mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: one or more dimming films; a power source device connected to the one or more dimming films; at least one sensing module; a facial recognition device; and a control module coupled to the power source device, the sensing module, and the facial recognition device, wherein: the at least one sensing module is configured to generate sense data based on light intensity and illumination angle of light from a light source on a first side of the one or more dimming films; the facial recognition device is configured to generate recognition data based on tracking of locations of eyes of a user on a second side of the one or more dimming films; the control module is configured to receive sense data from the at least one sensing module and receive recognition data from the facial recognition device, determine from the sense data and recognition data a target adjustment area on the one or more dimming films, determine an adjustment signal for the target adjustment area to adjust a transmittance of the target adjustment area on the one or more dimming films, to protect the eyes of the user from the high intensity light. one or more dimming films; a power source device connected to the one or more dimming films; at least one sensing module; a facial recognition device; and a control module coupled to the power source device, the sensing module, and the facial recognition device, wherein: the at least one sensing module is configured to generate sense data based on light intensity and illumination angle of light from a light source on a first side of the one or more dimming films; the facial recognition device is configured to generate recognition data based on tracking of locations of eyes of a user on a second side of the one or more dimming films; the control module is configured to receive sense data from the at least one sensing module and receive recognition data from the facial recognition device, determine from the sense data and recognition data a target adjustment area on the one or more dimming films, determine an adjustment signal for the target adjustment area to adjust a transmittance of the target adjustment area on the one or more dimming films, to protect the eyes of the user from the high intensity light. the at least one sensing module is configured to generate sense data based on light intensity and illumination angle of light from a light source on a first side of the one or more dimming films; the facial recognition device is configured to generate recognition data based on tracking of locations of eyes of a user on a second side of the one or more dimming films; the control module is configured to receive sense data from the at least one sensing module and receive recognition data from the facial recognition device, determine from the sense data and recognition data a target adjustment area on the one or more dimming films, determine an adjustment signal for the target adjustment area to adjust a transmittance of the target adjustment area on the one or more dimming films, to protect the eyes of the user from the high intensity light.
A method comprising: obtaining an indication of pressure applied to a key (400; 500; 600; 700; 800; 902; 904) of a pressure sensitive keyboard configured to be physically and communicatively removable from a computing device (102; 3402); determining how many other keys have been pressed and are still pressed, wherein another key is considered as pressed when the pressure applied to the other key is equal or greater than a key press threshold amount; and determining that the pressure applied to the key is a key strike in response to the pressure applied to the key rising to a key press threshold amount and no more than a threshold number of other keys concurrently being pressed. obtaining an indication of pressure applied to a key (400; 500; 600; 700; 800; 902; 904) of a pressure sensitive keyboard configured to be physically and communicatively removable from a computing device (102; 3402); determining how many other keys have been pressed and are still pressed, wherein another key is considered as pressed when the pressure applied to the other key is equal or greater than a key press threshold amount; and determining that the pressure applied to the key is a key strike in response to the pressure applied to the key rising to a key press threshold amount and no more than a threshold number of other keys concurrently being pressed.
A pharmaceutical composition containing as active biocidal substances sage ( Salvia sp.) essential oil and aloe (Aloe sp.) for use in a method of treatment and prophylaxis of inflammations caused by Demodex.
A metering device (1, 12) having a metering chamber in which a displacement element is arranged moveably in such a way that it is reciprocable between two positions, wherein the volume of the metering chamber in the one position is greater than in the other position, wherein the metering device (1, 12) further has: - an actuator (2, 4) for driving the displacement element, which has an actuator input for an electrical actuation signal and is so constructed that an electrical actuation signal at the actuator input is converted into a mechanical movement, - a sensor (3, 13) for detecting a physical or chemical measurement value, which has a sensor output for an electrical measurement signal and is so adapted that it detects the physical or chemical measurement value, converts it into an electrical measurement signal and makes same available at the sensor output, - a communication interface, by way of which the metering device (1, 12) can communicate with a remotely arranged server, characterised in that the actuator (2, 14), the sensor (3, 13) and the communication interface are so adapted that an electrical measurement signal at the sensor output in operation of the metering device (1, 12) can be transmitted by way of the communication interface to the remote server and an electrical actuation signal can be received by way of the communication interface and transmitted to the actuator input. - an actuator (2, 4) for driving the displacement element, which has an actuator input for an electrical actuation signal and is so constructed that an electrical actuation signal at the actuator input is converted into a mechanical movement, - a sensor (3, 13) for detecting a physical or chemical measurement value, which has a sensor output for an electrical measurement signal and is so adapted that it detects the physical or chemical measurement value, converts it into an electrical measurement signal and makes same available at the sensor output, - a communication interface, by way of which the metering device (1, 12) can communicate with a remotely arranged server, characterised in that the actuator (2, 14), the sensor (3, 13) and the communication interface are so adapted that an electrical measurement signal at the sensor output in operation of the metering device (1, 12) can be transmitted by way of the communication interface to the remote server and an electrical actuation signal can be received by way of the communication interface and transmitted to the actuator input.
A medical device for occluding a bodily lumen (10,70), comprising a cannulated device (26;66;76) having a lumen (35;73), a proximal end, and a distal end (31;62;74), said cannulated device (26;66;76) further comprising a balloon (28;68;78), wherein at least a portion of said balloon (28;68;78) is inverted within the lumen (35;73) of the cannulated device (26;66;76) prior to deployment and said balloon (28;68;78) is in communication with said lumen (35;73) of said cannulated device, characterised in that the balloon (28;68;78) includes a balloon wall formed from a remodelable extracellular matrix material layer isolated from a biological tissue source, the remodelable extracellular matrix material layer being effective upon implantation to induce cellular invasion and ingrowth into the balloon wall so that the balloon wall becomes remodeled with new patient tissue, and the remodelable material incorporated so as to provide a structural wall of the balloon.
A pellet grill, comprising: a main body defining a cooking chamber; a burn pot (2216, 9314) located within the main body, the burn pot (2216, 9314) including an upper end, a lower end located opposite the upper end, and a sidewall extending between the upper end and the lower end, the sidewall having an opening; an ignitor (2406, 9504) extending into the burn pot (2216, 9314) through the opening of the sidewall; and an ignitor carrier (2408, 9506) removably coupled to the ignitor (2406, 9504), the ignitor carrier (2408, 9506) extending away from the burn pot (2216, 9314) and being accessible from outside the main body, characterized by the ignitor carrier (2408, 9506) being slidable relative to the burn pot (2216, 9314) to enable removal of the ignitor (2406, 9504) from the burn pot (2216, 9314) via the opening of the sidewall. a main body defining a cooking chamber; a burn pot (2216, 9314) located within the main body, the burn pot (2216, 9314) including an upper end, a lower end located opposite the upper end, and a sidewall extending between the upper end and the lower end, the sidewall having an opening; an ignitor (2406, 9504) extending into the burn pot (2216, 9314) through the opening of the sidewall; and an ignitor carrier (2408, 9506) removably coupled to the ignitor (2406, 9504), the ignitor carrier (2408, 9506) extending away from the burn pot (2216, 9314) and being accessible from outside the main body, characterized by the ignitor carrier (2408, 9506) being slidable relative to the burn pot (2216, 9314) to enable removal of the ignitor (2406, 9504) from the burn pot (2216, 9314) via the opening of the sidewall.
A device for forming a plurality of temporary mechanical and electrical connections between a device under test having a plurality of terminals (2, 502) and a load board having a plurality of contact pads, each contact pad being laterally arranged to correspond to exactly one terminal, comprising: a plurality of electrically conductive force contacts (72, 552) extending toward a device under test (1, 501) and being deflectable, each force contact (72, 552) in the plurality being laterally arranged to correspond to one terminal (2, 502); and a plurality of electrically conductive sense contacts (74,554), each sense contact (74, 554) in the plurality being laterally arranged to correspond to one force contact (72, 552) and one terminal (2, 502), each sense contact (74, 554) in the plurality extending toward the device under test (1, 501) proximate the corresponding force contact (72, 552); wherein each sense contact (74, 554) in the plurality includes a freely movable portion (76, 554) extending resiliently toward the device under test (1,501) wherein the sense contact (74, 554) is laterally separated from the corresponding force contact (72, 552); characterized in that the free portion includes a forked portion (78, 554a,b,c,d) at its distal end that extends on opposite sides of a distal end of the corresponding force contact (72, 552).
An enzyme composition comprising a recombinant polypeptide comprising an amino acid sequence that is at least 55% identical to the amino acid sequence of SEQ ID NO:2 or SEQ ID NO:3, wherein the polypeptide has beta-mannanase activity, and one or more cellulases or one or more other hemicellulases.
A cable spacer (104, 504, 604, 704, 804) for a cable of a vehicle, said cable spacer comprising a flexible cable fixing portion at a first end portion thereof and a plurality of cable spacing elements spaced apart from each other and extending away from the flexible cable fixing portion in a first direction, wherein the cable spacer extends between a first end portion and a second end portion in a second direction, wherein said second direction is substantially perpendicular to the first direction.
Device for the optical capture of fingerprints, comprising: - an illumination means designed to emit first light radiation having at least one first wavelength and second light radiation having at least one second wavelength different from the first; - an optical sensor sensitive to the light radiation at the first wavelength and at the second wavelength; - a control means for controlling the illumination means and the detection means, which is designed to sequentially control: - the illumination by the first light radiation and a first capture of a first image by the optical sensor; - the illumination by the second light radiation and a second capture of a second image by the optical sensor; the control means being designed to: - control, on the basis of a level of detection of the first light radiation by the optical sensor, at least one emission parameter of the second light radiation in order to optimize the quality of the second image; - process the second image in order to extract therefrom biometric characteristics representative of a fingerprint. - an illumination means designed to emit first light radiation having at least one first wavelength and second light radiation having at least one second wavelength different from the first; - an optical sensor sensitive to the light radiation at the first wavelength and at the second wavelength; - a control means for controlling the illumination means and the detection means, which is designed to sequentially control: - the illumination by the first light radiation and a first capture of a first image by the optical sensor; - the illumination by the second light radiation and a second capture of a second image by the optical sensor; the control means being designed to: - control, on the basis of a level of detection of the first light radiation by the optical sensor, at least one emission parameter of the second light radiation in order to optimize the quality of the second image; - process the second image in order to extract therefrom biometric characteristics representative of a fingerprint. - the illumination by the first light radiation and a first capture of a first image by the optical sensor; - the illumination by the second light radiation and a second capture of a second image by the optical sensor; the control means being designed to: - control, on the basis of a level of detection of the first light radiation by the optical sensor, at least one emission parameter of the second light radiation in order to optimize the quality of the second image; - process the second image in order to extract therefrom biometric characteristics representative of a fingerprint. - control, on the basis of a level of detection of the first light radiation by the optical sensor, at least one emission parameter of the second light radiation in order to optimize the quality of the second image; - process the second image in order to extract therefrom biometric characteristics representative of a fingerprint.
A method performed by a terminal (2c-01) in a wireless communication system, the method comprising: identifying that a buffer status report, BSR, is triggered based on an expiry of a BSR retransmission timer; identifying a highest priority logical channel, LCH, having data available for transmission; identifying the identified highest priority LCH as a LCH that triggered the BSR; identifying scheduling request, SR, configuration information (2c-13) corresponding to the LCH that triggered the BSR, the SR configuration information (2c-13) including a maximum number of SR transmission values; transmitting, to a base station (2c-03) in the wireless communication system, at least one SR based on the identified SR configuration information (2c-13); identifying whether a number of transmission of the at least one SR reaches a predetermined value that is determined based on the maximum number of the SR transmission values in case that there is no uplink resource available associated with the BSR; and performing a random access procedure in case that the number of transmission of the at least one SR reaches the predetermined value. identifying that a buffer status report, BSR, is triggered based on an expiry of a BSR retransmission timer; identifying a highest priority logical channel, LCH, having data available for transmission; identifying the identified highest priority LCH as a LCH that triggered the BSR; identifying scheduling request, SR, configuration information (2c-13) corresponding to the LCH that triggered the BSR, the SR configuration information (2c-13) including a maximum number of SR transmission values; transmitting, to a base station (2c-03) in the wireless communication system, at least one SR based on the identified SR configuration information (2c-13); identifying whether a number of transmission of the at least one SR reaches a predetermined value that is determined based on the maximum number of the SR transmission values in case that there is no uplink resource available associated with the BSR; and performing a random access procedure in case that the number of transmission of the at least one SR reaches the predetermined value.
A parking control method comprising calculating, by a control device, a parking route (R PL1) from a parking start position to a target parking position as a route for parking a vehicle into a target parking frame; wherein the parking start position is set as a position of the vehicle at a time an operator starts the parking control; generating, by the control device, a first control instruction for moving the vehicle along the calculated parking route (R PL1) and when an obstacle is detected (S108: Y) by a ranging device and/or a camera provided at the vehicle after execution, by a controller of the vehicle, of the first control instruction starts, controlling the vehicle to make a stop; detecting a position of the operator located outside the vehicle on the basis of a detection result from the ranging device and/or the images captured by the camera; calculating, by the control device, a rescue route (R R) having the same trajectory as that of the parking route (R PL1) but in the opposite direction to the direction of the parking route(R PL1); controlling the controller to execute (S116, S117) a second control instruction for moving the vehicle along the rescue route (R R), while continuously calculating the distance between the vehicle and the operator; and when the calculated distance switches from a decreasing tendency to an increasing tendency, controlling the controller to execute a third control instruction for stopping the vehicle. calculating, by a control device, a parking route (R PL1) from a parking start position to a target parking position as a route for parking a vehicle into a target parking frame; wherein the parking start position is set as a position of the vehicle at a time an operator starts the parking control; generating, by the control device, a first control instruction for moving the vehicle along the calculated parking route (R PL1) and when an obstacle is detected (S108: Y) by a ranging device and/or a camera provided at the vehicle after execution, by a controller of the vehicle, of the first control instruction starts, controlling the vehicle to make a stop; detecting a position of the operator located outside the vehicle on the basis of a detection result from the ranging device and/or the images captured by the camera; calculating, by the control device, a rescue route (R R) having the same trajectory as that of the parking route (R PL1) but in the opposite direction to the direction of the parking route(R PL1); controlling the controller to execute (S116, S117) a second control instruction for moving the vehicle along the rescue route (R R), while continuously calculating the distance between the vehicle and the operator; and when the calculated distance switches from a decreasing tendency to an increasing tendency, controlling the controller to execute a third control instruction for stopping the vehicle.
A photocatalytic water splitting process for H 2 generation catalyzed in the visible light range, UV light range, or both the visible and UV light range, comprising: a) dispersing a catalyst powder in a reactant solution comprising water and methanol in ratio of 4:1 in a gas closed irradiation system; b) irradiating the reactant mixture as obtained in step (a) in the visible light range to obtain hydrogen, wherein the catalyst powder is selected from the group consisting of InFeO3 (ZnO)m; InFeO3 (ZnO)m co-catalysed with Pt; and InGaO3 (ZnO)m co-catalysed with CuO, or b') irradiating the reactant mixture as obtained in step (a) in the UV light range or both the visible and UV light range to obtain hydrogen, wherein the catalyst powder is selected from the group consisting of InFeO3 (ZnO)m; InFeO3 (ZnO)m co-catalysed with Pt; InGaO3 (ZnO)m; InGaO3 (ZnO)m co-cataylsed with NiO; and InGaO3 (ZnO)m co-catalysed with CuO, wherein m = 1 - 5. a) dispersing a catalyst powder in a reactant solution comprising water and methanol in ratio of 4:1 in a gas closed irradiation system; b) irradiating the reactant mixture as obtained in step (a) in the visible light range to obtain hydrogen, wherein the catalyst powder is selected from the group consisting of InFeO3 (ZnO)m; InFeO3 (ZnO)m co-catalysed with Pt; and InGaO3 (ZnO)m co-catalysed with CuO, or b') irradiating the reactant mixture as obtained in step (a) in the UV light range or both the visible and UV light range to obtain hydrogen, wherein the catalyst powder is selected from the group consisting of InFeO3 (ZnO)m; InFeO3 (ZnO)m co-catalysed with Pt; InGaO3 (ZnO)m; InGaO3 (ZnO)m co-cataylsed with NiO; and InGaO3 (ZnO)m co-catalysed with CuO,
Container treatment module to be used in a container treatment machine, comprising a frame, at which a support plate, for example a turntable with a motor associated to it, and a centering facility which may center a container on the support plate, are arranged, and wherein the container treatment module comprises at least one device for mounting it to said container treatment machine and/or another container treatment module, characterized in that said frame comprises at least one variable dimension (a, a', b, b', c, c').