mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing hydroxypropyl methylcellulose acetate succinate grains, the method comprising: obtaining a reaction solution comprising hydroxypropyl methylcellulose acetate succinate by esterifying hydroxypropyl methylcellulose, acetic anhydride, and succinic anhydride in a reaction medium in the presence of a catalyst; and forming grains by continuously or intermittently adding the reaction solution to water, wherein temperatures of the reaction solution and water used in the granulating step are in the range of 45 to 60°C and in the range of 20 to 30°C, respectively, and wherein a total amount of water used in the granulating step is 12 to 20 times greater than a total amount of the reaction medium used in the esterification step. obtaining a reaction solution comprising hydroxypropyl methylcellulose acetate succinate by esterifying hydroxypropyl methylcellulose, acetic anhydride, and succinic anhydride in a reaction medium in the presence of a catalyst; and forming grains by continuously or intermittently adding the reaction solution to water, wherein temperatures of the reaction solution and water used in the granulating step are in the range of 45 to 60°C and in the range of 20 to 30°C, respectively, and wherein a total amount of water used in the granulating step is 12 to 20 times greater than a total amount of the reaction medium used in the esterification step.
A method performed by a radio access network node , which radio access network node serves a Mobile Station, MS, , the method comprising: receiving a message from a positioning node , to be forwarded to the MS , which message comprises an indication that said message comprises a command to the MS to perform a Multilateration Timing Advance procedure for determining a position of the MS , wherein the message is received in a Connection Oriented message received over a connection between the radio access network node and the positioning node , and wherein the Connection Oriented message further comprises a timer, which timer determines how long time the Multilateration Timing Advance procedure is to run in the radio access network node , and wherein the method further comprising: controlling that the connection is not released until the positioning procedure is completed which is when the timer expires, by upon expiration of the timer, releasing the connection between the radio access network node and the positioning node , thereby indicating no additional Multilateration Timing Advance procedure related information will be forthcoming from the radio access node for that connection thus enabling the positioning node , to proceed with calculating the position of the MS. receiving a message from a positioning node , to be forwarded to the MS , which message comprises an indication that said message comprises a command to the MS to perform a Multilateration Timing Advance procedure for determining a position of the MS , wherein the message is received in a Connection Oriented message received over a connection between the radio access network node and the positioning node , and wherein the Connection Oriented message further comprises a timer, which timer determines how long time the Multilateration Timing Advance procedure is to run in the radio access network node , and wherein the method further comprising: controlling that the connection is not released until the positioning procedure is completed which is when the timer expires, by upon expiration of the timer, releasing the connection between the radio access network node and the positioning node , thereby indicating no additional Multilateration Timing Advance procedure related information will be forthcoming from the radio access node for that connection thus enabling the positioning node , to proceed with calculating the position of the MS.
A system , comprising: a) a streamlined port including: a septum disposed over a cavity in a body of the port configured to accept a needle therethrough; and a stabilizing element configured to stabilize the port in vivo and maintain needle access to the septum; and b) a port tunneler including: an adapter in a distal end portion of the port tunneler configured to securely hold the port while subcutaneously tunneling the port from an incision site to an implantation site for the port; and a release mechanism configured to release the port from the adapter at the implantation site. a) a streamlined port including: a septum disposed over a cavity in a body of the port configured to accept a needle therethrough; and a stabilizing element configured to stabilize the port in vivo and maintain needle access to the septum; and b) a port tunneler including: an adapter in a distal end portion of the port tunneler configured to securely hold the port while subcutaneously tunneling the port from an incision site to an implantation site for the port; and a release mechanism configured to release the port from the adapter at the implantation site.
A sawdust helmet, comprising an outer housing , wherein a buffer body containing sawdust is installed at the inner side of the outer housing ; the buffer body is integrally formed, and the size of the buffer body is adapted with the size of the outer housing ; a fabric inner cushion body is padded at the inner side of the buffer body ; and a helmet belt is fixedly installed at the bottom of the outer housing ; the buffer body is composed of a sawdust layer and a foam material layer ; the sawdust layer is composed of cork chips or non-cork chips characterized in that the foam material layer has two layers, and the sawdust layer is pressed in the middle of the two foam material layers . the buffer body is composed of a sawdust layer and a foam material layer ; the sawdust layer is composed of cork chips or non-cork chips characterized in that the foam material layer has two layers, and the sawdust layer is pressed in the middle of the two foam material layers .
A device for actuating an aircraft undercarriage leg, the device comprising an electronic controller and an actuator comprising a three-phase electric motor connected to the electronic controller, the device also being arranged to authorize gravity deployment of the leg, wherein the motor includes a stator having at least first and second star-coupled three-phase windings, wherein the electronic controller comprises a first control channel connected to the first three-phase winding, and a second control channel connected to the second three-phase winding, wherein each control channel comprises a control unit for generating a high-level control instruction, a driver unit for generating a low-level driver instruction from the high-level control instruction, and at least one braking circuit for braking the motor during gravity deployment of the leg by making use of energy produced by the motor, and wherein the device is arranged to use the control channels as a function of the availabilities of the components of each channel.
A User Equipment, UE , comprising: a transmission unit , wherein upon Public Land Mobile Network, PLMN, change of the UE from an old PLMN to a new PLMN, in a case that a first timer is deactivated for a Data Network Name, DNN, and the old PLMN, but a second timer is not running and is not deactivated for the DNN and the new PLMN, the transmission unit is configured to send a PDU SESSION ESTABLISHMENT REQUEST message for the same DNN or no DNN in the new PLMN without stopping the first timer, and the first timer and the second timer are timers associated with DNN based congestion control. a transmission unit , wherein upon Public Land Mobile Network, PLMN, change of the UE from an old PLMN to a new PLMN, in a case that a first timer is deactivated for a Data Network Name, DNN, and the old PLMN, but a second timer is not running and is not deactivated for the DNN and the new PLMN, the transmission unit is configured to send a PDU SESSION ESTABLISHMENT REQUEST message for the same DNN or no DNN in the new PLMN without stopping the first timer, and the first timer and the second timer are timers associated with DNN based congestion control.
Method for operating an analysis apparatus for compressed gases in a compressed-gas tank, such as a breathing-air cylinder or the like, for determining gas components, in particular CO, CO 2 , O 2 , VOC, SO 2 , NO, NO 2 , helium and moisture, having a removal device which can be connected to the compressed-gas tank , wherein the removal device comprises a connection element which is under the pressure of the compressed gas to be analysed in the compressed-gas tank and can be coupled to a gas treatment device having a gas measuring and evaluating device for determining the desired gas components, the connection element is also pressurised when not connected to the compressed-gas tank , preferably by means of a shut-off valve , and the gas treatment device and the gas measuring and evaluating device are further also configured to monitor and analyse the compressed gases dispensed by a compressor to fill a compressed-gas tank, characterised in that in a first operating mode of the analysis apparatus the gas measuring and evaluating device analyses the compressed gases dispensed by a compressor for filling a compressed-gas tank, while in a second operating mode of the analysis apparatus the gas measuring and evaluating device monitors and analyses compressed gases dispensed by the compressed-gas tank .
A cross-chain data trusted management method, applied to a relay, wherein a trusted execution environment, TEE, is loaded onto the relay to implement the following steps in the TEE: invoking , based on a cross-chain request from a first blockchain, corresponding cross-chain data from a second blockchain that serves as a requested object, wherein the relay is configured with a client device of the second blockchain; loading a preconfigured management rule set to manage the cross-chain data based on a management rule comprised in the management rule set to obtain processed data; and returning , to the first blockchain, a response result that comprises the processed data, an identity signature of the relay, information about the management rule set and a public key that uniquely matches the information about the management rule set to prove that the processed data is obtained by managing the cross-chain data based on the management rule set. invoking , based on a cross-chain request from a first blockchain, corresponding cross-chain data from a second blockchain that serves as a requested object, wherein the relay is configured with a client device of the second blockchain; loading a preconfigured management rule set to manage the cross-chain data based on a management rule comprised in the management rule set to obtain processed data; and returning , to the first blockchain, a response result that comprises the processed data, an identity signature of the relay, information about the management rule set and a public key that uniquely matches the information about the management rule set to prove that the processed data is obtained by managing the cross-chain data based on the management rule set.
A semiconductor laser module comprising: a semiconductor laser that outputs laser light; a housing ; an optical fiber that guides the laser light through the housing ; a lens that couples the laser light, which is output from the semiconductor laser , with the optical fiber ; and a base that is substantially tabular in shape and that has the optical fiber fixed to a first face thereof either directly or indirectly and that has the semiconductor laser and the lens fixed to the first face thereof either directly or indirectly in an area on the first face of the base , the area on the first face being opposite to a junction plane (S 1 ), wherein the housing houses the base and fixes the base either directly or indirectly, wherein among faces of the base , a second face on a side of said base that is fixed either directly or indirectly to the housing includes the junction plane (S 1 ), which is joined to the housing either directly or indirectly, and a detachment plane (S 2 ), which is detached to remain unfixed from the housing , wherein the base is a tabular member having a step difference at the intersection between the junction plane (S 1 ) and the detachment plane (S 2 ). a semiconductor laser that outputs laser light; a housing ; an optical fiber that guides the laser light through the housing ; a lens that couples the laser light, which is output from the semiconductor laser , with the optical fiber ; and a base that is substantially tabular in shape and that has the optical fiber fixed to a first face thereof either directly or indirectly and that has the semiconductor laser and the lens fixed to the first face thereof either directly or indirectly in an area on the first face of the base , the area on the first face being opposite to a junction plane (S 1 ), wherein the housing houses the base and fixes the base either directly or indirectly, wherein among faces of the base , a second face on a side of said base that is fixed either directly or indirectly to the housing includes the junction plane (S 1 ), which is joined to the housing either directly or indirectly, and a detachment plane (S 2 ), which is detached to remain unfixed from the housing , wherein the base is a tabular member having a step difference at the intersection between the junction plane (S 1 ) and the detachment plane (S 2 ).
An image processing device comprising: a dangerous condition detection unit configured to detect a dangerous condition on the basis of a tomographic image of an eye acquired during surgery of the eye; wherein the dangerous condition detection unit detects one or more of: a shallow anterior chamber, an IMS risk, implant misplacement, iris prolapse risk, posterior capsule rupture and nucleus drop as the dangerous condition; and a control information generation unit configured to generate and output control information used to manage the detected dangerous condition; wherein the control information generation unit generates and outputs device control information used to control an external device as the control information used to manage the dangerous condition; and, wherein the image processing device further comprises a tomographic image determination unit configured to determine a capture plane of the tomographic image of the eye to be acquired on the basis of a front image of the eye, wherein the front image of the eye is an image obtained by capturing the eye from an axial direction of the eye. a dangerous condition detection unit configured to detect a dangerous condition on the basis of a tomographic image of an eye acquired during surgery of the eye; wherein the dangerous condition detection unit detects one or more of: a shallow anterior chamber, an IMS risk, implant misplacement, iris prolapse risk, posterior capsule rupture and nucleus drop as the dangerous condition; and a control information generation unit configured to generate and output control information used to manage the detected dangerous condition; wherein the control information generation unit generates and outputs device control information used to control an external device as the control information used to manage the dangerous condition; and, wherein the image processing device further comprises a tomographic image determination unit configured to determine a capture plane of the tomographic image of the eye to be acquired on the basis of a front image of the eye, wherein the front image of the eye is an image obtained by capturing the eye from an axial direction of the eye.
An assembly for an electric machine comprising: a core having a plurality of teeth extending radially inward from the core, the plurality of teeth defining a plurality of slots for receiving coils ; a plurality of coils, each coil wrapping around a respective tooth; a separator in one of the slots including a first leg joined at an angle to a second leg for separating adjacent coils within the slot; an insert between the first leg and the second leg for at least partially filling a space between the first leg and the second leg; and characterized by a potting filling space within the slot between the separator, the plurality of coils, and the insert, and wherein the first leg is connected to a second leg of an adjacent separator by a cord . a core having a plurality of teeth extending radially inward from the core, the plurality of teeth defining a plurality of slots for receiving coils ; a plurality of coils, each coil wrapping around a respective tooth; a separator in one of the slots including a first leg joined at an angle to a second leg for separating adjacent coils within the slot; an insert between the first leg and the second leg for at least partially filling a space between the first leg and the second leg; and characterized by a potting filling space within the slot between the separator, the plurality of coils, and the insert, and wherein the first leg is connected to a second leg of an adjacent separator by a cord .
A method, comprising: transmitting reference signals to a plurality of user equipments, UEs, by a base station in a wireless communication network; receiving channel state information, CSI, feedback from a first UE , wherein the CSI feedback comprises a RANK-2 channel quality indicator, CQI, associated with a first beam and a second beam and a RANK-1 CQI associated with a single beam, and wherein the RANK-2 CQI comprises a first feedback signal to interference plus noise ratio, SINR, at the first beam and a second feedback SINR at the second beam, and wherein the RANK-1 CQI comprises a third feedback SINR at the single beam; and scheduling a downlink transmission to the first UE and a second co-channel UE over an allocated time-frequency radio resource using a multiuser superposition transmission, MUST, scheme; wherein the method is characterized in that it further comprises: calculating an actual SINR of the first UE corresponding to the MUST scheme using the first, second, and third feedback SINRs; and determining, for the scheduled downlink transmission, a modulation and coding scheme, MCS, for the first UE based on the actual SINR and the MUST scheme. transmitting reference signals to a plurality of user equipments, UEs, by a base station in a wireless communication network; receiving channel state information, CSI, feedback from a first UE , wherein the CSI feedback comprises a RANK-2 channel quality indicator, CQI, associated with a first beam and a second beam and a RANK-1 CQI associated with a single beam, and wherein the RANK-2 CQI comprises a first feedback signal to interference plus noise ratio, SINR, at the first beam and a second feedback SINR at the second beam, and wherein the RANK-1 CQI comprises a third feedback SINR at the single beam; and scheduling a downlink transmission to the first UE and a second co-channel UE over an allocated time-frequency radio resource using a multiuser superposition transmission, MUST, scheme; wherein the method is characterized in that it further comprises: calculating an actual SINR of the first UE corresponding to the MUST scheme using the first, second, and third feedback SINRs; and determining, for the scheduled downlink transmission, a modulation and coding scheme, MCS, for the first UE based on the actual SINR and the MUST scheme. calculating an actual SINR of the first UE corresponding to the MUST scheme using the first, second, and third feedback SINRs; and determining, for the scheduled downlink transmission, a modulation and coding scheme, MCS, for the first UE based on the actual SINR and the MUST scheme.
A rotary support joint assembly for coupling a surgical end effector to an elongate shaft assembly of a surgical instrument , the rotary support joint assembly comprising: a cylindrically-shaped connector portion on the surgical end effector; a first annular race in the perimeter of the connector portion; a socket on the elongate shaft sized to receive the cylindrically-shaped connector portion therein such that the cylindrically-shaped connector portion may freely rotate relative to the socket; a second annular race in an inner wall of the socket and configured for substantial registration with the first annular race when the cylindrically-shaped connector portion is received within the socket; a window in the socket in communication with the second annular race; a ring-like bearing member including a free end that is insertable through the window into the first and second registered annular races. a cylindrically-shaped connector portion on the surgical end effector; a first annular race in the perimeter of the connector portion; a socket on the elongate shaft sized to receive the cylindrically-shaped connector portion therein such that the cylindrically-shaped connector portion may freely rotate relative to the socket; a second annular race in an inner wall of the socket and configured for substantial registration with the first annular race when the cylindrically-shaped connector portion is received within the socket; a window in the socket in communication with the second annular race; a ring-like bearing member including a free end that is insertable through the window into the first and second registered annular races.
An acrylic composition, comprising: a first component that accounts for 20 wt% to 40 wt% of the total weight of the acrylic composition, the first component including an olefin block copolymer comprising hard segments and soft segments, the soft segments having from 9 mol % to less than 15 mol % of comonomer content; a second component that accounts for at least 25 wt% of the total weight of the acrylic composition, the second component including at least one oil and at least one polyolefin; and a third component that accounts for at least 15 wt% of the total weight of the acrylic composition, the third component including acrylic particles having an average particle size from 0.5 μm to 30 μm and at least one inorganic filler, and the acrylic particles accounting for at least 10 wt% of the total weight of the third component. a first component that accounts for 20 wt% to 40 wt% of the total weight of the acrylic composition, the first component including an olefin block copolymer comprising hard segments and soft segments, the soft segments having from 9 mol % to less than 15 mol % of comonomer content; a second component that accounts for at least 25 wt% of the total weight of the acrylic composition, the second component including at least one oil and at least one polyolefin; and a third component that accounts for at least 15 wt% of the total weight of the acrylic composition, the third component including acrylic particles having an average particle size from 0.5 μm to 30 μm and at least one inorganic filler, and the acrylic particles accounting for at least 10 wt% of the total weight of the third component.
A light-emitting device comprising: a light source that radiates primary light ; and a first phosphor that absorbs the primary light and converts the primary light into first wavelength-converted light having a longer wavelength than the primary light , wherein the primary light is laser light, the first wavelength-converted light includes fluorescence based on electron energy transition of Cr 3+ , a fluorescence spectrum of the first wavelength-converted light has a maximum fluorescence intensity value in region of a wavelength exceeding 710 nm, and the light source is a solid-state light-emitting element in which a rated light output is 1 W or more. a light source that radiates primary light ; and a first phosphor that absorbs the primary light and converts the primary light into first wavelength-converted light having a longer wavelength than the primary light , wherein the primary light is laser light, the first wavelength-converted light includes fluorescence based on electron energy transition of Cr 3+ , a fluorescence spectrum of the first wavelength-converted light has a maximum fluorescence intensity value in region of a wavelength exceeding 710 nm, and the light source is a solid-state light-emitting element in which a rated light output is 1 W or more.