mhurhangee/patent-ind-claim-en huggingface dataset:
A programmable swaging press for attaching surgical needles to sutures comprising: a bottom swaging die ; a top swaging die opposing said bottom swaging die and being moveable up and down along a swaging axis that is aligned with said bottom swaging die ; a load cell for recording load data a servomotor coupled with said top swaging die for recording location data that corresponds to the location of said top swaging die on the swaging axis; a control system comprising a microprocessor in communication with said load cell and said servomotor , wherein said microprocessor is configured to use said recorded load data to determine the total load applied during a swage event, and wherein said microprocessor is configured to use said recorded location data to calculate the total displacement during the swage event; characterized in that the load cell is on said bottom swaging die , and said bottom swaging die comprises a hinged mechanism including a bottom plate and a top plate overlying said bottom plate , wherein said top and bottom plates are pivotally connected to one another for enabling said top plate to pivot relative to said bottom plate , wherein said load cell is disposed between said top and bottom plates and is adapted to send said recorded load data to said microprocessor. a bottom swaging die ; a top swaging die opposing said bottom swaging die and being moveable up and down along a swaging axis that is aligned with said bottom swaging die ; a load cell for recording load data a servomotor coupled with said top swaging die for recording location data that corresponds to the location of said top swaging die on the swaging axis; a control system comprising a microprocessor in communication with said load cell and said servomotor , wherein said microprocessor is configured to use said recorded load data to determine the total load applied during a swage event, and wherein said microprocessor is configured to use said recorded location data to calculate the total displacement during the swage event; characterized in that the load cell is on said bottom swaging die , and said bottom swaging die comprises a hinged mechanism including a bottom plate and a top plate overlying said bottom plate , wherein said top and bottom plates are pivotally connected to one another for enabling said top plate to pivot relative to said bottom plate , wherein said load cell is disposed between said top and bottom plates and is adapted to send said recorded load data to said microprocessor.
A backlight source comprising: a printed circuit board on which a first alignment mark is arranged; at least one light source which is arranged on the printed circuit board ; and a light guide plate on which a second alignment mark is arranged, wherein, when the first alignment mark is aligned with the second alignment mark , the light source is arranged at an edge of the light guide plate and a light emitted from the light source is guided into the light guide plate , characterized in that , the first alignment mark includes at least one first alignment side and the second alignment mark includes at least one second alignment side , which corresponds to the first alignment side , and wherein, when the first alignment side and the second alignment side are arranged on a same plane that is perpendicular to the printed circuit board and the light guide plate , the first alignment mark is aligned with the second alignment mark . a printed circuit board on which a first alignment mark is arranged; at least one light source which is arranged on the printed circuit board ; and a light guide plate on which a second alignment mark is arranged, wherein, when the first alignment mark is aligned with the second alignment mark , the light source is arranged at an edge of the light guide plate and a light emitted from the light source is guided into the light guide plate , characterized in that , the first alignment mark includes at least one first alignment side and the second alignment mark includes at least one second alignment side , which corresponds to the first alignment side , and wherein, when the first alignment side and the second alignment side are arranged on a same plane that is perpendicular to the printed circuit board and the light guide plate , the first alignment mark is aligned with the second alignment mark .
A method of producing a lipid composition, the method comprising: an extraction treatment step to extract a lipid comprised in a hydrated raw material by using an extraction solvent comprising a polar solvent which is a lower alcohol and a nonpolar solvent which is an alkane with a carbon number of 5 to 8; and a separation treatment step to separate an extract solution obtained in the extraction treatment step into a polar solvent phase comprising a first lipid fraction and a nonpolar solvent phase comprising a second lipid fraction, wherein the hydrated raw material comprises water at a water content of 60 to 85% by weight, and the hydrated raw material comprises at least one byproduct of aquatic product processing selected from midgut gland, gonad, mantle, and gill of a Hotate-gai and eyeball, buccal bulb, and skin of a squid. an extraction treatment step to extract a lipid comprised in a hydrated raw material by using an extraction solvent comprising a polar solvent which is a lower alcohol and a nonpolar solvent which is an alkane with a carbon number of 5 to 8; and a separation treatment step to separate an extract solution obtained in the extraction treatment step into a polar solvent phase comprising a first lipid fraction and a nonpolar solvent phase comprising a second lipid fraction, wherein the hydrated raw material comprises water at a water content of 60 to 85% by weight, and the hydrated raw material comprises at least one byproduct of aquatic product processing selected from midgut gland, gonad, mantle, and gill of a Hotate-gai and eyeball, buccal bulb, and skin of a squid.
A method for making one or more shadow masks for use in conjunction with a non-planar substrate , the method comprising the steps of: fabricating a mandrel including one or more forms machined therein, the one or more forms corresponding to the shape of a non-planar substrate to be masked; forming one or more shadow mask blanks in the one or more forms in the mandrel; removing the one or more shadow mask blanks from the mandrel; and machining a predetermined pattern into the one or more shadow mask blanks to form one or more shadow masks , the predetermined pattern including features substantially smaller than the size of the one or more shadow masks. fabricating a mandrel including one or more forms machined therein, the one or more forms corresponding to the shape of a non-planar substrate to be masked; forming one or more shadow mask blanks in the one or more forms in the mandrel; removing the one or more shadow mask blanks from the mandrel; and machining a predetermined pattern into the one or more shadow mask blanks to form one or more shadow masks , the predetermined pattern including features substantially smaller than the size of the one or more shadow masks.
Radiant heating device for a hob , comprising: - a sheet-like support with a support top side, - at least one heating element on the support top side, which heating element runs in tracks in a laying pattern, - wherein the heating element has at least two heating conductor strips which each have lateral sides and a top edge and a bottom edge , - wherein the at least two heating conductor strips are connected to one another in a fixed and non-detachable manner, characterized in that : - the at least two heating conductor strips are placed together or placed on one another by way of their mutually facing lateral sides and are partially in contact, but do not completely run against one another. - a sheet-like support with a support top side, - at least one heating element on the support top side, which heating element runs in tracks in a laying pattern, - wherein the heating element has at least two heating conductor strips which each have lateral sides and a top edge and a bottom edge , - wherein the at least two heating conductor strips are connected to one another in a fixed and non-detachable manner, - the at least two heating conductor strips are placed together or placed on one another by way of their mutually facing lateral sides and are partially in contact, but do not completely run against one another.
A rhamnose-rich polysaccharide which comprises a repeating unit of formula (I) for use in the treatment and/or prevention of fungal infections in human beings.
A method for operating a trapping ion mobility spectrometer, said trapping ion mobility spectrometer comprising an ion source, an RF ion trap and a trapping ion mobility separator, comprising the steps: (a) accumulating ions from the ion source in the RF ion trap; (b) transferring at least a subset of the accumulated ions into the trapping ion mobility separator, in which the transferred ions are radially confined by an RF field and pushed by a gas flow against a rising edge of a first axial electric DC field barrier such that the transferred ions are spatially separated along the rising edge according to ion mobility; and (c) acquiring an ion mobility spectrum of the transferred ions by decreasing the height of the first electric DC field barrier while ions from the ion source are further accumulated in the RF ion trap, wherein, during steps (a) and (c), the accumulated ions are pushed by the gas flow in the axial direction against a rising edge of a second electric DC field barrier in the RF ion trap and wherein the height of the second DC field barrier is adjusted such that ions are trapped along the rising edge of the second DC field barrier and spatially separated according to ion mobility. (a) accumulating ions from the ion source in the RF ion trap; (b) transferring at least a subset of the accumulated ions into the trapping ion mobility separator, in which the transferred ions are radially confined by an RF field and pushed by a gas flow against a rising edge of a first axial electric DC field barrier such that the transferred ions are spatially separated along the rising edge according to ion mobility; and (c) acquiring an ion mobility spectrum of the transferred ions by decreasing the height of the first electric DC field barrier while ions from the ion source are further accumulated in the RF ion trap,
A method in a wireless LAN system, the method comprising: generating, by a transmitting device, a New Generation Vehicular, NGV, frame used for a vehicle to everything, V2X, at a 5.9GHz band (S3510); and transmitting, by the transmitting device, the NGV frame to a receiving device through a first band (S3520), wherein the NGV frame includes Legacy-Short Training Field, L-STF, Legacy-Long Training Field, L-LTF, Legacy-Signal, L-SIG, Repeated Legacy, RL,-SIG, NGV-SIG, NGV-STF, NGV-LTF, and NGV-Data, wherein the L-STF, the L-LTF, the L-SIG, the RL-SIG and the NGV-SIG are duplicated in units of a second band and transmitted through the first band, wherein the NGV-STF, the NGV-LTF and the NGV-Data are transmitted through a full band of the first band, wherein the L-STF, the L-LTF, the L-SIG, the RL-SIG and the NGV-SIG are generated by performing 2x DownClocking, DC, on a frame format for a 20MHz band defined in an 802.11a system, wherein the NGV-STF, the NGV-LTF and the NGV-Data are generated by performing 2x DC on a frame format for a 40MHz band defined in the 802.11ac system, wherein the first band is a 20MHz band, and wherein the second band is a 10MHz band. generating, by a transmitting device, a New Generation Vehicular, NGV, frame used for a vehicle to everything, V2X, at a 5.9GHz band (S3510); and transmitting, by the transmitting device, the NGV frame to a receiving device through a first band (S3520), wherein the NGV frame includes Legacy-Short Training Field, L-STF, Legacy-Long Training Field, L-LTF, Legacy-Signal, L-SIG, Repeated Legacy, RL,-SIG, NGV-SIG, NGV-STF, NGV-LTF, and NGV-Data, wherein the L-STF, the L-LTF, the L-SIG, the RL-SIG and the NGV-SIG are duplicated in units of a second band and transmitted through the first band, wherein the NGV-STF, the NGV-LTF and the NGV-Data are transmitted through a full band of the first band, wherein the L-STF, the L-LTF, the L-SIG, the RL-SIG and the NGV-SIG are generated by performing 2x DownClocking, DC, on a frame format for a 20MHz band defined in an 802.11a system, wherein the NGV-STF, the NGV-LTF and the NGV-Data are generated by performing 2x DC on a frame format for a 40MHz band defined in the 802.11ac system, wherein the first band is a 20MHz band, and wherein the second band is a 10MHz band.
Post-processing arrangement for shaped bodies manufactured additively by photopolymerization, which post-processing arrangement has a cleaning station for holding ready a cleaning basin for the shaped body, and a finishing station for post-exposure of the shaped body, characterized in that the cleaning station and the finishing station are housed in a housing capable of standing on a horizontal stand surface, in which housing the cleaning station is housed in a lower section and the finishing station is housed in an upper section lying vertically on top of the lower section, wherein the lower and upper sections are connected to each other by a passage, in that a holder is mounted in the finishing station , on which holder the shaped body can be suspended directly or indirectly in a position suitable for post-processing, in that the cleaning basin is carried by a lifting apparatus which is configured to be capable of lifting the cleaning basin from a holding position in the cleaning station vertically upwards through the passage into the finishing station to a cleaning position in which the shaped body suspended on the holder is received in the cleaning basin, and of lowering the cleaning basin again, in that a control unit is arranged to control the operation of the lifting apparatus and the cleaning and finishing stations in such a manner that after positioning the shaped body on the holder the lifting apparatus lifts the cleaning basin to the cleaning position in order to clean the shaped body with cleaning liquid in the cleaning basin, and, after completion of the cleaning process, to move the cleaning basin by the lifting apparatus downwardly to the holding position in the cleaning station, and to control the operation of the finishing station thereafter for post-exposure.
A fluid wicking tip for a syringe , comprising a plurality of drip flanges arranged to wick fluid into narrow spaces defined between any two adjacent drip flanges ; a luer fitting sized and configured to be fluidly coupled to an interior of the syringe or sized and configured to be fluidly coupled to and fluidly connect the interior of the syringe with a flexible tube assembly, wherein the narrow spaces are dimensioned to facilitate wicking by capillary action.
A method, in a wireless transmitter , for encoding a channel-hardened signal, the method comprising: transmitting the channel-hardened signal, in a first time interval and using M antenna ports and a first set of T1 time-frequency resources, wherein the channel-hardened signal comprises an array X of M x T1 symbols, each row of the array corresponding to one of the M antenna ports and each column of the array X corresponding to one of the first set of T1 time-frequency resources, wherein X satisfies the expression XX H = a I , where X H is the conjugate transpose of X , I is an identity matrix, and a is a constant, and wherein M > 32 and T1 > M , wherein the channel-hardened signal is targeted to a wireless receiver to activate a device for data reception.
A single domain specific binding molecule, which has an amino acid sequence selected from the group consisting of: SEQ ID NO. 46 (E06), SEQ ID NO. 68 (huE06 v1.1), SEQ ID NO. 74 (huE06 v1.10), SEQ ID NO. 79 (AC9), SEQ ID NO. 80 (AD4), SEQ ID NO. 81 (AG11), SEQ ID NO. 82 (AH7), SEQ ID NO. 83 (BA11), SEQ ID NO. 84 (BB10), SEQ ID NO. 85 (BB11), SEQ ID NO. 86 (BC3), SEQ ID NO. 87 (BD12), SEQ ID NO. 88 (BE4), and SEQ ID NO. 89 (BH4).
A brake system for braking a vehicle using one or both of a main braking system and a redundancy braking system , the brake system comprising: a brake demand detecting unit configured to detect a driver's brake demand; a position detecting unit configured to detect a position of a rotor of a motor ; a pressure detecting unit configured to detect a pressure at a master cylinder ; and an electronic control unit comprising: a pressure controller configured to generate, based on the detected driver's brake demand, a first demand current (PCout) that controls a pressure at the master cylinder ; a motor position controller configured to generate a second demand current (PoCout) that controls a position of the motor ; and a current controller configured to control a current for controlling the motor based on the first or second demand current (PCout, PoCout), characterized in that the electronic control unit is configured to select one of the first demand current (PCout) or the second demand current (PoCout) by comparing the magnitudes and polarities of the first demand current (PCout) and the second demand current (PoCout). a brake demand detecting unit configured to detect a driver's brake demand; a position detecting unit configured to detect a position of a rotor of a motor ; a pressure detecting unit configured to detect a pressure at a master cylinder ; and an electronic control unit comprising: a pressure controller configured to generate, based on the detected driver's brake demand, a first demand current (PCout) that controls a pressure at the master cylinder ; a motor position controller configured to generate a second demand current (PoCout) that controls a position of the motor ; and a current controller configured to control a current for controlling the motor based on the first or second demand current (PCout, PoCout), a pressure controller configured to generate, based on the detected driver's brake demand, a first demand current (PCout) that controls a pressure at the master cylinder ; a motor position controller configured to generate a second demand current (PoCout) that controls a position of the motor ; and a current controller configured to control a current for controlling the motor based on the first or second demand current (PCout, PoCout), characterized in that the electronic control unit is configured to select one of the first demand current (PCout) or the second demand current (PoCout) by comparing the magnitudes and polarities of the first demand current (PCout) and the second demand current (PoCout).
A method of producing hydrocarbons from a subterranean location having an ambient temperature of greater than 399°C (750°F) using one or more articles comprising a carbon composite, the carbon composite comprising at least two carbon microstructures ; and a binding phase disposed between the at least two carbon microstructures , wherein the binding phase comprises a binder comprising one or more of the following: SiO 2 ; Si; B; B 2 O 3 ; a metal; or an alloy of the metal, and wherein the metal is one or more of the following: aluminum; copper; titanium; nickel; tungsten; chromium; iron; manganese; zirconium; hafnium; vanadium; niobium; molybdenum; tin; bismuth; antimony; lead; cadmium; or selenium; wherein the carbon microstructures comprise expanded graphite microstructures having a thickness of 1 to 200 microns and an aspect ratio of 10 to 500. at least two carbon microstructures ; and a binding phase disposed between the at least two carbon microstructures , wherein the binding phase comprises a binder comprising one or more of the following: SiO 2 ; Si; B; B 2 O 3 ; a metal; or an alloy of the metal, and wherein the metal is one or more of the following: aluminum; copper; titanium; nickel; tungsten; chromium; iron; manganese; zirconium; hafnium; vanadium; niobium; molybdenum; tin; bismuth; antimony; lead; cadmium; or selenium; wherein the carbon microstructures comprise expanded graphite microstructures having a thickness of 1 to 200 microns and an aspect ratio of 10 to 500.
A composition comprising a pair of isolated biomarkers IBP4 and SHBG or a pair of surrogate peptides of a pair of biomarkers IBP4 and SHBG, wherein said pair of biomarkers exhibits a change in reversal value between pregnant females at risk for pre-term birth and term controls, and wherein said surrogate peptides consist of portions or fragments of said biomarkers.
A mobile autonomous agricultural system comprising: a powered mobile unit for carrying agricultural equipment , and configured to move along rows of crops; at least one laser curtain sensor configured to project a laser curtain away from the mobile unit ; a location module configured to monitor a location of the mobile unit relative to a row ; a controller configured to control the travel of the mobile unit ; a safety module configured to: to generate a safety output in response to determining that the laser curtain is interrupted within a laser curtain pattern ; characterised by the safety module being configured to: receive a location signal from the location module related to the location of the mobile unit relative to a row , and select a mode of operation to process the laser curtain in a predefined laser curtain pattern , based on the received location signal, each mode of operation corresponding to a different predefined laser curtain pattern . a powered mobile unit for carrying agricultural equipment , and configured to move along rows of crops; at least one laser curtain sensor configured to project a laser curtain away from the mobile unit ; a location module configured to monitor a location of the mobile unit relative to a row ; a controller configured to control the travel of the mobile unit ; a safety module configured to: to generate a safety output in response to determining that the laser curtain is interrupted within a laser curtain pattern ; characterised by the safety module being configured to: receive a location signal from the location module related to the location of the mobile unit relative to a row , and select a mode of operation to process the laser curtain in a predefined laser curtain pattern , based on the received location signal, each mode of operation corresponding to a different predefined laser curtain pattern . to generate a safety output in response to determining that the laser curtain is interrupted within a laser curtain pattern ; characterised by the safety module being configured to: receive a location signal from the location module related to the location of the mobile unit relative to a row , and select a mode of operation to process the laser curtain in a predefined laser curtain pattern , based on the received location signal, each mode of operation corresponding to a different predefined laser curtain pattern . receive a location signal from the location module related to the location of the mobile unit relative to a row , and select a mode of operation to process the laser curtain in a predefined laser curtain pattern , based on the received location signal, each mode of operation corresponding to a different predefined laser curtain pattern .