mhurhangee/patent-ind-claim-en huggingface dataset:
A first device comprising: at least one processor; and at least one memory including computer program codes; the at least one memory and the computer program codes are configured to, with the at least one processor, cause the first device at least to: determine first timing of a channel state information reference signal from a target cell, the first device configured by a second device to measure the channel state information reference signal; determine second timing used by the first device to measure the channel state information reference signal; determine a timing difference between the first timing and the second timing; and transmit, to the second device and based on the timing difference, information concerning measurement of the channel state information reference signal, wherein the at least one memory and the computer program codes are configured to, with the at least one processor, cause the first device to transmit the information by: in accordance with a determination that the timing difference exceeds a threshold, transmitting to the second device an indication that the timing difference exceeds the threshold. at least one processor; and at least one memory including computer program codes; the at least one memory and the computer program codes are configured to, with the at least one processor, cause the first device at least to: determine first timing of a channel state information reference signal from a target cell, the first device configured by a second device to measure the channel state information reference signal; determine second timing used by the first device to measure the channel state information reference signal; determine a timing difference between the first timing and the second timing; and transmit, to the second device and based on the timing difference, information concerning measurement of the channel state information reference signal, wherein the at least one memory and the computer program codes are configured to, with the at least one processor, cause the first device to transmit the information by: determine first timing of a channel state information reference signal from a target cell, the first device configured by a second device to measure the channel state information reference signal; determine second timing used by the first device to measure the channel state information reference signal; determine a timing difference between the first timing and the second timing; and transmit, to the second device and based on the timing difference, information concerning measurement of the channel state information reference signal, wherein the at least one memory and the computer program codes are configured to, with the at least one processor, cause the first device to transmit the information by: in accordance with a determination that the timing difference exceeds a threshold, transmitting to the second device an indication that the timing difference exceeds the threshold.
A stud weldable rebar comprising: a steel bar extending along an axis (A) from a first end to a second end and comprised of a material composition having: 0.080 - 0.330 wt. % of carbon; 0.001 - 1.56 wt. % of manganese; less than 0.043 wt. % of phosphorus; less than 0.053 wt. % of sulphur; 0.001 - 0.550 wt. % of silicon; 0.001 - 0.050 wt. % of molybdenum; 0.001 - 0.060 wt. % of aluminum; and 0.001 - 0.080 wt. % of vanadium; said steel bar including a base portion disposed adjacent said first end having a base diameter (D1) to define a base cross-sectional area of said base portion of said steel bar; said steel bar including an upset portion disposed adjacent said second end; said upset portion having an upset diameter (D2) being greater than said base diameter (D1) to define an upset cross-sectional area of said upset portion of said steel bar being greater than said base cross-sectional area; said material composition of said steel bar having a carbon equivalency between 0.31 and 0.43; and said upset cross-sectional area being approximately 13.5% to 22.5% greater than said base cross-sectional area. a steel bar extending along an axis (A) from a first end to a second end and comprised of a material composition having: 0.080 - 0.330 wt. % of carbon; 0.001 - 1.56 wt. % of manganese; 0.080 - 0.330 wt. % of carbon; 0.001 - 1.56 wt. % of manganese; less than 0.043 wt. % of phosphorus; less than 0.053 wt. % of sulphur; 0.001 - 0.550 wt. % of silicon; 0.001 - 0.050 wt. % of molybdenum; 0.001 - 0.060 wt. % of aluminum; and 0.001 - 0.080 wt. % of vanadium; 0.001 - 0.550 wt. % of silicon; 0.001 - 0.050 wt. % of molybdenum; 0.001 - 0.060 wt. % of aluminum; and 0.001 - 0.080 wt. % of vanadium; said steel bar including a base portion disposed adjacent said first end having a base diameter (D1) to define a base cross-sectional area of said base portion of said steel bar; said steel bar including an upset portion disposed adjacent said second end; said upset portion having an upset diameter (D2) being greater than said base diameter (D1) to define an upset cross-sectional area of said upset portion of said steel bar being greater than said base cross-sectional area; said material composition of said steel bar having a carbon equivalency between 0.31 and 0.43; and said upset cross-sectional area being approximately 13.5% to 22.5% greater than said base cross-sectional area.
Measuring nozzle arrangement of a pneumatic measuring device for measuring wave-like workpieces , comprising a main body , two measuring nozzles facing one another and two support elements which are connectable or connected to the main body , wherein the support elements can be adjusted relative to a reference plane , and each of the support elements supports one of the measuring nozzles , characterised in that the measuring nozzle arrangement has centring means for centring the support elements relative to the reference plane , for supporting the workpiece to be measured during the measurement a support prism consisting of two prism halves is provided and each of the support elements supports a prism half of the support prism.
An automatic water supply-type steam generator using a vapor pressure, comprising: a condensation water collection tank which collects spent steam; a pressurization water supply tank which is connected to the condensation water collection tank through a water supplement tube ; a vapor pressure supply tube connected between the pressurization water supply tank and a steam generator ; a water supply tube which is connected either between the pressurization water supply tank and the steam generator or between the pressurization water supply tank and a water supply usage portion ; a water supplement control valve installed at a pipe conduit of the water supplement tube ; a pressure supply control valve which is installed at a pipe conduit of the vapor pressure supply tube ; and a water supply control valve which is installed at a pipe conduit of the water supply tube ; characterized in that it further comprises an air vent which is branched and installed at the water supplement tube so as to adjust an internal vacuum pressure of the pressurization water supply tank and has a vacuum pressure adjusting valve installed at a pipe conduit. a condensation water collection tank which collects spent steam; a pressurization water supply tank which is connected to the condensation water collection tank through a water supplement tube ; a vapor pressure supply tube connected between the pressurization water supply tank and a steam generator ; a water supply tube which is connected either between the pressurization water supply tank and the steam generator or between the pressurization water supply tank and a water supply usage portion ; a water supplement control valve installed at a pipe conduit of the water supplement tube ; a pressure supply control valve which is installed at a pipe conduit of the vapor pressure supply tube ; and a water supply control valve which is installed at a pipe conduit of the water supply tube ; characterized in that it further comprises an air vent which is branched and installed at the water supplement tube so as to adjust an internal vacuum pressure of the pressurization water supply tank and has a vacuum pressure adjusting valve installed at a pipe conduit.
A compound having a structure: or a pharmaceutically acceptable salt, an enantiomer, diastereoisomer, tautomer, solvate, or isotope-substituted derivative thereof.
Sealing wall element, which is produced with a sealing wall building material, which has a binding agent with cement and aggregates, which comprises sand with a graining 0/2 with a weight proportion of 400 to 1,000 kg/m 3 and a coarse aggregate with an aggregate 2/8 with a weight proportion of 400 to 800 kg/m 3 and in which a content of binding agent of at least 400 kg/m 3 is provided. characterized in that the binding agent comprises a mixture of cement and fly ash, wherein it is free of clay material, and the sealing wall building material has an impermeability with a kf value of 10 -7 m/s and less and the binding agent has a ratio of cement to fly ash of between 2% and 60%.
Probe for measuring an electrical field, comprising: - at least one antenna adapted to receive a broadband RF signal; - a diplexer comprising an input coupled to the antenna, the diplexer being configured for transmitting the received broadband RF signal to a low frequency band signal output and a high frequency band signal output such that the broadband RF signal is reflected in the combination of the low frequency band signal output and the high frequency band signal output ; - a low frequency band detection circuit connected to the low frequency band signal output for detecting a low frequency band RF signal, and adapted for feeding the detected signal to a processing circuit ; - a high frequency band detection circuit connected to the high frequency band signal output for detecting a high frequency band RF signal and adapted for feeding the detected signal to said processing circuit ; and - said processing circuit for processing the detected signals. - at least one antenna adapted to receive a broadband RF signal; - a diplexer comprising an input coupled to the antenna, the diplexer being configured for transmitting the received broadband RF signal to a low frequency band signal output and a high frequency band signal output such that the broadband RF signal is reflected in the combination of the low frequency band signal output and the high frequency band signal output ; - a low frequency band detection circuit connected to the low frequency band signal output for detecting a low frequency band RF signal, and adapted for feeding the detected signal to a processing circuit ; - a high frequency band detection circuit connected to the high frequency band signal output for detecting a high frequency band RF signal and adapted for feeding the detected signal to said processing circuit ; and - said processing circuit for processing the detected signals.
A method of purifying a target analyte with an apatite solid surface, the method comprising: (a) contacting the apatite solid surface with the target analyte, thereby separating the target analyte from one or more contaminants; (b) collecting the target analyte; and (c) after collecting the target analyte, regenerating the apatite solid surface, the regenerating comprising: (i) contacting the apatite solid surface with a buffered calcium solution comprising a calcium ion at a concentration of at least 5 mM and a zwitterionic buffer, wherein the ratio of zwitterionic buffer concentration to calcium ion concentration is at least 2, and the pH of the buffered calcium solution is at least 5; (ii) followed by contacting the apatite solid surface with a phosphate buffered solution at a pH of at least 6.5; and (iii) followed by contacting the apatite solid surface with a solution comprising an hydroxide. (a) contacting the apatite solid surface with the target analyte, thereby separating the target analyte from one or more contaminants; (b) collecting the target analyte; and (c) after collecting the target analyte, regenerating the apatite solid surface, the regenerating comprising: (i) contacting the apatite solid surface with a buffered calcium solution comprising a calcium ion at a concentration of at least 5 mM and a zwitterionic buffer, wherein the ratio of zwitterionic buffer concentration to calcium ion concentration is at least 2, and the pH of the buffered calcium solution is at least 5; (ii) followed by contacting the apatite solid surface with a phosphate buffered solution at a pH of at least 6.5; and (iii) followed by contacting the apatite solid surface with a solution comprising an hydroxide. (i) contacting the apatite solid surface with a buffered calcium solution comprising a calcium ion at a concentration of at least 5 mM and a zwitterionic buffer, wherein the ratio of zwitterionic buffer concentration to calcium ion concentration is at least 2, and the pH of the buffered calcium solution is at least 5; (ii) followed by contacting the apatite solid surface with a phosphate buffered solution at a pH of at least 6.5; and (iii) followed by contacting the apatite solid surface with a solution comprising an hydroxide.
A crystal of 1-(3-chloro-5-{[4-(4-chlorothiophen-2-yl)-5-(4-cyclohexyl piperazin-1-yl) thiazol-2-yl]carbamoyl} pyridin-2-yl) piperidine-4-carboxylic acid maleic acid salt, having a peak in powder x-ray crystal analysis using a Cu-K alpha beam at 8.4 degree - 8.8 degree, 9.3 degree - 9.7 degree, 11.9 degree - 12.3 degree, 20.2 degree - 20.6 degree, 22.5 degree - 22.9 degree, and 23.1 degree - 23.5 degree, for a diffraction angle of 2-theta.
A holding frame arrangement for a plug connector for receiving similar and/or different modules , wherein the modules in a holding frame arrangement be populated with modules are arranged one beside the other in the longitudinal direction thereof, between a first and a second end face of the holding frame arrangement , wherein the first and the second end faces can be joined to each other form-fittingly such that, in the populated state, at least one transversely extending projection of a module is received in a receptacle in at least one of the side surfaces of the holding frame arrangement , which extend between the first and the second end faces , wherein the holding frame arrangement comprises a first and a second frame portion , wherein the first frame portion includes the first end face and a first and a second side surface portion , the second frame portion includes the second end face and a third and a fourth side surface portion , und the first and second frame portion are mateable with each other in the longitudinal direction of the holding frame arrangement , wherein the second frame portion has at least one guide means for the first and/or second side surface portion , characterized in that at least one of the side surface portions has a slot extending in the longitudinal direction, through which the projection of a module can pass, wherein the slot is blocked at least partially by another side surface portion when side surface portions are mated with each other. wherein the holding frame arrangement comprises a first and a second frame portion , wherein the first frame portion includes the first end face and a first and a second side surface portion , the second frame portion includes the second end face and a third and a fourth side surface portion , und the first and second frame portion are mateable with each other in the longitudinal direction of the holding frame arrangement , wherein the second frame portion has at least one guide means for the first and/or second side surface portion , characterized in that at least one of the side surface portions has a slot extending in the longitudinal direction, through which the projection of a module can pass, wherein the slot is blocked at least partially by another side surface portion when side surface portions are mated with each other.
A method for reducing the pressure of fluid within subsea equipment , the method comprising the steps of: (a) providing a flexible pipe , (b) laying the flexible pipe on the sea floor, (c) providing a connector , (d) connecting the flexible pipe to the subsea equipment via the connector , and (e) extracting fluid from the subsea equipment through the connector and into the flexible pipe . characterized in that a pigging pump is provided which is connected to the flexible pipe , a pig is provided within the flexible pipe , and the method additionally comprises after step (e) the following step: (f) pumping the fluid in the flexible pipe by the pigging pump through the connector in order to return it to the subsea equipment , this step comprising pushing the pig along the flexible pipe from a pig starting point to a pig finishing point . (a) providing a flexible pipe , (b) laying the flexible pipe on the sea floor, (c) providing a connector , (d) connecting the flexible pipe to the subsea equipment via the connector , and (e) extracting fluid from the subsea equipment through the connector and into the flexible pipe .
A production line for a drip irrigation tube comprising a feeding device arranged for feeding drippers (E, E1-E4) at a controlled speed to an extruder die head arranged for extruding said tube from molten raw plastic material, the feeding device comprising a rotating body with a helical transport structure at its circumferential surface, the helical transport structure being designed for feeding individual drippers (E, E1-E4) in a transport direction to an inside of said tube as it is extruded by said extruder die head , characterized in that an outer diameter of said helical transport structure defines a conical form of said rotating body having an aperture angle and that a rotational axis of said rotating body is inclined with respect to the transport direction by half the aperture angle.
A device for producing parts intended for dental purposes, in particular rails worn in the mouth for tooth-bearing upper or lower jaws, by thermoforming, a model being inserted into the device, a thermoforming sheet being placed onto the model and being thermoformed into a rail by means of a vacuum generator, the device comprising a model plate , whereupon several model set-down areas are formed, each model set-down area comprising, on the bottom portion opposite to the area for arranging a model, a connection to the vacuum generator , above the model plate , a set-down area for a thermoforming sheet being disposed that covers all model set-down areas and that preferably is adjustable into a handling position spaced apart from the model set-down areas and into a working position, where it can be lowered onto the models located on the model set-down areas, and that is supported in an air-tight manner at least at the circumferential edge of the model plate , characterized by that the connection terminates in an open manner via connection channels or slots at the top portion of the respective model set-down area , and that the vacuum generator is connected to the connection channels or slots through tubes , all tubes having the same lengths and the same cross-sections or diameters.
A humidifier , comprising: a tub (12; 50; 150; 250; 350) configured to contain a supply of water; and a heater (18; 41; 72; 73; 75; 272) comprising a first polymer film having a surface and an electrically conductive circuit provided upon the surface, the electrically conductive circuit comprising at least one of electrically conductive ink, a second, conductive or resistive polymer film, and a conductive or resistive material that is overmolded; wherein the first polymer film is electrically insulating and the tub (12; 50; 150; 250; 350) is formed of molded resin and the heater (18; 41; 72; 73; 75; 272) is molded at least partially within the resin. a tub (12; 50; 150; 250; 350) configured to contain a supply of water; and a heater (18; 41; 72; 73; 75; 272) comprising a first polymer film having a surface and an electrically conductive circuit provided upon the surface, the electrically conductive circuit comprising at least one of electrically conductive ink, a second, conductive or resistive polymer film, and a conductive or resistive material that is overmolded; wherein the first polymer film is electrically insulating and the tub (12; 50; 150; 250; 350) is formed of molded resin and the heater (18; 41; 72; 73; 75; 272) is molded at least partially within the resin.
Voltage reference source, comprising: - a source block , - a first resistor having a first terminal coupled to a first terminal of the source block and a second terminal coupled to a reference potential terminal , - a reference output for providing a reference voltage (S6), - a first and a second mirror transistor forming a first current mirror , wherein the first mirror transistor couples a second terminal of the source block to a supply voltage terminal and the second mirror transistor couples the reference output to the supply voltage terminal , and - a series connection of a second resistor and a diode that is arranged between the reference output and the first terminal of the first resistor such that a mirror current (S3) flows through the second mirror transistor and the series connection to the first terminal of the first resistor , wherein the source block comprises a third terminal that is coupled to the reference potential terminal , and wherein the source block comprises a first and a second transistor such that the first transistor is arranged between the first terminal of the source block and the second terminal of the source block and the second transistor is arranged between the third terminal of the source block and a fourth terminal of the source block , characterized in that the fourth terminal of the source block is coupled to the supply voltage terminal , wherein the first and the second transistor of the source block are cross coupled. - a source block , - a first resistor having a first terminal coupled to a first terminal of the source block and a second terminal coupled to a reference potential terminal , - a reference output for providing a reference voltage (S6), - a first and a second mirror transistor forming a first current mirror , wherein the first mirror transistor couples a second terminal of the source block to a supply voltage terminal and the second mirror transistor couples the reference output to the supply voltage terminal , and - a series connection of a second resistor and a diode that is arranged between the reference output and the first terminal of the first resistor such that a mirror current (S3) flows through the second mirror transistor and the series connection to the first terminal of the first resistor ,