mhurhangee/patent-ind-claim-en huggingface dataset:
A display device, comprising: a display screen , comprising a display layer and a light shielding layer , the display layer having an upper surface and a lower surface opposite to the upper surface , the upper surface being configured to face a user, the light shielding layer being arranged to the lower surface , the light shielding layer having a hole ; an optical fingerprint module for recognizing fingerprints; and a frame , the display screen and the optical fingerprint module being fastened to the frame ; the optical fingerprint module being disposed at a side of the light shielding layer away from the display layer and located at a position corresponding to the hole , wherein the hole is configured to allow an optical sensing signal of the optical fingerprint module to pass through; wherein the display layer comprises an upper covering plate and a touch sensitive layer , characterized in that the display layer further comprises an organic luminous layer and a lower covering plate , the upper covering plate , the touch sensitive layer , the organic luminous layer and the lower covering plate being superposed in that sequence, and the light shielding layer is a foam layer. a display screen , comprising a display layer and a light shielding layer , the display layer having an upper surface and a lower surface opposite to the upper surface , the upper surface being configured to face a user, the light shielding layer being arranged to the lower surface , the light shielding layer having a hole ; an optical fingerprint module for recognizing fingerprints; and a frame , the display screen and the optical fingerprint module being fastened to the frame ; the optical fingerprint module being disposed at a side of the light shielding layer away from the display layer and located at a position corresponding to the hole , wherein the hole is configured to allow an optical sensing signal of the optical fingerprint module to pass through; wherein the display layer comprises an upper covering plate and a touch sensitive layer , characterized in that the display layer further comprises an organic luminous layer and a lower covering plate , the upper covering plate , the touch sensitive layer , the organic luminous layer and the lower covering plate being superposed in that sequence, and the light shielding layer is a foam layer.
A health monitoring system for monitoring the health of an electronic system , the health monitoring system comprising: a monitoring circuit within the electronic system, the monitoring circuit including fatigue life characterized electrical components representative of electrical components in at least a portion of the balance of the electronic system, wherein the fatigue life characterized electrical components are employed solely to monitor the health of the electronic system; characterized in that : the health monitoring system further comprises an analog-to-digital converter ; wherein an output of the monitoring circuit is electrically connected to the analog-to-digital converter ; and the fatigue life characterized electrical components have a statistically significant shorter life expectancy under environmental stresses than the electrical components in at least a portion of the balance of the electronic system. a monitoring circuit within the electronic system, the monitoring circuit including fatigue life characterized electrical components representative of electrical components in at least a portion of the balance of the electronic system, wherein the fatigue life characterized electrical components are employed solely to monitor the health of the electronic system; characterized in that : the health monitoring system further comprises an analog-to-digital converter ; wherein an output of the monitoring circuit is electrically connected to the analog-to-digital converter ; and the fatigue life characterized electrical components have a statistically significant shorter life expectancy under environmental stresses than the electrical components in at least a portion of the balance of the electronic system. the health monitoring system further comprises an analog-to-digital converter ; wherein an output of the monitoring circuit is electrically connected to the analog-to-digital converter ; and the fatigue life characterized electrical components have a statistically significant shorter life expectancy under environmental stresses than the electrical components in at least a portion of the balance of the electronic system.
A lighting device, electrically connected to an external power source and comprising a light transmittable shell , having a mounting opening and an inner space, and the mounting opening communicating with the inner space; a light source , comprising a plurality of light emitting diodes (LEDs), wherein the light source is mounted around the mounting opening such that the LEDs are arranged along an edge of the mounting opening ; a conductive unit having a first end and a second end, wherein the first end is connected to the external power source, and the second end is connected to the light source respectively; characterized in that the conductive unit is mounted on an inner surface of the light transmittable shell , and in that the edge of the mounting opening curves toward the inner space and forms an accommodation slot ; the light source is mounted in the accommodation slot . a light source , comprising a plurality of light emitting diodes (LEDs), wherein the light source is mounted around the mounting opening such that the LEDs are arranged along an edge of the mounting opening ; a conductive unit having a first end and a second end, wherein the first end is connected to the external power source, and the second end is connected to the light source respectively; characterized in that the conductive unit is mounted on an inner surface of the light transmittable shell , and in that the edge of the mounting opening curves toward the inner space and forms an accommodation slot ; the light source is mounted in the accommodation slot .
A method to compensate by a server a clock deviation of a card i by maintaining a time base Tbase ( i ) synchronized with card i , the method comprising the steps of: - receiving at a time TS a dynamic card verification dCVV code value generated by card i ; - providing a set of at least two dCVV code corresponding to two successive dCVV time periods determined using the time base maintained by the server for the card and such that time TS falls within one of these time periods, a time period being defined as a duration and two time boundaries, the dCVV code associated to this period being called reference dCVV code; - if the dCVV code received from card i corresponds to one of the dCVV codes of the provided set but is different from the reference dCVV code, determine the minimum possible timing drift Min_td between the time base maintained by the server for the card and the time base Tbase ( i ) of the card, said minimum possible timing drift Min_td being deducted from the time difference between the closest time boundary of the period of time identified of the provided set corresponding to the dCVV received from the card and time TS ; - updating time base Tbase ( i ) by addition of a time drift correction equal to the minimum possible time drift Min_td. - receiving at a time TS a dynamic card verification dCVV code value generated by card i ; - providing a set of at least two dCVV code corresponding to two successive dCVV time periods determined using the time base maintained by the server for the card and such that time TS falls within one of these time periods, a time period being defined as a duration and two time boundaries, the dCVV code associated to this period being called reference dCVV code; - if the dCVV code received from card i corresponds to one of the dCVV codes of the provided set but is different from the reference dCVV code, determine the minimum possible timing drift Min_td between the time base maintained by the server for the card and the time base Tbase ( i ) of the card, said minimum possible timing drift Min_td being deducted from the time difference between the closest time boundary of the period of time identified of the provided set corresponding to the dCVV received from the card and time TS ; - updating time base Tbase ( i ) by addition of a time drift correction equal to the minimum possible time drift Min_td.
An image processing apparatus comprising: an image acquisition means for acquiring a radiation image obtained by irradiating an object with a radiation from a radiation generating apparatus ; an estimation means for estimating a scattered radiation component and a primary radiation component included in the acquired radiation image, wherein the estimation means approximates an intensity of a scattered radiation, which is a radiation scattered on a path from the radiation generating apparatus to a radiation detecting element for providing a pixel value of the acquired radiation image, for a path by using a plurality of scattered radiation models, corresponding to different attenuation distances on the path, based on an assumption that the scattered radiation is further attenuated in the object after scattering, and further performs the approximation on the pixel value corresponding to an output from the radiation detecting elements to estimate the scattered radiation component and the primary radiation component; and an output means for outputting a corrected image based on the scattered radiation component and the primary radiation component, characterized in that the estimation means is arranged to decompose the approximated intensity of the scattered radiation into a specific frequency component to estimate the scattered radiation component, and the estimation means is arranged to decompose the approximated intensity of the scattered radiation into two different frequency components, and weight more a frequency component on a lower frequency among the two different frequency components, and combine the weighted two different frequency components. an image acquisition means for acquiring a radiation image obtained by irradiating an object with a radiation from a radiation generating apparatus ; an estimation means for estimating a scattered radiation component and a primary radiation component included in the acquired radiation image, wherein the estimation means approximates an intensity of a scattered radiation, which is a radiation scattered on a path from the radiation generating apparatus to a radiation detecting element for providing a pixel value of the acquired radiation image, for a path by using a plurality of scattered radiation models, corresponding to different attenuation distances on the path, based on an assumption that the scattered radiation is further attenuated in the object after scattering, and further performs the approximation on the pixel value corresponding to an output from the radiation detecting elements to estimate the scattered radiation component and the primary radiation component; and an output means for outputting a corrected image based on the scattered radiation component and the primary radiation component,
A medical graft product useful for treating a fistula having a primary opening in a wall of the alimentary canal and a fistula tract, the medical graft product comprising: a biocompatible graft body configured to block at least the primary opening of the fistula, said graft body comprising a capping member and an elongate plug member extending from said capping member , said capping member being coupled to said elongate plug member and configured to contact portions of the alimentary canal wall adjacent to the primary opening, said elongate plug member being configured to extend into at least a portion of the fistula tract; and wherein a tether passes through a central lumen extending through the elongate plug member from a proximal end to a distal end of the elongate plug member and is attached to the capping member ; wherein the capping member comprises a synthetic material and the elongate plug member comprises a collagenous material.
A gas turbine wheel assembly comprising: a gas turbine wheel rotatable about an axis of a turbine, the gas turbine wheel having a plurality of axial slots , each axial slot having a radial face ; and a plurality of blades , each blade comprising a base and an airfoil extending from the base , each blade being received in one of the plurality of axial slots ; characterised in that at least one radial face of at least one axial slot comprises a stake-receiving feature having a reconditioned surface ; and wherein material displaced at the reconditioned surface of the stake-receiving feature by staking axially retains one of the plurality of blades in the at least one axial slot . a gas turbine wheel rotatable about an axis of a turbine, the gas turbine wheel having a plurality of axial slots , each axial slot having a radial face ; and a plurality of blades , each blade comprising a base and an airfoil extending from the base , each blade being received in one of the plurality of axial slots ; characterised in that at least one radial face of at least one axial slot comprises a stake-receiving feature having a reconditioned surface ; and wherein material displaced at the reconditioned surface of the stake-receiving feature by staking axially retains one of the plurality of blades in the at least one axial slot .
Meat treatment composition comprising: i) buffered vinegar said buffered vinegar comprising sodium, potassium and/or calcium cations, at a level of more than 90 % of the stoichiometric amount (relative to the acetic acid carboxylate groups); and ii) one or more polysaccharide materials having a water holding capacity of at least 3 g of water per gram of polysaccharide material, as determined using the following procedure: a) 2.5 g of the polysaccharide material in dry powder form is placed into a 50 mL centrifuge tube and the weight ('W1') is determined; b) 40 g of milli-Q water is weighed ('W2') and added; c) the tube is centrifuged for 10 minutes at 2000 rpm, after which the supernatant is decanted and weighed ('W3'); d) the water holding capacity ('WHC') is calculated using the following equation: WHC = W 2 − W 3 / W 1 ; wherein the polysaccharide material comprises shear-disrupted parenchymal cell wall material containing cellulose together with hemicelluloses and pectin, said parenchymal cell wall material being derived from citrus fruits, and wherein the ratio of buffered vinegar and the polysaccharide material is within the range of 5/1 - 1/1. i) buffered vinegar said buffered vinegar comprising sodium, potassium and/or calcium cations, at a level of more than 90 % of the stoichiometric amount (relative to the acetic acid carboxylate groups); and ii) one or more polysaccharide materials having a water holding capacity of at least 3 g of water per gram of polysaccharide material, as determined using the following procedure: a) 2.5 g of the polysaccharide material in dry powder form is placed into a 50 mL centrifuge tube and the weight ('W1') is determined; b) 40 g of milli-Q water is weighed ('W2') and added; c) the tube is centrifuged for 10 minutes at 2000 rpm, after which the supernatant is decanted and weighed ('W3'); d) the water holding capacity ('WHC') is calculated using the following equation: WHC = W 2 − W 3 / W 1 ; wherein the polysaccharide material comprises shear-disrupted parenchymal cell wall material containing cellulose together with hemicelluloses and pectin, said parenchymal cell wall material being derived from citrus fruits, and wherein the ratio of buffered vinegar and the polysaccharide material is within the range of 5/1 - 1/1. a) 2.5 g of the polysaccharide material in dry powder form is placed into a 50 mL centrifuge tube and the weight ('W1') is determined; b) 40 g of milli-Q water is weighed ('W2') and added; c) the tube is centrifuged for 10 minutes at 2000 rpm, after which the supernatant is decanted and weighed ('W3'); d) the water holding capacity ('WHC') is calculated using the following equation: WHC = W 2 − W 3 / W 1 ; wherein the polysaccharide material comprises shear-disrupted parenchymal cell wall material containing cellulose together with hemicelluloses and pectin, said parenchymal cell wall material being derived from citrus fruits, and wherein the ratio of buffered vinegar and the polysaccharide material is within the range of 5/1 - 1/1.
A system for detecting loss of liquid in a patient interface of a laser eye surgery system having a diagnostic and interventional unit with a laser for performing the laser eye surgery and control electronics for the laser, comprising: a patient interface including a rigid body and a lower suction ring for engaging an eye of a patient, wherein the patient interface is configured to be coupled to the diagnostic and interventional unit, the rigid body defining a throughbore for passage of a beam of the laser, and wherein the throughbore defines a fluid chamber configured to contain a fluid that provides a transmissive media for the laser beam; a sensor mounted so as to be in communication with the fluid chamber, the sensor capable of detecting a fluid level within the fluid chamber; and a control and communication circuit that receives input from the sensor and, in response to said received input, provides output regarding a low fluid level within the chamber to the control electronics of the laser. a patient interface including a rigid body and a lower suction ring for engaging an eye of a patient, wherein the patient interface is configured to be coupled to the diagnostic and interventional unit, the rigid body defining a throughbore for passage of a beam of the laser, and wherein the throughbore defines a fluid chamber configured to contain a fluid that provides a transmissive media for the laser beam; a sensor mounted so as to be in communication with the fluid chamber, the sensor capable of detecting a fluid level within the fluid chamber; and a control and communication circuit that receives input from the sensor and, in response to said received input, provides output regarding a low fluid level within the chamber to the control electronics of the laser.
A composite structure comprising - a layer , - an opaque layer having a thickness of 1 to 100 μm and containing a translucent area , which is a void area surrounded by an opaque area of the opaque layer , and - a touch sensor area , which is in direct contact with the layer in the translucent area of the opaque layer and contains - a touch sensor fully arranged below the opaque area of the opaque layer , and - a translucent area at least partially arranged below the translucent area of the opaque layer , characterized in that the layer is a translucent layer having a light transmittance of 1 to 50% and the touch sensor area has a thickness of 0.5 to 30 μm. - a layer , - an opaque layer having a thickness of 1 to 100 μm and containing a translucent area , which is a void area surrounded by an opaque area of the opaque layer , and - a touch sensor area , which is in direct contact with the layer in the translucent area of the opaque layer and contains - a touch sensor fully arranged below the opaque area of the opaque layer , and - a translucent area at least partially arranged below the translucent area of the opaque layer , - a touch sensor fully arranged below the opaque area of the opaque layer , and - a translucent area at least partially arranged below the translucent area of the opaque layer ,
Use of a non-sulfurized lubricant and a metal thiophosphate composition for reducing torque and drag in a drilling fluid, wherein the drilling fluid comprises at least one of a silicate based fluid, an amine based drilling fluid, a formate based drilling fluid, an oil based drilling fluid.
A semiconductor light source lighting circuit for driving a semiconductor light source , the circuit comprising: a semiconductor light source ; a semiconductor light source current supply path connected with the semiconductor light source in series; a bypass path; and a control circuit , wherein the semiconductor light source current supply path includes a transistor (M1) and a current detection resistor (RS) in series; wherein the semiconductor light source lighting circuit further comprises a bypass resistor (RB) arranged to establish the bypass path for current supplied to the semiconductor light source ; wherein a first end of the bypass path is located at a first connection node (N2), which is located between the transistor (M1) and the semiconductor light source ; and wherein a second end of the bypass path is located at a second connection node (N1), which is located between the transistor (M1) and the current detection resistor (RS); characterized in that the control circuit is connected to the transistor (M1) and arranged to control the transistor so as to decrease any difference between the voltage (VN1) occurring at the current detection resistor (RS) and a reference voltage (Vref) during operation of the semiconductor light source lighting circuit , the reference voltage (Vref) corresponding to a desired current through the semiconductor light source . a semiconductor light source ; a semiconductor light source current supply path connected with the semiconductor light source in series; a bypass path; and a control circuit , wherein the semiconductor light source current supply path includes a transistor (M1) and a current detection resistor (RS) in series; wherein the semiconductor light source lighting circuit further comprises a bypass resistor (RB) arranged to establish the bypass path for current supplied to the semiconductor light source ; wherein a first end of the bypass path is located at a first connection node (N2), which is located between the transistor (M1) and the semiconductor light source ; and wherein a second end of the bypass path is located at a second connection node (N1), which is located between the transistor (M1) and the current detection resistor (RS); characterized in that the control circuit is connected to the transistor (M1) and arranged to control the transistor so as to decrease any difference between the voltage (VN1) occurring at the current detection resistor (RS) and a reference voltage (Vref) during operation of the semiconductor light source lighting circuit , the reference voltage (Vref) corresponding to a desired current through the semiconductor light source .
A lighting apparatus comprising: a plurality of lighting circuits coupled in series, each of the lighting circuits comprising a first control circuit configured to selectively provide current to at least one LED and at least one charge storage device coupled to the at least one LED , characterized in that the first control circuit is configured to charge the at least one charge storage device by limiting current through the at least one LED responsive to a first state of a varying voltage applied to the serially coupled lighting circuits to divert current to the at least one storage device and to discharge the charged at least one charge storage device via the at least one LED responsive to a second state of the varying voltage.