on the glass sheet or on the glazed assembly, comprising a base and an attachment part , the base of the fixing system being fixedly mounted to the part made of plastic material , and - at least one audio exciter fixed to the attachment part of the fixing system.
A method of manufacturing a glove, which glove comprises top layer , an outer surface and an inner surface , which inner surface is configured to be in skin contact when the glove is worn in hand and which method comprises a step of providing the inner surface with pathogen inactivating compounds, characterized in that the inner surface is treated with a substance containing pathogen inactivating compounds, said substance comprising solvent and coniferous resin acids in the range of 0,01 to 30 weight-% of the substance.