mhurhangee/patent-ind-claim-en huggingface dataset:
A smart card comprising an integrated fingerprint sensor module , the fingerprint sensor module comprising: a fingerprint sensor device comprising a sensing array consisting of a plurality of sensing elements, the sensor device being configured to acquire an image of a finger placed on a sensing surface of the fingerprint sensor module, the smart card being characterized in that the fingerprint sensor module further comprises; a substrate comprising an opening ; wherein the fingerprint sensor device is arranged in the opening of the substrate such that the fingerprint sensor device and the substrate form a fingerprint sensor module, and wherein the substrate comprises an antenna embedded in the substrate, the antenna being electrically connected to the fingerprint sensor device, and wherein the fingerprint sensor module is located in an opening of the smart card. a fingerprint sensor device comprising a sensing array consisting of a plurality of sensing elements, the sensor device being configured to acquire an image of a finger placed on a sensing surface of the fingerprint sensor module, the smart card being characterized in that the fingerprint sensor module further comprises; a substrate comprising an opening ; wherein the fingerprint sensor device is arranged in the opening of the substrate such that the fingerprint sensor device and the substrate form a fingerprint sensor module, and wherein the substrate comprises an antenna embedded in the substrate, the antenna being electrically connected to the fingerprint sensor device, and wherein the fingerprint sensor module is located in an opening of the smart card.
A wireless access point having a wireless interface and a network interface , and an access control system for controlling communication by way of the wireless interface, and comprising a monitor for detecting a loss of connection to a network at the network interface, wherein the access control system is arranged to establish wireless connection through the wireless interface to a further wireless access point , characterised in that the access control system is arranged to transmit a message indicative of the loss of connection to a network-based service centre by way of the further wireless access point .
A method of operating a combustion system to attenuate combustion dynamics, wherein the combustion system comprises a plurality of fuel nozzles , the plurality of fuel nozzles comprising at least two first fuel nozzles and at least two second fuel nozzles; the method comprising: flowing, via a compressor section, an overall supply of air to the combustion system, wherein at least a portion of the overall supply of air is provided through the plurality of fuel nozzles ; flowing, via a fuel supply system, an overall flow of fuel to the combustion system; flowing, to the at least two first fuel nozzles of the combustion system, a first supply of fuel defining a richer fuel-air mixture at the first fuel nozzles; flowing, to the at least two second fuel nozzles of the combustion system, a second supply of fuel defining a leaner fuel-air mixture at the second fuel nozzles, where the at least two first fuel nozzles and the at least two second fuel nozzles are in alternating circumferential arrangement along a circumferential direction in the combustion system; and igniting the richer fuel-air mixture and the leaner fuel-air mixture to produce an overall fuel-air ratio at a combustion chamber of the combustion system, characterised in that the method further comprises : determining a desired overall fuel-air ratio at the combustion chamber based at least on the overall supply of air and the overall flow of fuel, and: determining a fuel split to the at least two first fuel nozzles and to the at least two second fuel nozzles based on the overall flow of fuel that is further based at least on an operating condition of the engine, the overall supply of air, and the desired overall fuel-air ratio. flowing, via a compressor section, an overall supply of air to the combustion system, wherein at least a portion of the overall supply of air is provided through the plurality of fuel nozzles ; flowing, via a fuel supply system, an overall flow of fuel to the combustion system; flowing, to the at least two first fuel nozzles of the combustion system, a first supply of fuel defining a richer fuel-air mixture at the first fuel nozzles; flowing, to the at least two second fuel nozzles of the combustion system, a second supply of fuel defining a leaner fuel-air mixture at the second fuel nozzles, where the at least two first fuel nozzles and the at least two second fuel nozzles are in alternating circumferential arrangement along a circumferential direction in the combustion system; and igniting the richer fuel-air mixture and the leaner fuel-air mixture to produce an overall fuel-air ratio at a combustion chamber of the combustion system,
A simulated tissue structure for surgical training, comprising: a first layer of silicone polymer with an upper surface and a lower surface defining a thickness therebetween; a second layer of silicone polymer with an upper surface and lower surface defining a thickness therebetween; the second layer being spaced apart from the first layer defining a gap therebetween such that the upper surface of the first layer faces the lower surface of the second layer ; and an inclusion located between the first layer and the second layer, characterized in the tissue structure further comprising a third layer made of a plurality of entangled fiber located between the first layer and the second layer ; the plurality of entangled fiber residing within the gap in a randomly arranged fashion such that part of the plurality of entangled fiber is embedded in both the first layer and second layer to create a mechanical linkage of fiber connecting the first layer and the second layer , thereby providing a dissection plane for practicing surgical excision of the inclusion . a first layer of silicone polymer with an upper surface and a lower surface defining a thickness therebetween; a second layer of silicone polymer with an upper surface and lower surface defining a thickness therebetween; the second layer being spaced apart from the first layer defining a gap therebetween such that the upper surface of the first layer faces the lower surface of the second layer ; and an inclusion located between the first layer and the second layer, characterized in the tissue structure further comprising a third layer made of a plurality of entangled fiber located between the first layer and the second layer ; the plurality of entangled fiber residing within the gap in a randomly arranged fashion such that part of the plurality of entangled fiber is embedded in both the first layer and second layer to create a mechanical linkage of fiber connecting the first layer and the second layer , thereby providing a dissection plane for practicing surgical excision of the inclusion .
A determination method for determining at least one operational geographical zone (ZO) in a region of interest (ROI), said zone (ZO) being determined relative to a Doppler sensor (S) configured to observe and measure the radial speed (Vr) of an object (T) traveling at a non-zero minimum speed "VT" in the region of interest (ROI), the method comprising: - a step of simulating by a computer device the position of said sensor (S) in said region of interest (ROI) at a position (POS) and in an orientation (γ) that are determined, - a step of determining at least one first zone (A1) of said region of interest (ROI) that is constituted by points (Ti) for each of which, said object (T) at said point and traveling at a speed greater than or equal to said speed VT and in a given direction "DT", would be seen from said sensor (S) to have a radial speed (Vr) greater than a threshold value (Vmin_i) defined for that point (Ti); the method being characterized in that it comprises: - a step of determining a second zone (A2) of said region of interest (ROI), the second zone (A2) constituting a coverage zone of said sensor (S) in which said object (T) is observable while taking account at least of the intrinsic characteristics of said Doppler sensor (S) and of the intrinsic characteristics of said object (T), and also of the position of said object relative to said sensor; said at least one operational geographical zone (ZO) being defined by taking account of the intersection between at least said first and second zones (A1, A2). - a step of simulating by a computer device the position of said sensor (S) in said region of interest (ROI) at a position (POS) and in an orientation (γ) that are determined, - a step of determining at least one first zone (A1) of said region of interest (ROI) that is constituted by points (Ti) for each of which, said object (T) at said point and traveling at a speed greater than or equal to said speed VT and in a given direction "DT", would be seen from said sensor (S) to have a radial speed (Vr) greater than a threshold value (Vmin_i) defined for that point (Ti); the method being characterized in that it comprises: - a step of determining a second zone (A2) of said region of interest (ROI), the second zone (A2) constituting a coverage zone of said sensor (S) in which said object (T) is observable while taking account at least of the intrinsic characteristics of said Doppler sensor (S) and of the intrinsic characteristics of said object (T), and also of the position of said object relative to said sensor;
An unmanned aerial vehicle for mounting a clamp to a line comprising: a body ; a first propeller attached to the body; a guide attached to the body and configured to support the clamp for mounting to the line by flying the unmanned aerial vehicle toward the line; and a propeller guard attached to the body and configured to inhibit the propeller from contacting the line and to direct the clamp to the line, characterized in that the propeller guard is below the propeller, to an exterior side of the propeller relative to the body, and above the propeller. a body ; a first propeller attached to the body; a guide attached to the body and configured to support the clamp for mounting to the line by flying the unmanned aerial vehicle toward the line; and a propeller guard attached to the body and configured to inhibit the propeller from contacting the line and to direct the clamp to the line, characterized in that the propeller guard is below the propeller, to an exterior side of the propeller relative to the body, and above the propeller.
Method for operating an internal combustion engine with a combustion process with homogeneous auto-ignition, in which method the driver demand predefined by means of an accelerator pedal is converted into a demanded torque to be output by the internal combustion engine, wherein a charge setpoint value for the air charge is determined by means of a lambda value which is predefinable in a working-point-dependent manner by virtue of a demanded torque for the air path being calculated from the position of the accelerator pedal , wherein the operating point predefined by load and engine speed is a further influential variable, and, at the output of a calculation of the demanded torque for the air path, a setpoint fuel quantity arising from said demanded torque is available, and, adopting the predefinable lambda value with the setpoint fuel quantity, the charge setpoint value is obtained, and a throttle flap position is set based on this charge setpoint value , wherein, in parallel with a lambda setpoint value and an actual air charge measured from a charge detection, a fuel quantity to be injected is calculated, wherein, from the position of the accelerator pedal , a demanded torque for the fuel path is calculated and converted into a lambda value determined as optimal for the homogeneous compression ignition operating mode, into a lambda value at the rich boundary of the homogeneous compression ignition combustion process and into a lambda value at the lean boundary of the homogeneous compression ignition combustion process, and wherein the lambda setpoint value is obtained from the lambda value determined as optimal for the homogeneous compression ignition operating mode for as long as the lambda value determined as optimal for the homogeneous compression ignition operating mode is within the rich and lean boundaries of the homogeneous compression ignition operating mode, wherein the fuel mass is varied within the rich and lean boundaries for the purposes of compensating dynamic processes.
A non-burning type flavor inhaler having a shape extending from a non-inhalation end toward an inhalation end along a predetermined direction, comprising: a main body unit having the non-inhalation end; and a capsule unit configured to be attachable to and detachable from the main body unit, wherein the main body unit includes an aerosol source that generates an aerosol, an atomizer that atomizes the aerosol source without burning, and a power source that supplies power to the atomizer , the capsule unit includes a solid flavor source provided on the inhalation end side than the aerosol source, and a filter adjacent to the inhalation end side with respect to the flavor source, characterized in that an outer surface of the flavor source is entirely covered with a predetermined film composed of an impermeable member except in a portion of the outer surface adjacent to the filter , and the main body unit is provided in a part adjacent to the capsule unit with a breaker for breaking a part of the predetermined film . a main body unit having the non-inhalation end; and a capsule unit configured to be attachable to and detachable from the main body unit, wherein the main body unit includes an aerosol source that generates an aerosol, an atomizer that atomizes the aerosol source without burning, and a power source that supplies power to the atomizer , the capsule unit includes a solid flavor source provided on the inhalation end side than the aerosol source, and a filter adjacent to the inhalation end side with respect to the flavor source, characterized in that an outer surface of the flavor source is entirely covered with a predetermined film composed of an impermeable member except in a portion of the outer surface adjacent to the filter , and the main body unit is provided in a part adjacent to the capsule unit with a breaker for breaking a part of the predetermined film .
A method of delivering an emulsion explosive, the method comprising: obtaining an emulsion matrix comprising a discontinuous phase of oxidizer salt solution droplets in a continuous phase of a fuel, wherein the emulsion matrix has an initial viscosity of 4,000 cP to 20,000 cP; mechanically introducing gas bubbles into the emulsion matrix to sensitize the emulsion matrix and form an emulsion explosive; and homogenizing the emulsion explosive to form a homogenized emulsion explosive with a viscosity of greater than or equal to 80,000 cP and that is devoid of a bubble stabilizing agent. obtaining an emulsion matrix comprising a discontinuous phase of oxidizer salt solution droplets in a continuous phase of a fuel, wherein the emulsion matrix has an initial viscosity of 4,000 cP to 20,000 cP; mechanically introducing gas bubbles into the emulsion matrix to sensitize the emulsion matrix and form an emulsion explosive; and homogenizing the emulsion explosive to form a homogenized emulsion explosive with a viscosity of greater than or equal to 80,000 cP and that is devoid of a bubble stabilizing agent.
A sole structure for an article of footwear, the sole structure comprising: a forefoot region disposed adjacent an anterior end ; a heel region disposed adjacent a posterior end ; a mid-foot region disposed intermediate the forefoot region and the heel region ; a fluid-filled bladder having a first segment extending along a medial side in the heel region , a second segment extending along a lateral side in the heel region , and a web area disposed between the first segment and the second segment , the first segment , the second segment , and the web area defining a pocket ; an outer sole member having an upper portion extending from a first end in the forefoot region to a second end in the heel region and received on a first side of the web area and a rib extending downwardly from the upper portion within the forefoot region and defining a cavity in a forefoot region of the sole structure , characterized in that : the cavity cooperating with the pocket of the fluid-filled bladder to define a recess that extends continuously from the forefoot region to the heel region ; and an inner sole member extending from a first end disposed within the cavity defined by the rib at the forefoot region to a second end received within a portion of the pocket defined by the first segment , the second segment and the web area of the fluid-filled bladder . a forefoot region disposed adjacent an anterior end ; a heel region disposed adjacent a posterior end ; a mid-foot region disposed intermediate the forefoot region and the heel region ; a fluid-filled bladder having a first segment extending along a medial side in the heel region , a second segment extending along a lateral side in the heel region , and a web area disposed between the first segment and the second segment , the first segment , the second segment , and the web area defining a pocket ; an outer sole member having an upper portion extending from a first end in the forefoot region to a second end in the heel region and received on a first side of the web area and a rib extending downwardly from the upper portion within the forefoot region and defining a cavity in a forefoot region of the sole structure , characterized in that : the cavity cooperating with the pocket of the fluid-filled bladder to define a recess that extends continuously from the forefoot region to the heel region ; and an inner sole member extending from a first end disposed within the cavity defined by the rib at the forefoot region to a second end received within a portion of the pocket defined by the first segment , the second segment and the web area of the fluid-filled bladder . the cavity cooperating with the pocket of the fluid-filled bladder to define a recess that extends continuously from the forefoot region to the heel region ; and an inner sole member extending from a first end disposed within the cavity defined by the rib at the forefoot region to a second end received within a portion of the pocket defined by the first segment , the second segment and the web area of the fluid-filled bladder .
A method of performing device-to-device, D2D, communication with a second user equipment by a first user equipment in a wireless communication system, the method comprising: setting (S1101) a candidate time interval for receiving a first message containing location information of the second user equipment periodically from the second user equipment as a transmission gap interval; receiving (S1103) the first message from the second user equipment periodically in the transmission gap interval, wherein the first message further comprises at least one of information of a reception carrier the second user equipment attempts to receive, information of a reception radio resource the second user equipment attempts to receive, and reception synchronization information of the second user equipment; detecting (S1105) a dangerous situation of the second user equipment based on the location information of the second user equipment; and if the dangerous situation of the second user equipment is detected, transmitting (S1107) a warning message to the second user equipment, wherein the warning message is transmitted based on at least one of the information of the reception carrier, the information of the reception radio resource, and the reception synchronization information, and wherein in the transmission gap interval, a message transmission from the first user equipment is not performed through a candidate carrier for receiving the first message. setting (S1101) a candidate time interval for receiving a first message containing location information of the second user equipment periodically from the second user equipment as a transmission gap interval; receiving (S1103) the first message from the second user equipment periodically in the transmission gap interval, wherein the first message further comprises at least one of information of a reception carrier the second user equipment attempts to receive, information of a reception radio resource the second user equipment attempts to receive, and reception synchronization information of the second user equipment; detecting (S1105) a dangerous situation of the second user equipment based on the location information of the second user equipment; and if the dangerous situation of the second user equipment is detected, transmitting (S1107) a warning message to the second user equipment, wherein the warning message is transmitted based on at least one of the information of the reception carrier, the information of the reception radio resource, and the reception synchronization information, and wherein in the transmission gap interval, a message transmission from the first user equipment is not performed through a candidate carrier for receiving the first message.
A method for bleaching into optical white tone textile products obtained from fibres of animal origin, not previously subjected to a bleaching treatment, characterized in that it comprises: - preparing a bath, for treating the textile product, composed of an amount of water of at least 15 litres per 1000 grams of weight of the product to treat in the bath, of at least 75 grams of 90% hydrosulphite, of a solvent for removing fatty substances from animal fibres, in an amount of at least 15 grams and of at least 20 grams of an optical brightener compound, - leaving the product in the bath for a period of time between 60 and 90 minutes, - keeping the bath temperature, during the treatment of the product at a level not higher than 60°C wherein the said textile product to submit to treatment into the said bath is composed of fibres of animal origin, prepared for the spinning, so-called TOPS, without having received a bleaching treatment or wherein the said textile product to submit to treatment into the said bath is composed of extra-fine combed yarns of animal origin which have not yet received any bleaching treatment. - preparing a bath, for treating the textile product, composed of an amount of water of at least 15 litres per 1000 grams of weight of the product to treat in the bath, of at least 75 grams of 90% hydrosulphite, of a solvent for removing fatty substances from animal fibres, in an amount of at least 15 grams and of at least 20 grams of an optical brightener compound, - leaving the product in the bath for a period of time between 60 and 90 minutes, - keeping the bath temperature, during the treatment of the product at a level not higher than 60°C