mhurhangee/patent-ind-claim-en huggingface dataset:
A coating thickness measuring instrument comprising: a magnetic induction probe comprising at least one drive coil and at least one pick-up coil ; a driver for driving an alternating current in the or each drive coil ; a detector for detecting the output of the or each pick-up coil; and a processor configured to apply a transfer function to the detector output to produce an instrument output corresponding to a measured coating thickness; characterised in that the processor is also configured to scale both the drive current and detector output simultaneously in response to the instrument output. a magnetic induction probe comprising at least one drive coil and at least one pick-up coil ; a driver for driving an alternating current in the or each drive coil ; a detector for detecting the output of the or each pick-up coil; and a processor configured to apply a transfer function to the detector output to produce an instrument output corresponding to a measured coating thickness; characterised in that the processor is also configured to scale both the drive current and detector output simultaneously in response to the instrument output.
A method applied by a first border router, BR, in a network comprising a first edge network, EN, a transit network, TN, and a second EN, wherein the first BR locates in the first EN, a second BR locates in the second EN, and a registration agent, RA, locates in the TN, the method comprises: obtaining (s203), by the first BR, a first Internet Protocol, IP, packet from the first EN, wherein the first IP packet comprises a destination IP address corresponding to the second EN; characterized by : sending (s205), by the first BR, to the RA, BR query information that carries the destination IP address included in the first IP packet; and receiving (s206), by the first BR from the RA, BR information of the second BR in response to the BR query information, wherein the second BR corresponds to the destination IP address. obtaining (s203), by the first BR, a first Internet Protocol, IP, packet from the first EN, wherein the first IP packet comprises a destination IP address corresponding to the second EN; characterized by : sending (s205), by the first BR, to the RA, BR query information that carries the destination IP address included in the first IP packet; and receiving (s206), by the first BR from the RA, BR information of the second BR in response to the BR query information, wherein the second BR corresponds to the destination IP address. sending (s205), by the first BR, to the RA, BR query information that carries the destination IP address included in the first IP packet; and receiving (s206), by the first BR from the RA, BR information of the second BR in response to the BR query information, wherein the second BR corresponds to the destination IP address.
A computer program product tangibly stored on a computer readable hardware storage device, the computer program product for detecting conditions at a physical premises and controlling one or more systems within the physical premises based on the detected conditions, the computer program product comprising instructions to cause one or more circuits to: - generate a risk profile for the physical premises, the risk profile comprising risk levels assigned to assets in accordance with a set of business rules; - collect sensor information from a plurality of sensor devices deployed at the physical premises, wherein the sensor devices monitor the assets; - receive data feeds relevant to a location of the physical premises; - execute one or more learning models to continually analyze the sensor information and the data feeds to update the risk levels based on the sensor information and the data feeds ; - generate an operational decision for one or more of the assets based on updates to the risk levels; - produce system control response messages comprising instructions to control one or more of the systems and optionally action type response messages comprising instructions to personnel associated with the physical premises on how to respond based on the updates to the risk levels; - send the system control response messages to one or more of the systems deployed at the physical premises to control the one or more of the systems at the physical premises based on the system control response messages; and - control the one or more systems at the physical premises based on the system control response messages. - generate a risk profile for the physical premises, the risk profile comprising risk levels assigned to assets in accordance with a set of business rules; - collect sensor information from a plurality of sensor devices deployed at the physical premises, wherein the sensor devices monitor the assets; - receive data feeds relevant to a location of the physical premises; - execute one or more learning models to continually analyze the sensor information and the data feeds to update the risk levels based on the sensor information and the data feeds ; - generate an operational decision for one or more of the assets based on updates to the risk levels; - produce system control response messages comprising instructions to control one or more of the systems and optionally action type response messages comprising instructions to personnel associated with the physical premises on how to respond based on the updates to the risk levels; - send the system control response messages to one or more of the systems deployed at the physical premises to control the one or more of the systems at the physical premises based on the system control response messages; and - control the one or more systems at the physical premises based on the system control response messages.
A welding method for sandwiching, with a first metallic material and a second metallic material weldable to the first metallic material , a different type of material being difficult to be welded to the first metallic material and the second metallic material , for welding the first metallic material and the second metallic material , and for fixing the different type of material and the first and second metallic material , the different type of material having a first through-hole , the welding method is characterized in that it comprises: applying arc to a part of the first metallic material or a part of the second metallic material at a position corresponding to the position of the first through-hole in the thickness direction, the first metallic material and the second metallic material are arranged so as to sandwich the different type of material , at least one of the first metallic material and the second metallic material sandwiching the different type of material having a discharge opening penetrating in the thickness direction, and the discharge opening is at a position corresponding to the outside of the first through-hole in the direction perpendicular to the thickness direction. applying arc to a part of the first metallic material or a part of the second metallic material at a position corresponding to the position of the first through-hole in the thickness direction, the first metallic material and the second metallic material are arranged so as to sandwich the different type of material , at least one of the first metallic material and the second metallic material sandwiching the different type of material having a discharge opening penetrating in the thickness direction, and the discharge opening is at a position corresponding to the outside of the first through-hole in the direction perpendicular to the thickness direction.
A radial ventilation cooling structure for a motor, comprising at least three core sections , a ventilation channel steel provided between every two adjacent core sections , and a radial ventilation channel formed between the ventilation channel steel and the every two adjacent core sections , wherein impedances of a plurality of radial ventilation channels are gradually increased in a direction from two ends of the motor to a center of the motor; and wherein the ventilation channel steel is a protrusion provided inside the radial ventilation channel ; and heights of ventilation channel steels in an axial direction of the motor are gradually decreased in a direction from the two ends of the motor to the center of the motor.
Method of determining the material properties of a polycrystalline, in particular metallic, product during production or quality control of the polycrystalline, in particular metallic, product by means of X-ray diffraction with use of at least one X-ray source and at least one X-ray detector constructed in the form of a surface detector, wherein an X-ray produced by the X-ray source after exit from the X-ray source is conducted through an X-ray mirror and directed by means of the X-ray mirror onto a surface of the polycrystalline product and the refraction image, which results therefrom, of the X-ray is recorded by the X-ray detector , characterised in that the X-ray mirror is constructed to be rotationally symmetrical and has at its inner circumferential surface a mirror surface , wherein the X-ray undergoes a Bragg reflection at the mirror surface of the X-ray mirror and is not only monochromatised, but also focused in the direction of the polycrystalline product and/or the X-ray detector by the X-ray mirror and is subsequently incident on a surface of the metallic product .
A prepreg sheet formed by laminating a plurality of unit layers including a plurality of arranged prepreg tapes in which a thermosetting matrix resin composition is impregnated in a reinforced fiber bundle, wherein at least one unit layer has a gap between the adjacent prepreg tapes, a width of the gap is wider than or equal to 0.1% and narrower than or equal to 10% of the width of adjacent prepreg tapes whichever is narrower, and in a temperature rising viscosity measurement, in which the thermosetting matrix resin composition is subjected to temperature rising at 2.0°C/minute, the lowermost viscosity is 0.3 Pa•s to 20 Pa•s, and a temperature range in which the lowermost viscosity is exhibited is 100°C to 120°C, wherein the measurement is performed in a condition of a plate gap of 0.5 mm, a measurement frequency of 10 rad/sec, and a stress of 300 Pa, by using a parallel plate having a diameter of 25 mm. wherein at least one unit layer has a gap between the adjacent prepreg tapes, a width of the gap is wider than or equal to 0.1% and narrower than or equal to 10% of the width of adjacent prepreg tapes whichever is narrower, and in a temperature rising viscosity measurement, in which the thermosetting matrix resin composition is subjected to temperature rising at 2.0°C/minute, the lowermost viscosity is 0.3 Pa•s to 20 Pa•s, and a temperature range in which the lowermost viscosity is exhibited is 100°C to 120°C, wherein the measurement is performed in a condition of a plate gap of 0.5 mm, a measurement frequency of 10 rad/sec, and a stress of 300 Pa, by using a parallel plate having a diameter of 25 mm.
A composition comprising: a perfluorocarbon sulfonic acid resin or sulfonic acid salt resin thereof; a tetraalkoxysilane; and a trialkoxysilane, wherein the tetraalkoxysilane and the trialkoxysilane are present in a total amount of 100 parts by mass or more relative to 100 parts by mass of the perfluorocarbon sulfonic acid resin or sulfonic acid salt resin thereof. a perfluorocarbon sulfonic acid resin or sulfonic acid salt resin thereof; a tetraalkoxysilane; and a trialkoxysilane,
A phase change heat storage device, comprising a housing , wherein the housing is internally provided with a lining , an insulating layer is disposed between the lining and the housing ; the lining is internally filled in with a phase change material ; a coiled pipe is embedded in the phase change material ; wherein the inlet and outlet of the coiled pipe both extend out of the lining and are respectively welded with and communicate with a main water inflow pipe and a main water outflow pipe , wherein the lining is internally provided with at least one partition board ; the partition board divides the inner space of the lining into independent spaces such that the phase change material is respectively positioned in the independent spaces divided by the partition board , thus improving the heat exchange efficiency of the phase change heat storage device and prolonging the service life of the phase change material.
An additive composition for a marine fuel or a heating oil comprising: a. a colloidal dispersion of catalytic metal particles, the particles comprising: i. a metal compound core, the metal compound comprising at least one of iron, ruthenium, osmium, and cerium; and ii. a polyalkenyl-substituted carboxylic acid or anhydride,; b. a neutral or overbased alkaline earth metal detergent comprising calcium and/or strontium; and c. a carrier fluid miscible with a marine fuel oil, a heavy fuel oil, a marine distillate fuel and/or a residual fuel oil. a. a colloidal dispersion of catalytic metal particles, the particles comprising: i. a metal compound core, the metal compound comprising at least one of iron, ruthenium, osmium, and cerium; and ii. a polyalkenyl-substituted carboxylic acid or anhydride,; i. a metal compound core, the metal compound comprising at least one of iron, ruthenium, osmium, and cerium; and ii. a polyalkenyl-substituted carboxylic acid or anhydride,; b. a neutral or overbased alkaline earth metal detergent comprising calcium and/or strontium; and c. a carrier fluid miscible with a marine fuel oil, a heavy fuel oil, a marine distillate fuel and/or a residual fuel oil.
A mandible shield comprising: at least one panel (24a-c) having a peripheral edge , an inner surface , and an outer surface , the at least one panel being comprised of a ballistics material; and a frame (26a-c) coupled to the at least one panel (24a-c) and covering the peripheral edge of the at least one panel, the frame having at least one window exposing at least a portion of the outer surface of the at least one panel, the frame (26a-c) being configured to at least partially extend over a mandible of a user when the frame is coupled to opposing lateral sides of a helmet ; characterised in that the mandible shield is comprised of two or more portions (10a-c) attached to one another with one or more hinges (22a-b) to allow for compact storage and ventilation. at least one panel (24a-c) having a peripheral edge , an inner surface , and an outer surface , the at least one panel being comprised of a ballistics material; and a frame (26a-c) coupled to the at least one panel (24a-c) and covering the peripheral edge of the at least one panel, the frame having at least one window exposing at least a portion of the outer surface of the at least one panel, the frame (26a-c) being configured to at least partially extend over a mandible of a user when the frame is coupled to opposing lateral sides of a helmet ; characterised in that the mandible shield is comprised of two or more portions (10a-c) attached to one another with one or more hinges (22a-b) to allow for compact storage and ventilation.
Compositions comprising: a) curcumin complexed with phospholipids; b) a lipophilic extract of Zingiber officinale; and c) a lipophilic extract of Zanthoxylum spp.. a) curcumin complexed with phospholipids; b) a lipophilic extract of Zingiber officinale; and c) a lipophilic extract of Zanthoxylum spp..
A method of forming a wellbore with a drilling assembly that comprises a drill string with an attached drill bit , the method comprising: obtaining values of the drilling assembly weights that were taken over a set time span and while the drilling assembly was rotating in the wellbore , while fluid was flowing through the drill string and was being discharged from nozzles that are on the drill bit , and while the drill string was axially stationary in the wellbore ; and characterized by , calculating a TARE weight of the drilling assembly based on the values of the drilling assembly weights taken over the set time span. obtaining values of the drilling assembly weights that were taken over a set time span and while the drilling assembly was rotating in the wellbore , while fluid was flowing through the drill string and was being discharged from nozzles that are on the drill bit , and while the drill string was axially stationary in the wellbore ; and characterized by , calculating a TARE weight of the drilling assembly based on the values of the drilling assembly weights taken over the set time span.
A pneumatic tyre comprising a noise damper made of a porous material and fixed to a tyre inner cavity surface wherein in the noise damper, hardness under a 25% compression load measured in accordance with Japanese Industrial Standard JIS K6400-2 in an atmosphere of -60 degrees Celsius is 110 kPa or less.
A method for adhering a hydrogel matrix to a molded polymer substrate, the method comprising: (a) forming a mixture of a polymer comprising one or more polymer chains and an oxidizer to break one or more of the polymer chains and molding the mixture to form a molded polymer substrate, and wherein the one or more polymer chains can recombine while retaining one or more putative radicals in the molded polymer substrate; (b) providing a hydrogel matrix comprising a hydrogel, a component comprising one or more acrylate groups or another functional group that can form one or more radicals upon polymerization in the molded polymer substrate, and a photoinitiator; (c) combining the molded polymer substrate and the hydrogel matrix; and (d) curing the combined molded polymer substrate and hydrogel matrix for a period of time to covalently bind the hydrogel matrix to the molded polymer substrate, thereby adhering the hydrogel matrix to the molded polymer substrate. (a) forming a mixture of a polymer comprising one or more polymer chains and an oxidizer to break one or more of the polymer chains and molding the mixture to form a molded polymer substrate, and wherein the one or more polymer chains can recombine while retaining one or more putative radicals in the molded polymer substrate; (b) providing a hydrogel matrix comprising a hydrogel, a component comprising one or more acrylate groups or another functional group that can form one or more radicals upon polymerization in the molded polymer substrate, and a photoinitiator; (c) combining the molded polymer substrate and the hydrogel matrix; and (d) curing the combined molded polymer substrate and hydrogel matrix for a period of time to covalently bind the hydrogel matrix to the molded polymer substrate, thereby adhering the hydrogel matrix to the molded polymer substrate.
A hot pluggable fan connection apparatus comprising: a bottom plate ; a crossbar provided on the bottom plate , for dividing the bottom plate into a front part and a rear part ; two side panels located on both sides of the bottom plate and vertical to the crossbar ; a beam connected to the two side panels and above the crossbar ; and one or more fan baffles combined with the side panels for forming at least two fan slots , said baffles located at the front part of the bottom plate and parallel to the side panels ; a power socket is set on the crossbar according to the fan slot for supplying power to a fan . a bottom plate ; a crossbar provided on the bottom plate , for dividing the bottom plate into a front part and a rear part ; two side panels located on both sides of the bottom plate and vertical to the crossbar ; a beam connected to the two side panels and above the crossbar ; and one or more fan baffles combined with the side panels for forming at least two fan slots , said baffles located at the front part of the bottom plate and parallel to the side panels ; a power socket is set on the crossbar according to the fan slot for supplying power to a fan .
A pulse generator , comprising: a plurality of electrode nodes , wherein each electrode node is configurable to provide stimulation pulses, and wherein each electrode node is configured to be coupled to an electrode in contact with a patient's tissue; a plurality of switches and a plurality of variable resistors , wherein each of the switches is serially connected to one of the variable resistors ; wherein each serially connected switch and variable resistor is coupled at one end to one of the electrode nodes and at a second end to a common node; and control circuitry configured to issue at least one first control signal, wherein the at least one first control signal is configured to set a resistance of the variable resistors . a plurality of electrode nodes , wherein each electrode node is configurable to provide stimulation pulses, and wherein each electrode node is configured to be coupled to an electrode in contact with a patient's tissue; a plurality of switches and a plurality of variable resistors , wherein each of the switches is serially connected to one of the variable resistors ; wherein each serially connected switch and variable resistor is coupled at one end to one of the electrode nodes and at a second end to a common node; and control circuitry configured to issue at least one first control signal, wherein the at least one first control signal is configured to set a resistance of the variable resistors .
A mobile radio communications network within which a mobile radio communications device is to operate with access to a Small Data Transmission feature, the mobile radio communications network comprising: a first network device arranged to receive Small Data Transmission signalling, attempting Small Data Transmission communications, initiated by the mobile radio communications device and to send associated signalling to a second network device as part of an establishment procedure for the attempted Small Data Transmission communications for the mobile radio communications device within the network; and the second network device arranged to receive the associated signalling from the said first network device as part of the establishment procedure for the attempted Small Data Transmission communications for the mobile radio communications device within the network; wherein the first network device is further arranged to determine, based on said sent associated signalling to the second network device , if the initiated Small Data Transmission signalling should be prevented for the mobile radio communications device and to initiate sending of a Small Data Transmission rejection message to the mobile radio communications device for use in the control of the mobile radio communications device if Small Data Transmission is to be rejected. a first network device arranged to receive Small Data Transmission signalling, attempting Small Data Transmission communications, initiated by the mobile radio communications device and to send associated signalling to a second network device as part of an establishment procedure for the attempted Small Data Transmission communications for the mobile radio communications device within the network; and the second network device arranged to receive the associated signalling from the said first network device as part of the establishment procedure for the attempted Small Data Transmission communications for the mobile radio communications device within the network; wherein the first network device is further arranged to determine, based on said sent associated signalling to the second network device , if the initiated Small Data Transmission signalling should be prevented for the mobile radio communications device and to initiate sending of a Small Data Transmission rejection message to the mobile radio communications device for use in the control of the mobile radio communications device if Small Data Transmission is to be rejected.