mhurhangee/ep-ind-claims huggingface dataset:
A method for unlocking a terminal, comprising: receiving N fingerprint images from a finger of a user each of which is able to successfully unlock the terminal, each of the N fingerprint images comprising M partial fingerprint images corresponding to M scanning partitions of a fingerprint recognition sensor, wherein N is a positive integer, wherein M is a positive integer greater than 1, and wherein each of the N fingerprint images has at least one feature point; acquiring, over the N fingerprint images, the average number of feature points of the M partial fingerprint images corresponding to each of the M scanning partitions; determining scanning priorities of the M scanning partitions according to the acquired average number corresponding to each of the M scanning partitions, wherein a highest scanning priority corresponds to the largest acquired average number, wherein each of the M scanning partitions of the fingerprint recognition sensor includes at least 20 sensing electrodes configured to scan the finger to acquire fingerprint data for generating a fingerprint image; scanning a finger by a first scanning partition of the fingerprint recognition sensor having the highest priority, so as to acquire first fingerprint data from the finger; generating a first fingerprint image according to the first fingerprint data, extracting feature points of the first fingerprint image, and adding the feature points into a set of feature points; and unlocking the terminal when the set of the feature points are successfully matched with a template stored in advance in the terminal. receiving N fingerprint images from a finger of a user each of which is able to successfully unlock the terminal, each of the N fingerprint images comprising M partial fingerprint images corresponding to M scanning partitions of a fingerprint recognition sensor, wherein N is a positive integer, wherein M is a positive integer greater than 1, and wherein each of the N fingerprint images has at least one feature point; acquiring, over the N fingerprint images, the average number of feature points of the M partial fingerprint images corresponding to each of the M scanning partitions; determining scanning priorities of the M scanning partitions according to the acquired average number corresponding to each of the M scanning partitions, wherein a highest scanning priority corresponds to the largest acquired average number, wherein each of the M scanning partitions of the fingerprint recognition sensor includes at least 20 sensing electrodes configured to scan the finger to acquire fingerprint data for generating a fingerprint image; scanning a finger by a first scanning partition of the fingerprint recognition sensor having the highest priority, so as to acquire first fingerprint data from the finger; generating a first fingerprint image according to the first fingerprint data, extracting feature points of the first fingerprint image, and adding the feature points into a set of feature points; and unlocking the terminal when the set of the feature points are successfully matched with a template stored in advance in the terminal.
Transport and storage container which can be opened from a folded non-use position into an open position and the side walls of which can be folded towards the base surface of a base tray and are arranged over walls of the base tray, wherein at least one wall of the base tray is provided with a recess in which at least one opening is configured, through which a pivot shaft of a hinge element of the side wall can be introduced, wherein a projection extends into the recess at the inner surface of the wall of the base tray, characterised in that the edge of the projection extends from the base surface of the recess to the upper edge of the wall and is configured in an arched or stepped manner and the edge of the projection forms a forcible guidance for the pivot shaft of the hinge element such that the side wall is inserted perpendicularly into the corresponding recess of the base tray with the respective hinge element and by folding the side wall on the base tray the pivot shaft is pushed by means of the forcible guidance of the projection into the opening.
Reservoir of molten metal atomizer comprising: - A tundish comprising: o a bottom and a side substantially delimiting a central cavity whose bottom comprises a central portion and a periphery, o at least one discharging zone in the form of a top-opened recess in the side of the tundish and comprising: ▪ a bottom positioned at most at the level of the periphery of the bottom of the central cavity, ▪ a discharging opening in the bottom and, ▪ a shut-off device for the discharging opening, - a bell whose lip is positioned towards the bottom of the tundish, the bell being substantially centered on the tundish and extending above at least 50% of the bottom of the tundish, the bell comprising in its upper section a gas injector. - A tundish comprising: o a bottom and a side substantially delimiting a central cavity whose bottom comprises a central portion and a periphery, o at least one discharging zone in the form of a top-opened recess in the side of the tundish and comprising: ▪ a bottom positioned at most at the level of the periphery of the bottom of the central cavity, ▪ a discharging opening in the bottom and, ▪ a shut-off device for the discharging opening, o a bottom and a side substantially delimiting a central cavity whose bottom comprises a central portion and a periphery, o at least one discharging zone in the form of a top-opened recess in the side of the tundish and comprising: ▪ a bottom positioned at most at the level of the periphery of the bottom of the central cavity, ▪ a discharging opening in the bottom and, ▪ a shut-off device for the discharging opening, ▪ a bottom positioned at most at the level of the periphery of the bottom of the central cavity, ▪ a discharging opening in the bottom and, ▪ a shut-off device for the discharging opening, - a bell whose lip is positioned towards the bottom of the tundish, the bell being substantially centered on the tundish and extending above at least 50% of the bottom of the tundish, the bell comprising in its upper section a gas injector.
A computer-implemented method of generating a 3D model of a real-world environment, comprising: creating a three-dimensional volume in a memory device for storing the model, the volume comprising a plurality of voxels (610, 618); receiving data describing a location and orientation of a capture device and a depth image of at least a portion of the environment output from the capture device, the depth image comprising a plurality of pixels, each indicating a distance from the capture device to a point in the environment; assigning a separate execution thread to each voxel (610, 618) in a plane of the volume; each execution thread using the capture device location and orientation to determine a corresponding location in the depth image for its associated voxel, determining a factor relating to the distance between the associated voxel and the point in the environment at the corresponding location, and updating a stored value at the associated voxel using the factor; and each execution thread iterating through an equivalent voxel, where equivalent voxels have the same x,y coordinate, in each remaining plane of the volume and repeating the steps of determining the factor and updating the stored value for each voxel. creating a three-dimensional volume in a memory device for storing the model, the volume comprising a plurality of voxels (610, 618); receiving data describing a location and orientation of a capture device and a depth image of at least a portion of the environment output from the capture device, the depth image comprising a plurality of pixels, each indicating a distance from the capture device to a point in the environment; assigning a separate execution thread to each voxel (610, 618) in a plane of the volume; each execution thread using the capture device location and orientation to determine a corresponding location in the depth image for its associated voxel, determining a factor relating to the distance between the associated voxel and the point in the environment at the corresponding location, and updating a stored value at the associated voxel using the factor; and each execution thread iterating through an equivalent voxel, where equivalent voxels have the same x,y coordinate, in each remaining plane of the volume and repeating the steps of determining the factor and updating the stored value for each voxel.
A lipocalin mutein comprising 9 to 20 mutated amino acid residues at the sequence positions selected from the group consisting of sequence positions 36, 40, 41, 49, 52, 68, 70, 72, 73, 77, 79, 81, 96, 100, 103, 106, 125, 127, 132, and 134 of the linear polypeptide sequence of NGAL (SEQ ID NO: 27), wherein the lipocalin mutein is capable of binding glypican-3 with an affinity by a K D of about 10 nM or lower determined by surface plasmon resonance, wherein the lipocalin mutein has at least 80% sequence identity to the linear polypeptide sequence of NGAL (SEQ ID NO: 27), and wherein said mutated amino acid residues are substitutions selected from the group consisting of: Leu 36 → Ile, Val, Arg, Met or Ser; Ala 40 → Trp, Val, His, Gly or Tyr; Ile 41 → Met, Ala, Arg, Gln or Ser; Gln 49 → Pro, Leu, Val, Arg or Trp; Tyr 52 → Arg, Thr, His, Ser or Asn; Ser 68 → Arg, Gly, Asn, Ala or Lys; Leu 70 → Arg, Ser, Gin, Thr or Phe; Arg 72 → Asp, Trp, Ala or Ser; Lys 73 → Glu, Arg, Met, Leu or His; Asp 77 → Gly, His, Met, Gin, Ser or Tyr; Trp 79 → Gly, Lys, Ser or Ile; Arg 81 → Ala, Gly, Thr, Tyr or Trp; Asn 96 → Val, Asp, Gln, Lys, Gly or Phe; Tyr 100 → Arg, Gly, Glu, Ile or Asn; Leu 103 → Ile, Gln, Asn, Met, Asp or Trp; Tyr 106 → Asp, Asn, Met, Phe or Leu; Lys 125 → Phe, Glu, Arg, Tyr, Gly or Trp; Ser 127 → Lys, Arg, Tyr, His, Ile or Asp; Tyr 132 → Trp, Ile, Phe, Gln or Val; and Lys 134 → Gly, Ala, Phe, Asp, Asn, Ile or Ser.
An LC oscillator circuit that produces an output signal having an amplitude and a frequency, the output signal having a frequency dependence on temperature and also having a frequency dependence on amplitude, comprising: - a tank circuit, - a transconductance amplifier, configured for operating the tank circuit within a phase region of a local or global temperature null by controlling the harmonic content of the current input to the tank circuit, in which phase region of a local or global temperature null, the frequency of the output signal exhibits a reduced sensitivity to changes in temperature; characterized in - a reference voltage generation circuit, configured for sensing a change in temperature and for generating a reference signal (V ref) for automatic amplitude control, which reference signal (V ref) is a controlled programmable function of temperature; and - an automatic amplitude controller, configured for controlling the amplitude of the output signal in response to the reference signal by controlling the transconductance amplifier such that the frequency of the output signal follows a TNULL characteristic as a function of temperature in the phase region of the temperature null. - a tank circuit, - a transconductance amplifier, configured for operating the tank circuit within a phase region of a local or global temperature null by controlling the harmonic content of the current input to the tank circuit, in which phase region of a local or global temperature null, the frequency of the output signal exhibits a reduced sensitivity to changes in temperature; characterized in - a reference voltage generation circuit, configured for sensing a change in temperature and for generating a reference signal (V ref) for automatic amplitude control, which reference signal (V ref) is a controlled programmable function of temperature; and - an automatic amplitude controller, configured for controlling the amplitude of the output signal in response to the reference signal by controlling the transconductance amplifier such that the frequency of the output signal follows a TNULL characteristic as a function of temperature in the phase region of the temperature null.
A data bus subscriber connected to a local bus, wherein the local bus is a ring bus, the data bus subscriber comprising: a status signal input for receiving a first status signal value from a data bus subscriber directly downstream in the ring bus or from a termination unit directly downstream; a status signal output for providing a second status signal value to a data bus subscriber directly upstream in the ring bus or to a local bus master directly upstream; wherein the data bus subscriber is adapted to provide the second status signal value based on a logical linkage of a communication readiness of the data bus subscriber and the first status signal value. a status signal input for receiving a first status signal value from a data bus subscriber directly downstream in the ring bus or from a termination unit directly downstream; a status signal output for providing a second status signal value to a data bus subscriber directly upstream in the ring bus or to a local bus master directly upstream; wherein the data bus subscriber is adapted to provide the second status signal value based on a logical linkage of a communication readiness of the data bus subscriber and the first status signal value.
An electronic cigarette, comprising: a housing; a sleeve received in the housing, the sleeve comprising a first limiting position and a second limiting position; an atomizer comprising a mouthpiece, the atomizer capable of being inserted into the sleeve and telescoping relative to the sleeve along an axial direction of the sleeve, so as to expose the mouthpiece or take out the atomizer from the sleeve; a latch assembly arranged on an end of the atomizer opposite to the mouthpiece, when the latch assembly is positioned at the first limiting position the latch assembly is configured to latch the atomizer in the sleeve when the atomizer is retracted in the sleeve; and a control assembly arranged on the sleeve, the control assembly configured to unlock the latch assembly to allow the end of the atomizer to move to the second limiting position along the axial direction of the sleeve. a housing; a sleeve received in the housing, the sleeve comprising a first limiting position and a second limiting position; an atomizer comprising a mouthpiece, the atomizer capable of being inserted into the sleeve and telescoping relative to the sleeve along an axial direction of the sleeve, so as to expose the mouthpiece or take out the atomizer from the sleeve; a latch assembly arranged on an end of the atomizer opposite to the mouthpiece, when the latch assembly is positioned at the first limiting position the latch assembly is configured to latch the atomizer in the sleeve when the atomizer is retracted in the sleeve; and a control assembly arranged on the sleeve, the control assembly configured to unlock the latch assembly to allow the end of the atomizer to move to the second limiting position along the axial direction of the sleeve.
A method comprising: configuring a first time division duplex, TDD, configuration for a first cell of a user equipment, UE, in a LTE system, wherein the first cell is over a first frequency band; and configuring a second TDD configuration for a second cell of the UE, wherein the second cell is over a second frequency band, and wherein the first TDD configuration is different from the second TDD configuration, characterized in that the method further comprises: determining if there is simultaneous downlink, DL, and uplink, UL, transceiving between the first and the second configuration; determining a band spacing between the first band and the second band for carrier aggregation if there exists simultaneous DL/UL transceiving to avoid inter-band interference between two co-located RF modules with simultaneous transmission and reception; broadcasting the band spacing between the first band and the second band for carrier aggregation; and receiving a carrier aggregation indication from the UE, wherein the carrier aggregation indication indicates whether the UE supports the carrier aggregation of the first TDD configuration and the second TDD configuration with the required band spacing. configuring a first time division duplex, TDD, configuration for a first cell of a user equipment, UE, in a LTE system, wherein the first cell is over a first frequency band; and configuring a second TDD configuration for a second cell of the UE, wherein the second cell is over a second frequency band, and wherein the first TDD configuration is different from the second TDD configuration, determining if there is simultaneous downlink, DL, and uplink, UL, transceiving between the first and the second configuration; determining a band spacing between the first band and the second band for carrier aggregation if there exists simultaneous DL/UL transceiving to avoid inter-band interference between two co-located RF modules with simultaneous transmission and reception; broadcasting the band spacing between the first band and the second band for carrier aggregation; and receiving a carrier aggregation indication from the UE, wherein the carrier aggregation indication indicates whether the UE supports the carrier aggregation of the first TDD configuration and the second TDD configuration with the required band spacing.
A method of controlling a mobile terminal, the method comprising: displaying a three-dimensional stereoscopic image including a plurality of objects; detecting a location of a detection target which is controlled or manipulated by a user in a three-dimensional detection region corresponding to the three-dimensional stereoscopic image; selecting a first object among the plurality of objects based on the location of the detection target; in a state where the first object is selected, moving the first object along a movement of the detection target in a vertical direction perpendicular with respect to a surface of a display unit of the mobile terminal, the display unit being used for outputting the three-dimensional stereoscopic image; and generating at least one object between the first object and a second object among the plurality of objects when a distance between the first and the second object is increased in the vertical direction due to the movement of the first object in the same direction as the moving direction of the detection target, wherein the at least one object which is generated between the first and the second object is displayed between the first and the second object. displaying a three-dimensional stereoscopic image including a plurality of objects; detecting a location of a detection target which is controlled or manipulated by a user in a three-dimensional detection region corresponding to the three-dimensional stereoscopic image; selecting a first object among the plurality of objects based on the location of the detection target; in a state where the first object is selected, moving the first object along a movement of the detection target in a vertical direction perpendicular with respect to a surface of a display unit of the mobile terminal, the display unit being used for outputting the three-dimensional stereoscopic image; and generating at least one object between the first object and a second object among the plurality of objects when a distance between the first and the second object is increased in the vertical direction due to the movement of the first object in the same direction as the moving direction of the detection target, wherein the at least one object which is generated between the first and the second object is displayed between the first and the second object.
Method for producing a food intermediate, characterized by the following steps: a) comminuting 32-40 wt% of chicken abdominal fat, 32-40 wt% of chicken skin, 7-11 wt% of chicken egg white, 1-2.5 wt% of table salt, 12-25 wt% of water, and also oxidizing agents and glucose dextrose, to give a mass; b) dispensing the mass into a casing; c) cooking the dispensed mass. a) comminuting 32-40 wt% of chicken abdominal fat, 32-40 wt% of chicken skin, 7-11 wt% of chicken egg white, 1-2.5 wt% of table salt, 12-25 wt% of water, and also oxidizing agents and glucose dextrose, to give a mass; b) dispensing the mass into a casing; c) cooking the dispensed mass.
Device for monitoring the state of equipment, particularly safety switch for monitoring the closed state of protective equipment of a machine, wherein the device comprises a switch head and an actuator, which can be brought into interaction and thereby control the device, wherein the switch head comprises optical signalling means for optical signalling of an operational state of the device, and the actuator has optical conducting means comprising at least one entry window and at least one exit window (34, 36), and in a state of the device in which the switch head and the actuator are in interaction the light emitted by the signalling means at least in part enters by way of the at least one entry window and exits by way of the at least one exit window (34, 36), characterised in that the optical conducting means comprises a beam divider, which apportions the light entering by way of the entry window to at least two exit windows (34, 36) so that even in the closed state of the protective equipment the signal of the signalling means is perceptible and, in particular, not only within, but also outside the protective equipment and irrespective of whether the signalling means is covered by the actuator.
Method of installing a dormer assembly comprising a dormer cheek, an upper section and a lower section, in a pitched roof, the pitched roof comprising an underroof, rafters and/or battens, wherein the upper section and the lower section are adapted to adjoin the dormer cheek and the pitched roof, the method comprises the steps of: - mounting a base frame, comprising a bottom member, a first and a second side member (251a, 251b) and a top member, onto the rafters and/or battens, - cutting a hole in the underroof, thereby creating flaps (231a, 231b, 233, 235) in the underroof extending along the bottom, top and side members (251a, 251b) of the base frame, - characterized in that the method further comprises the step of attaching the flaps (231a, 231b, 233, 235) of the underroof to the base frame members by folding the flaps (231a, 231b, 233, 235) such that they extend upwards substantially perpendicularly to the pitched roof along an inner side of the base frame members, said inner side facing the opening surrounded by the base frame. - mounting a base frame, comprising a bottom member, a first and a second side member (251a, 251b) and a top member, onto the rafters and/or battens, - cutting a hole in the underroof, thereby creating flaps (231a, 231b, 233, 235) in the underroof extending along the bottom, top and side members (251a, 251b) of the base frame, - characterized in that the method further comprises the step of attaching the flaps (231a, 231b, 233, 235) of the underroof to the base frame members by folding the flaps (231a, 231b, 233, 235) such that they extend upwards substantially perpendicularly to the pitched roof along an inner side of the base frame members, said inner side facing the opening surrounded by the base frame.