mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a display screen comprising a display surface and a non-display surface opposite to each other; a first lens module; and a fingerprint sensor configured to receive an optical signal transmitted through the non-display surface and the first lens module to collect fingerprint information; characterized in that the electronic device further comprises: a first driving mechanism connected to the first lens module and configured to drive the first lens module to move, so as to change a fingerprint information collection area of the fingerprint sensor, wherein the first lens module, the fingerprint sensor, and the first driving mechanism are disposed on the side of the non-display surface; and a processor coupled to the first driving mechanism and configured to control movement of the first lens module to increase the fingerprint information collection area of the fingerprint sensor when the fingerprint sensor does not collect the fingerprint information or a matching degree between the fingerprint information collected by the fingerprint sensor and a preset fingerprint information is lower than a preset value. a display screen comprising a display surface and a non-display surface opposite to each other; a first lens module; and a fingerprint sensor configured to receive an optical signal transmitted through the non-display surface and the first lens module to collect fingerprint information; characterized in that the electronic device further comprises: a first driving mechanism connected to the first lens module and configured to drive the first lens module to move, so as to change a fingerprint information collection area of the fingerprint sensor, wherein the first lens module, the fingerprint sensor, and the first driving mechanism are disposed on the side of the non-display surface; and a processor coupled to the first driving mechanism and configured to control movement of the first lens module to increase the fingerprint information collection area of the fingerprint sensor when the fingerprint sensor does not collect the fingerprint information or a matching degree between the fingerprint information collected by the fingerprint sensor and a preset fingerprint information is lower than a preset value. a first driving mechanism connected to the first lens module and configured to drive the first lens module to move, so as to change a fingerprint information collection area of the fingerprint sensor, wherein the first lens module, the fingerprint sensor, and the first driving mechanism are disposed on the side of the non-display surface; and a processor coupled to the first driving mechanism and configured to control movement of the first lens module to increase the fingerprint information collection area of the fingerprint sensor when the fingerprint sensor does not collect the fingerprint information or a matching degree between the fingerprint information collected by the fingerprint sensor and a preset fingerprint information is lower than a preset value.
A method for processing media data sent over a broadcast channel, the method being performed by a proxy server and comprising receiving packets of data transmitted over the broadcast channel, wherein the data are transmitted by a media source and comprise a source media stream coded into segments (118.1-118.n); analyzing the packets to identify segment(s) (118.1-118.n) to which each packet belongs; determining whether all packets of coded media data belonging to a particular segment have been received at the proxy server; upon a determination that all packets belonging to the particular segment (118.1-118.n) are received, storing the packets of the segment in a cache of the proxy server; generating a mapping between a source address of the segment (118.1-118.n) and location of the particular segment (126.1-126.n) in the cache; upon determining that one or more packets belonging to the particular segment have been lost, discarding all packets associated with the particular segment; responsive to a request from a client device (130, 132, 134) for a segment (118.1-118.n), the request including an address of the requested segment (118.1-118.n), determining, based on the mapping, whether the requested segment is stored in the cache; if the requested segment is stored in the cache, retrieving the requested segment from the cache, and transmitting the requested segment to the client device (130, 132, 134) over a unicast channel; and if the requested segment is not stored in the cache, sending a signal, to the client device (130, 132, 134), indicating that the requested segment is not available. analyzing the packets to identify segment(s) (118.1-118.n) to which each packet belongs; determining whether all packets of coded media data belonging to a particular segment have been received at the proxy server; upon a determination that all packets belonging to the particular segment (118.1-118.n) are received, storing the packets of the segment in a cache of the proxy server; generating a mapping between a source address of the segment (118.1-118.n) and location of the particular segment (126.1-126.n) in the cache; upon determining that one or more packets belonging to the particular segment have been lost, discarding all packets associated with the particular segment; responsive to a request from a client device (130, 132, 134) for a segment (118.1-118.n), the request including an address of the requested segment (118.1-118.n), determining, based on the mapping, whether the requested segment is stored in the cache; if the requested segment is stored in the cache, retrieving the requested segment from the cache, and transmitting the requested segment to the client device (130, 132, 134) over a unicast channel; and if the requested segment is not stored in the cache, sending a signal, to the client device (130, 132, 134), indicating that the requested segment is not available.
A solar cell, comprising: a silicon substrate, wherein the silicon substrate has a front side and a rear side; a finger electrode formed on the front side of the silicon substrate wherein the finger electrode is in electric contact with the silicon substrate, wherein the finger electrode comprises a silver component and a glass binder, and wherein the finger electrode is substantively free of other conductive metals than the silver component; and a busbar electrode formed on the front side of the silicon substrate wherein the busbar electrode is in electric contact with the finger electrode and wherein the busbar electrode comprises: a silver component; a second metal selected from the group consisting of nickel, copper, alloys thereof, and mixtures thereof; and a glass binder. a silicon substrate, wherein the silicon substrate has a front side and a rear side; a finger electrode formed on the front side of the silicon substrate wherein the finger electrode is in electric contact with the silicon substrate, wherein the finger electrode comprises a silver component and a glass binder, and wherein the finger electrode is substantively free of other conductive metals than the silver component; and a busbar electrode formed on the front side of the silicon substrate wherein the busbar electrode is in electric contact with the finger electrode and wherein the busbar electrode comprises: a silver component; a second metal selected from the group consisting of nickel, copper, alloys thereof, and mixtures thereof; and a glass binder.
Heating/cooling device for vehicles, in particular motor vehicles, having a compressor, having a refrigerant circuit, having a gas cooler, having an evaporator and having an expansion valve which is arranged between gas cooler and evaporator in the refrigerant circuit, wherein - the gas cooler or the evaporator is coupled to a liquid-coolant circuit (13, 23) which interacts with an interior-compartment heat exchanger or with an outside-air heat exchanger, or wherein - the gas cooler and the evaporator are each coupled to a dedicated liquid-coolant circuit (13, 23), wherein - one of the liquid-coolant circuits (13, 23) interacts with the interior-compartment heat exchanger and the other liquid-coolant circuit (23, 13) interacts with the outside-air heat exchanger, wherein, - if the gas cooler and the evaporator comprise a dedicated liquid-coolant circuit (13, 23), - in a heating mode, the liquid-coolant circuit of the gas cooler interacts with the interior-compartment heat exchanger and the liquid-coolant circuit of the evaporator interacts with the outside-air heat exchanger, and wherein - in a cooling mode, the liquid-coolant circuit of the gas cooler interacts with the outside-air heat exchanger and the liquid-coolant circuit of the evaporator interacts with the interior-compartment heat exchanger, characterized in that - the compressor is incorporated into the liquid-coolant circuit which interacts with the outside-air heat exchanger, such that the heat of operation of said compressor can be dissipated. - the gas cooler or the evaporator is coupled to a liquid-coolant circuit (13, 23) which interacts with an interior-compartment heat exchanger or with an outside-air heat exchanger, or wherein - the gas cooler and the evaporator are each coupled to a dedicated liquid-coolant circuit (13, 23), wherein - one of the liquid-coolant circuits (13, 23) interacts with the interior-compartment heat exchanger and the other liquid-coolant circuit (23, 13) interacts with the outside-air heat exchanger, wherein, - if the gas cooler and the evaporator comprise a dedicated liquid-coolant circuit (13, 23), - in a heating mode, the liquid-coolant circuit of the gas cooler interacts with the interior-compartment heat exchanger and the liquid-coolant circuit of the evaporator interacts with the outside-air heat exchanger, and wherein - in a cooling mode, the liquid-coolant circuit of the gas cooler interacts with the outside-air heat exchanger and the liquid-coolant circuit of the evaporator interacts with the interior-compartment heat exchanger, - the compressor is incorporated into the liquid-coolant circuit which interacts with the outside-air heat exchanger, such that the heat of operation of said compressor can be dissipated.
A slurry comprising at least a carbon black, a dispersion medium and a nonionic dispersant, wherein a concentration of the carbon black in the slurry is 5% by mass or more and 25% by mass or less, wherein a content of the nonionic dispersant in the slurry is 5 parts by mass or more and 20 parts by mass or less with respect to 100 parts by mass of the carbon black, and wherein in a volume-based frequency distribution of particle size of the carbon black measured by a laser diffraction / scattering method, provided that a volume concentration of carbon black with a particle size of 0.6 μm or more is x (%), a volume concentration of carbon black with a particle size of 0.3 μm or more and less than 0.6 μm is y (%), and a volume concentration of carbon black having a particle size of less than 0.3 μm is 100 - (x + y) (%), the slurry satisfies 10 ≤ x ≤ 70, 30 ≤ y ≤ 90, and 0 ≤ 100 - (x + y) ≤ 30. wherein a concentration of the carbon black in the slurry is 5% by mass or more and 25% by mass or less, wherein a content of the nonionic dispersant in the slurry is 5 parts by mass or more and 20 parts by mass or less with respect to 100 parts by mass of the carbon black, and wherein in a volume-based frequency distribution of particle size of the carbon black measured by a laser diffraction / scattering method, provided that a volume concentration of carbon black with a particle size of 0.6 μm or more is x (%), a volume concentration of carbon black with a particle size of 0.3 μm or more and less than 0.6 μm is y (%), and a volume concentration of carbon black having a particle size of less than 0.3 μm is 100 - (x + y) (%), the slurry satisfies 10 ≤ x ≤ 70, 30 ≤ y ≤ 90, and 0 ≤ 100 - (x + y) ≤ 30.
Sterilizable containment comprising: an inner packaging and an outer packaging that encloses said inner packaging, said outer packaging comprising at least two electric feedthroughs (28.1, 28.2) and said inner packaging comprising at least two electric contacts (24.1, 24.2), each of the contacts (24.1, 24.2) of the inner packaging matching one of the feedthroughs (28.1, 28.2) of the outer packaging to provide an electric connection between a respective feedthrough and the corresponding contact when the inner packaging and the outer packaging are closed, each of the contacts (24.1, 24.2) being further configured and arranged to feed electrical charge and/or voltage drops from outside the inner packaging to the inside of the inner package and vice versa, characterized in, that said inner packaging further containing an electrically conducting medium that allows propagation of electrical charge and/or application of a voltage delta between said contacts (24.1, 24.2) of the inner packaging and an implantable medical device contained in said inner packaging when said containment is filled with such implantable medical device.
An article for production of or use in an electrochemical cell, said article comprising: - a first electrode comprising lithium, said first electrode comprising a first surface; - a second electrode, said second electrode comprising a second surface; - an electrolyte; wherein said article further comprises (i) a first additive wherein the first additive comprises a xanthate group; and (ii) a second additive wherein the second additive comprises an (oxalato)borate group, and wherein the first additive is present in the electrolyte, the second additive is present in the electrolyte at greater than or equal to 0.2 wt% versus the total weight of the electrolyte, and wherein the ratio of the total weight of the first additive to the total weight of the second additive is less than or equal to 3. - a first electrode comprising lithium, said first electrode comprising a first surface; - a second electrode, said second electrode comprising a second surface; - an electrolyte; (i) a first additive wherein the first additive comprises a xanthate group; and (ii) a second additive wherein the second additive comprises an (oxalato)borate group, and wherein the first additive is present in the electrolyte, the second additive is present in the electrolyte at greater than or equal to 0.2 wt% versus the total weight of the electrolyte, and wherein the ratio of the total weight of the first additive to the total weight of the second additive is less than or equal to 3.
A method for adjusting magnetization of a rotor of a permanent magnet machine, the rotor comprising a rotor body, an outer surface, and a central shaft, in which rotor permanent magnets are disposed inside the rotor body in annular V-formation, first ends of the permanent magnets being close to the outer surface of the rotor and second ends of the permanent magnets being closer to the central shaft of the rotor in such a way that the second ends of the permanent magnets are disposed in heat transfer contact with an air channel that extends in an axial direction through the rotor, wherein the rotor comprises, in the air channel, an adjusting arrangement for adjusting a leakage flux of the permanent magnets, the adjusting arrangement constituting at least a part of a ferromagnetic partition in the radial direction of the rotor so that the ferromagnetic partition divides the air channel into two channel sections (8,9), characterized in that the method comprises adjusting the leakage flux of the permanent magnets by i) turning an adjustment member of the adjusting arrangement in an area of the ferromagnetic partition to adjust a reluctance of the ferromagnetic partition or ii) moving the adjustment member in the axial direction of the rotor in the area of the ferromagnetic partition to adjust the reluctance of the ferromagnetic partition.
A method of correcting a measurement signal of a fluid temperature delivered by a sensor, said method including: • a step of digitally modelling the temperature measured by the sensor by using a modeled signal; • a step of estimating a lag error signal (ε lag) for said sensor from the modeled signal and a signal obtained by filtering the modeled signal, the filter having as a parameter an estimate of a time constant (τ) of the sensor; and • a step of correcting the measurement signal delivered by the sensor by means of the estimated lag error signal; said method being characterized in that the time constant of the sensor is estimated as a function of time from the measurement signal and the modeled signal. • a step of digitally modelling the temperature measured by the sensor by using a modeled signal; • a step of estimating a lag error signal (ε lag) for said sensor from the modeled signal and a signal obtained by filtering the modeled signal, the filter having as a parameter an estimate of a time constant (τ) of the sensor; and • a step of correcting the measurement signal delivered by the sensor by means of the estimated lag error signal; said method being characterized in that the time constant of the sensor is estimated as a function of time from the measurement signal and the modeled signal.
A microetching solution for copper, consisting of an aqueous solution containing: a cupric ion; an organic acid; a halide ion; an amino group-containing compound having a molecular weight of 17 to 400; and a polymer, wherein the polymer is a water-soluble polymer including a polyamine chain and/or a cationic group and having a weight average molecular weight of 1000 or more, and where a concentration of the amino group-containing compound is A% by weight and a concentration of the polymer is B% by weight, a value of A/B is 50 to 6000.
Device for picking orders largely by machine in warehouses by means of independently freely movable transport vehicles, having the following features: a) a vehicle housing having a carrier plate for receiving and transporting a load rack with transport material, having two drive wheels, which are separately driven on both sides in the middle of the vehicle housing on a separately mounted axis of rotation in each case, wherein at least one support wheel (9, 21) is provided in each case on the front side and on the rear side of the vehicle housing, and wherein the carrier plate carries a load rack with a light robot having means for grasping products, and b) at least one 3D scanner as well as at least one WLAN antenna in the front region of the vehicle housing, characterized by c) a wishbone which connects drive wheels, which are pivotable about the axis of rotation in each case via an angle lever so that these drive wheels can execute vertical movements independently of one another, and d) a centrally arranged positioning element, which, via a lift-turn lever and a pushrod connected thereto, can move two front lift rods and two rear lift rods to raise or lower the carrier plate, wherein e) the light robot has a light field sensor in the region of the means for grasping products and the vehicle housing has at least one light field sensor in the front region. a) a vehicle housing having a carrier plate for receiving and transporting a load rack with transport material, having two drive wheels, which are separately driven on both sides in the middle of the vehicle housing on a separately mounted axis of rotation in each case, wherein at least one support wheel (9, 21) is provided in each case on the front side and on the rear side of the vehicle housing, and wherein the carrier plate carries a load rack with a light robot having means for grasping products, and b) at least one 3D scanner as well as at least one WLAN antenna in the front region of the vehicle housing, characterized by c) a wishbone which connects drive wheels, which are pivotable about the axis of rotation in each case via an angle lever so that these drive wheels can execute vertical movements independently of one another, and d) a centrally arranged positioning element, which, via a lift-turn lever and a pushrod connected thereto, can move two front lift rods and two rear lift rods to raise or lower the carrier plate, wherein e) the light robot has a light field sensor in the region of the means for grasping products and the vehicle housing has at least one light field sensor in the front region.
A method for bioconjugating a lipid with a molecular entity, the method comprising reacting a derivatized lipid bearing a moiety capable of undergoing a cycloaddition reaction with a derivatized molecular entity capable of reacting with said derivatized lipid via a cycloaddition reaction, wherein the molecular entity is selected from the group consisting of a polymer, a resin, a macromolecule, an antibody, a non-immunogenic high molecular weight compound, and a diagnostic detector molecule.
Adjustment device having four pull cables (101, 102, 103, 104) for adjusting the length of the four pull cables (101, 102, 103, 104) of a lifting bed which is height-adjustable with the aid of the pull cables (101, 102, 103, 104) and which can be reversibly conveyed from a first level to a second level, wherein the adjustment device comprises a carrier platform which can be fastened to the bed frame and on which there is mounted a guide carriage which is movably mounted along a linear guide device, wherein each of the four pull cables (101, 102, 103, 104) is assigned a deflection roller (141, 142, 143, 144) mounted on the guide carriage and having the function and action of a loose deflection roller of a block and tackle, and wherein a linear movement of the guide carriage brings about a simultaneous and uniform adjustment of the four pull cables (101, 102, 103, 104), characterized in that the carrier platform is of rectangular design and has a head end and a foot end opposite to the head end, wherein each of the four pull cables (101, 102, 103, 104) is firmly anchored in the region of the foot end of the carrier platform.
A pliers comprising: a first member having a first member medial portion between a first member handle portion and a first member tip portion; the first member medial portion having a first surface opposite a second surface and a V-shape track extending through the first member medial portion from the first surface through the second surface, the V-shape track having a first stem and a second stem; a second member having a second member medial portion between a second member handle portion and a second member tip portion; the second member medial portion having a first surface opposite a second surface with a ridge, and a through-hole extending from the first surface through the ridge of second surface; a switch mechanism comprising a switch member having a body and a shaft extending from the body, the shaft having a shaft through-hole through which a pin extends; and wherein the shaft of the switch member extends through the V-shape track of the first member and the through-hole of the second member and is configured to translate along the first and second stems of the V-shape track; wherein said second ridged surface has a chamfered portion adjacent to said through-hole. a first member having a first member medial portion between a first member handle portion and a first member tip portion; the first member medial portion having a first surface opposite a second surface and a V-shape track extending through the first member medial portion from the first surface through the second surface, the V-shape track having a first stem and a second stem; a second member having a second member medial portion between a second member handle portion and a second member tip portion; the second member medial portion having a first surface opposite a second surface with a ridge, and a through-hole extending from the first surface through the ridge of second surface; a switch mechanism comprising a switch member having a body and a shaft extending from the body, the shaft having a shaft through-hole through which a pin extends; and wherein the shaft of the switch member extends through the V-shape track of the first member and the through-hole of the second member and is configured to translate along the first and second stems of the V-shape track; wherein said second ridged surface has a chamfered portion adjacent to said through-hole.