mhurhangee/patent-ind-claim-en huggingface dataset:
A heat exchanger extending between a first end and a second end , the heat exchanger comprising: a central core ; and a heat exchange section ; wherein the heat exchange section comprises: a primary flow inlet ; a secondary flow inlet ; a primary flow outlet ; a secondary flow outlet ; a plurality of primary flow tubes for conveying a primary flow from the primary flow inlet to the primary flow outlet; and a plurality of secondary flow tubes for conveying a secondary flow from the secondary flow inlet to the secondary flow outlet; characterised in that the primary flow tubes and the secondary flow tubes are grouped together to form at least one strand that is wrapped around the central core in a helical manner; and wherein each of the at least one strand includes multiple levels of strands, with the smallest strands comprising the plurality of primary flow tubes and the plurality of secondary flow tubes , then larger strands comprising a plurality of the smallest strands. a central core ; and a heat exchange section ; wherein the heat exchange section comprises: a primary flow inlet ; a secondary flow inlet ; a primary flow outlet ; a secondary flow outlet ; a plurality of primary flow tubes for conveying a primary flow from the primary flow inlet to the primary flow outlet; and a plurality of secondary flow tubes for conveying a secondary flow from the secondary flow inlet to the secondary flow outlet; characterised in that the primary flow tubes and the secondary flow tubes are grouped together to form at least one strand that is wrapped around the central core in a helical manner; and wherein each of the at least one strand includes multiple levels of strands, with the smallest strands comprising the plurality of primary flow tubes and the plurality of secondary flow tubes , then larger strands comprising a plurality of the smallest strands. a primary flow inlet ; a secondary flow inlet ; a primary flow outlet ; a secondary flow outlet ; a plurality of primary flow tubes for conveying a primary flow from the primary flow inlet to the primary flow outlet; and a plurality of secondary flow tubes for conveying a secondary flow from the secondary flow inlet to the secondary flow outlet; characterised in that the primary flow tubes and the secondary flow tubes are grouped together to form at least one strand that is wrapped around the central core in a helical manner; and wherein each of the at least one strand includes multiple levels of strands, with the smallest strands comprising the plurality of primary flow tubes and the plurality of secondary flow tubes , then larger strands comprising a plurality of the smallest strands.
An airbag multilayer complex comprising a base fabric and a multilayer film including an outer layer and an adhesive layer that is bonded to one surface of the base fabric, wherein the adhesive strength of the interface between the multilayer film and the base fabric is 5 N/cm or more, the difference in loop stiffness between the airbag multilayer complex and the base fabric is 130 mN/cm or less, the adhesive layer contains a first resin having a hydrogen-bonding capacity and a glass-transition temperature of 20 °C or more, and the difference in Hansen solubility parameter (ΔHSP) between the base fabric and the first resin is 5 MPa 0.5 or less; and wherein: (a) adhesive strength of the interface between the multilayer film and the base fabric is calculated in accordance with the method disclosed in the description; (b) difference in loop stiffness is calculated in accordance with the method disclosed in the description; (c) glass-transition temperature is calculated in accordance with the method disclosed in the description and (d) the difference in Hansen solubility parameter (ΔHSP) is calculated in accordance with the method disclosed in the description (a) adhesive strength of the interface between the multilayer film and the base fabric is calculated in accordance with the method disclosed in the description; (b) difference in loop stiffness is calculated in accordance with the method disclosed in the description; (c) glass-transition temperature is calculated in accordance with the method disclosed in the description and (d) the difference in Hansen solubility parameter (ΔHSP) is calculated in accordance with the method disclosed in the description
A method for operating a mobile station, MS, to support an idle mode in a superframe-based wireless communication system, the method comprising: entering a paging listening interval based on a received paging cycle and a received paging offset; receiving broadcast channel information comprising a paging group identifier, ID, and a paging indicator during the paging listening interval; determining whether a current paging group is identical to a previous paging group through the broadcast channel information; if it is determined that the current paging group is identical to the previous paging group and the paging indicator indicates an existence of a paging advertisement message, receiving the paging advertisement message ; if the paging advertisement message indicates that the MS is a paging target, performing the network entry process based on information in the paging advertisement message; and if the paging advertisement message does not indicate that the MS is a paging target, returning to an idle mode operation ; if it is determined that the current paging group is not identical to the previous paging group, performing the location update process . entering a paging listening interval based on a received paging cycle and a received paging offset; receiving broadcast channel information comprising a paging group identifier, ID, and a paging indicator during the paging listening interval; determining whether a current paging group is identical to a previous paging group through the broadcast channel information; if it is determined that the current paging group is identical to the previous paging group and the paging indicator indicates an existence of a paging advertisement message, receiving the paging advertisement message ; if the paging advertisement message indicates that the MS is a paging target, performing the network entry process based on information in the paging advertisement message; and if the paging advertisement message does not indicate that the MS is a paging target, returning to an idle mode operation ; if it is determined that the current paging group is not identical to the previous paging group, performing the location update process .
System for infection protection in a restricted-access area, comprising: a test device for testing a sample for the presence of at least one pathogen in the sample, wherein at least a portion of the sample originates from a person who is located in the restricted-access area or who wishes to enter the restricted-access area, an input interface for inputting a test result which has been obtained by the test device by testing the sample, a sample database which is configured to associate an identification marker and/or a person with the sample, a release database which is configured to associate a release authorisation with the identification marker and/or the person, a release management system which is configured to compare the test result input into the input interface with a desired result and, when a desired comparison result is obtained using the sample database, to set the release authorisation in the release database, a reading device for obtaining an output identification marker by outputting an identification marker which is encoded in an identification means of the person, a request device which is configured, based on the output identification marker, to output a release authorisation which may or may not be present from the release database and a signalling device which is connected in a communicating manner to the request device and which is configured, when the release authorisation is present, to signal a release of the restricted-access area. a test device for testing a sample for the presence of at least one pathogen in the sample, wherein at least a portion of the sample originates from a person who is located in the restricted-access area or who wishes to enter the restricted-access area, an input interface for inputting a test result which has been obtained by the test device by testing the sample, a sample database which is configured to associate an identification marker and/or a person with the sample, a release database which is configured to associate a release authorisation with the identification marker and/or the person, a release management system which is configured to compare the test result input into the input interface with a desired result and, when a desired comparison result is obtained using the sample database, to set the release authorisation in the release database, a reading device for obtaining an output identification marker by outputting an identification marker which is encoded in an identification means of the person, a request device which is configured, based on the output identification marker, to output a release authorisation which may or may not be present from the release database and a signalling device which is connected in a communicating manner to the request device and which is configured, when the release authorisation is present, to signal a release of the restricted-access area.
A body induction touch control faucet device, comprising a faucet body , provided with an outlet, a cold water inlet pipe , a hot water inlet pipe and a switch unit; wherein, said cold water inlet pipe and said hot water inlet pipe are in connection with said faucet body through a mixing valve, and said cold water inlet pipe and said hot water inlet pipe are in connection with an inlet of said mixing valve through water inlet electromagnetic valves thereof respectively, and said faucet body is in connection with an outlet of said mixing valve, said faucet device further comprises a sensing zone for switch control and a sensing zone for water temperature switching, arranged on said faucet body , adapted for being touched; and said switch unit comprises a touch sensing module, which is in connection with said sensing zone for switch control and said sensing zone for water temperature switching respectively, for detecting a touch signal from said sensing zone for switch control and said sensing zone for water temperature switching, and for outputting an induction signal corresponding to a touch behaviour after processing said touch signal; a control module, in connection with said touch sensing module, adapted to receive said induction signal outputted by said touch sensing module, and to activate said cold water inlet electromagnetic valve and said hot water inlet electromagnetic valve ; and a power module, for supplying power for said touch sensing module and said control module; characterized in that , said faucet body is made of metal and is mounted on a faucet base, which comprises a left hollow tube , a right hollow tube and a water outlet tube ; said left hollow tube is said sensing zone for water temperature switching, and said right hollow tube is said sensing zone for switch control; a lower end of said left hollow tube and a lower end of said right hollow tube are connected with each other through an insulating member, and are further connected with an outlet of said mixing valve through a connecting pipe ; an upper end of said left hollow tube and an upper end of said right hollow tube are in connection with said water outlet tube through an insulating member respectively, and said outlet of the faucet body is provided on said water outlet tube .
Method for adjusting the inclination (N) on an agricultural spreader during the spreading of granular material, comprising the steps of: - detecting the fill level (F) of a reservoir for granular material of the agricultural spreader by means of a fill level detection device of the agricultural spreader ; - adapting the inclination (N) of a spreading mechanism of the agricultural spreader , said spreading mechanism comprising at least one spreading disk, at least one metering element for the granular material, each spreading disk being assigned a metering element, and at least one device for adjusting the feed point of the granular material onto the spreading disk, depending on the fill level (F) of the reservoir detected by the fill level detection device , wherein the inclination of the spreading mechanism of the agricultural spreader is adapted according to a characteristic (K1, K2, K3) which defines a relationship between the fill level (F) of the reservoir and an inclination (N) to be balanced of the spreading mechanism of the agricultural spreader . - detecting the fill level (F) of a reservoir for granular material of the agricultural spreader by means of a fill level detection device of the agricultural spreader ; - adapting the inclination (N) of a spreading mechanism of the agricultural spreader , said spreading mechanism comprising at least one spreading disk, at least one metering element for the granular material, each spreading disk being assigned a metering element, and at least one device for adjusting the feed point of the granular material onto the spreading disk, depending on the fill level (F) of the reservoir detected by the fill level detection device ,
A perioperative implant cover , comprising: a cover body having a first and second opposing surfaces , wherein the first surface is configured to be attached to an outer surface of an implantable component of an implantable medical device ; and characterized by one or more in situ removal features that enable the first surface of the cover body to be separated from the outer surface of the implantable component for withdrawal of the perioperative implant cover from the recipient. a cover body having a first and second opposing surfaces , wherein the first surface is configured to be attached to an outer surface of an implantable component of an implantable medical device ; and characterized by one or more in situ removal features that enable the first surface of the cover body to be separated from the outer surface of the implantable component for withdrawal of the perioperative implant cover from the recipient.
A device, comprising: a substrate; a first fluid processing chip, disposed on the substrate, to process a micro-volume of fluid; a second fluid processing chip, disposed on the substrate and co-planar with the first fluid processing chip, to process at least a portion of the micro-volume of fluid; a tapered channel disposed between the first and second fluid processing chips, the tapered channel transporting the at least the portion of the micro-volume of fluid from the first fluid processing chip to the second fluid processing chip via a directional net driving capillary force imbalanced within the tapered channel; a fluid actuator, disposed proximate to the tapered channel, to control movement of the at least the portion of the micro-volume of fluid within the tapered channel from the first fluid processing chip to the second fluid processing chip; and characterized in that the tapered channel further comprises a pillar structure or a porous structure therein to generate a directional net driving capillary force imbalance within the tapered channel. a substrate; a first fluid processing chip, disposed on the substrate, to process a micro-volume of fluid; a second fluid processing chip, disposed on the substrate and co-planar with the first fluid processing chip, to process at least a portion of the micro-volume of fluid; a tapered channel disposed between the first and second fluid processing chips, the tapered channel transporting the at least the portion of the micro-volume of fluid from the first fluid processing chip to the second fluid processing chip via a directional net driving capillary force imbalanced within the tapered channel; a fluid actuator, disposed proximate to the tapered channel, to control movement of the at least the portion of the micro-volume of fluid within the tapered channel from the first fluid processing chip to the second fluid processing chip; and characterized in that the tapered channel further comprises a pillar structure or a porous structure therein to generate a directional net driving capillary force imbalance within the tapered channel.
A hydrogel comprising a first polymer and a second polymer, wherein the first polymer and the second polymer are the same polymer, and wherein the first polymer is connected to the second polymer by linkers of formula (A): wherein bond --- is a single or a double bond; R 1 is -C 0 -C 6 alkyl-NH-, -C 0 -C 6 alkyl -O-, or -C 0 -C 3 alkyl-C(O)-; R 2 is a bond, aryl, or heteroaryl, wherein aryl and heteroaryl are optionally substituted with halogen, hydroxy, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, (C 1 -C 6 alkyl)amino, or di(C 1 -C 6 alkyl)amino; R 3 is -C 0 -C 6 alkyl-NH-, -C 0 -C 6 alkyl-O-, or -C 0 -C 3 alkyl-C(O)-; and R 4 is hydrogen, C 1 -C 6 alkyl, aryl, or heteroaryl, wherein aryl and heteroaryl are optionally substituted with halogen, hydroxy, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, (C 1 -C 6 alkyl)amino, or di(C 1 -C 6 alkyl)amino. bond --- is a single or a double bond; R 1 is -C 0 -C 6 alkyl-NH-, -C 0 -C 6 alkyl -O-, or -C 0 -C 3 alkyl-C(O)-; R 2 is a bond, aryl, or heteroaryl, wherein aryl and heteroaryl are optionally substituted with halogen, hydroxy, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, (C 1 -C 6 alkyl)amino, or di(C 1 -C 6 alkyl)amino; R 3 is -C 0 -C 6 alkyl-NH-, -C 0 -C 6 alkyl-O-, or -C 0 -C 3 alkyl-C(O)-; and R 4 is hydrogen, C 1 -C 6 alkyl, aryl, or heteroaryl, wherein aryl and heteroaryl are optionally substituted with halogen, hydroxy, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, (C 1 -C 6 alkyl)amino, or di(C 1 -C 6 alkyl)amino.
Assembly for the compressed air supply of a wheel of a vehicle, comprising: - a wheel with a tyre , an output shaft for transmitting torque to the wheel , - a wheel carrier which can be fastened on the vehicle, a wheel bearing , on which the wheel is mounted in a rotationally fixed manner, the wheel bearing being mounted rotatably with respect to the wheel carrier , - a toothing system between the output shaft and the wheel bearing , the toothing system not being configured as a splined shaft connection, and - a compressed-air guide, which leads from a vehicle-side compressed-air source through clearances between teeth of the toothing system , from the toothing system to the wheel , and from the wheel into the tyre . - a wheel with a tyre , an output shaft for transmitting torque to the wheel , - a wheel carrier which can be fastened on the vehicle, a wheel bearing , on which the wheel is mounted in a rotationally fixed manner, the wheel bearing being mounted rotatably with respect to the wheel carrier , - a toothing system between the output shaft and the wheel bearing , the toothing system not being configured as a splined shaft connection, and - a compressed-air guide, which leads from a vehicle-side compressed-air source through clearances between teeth of the toothing system , from the toothing system to the wheel , and from the wheel into the tyre .
A receiver comprising: a clock extraction unit to extract a clock signal superimposed on a detection signal of light propagated through space; a degradation determination unit to determine whether or not a signal-to-noise ratio of the detection signal is lower than a signal-to-noise ratio at which the detection signal is demodulated on a basis of an amplitude of the clock signal extracted by the clock extraction unit ; an adaptive filter to compensate a signal value of the detection signal by using a filter coefficient and output a detection signal after signal value compensation; a coefficient calculating unit to calculate, as the filter coefficient, a filter coefficient in which a signal value of the detection signal output from the adaptive filter is a reference value; and a coefficient update unit to store the filter coefficient calculated by the coefficient calculating unit when the degradation determination unit determines that there is no signal-to-noise ratio degradation, and change the filter coefficient used by the adaptive filter to a stored filter coefficient when the degradation determination unit determines that signal-to-noise ratio degradation occurs. a clock extraction unit to extract a clock signal superimposed on a detection signal of light propagated through space; a degradation determination unit to determine whether or not a signal-to-noise ratio of the detection signal is lower than a signal-to-noise ratio at which the detection signal is demodulated on a basis of an amplitude of the clock signal extracted by the clock extraction unit ; an adaptive filter to compensate a signal value of the detection signal by using a filter coefficient and output a detection signal after signal value compensation; a coefficient calculating unit to calculate, as the filter coefficient, a filter coefficient in which a signal value of the detection signal output from the adaptive filter is a reference value; and a coefficient update unit to store the filter coefficient calculated by the coefficient calculating unit when the degradation determination unit determines that there is no signal-to-noise ratio degradation, and change the filter coefficient used by the adaptive filter to a stored filter coefficient when the degradation determination unit determines that signal-to-noise ratio degradation occurs.
An apparatus comprising: a patient interface device for a pressure support system, formed from a flat substrate that is folded, wherein the patient interface device includes a plurality of seams where sections of the substrate are joined together, and wherein the plurality of seams includes a nasal interior perimeter seam that forms a shape that corresponds to a perimeter of a bottom side of a nose from a first alare corner of the nose to a tip of the nose to a second alare corner of the nose, and a nasal exterior perimeter seam that forms a shape that corresponds to a perimeter of a bottom side of a nose from a first alare corner of the nose to a tip of the nose to a second alare corner of the nose.
A method for monitoring performance of optical networks comprising: receiving an optical channel signal, the optical channel signal comprising: low-power gaps having a power no greater than one fifth of a signal power of the optical channel signal outside the low-power gaps , and an amplitude modulation pilot tone having a pilot tone modulation frequency; and monitoring performance of fiber optical network equipment based on the power in the low-power gaps and the amplitude of the pilot tone detected from the gap power in the low-power gaps of the received optical channel signal. receiving an optical channel signal, the optical channel signal comprising: low-power gaps having a power no greater than one fifth of a signal power of the optical channel signal outside the low-power gaps , and an amplitude modulation pilot tone having a pilot tone modulation frequency; and low-power gaps having a power no greater than one fifth of a signal power of the optical channel signal outside the low-power gaps , and an amplitude modulation pilot tone having a pilot tone modulation frequency; and monitoring performance of fiber optical network equipment based on the power in the low-power gaps and the amplitude of the pilot tone detected from the gap power in the low-power gaps of the received optical channel signal.