mhurhangee/patent-ind-claim-en huggingface dataset:
Rotor for a rotating electric machine, said rotor having the following: - a number of pole teeth bearing a field winding ; - in each case slots are formed between the pole teeth ; - slot wedges are provided in the slots ; - in addition separators are arranged in the slots , which separators extend starting from the slot wedges between the windings in the direction of a slot base , wherein the separators are V-shaped in cross section, the point of the V points towards the slot base, and the separators are under prestress and press against the field windings in at least one contact-pressure region , characterized in that - the separators are formed from a plastic and - the two limbs of the V-shaped separators are connected at their ends to the slot wedges or are supported on said slot wedges. - a number of pole teeth bearing a field winding ; - in each case slots are formed between the pole teeth ; - slot wedges are provided in the slots ; - in addition separators are arranged in the slots , which separators extend starting from the slot wedges between the windings in the direction of a slot base , wherein - the separators are formed from a plastic and - the two limbs of the V-shaped separators are connected at their ends to the slot wedges or are supported on said slot wedges.
A dry adhesive material for adhering one or more wet surfaces comprising: (i) one or more hydrophilic polymers; (ii) one or more amine coupling groups, and (iii) one or more cross linkers, wherein, the dry adhesive material is in the form of a film or tape having a top surface and a bottom surface, and wherein the dry adhesive material has a liquid content such that placement of one or more of the top and/or bottom surfaces of the dry adhesive material in contact with the one or more wet surfaces causes the dry adhesive material to absorb liquid from the one or more wet surfaces, swell to form temporary crosslinking between the dry adhesive material and the wet surface, and form covalent crosslinking between the one or more amine coupling groups and the one or more wet surfaces, wherein the dry adhesive material comprises poly(acrylic acid) grafted with N-hydroxysuccinimide ester, crosslinked by biodegradable gelatin methacrylate, and further comprising one or more biodegradable biopolymers. (i) one or more hydrophilic polymers; (ii) one or more amine coupling groups, and (iii) one or more cross linkers,
A compound for use in the treatment of tuberculosis, wherein the compound is selected from the group consisting of:
Cylindrical magnetic structure of revolution producing, in an internal space of said structure, a substantially homogeneous magnetic field in all directions of a three-dimensional orthonormal coordinate system (OXYZ), characterised in that it comprises three cylinders of revolution , hollow, of the Halbach dipolar array type, aligned with one another according to a same axis of revolution (Z), with the first , the second and the third cylinders being arranged as follows: - the first, second and third cylinders are disjointed, - the second cylinder is positioned between the first and the third cylinders , - the first, second and third cylinders comprise external radiuses (REA, REB, REC) that are substantially identical, - the first and the third cylinders comprise internal radiuses (RIA, RIC) that are substantially identical, less than the inner radius (RIB) of the second cylinder , - at least one of the three cylinders has an inner radius (RI) greater than or equal to 250mm, - the first and the third cylinders comprise widths (LA, LC) that are substantially identical, - the width (LB) of the second cylinder is less than about 10% of the widths (LA, LC) for the first and third cylinders, and - the first, second and third cylinders each comprise a median plane (PMA, PMB, PMC), the median plane (PMB) of the second cylinder being at a substantially equal distance from the median plane (PMA) of the first cylinder and from the median plane (PMC) of the third cylinder. - the first, second and third cylinders are disjointed, - the second cylinder is positioned between the first and the third cylinders , - the first, second and third cylinders comprise external radiuses (REA, REB, REC) that are substantially identical, - the first and the third cylinders comprise internal radiuses (RIA, RIC) that are substantially identical, less than the inner radius (RIB) of the second cylinder , - at least one of the three cylinders has an inner radius (RI) greater than or equal to 250mm, - the first and the third cylinders comprise widths (LA, LC) that are substantially identical, - the width (LB) of the second cylinder is less than about 10% of the widths (LA, LC) for the first and third cylinders, and - the first, second and third cylinders each comprise a median plane (PMA, PMB, PMC), the median plane (PMB) of the second cylinder being at a substantially equal distance from the median plane (PMA) of the first cylinder and from the median plane (PMC) of the third cylinder.
A method for forming a photonic device , the method comprising: forming a photonic assembly by curing an optically clear adhesive at a cure temperature to attach an optical device to a photonic die to form an optical connection between the optical device and the photonic die; and attaching the photonic assembly to a substrate by reflowing one or more solder connections formed between the photonic assembly and the substrate, characterized in that a reflow temperature of the one or more solder connections is less than the cure temperature of the optically clear adhesive. forming a photonic assembly by curing an optically clear adhesive at a cure temperature to attach an optical device to a photonic die to form an optical connection between the optical device and the photonic die; and attaching the photonic assembly to a substrate by reflowing one or more solder connections formed between the photonic assembly and the substrate, characterized in that a reflow temperature of the one or more solder connections is less than the cure temperature of the optically clear adhesive.
A method of updating software on a conveyance system comprising a conveyance apparatus , the method comprising: receiving a software update request to update software on the conveyance system ; detecting data using a first detection device , wherein the first detection device comprises at least one of a camera , a depth sensing device , a RADAR device , a thermal detection device , or a floor pressure sensor ; detecting sound data using a microphone ; transmitting the data to a cognitive service ; processing the data using the cognitive service ; the cognitive service determining whether there are individuals located in or on the conveyance apparatus using the data detected by the first detection device and the sound data detected by the microphone ; and updating the software on the conveyance system , when it is determined that there are no individuals located in or on the conveyance apparatus . receiving a software update request to update software on the conveyance system ; detecting data using a first detection device , wherein the first detection device comprises at least one of a camera , a depth sensing device , a RADAR device , a thermal detection device , or a floor pressure sensor ; detecting sound data using a microphone ; transmitting the data to a cognitive service ; processing the data using the cognitive service ; the cognitive service determining whether there are individuals located in or on the conveyance apparatus using the data detected by the first detection device and the sound data detected by the microphone ; and updating the software on the conveyance system , when it is determined that there are no individuals located in or on the conveyance apparatus .
A pediatric magnetic resonance imaging (MRI) system, comprising: a super conducting magnet comprising wire; an isolette including a patient section for accommodating a patient, the isolette positionable relative to the magnet ; a radio frequency (RF) assembly positionable within the patient section of the isolette ; and a cooling system for controlling a temperature of the wire, characterized in that the cooling system is substantially cryogen-free, in that the RF assembly is a radio frequency (RF) array comprising a plurality of coils configured for simultaneous imaging of different portions of a patient, the plurality of coils being distinct from one another; and in that the RF array further comprises a support section for supporting the patient to be imaged, the support section including an enclosed portion for receiving a head of the patient, a gantry movably coupled to the support section, wherein a first coil of the plurality of coils is coupled to the gantry , the first coil, via the gantry , being movable relative to the support section in at least two degrees of freedom, a second coil of the plurality of coils arranged within the support section, and a third coil of the plurality of coils included with the enclosed portion for imaging a head of the patient. a super conducting magnet comprising wire; an isolette including a patient section for accommodating a patient, the isolette positionable relative to the magnet ; a radio frequency (RF) assembly positionable within the patient section of the isolette ; and a cooling system for controlling a temperature of the wire, characterized in that the cooling system is substantially cryogen-free, in that the RF assembly is a radio frequency (RF) array comprising a plurality of coils configured for simultaneous imaging of different portions of a patient, the plurality of coils being distinct from one another; and in that the RF array further comprises a support section for supporting the patient to be imaged, the support section including an enclosed portion for receiving a head of the patient, a gantry movably coupled to the support section, wherein a first coil of the plurality of coils is coupled to the gantry , the first coil, via the gantry , being movable relative to the support section in at least two degrees of freedom, a second coil of the plurality of coils arranged within the support section, and a third coil of the plurality of coils included with the enclosed portion for imaging a head of the patient. a support section for supporting the patient to be imaged, the support section including an enclosed portion for receiving a head of the patient, a gantry movably coupled to the support section, wherein a first coil of the plurality of coils is coupled to the gantry , the first coil, via the gantry , being movable relative to the support section in at least two degrees of freedom, a second coil of the plurality of coils arranged within the support section, and a third coil of the plurality of coils included with the enclosed portion for imaging a head of the patient.
A method of controlling the fuel air mixture in an internal combustion engine on and subsequent to, a cold restart comprising: a) determining a control parameter said control parameter being based on the following measured or modelled input parameters; the value of current coolant temperature at time of current engine start (Tcool curstrt ), the value of coolant temperature at time of the previous engine start (Tcool prestrt ), a calibratable reference temperature (T Ref ) which represents a coolant temperature of the engine when it is warm, the total accumulated fuel mass injected during previous engine run time (mfuel prestrt ), the time the engine was off before the restart (t engoff ) and the time the engine was run after previous start (t engrun ) b) controlling the fuel air mixture based on said control parameter where said control parameter is MAI index, determined from the following equation: MAI g − 1 = Tcool curstrt − Tcool prestrt abs T Ref − Tcool prestrt mfuel prestrt ∗ t engoff t engrun the MAI being used for controlling the fuel air mixture. a) determining a control parameter said control parameter being based on the following measured or modelled input parameters; the value of current coolant temperature at time of current engine start (Tcool curstrt ), the value of coolant temperature at time of the previous engine start (Tcool prestrt ), a calibratable reference temperature (T Ref ) which represents a coolant temperature of the engine when it is warm, the total accumulated fuel mass injected during previous engine run time (mfuel prestrt ), the time the engine was off before the restart (t engoff ) and the time the engine was run after previous start (t engrun ) b) controlling the fuel air mixture based on said control parameter where said control parameter is MAI index, determined from the following equation: MAI g − 1 = Tcool curstrt − Tcool prestrt abs T Ref − Tcool prestrt mfuel prestrt ∗ t engoff t engrun the MAI being used for controlling the fuel air mixture.
An electric-wire-equipped terminal comprising: an electric wire (W) having a conductor (w1) including a plurality of strands (w1a) and an insulation coating (w2) covering the conductor (w1); and a terminal connecting the electric wire (W); wherein wire connection part of the terminal comprises: an insulation-coating crimp section crimping the insulation coating (w2); a conductor crimp section crimping the conductor (w1), the conductor (w1) exposed to the outside by removing the insulation coating (w2); and an intermediate crimp section disposed between the insulation-coating crimp section and the conductor crimp section , crimping over the conductor (w1) exposed and the insulation coating (w2), and being in a state where there is no gap between the inner surface of the intermediate crimp section and the outer surface of the insulation coating (w2) and no gap for water to enter inside the electric wire (W), characterized in that each of the insulation-coating crimp section , the conductor crimp section , and the intermediate crimp section includes a pair of crimping pieces , wherein in each pair of the crimping pieces , each crimping piece extends from opposed ends of a bottom wall of the wire connection part . an electric wire (W) having a conductor (w1) including a plurality of strands (w1a) and an insulation coating (w2) covering the conductor (w1); and a terminal connecting the electric wire (W); wherein wire connection part of the terminal comprises: an insulation-coating crimp section crimping the insulation coating (w2); a conductor crimp section crimping the conductor (w1), the conductor (w1) exposed to the outside by removing the insulation coating (w2); and an intermediate crimp section disposed between the insulation-coating crimp section and the conductor crimp section , crimping over the conductor (w1) exposed and the insulation coating (w2), and being in a state where there is no gap between the inner surface of the intermediate crimp section and the outer surface of the insulation coating (w2) and no gap for water to enter inside the electric wire (W), characterized in that an insulation-coating crimp section crimping the insulation coating (w2); a conductor crimp section crimping the conductor (w1), the conductor (w1) exposed to the outside by removing the insulation coating (w2); and an intermediate crimp section disposed between the insulation-coating crimp section and the conductor crimp section , crimping over the conductor (w1) exposed and the insulation coating (w2), and being in a state where there is no gap between the inner surface of the intermediate crimp section and the outer surface of the insulation coating (w2) and no gap for water to enter inside the electric wire (W),
A microfluidic apparatus comprising: a fluid slot ; a microfluidic device comprising: a chamber , wherein the chamber is in fluid communication with the fluid slot via a channel having a relatively smaller width than the chamber; a sensor to detect a presence of a particle of interest in a fluid passing through the channel into the chamber ; a nozzle in fluid communication with the chamber; and an actuator positioned in line with the nozzle and operable to cause less than all of the fluid contained in the chamber to be expelled through the nozzle ; and a controller configured to: receive information from the sensor; determine, from the received information, whether a preselected number of the particles of interest has passed through the channel; and control the actuator to expel fluid contained in the chamber through the nozzle based upon the determination until the controller determines that the preselected number of the particles of interest has been expelled. a fluid slot ; a microfluidic device comprising: a chamber , wherein the chamber is in fluid communication with the fluid slot via a channel having a relatively smaller width than the chamber; a sensor to detect a presence of a particle of interest in a fluid passing through the channel into the chamber ; a nozzle in fluid communication with the chamber; and an actuator positioned in line with the nozzle and operable to cause less than all of the fluid contained in the chamber to be expelled through the nozzle ; and a chamber , wherein the chamber is in fluid communication with the fluid slot via a channel having a relatively smaller width than the chamber; a sensor to detect a presence of a particle of interest in a fluid passing through the channel into the chamber ; a nozzle in fluid communication with the chamber; and an actuator positioned in line with the nozzle and operable to cause less than all of the fluid contained in the chamber to be expelled through the nozzle ; and a controller configured to: receive information from the sensor; determine, from the received information, whether a preselected number of the particles of interest has passed through the channel; and control the actuator to expel fluid contained in the chamber through the nozzle based upon the determination until the controller determines that the preselected number of the particles of interest has been expelled. receive information from the sensor; determine, from the received information, whether a preselected number of the particles of interest has passed through the channel; and control the actuator to expel fluid contained in the chamber through the nozzle based upon the determination until the controller determines that the preselected number of the particles of interest has been expelled.
A method of manufacturing a micro light emitting diode array comprising a first layer having a plurality of light emitting diodes arranged to emit light from a light emitting surface of the first layer, the method comprising: depositing a layer of dielectric material over the light emitting surface of the first layer, wherein the dielectric layer is a thickness between 1 and 5 μm; subsequently forming a plurality of apertures extending through the deposited layer of dielectric material, each aperture having an internal surface; and subsequently coating the internal surfaces with a reflective material , wherein at least one aperture of the plurality of apertures is centered on and aligned with a light emitting diode of the plurality of light emitting diodes of the first layer and is frustum shaped, such that light emitted from light emitting diode is collimated as it passes through the at least one aperture. depositing a layer of dielectric material over the light emitting surface of the first layer, wherein the dielectric layer is a thickness between 1 and 5 μm; subsequently forming a plurality of apertures extending through the deposited layer of dielectric material, each aperture having an internal surface; and subsequently coating the internal surfaces with a reflective material , wherein at least one aperture of the plurality of apertures is centered on and aligned with a light emitting diode of the plurality of light emitting diodes of the first layer and is frustum shaped, such that light emitted from light emitting diode is collimated as it passes through the at least one aperture.
A method for setting up, operating and/or scaling a modular optically routed transport network including the steps of: providing a quasi passive, fixed and fully meshed transparent OTN core network according to ITU-T G.709 with N network nodes at the core network edge and at least one AWG , Arrayed-Waveguide Grating, in the OTN core network , thus providing optical end-to-end communication channels that can be supervised and monitored independently from each other; providing at least one active component in each network node for the transmission of data over the core network , and changing at least one of the at least one active component in at least one network node for scaling the network so as to increase the network capacity while the quasi passive transparent OTN core network remains essentially unchanged, wherein the at least one active component is an optical transceiver comprising digital signal processors, DSPs, in order to compensate disturbing influences of the glass fiber transmission in an electrical way. providing a quasi passive, fixed and fully meshed transparent OTN core network according to ITU-T G.709 with N network nodes at the core network edge and at least one AWG , Arrayed-Waveguide Grating, in the OTN core network , thus providing optical end-to-end communication channels that can be supervised and monitored independently from each other; providing at least one active component in each network node for the transmission of data over the core network , and changing at least one of the at least one active component in at least one network node for scaling the network so as to increase the network capacity while the quasi passive transparent OTN core network remains essentially unchanged, wherein the at least one active component is an optical transceiver comprising digital signal processors, DSPs, in order to compensate disturbing influences of the glass fiber transmission in an electrical way.
Process for preparing isocyanate containing alkoxysilane groups, in which, in the sequence of steps A) to D), A) alkoxysilanoalkylamine is reacted with dialkyl carbonate in the presence of a basic catalyst to give alkoxysilanoalkylurethane, B) simultaneously or successively - the catalyst is deactivated, and - low boilers, solids, salt burdens and/or high boilers are removed, C) alkoxysilanoalkylurethane obtained after B) is thermally cleaved to release isocyanate containing alkoxysilane groups and by-product, leaving bottoms material, while i) the bottoms material is being wholly or partly discharged from the cleavage apparatus, ii) subjected to thermal treatment and/or purification and/or an aftertreatment in the presence of alcohol and iii) the material removed, after thermal treatment and/or purification and/or aftertreatment in A), B) or C), is fed back, and D) isocyanate containing alkoxysilane groups and by-product are separated from one another and from bottoms material and collected, characterized in that the process regime at least of steps C) to D) is continuous. A) alkoxysilanoalkylamine is reacted with dialkyl carbonate in the presence of a basic catalyst to give alkoxysilanoalkylurethane, B) simultaneously or successively - the catalyst is deactivated, and - low boilers, solids, salt burdens and/or high boilers are removed, - the catalyst is deactivated, and - low boilers, solids, salt burdens and/or high boilers are removed, C) alkoxysilanoalkylurethane obtained after B) is thermally cleaved to release isocyanate containing alkoxysilane groups and by-product, leaving bottoms material, while i) the bottoms material is being wholly or partly discharged from the cleavage apparatus, ii) subjected to thermal treatment and/or purification and/or an aftertreatment in the presence of alcohol and iii) the material removed, after thermal treatment and/or purification and/or aftertreatment in A), B) or C), is fed back, and i) the bottoms material is being wholly or partly discharged from the cleavage apparatus, ii) subjected to thermal treatment and/or purification and/or an aftertreatment in the presence of alcohol and iii) the material removed, after thermal treatment and/or purification and/or aftertreatment in A), B) or C), is fed back, and D) isocyanate containing alkoxysilane groups and by-product are separated from one another and from bottoms material and collected,