mhurhangee/ep-ind-claims huggingface dataset:
A method for initiating fingerprint capture in an electronic device having a touch screen with a sensing region, a touch controller, and a fingerprint controller, wherein the electronic device has a fingerprint sensor and a touch sensor integrated in the active area of a display, the method comprising: placing the electronic device in a first power mode, the first power mode being a doze mode, wherein the fingerprint controller is in a low power mode; by the touch controller, scanning for an object proximate to the sensing region; executing a validation mode comprising analyzing a location of a touch in the sensing region; sending a first signal from the touch controller to the host upon detection of a valid touch, the first signal being a first wake up signal; sending a second signal from the host to the fingerprint controller, placing the fingerprint controller in a second power mode, the second power mode being a higher power mode than the first power mode, to initiate fingerprint capture in response to detection of a valid touch; and capturing an image of the fingerprint. placing the electronic device in a first power mode, the first power mode being a doze mode, wherein the fingerprint controller is in a low power mode; by the touch controller, scanning for an object proximate to the sensing region; executing a validation mode comprising analyzing a location of a touch in the sensing region; sending a first signal from the touch controller to the host upon detection of a valid touch, the first signal being a first wake up signal; sending a second signal from the host to the fingerprint controller, placing the fingerprint controller in a second power mode, the second power mode being a higher power mode than the first power mode, to initiate fingerprint capture in response to detection of a valid touch; and capturing an image of the fingerprint.
An apparatus for processing label rolls, receipt rolls and/or labels provided on a label roll of different types, in particular for printing labels, comprising a sensor which is configured to read a code provided at the respective roll, in particular at a respective label, said code consisting of an ink which is transparent in a spectral range visible to humans and including data which characterize the type of the respective roll and/or of the respective label, wherein the operation of the apparatus takes place using the read data, characterized in that the apparatus is configured to automatically select a print to be applied in dependence on the read data.
An elevator system, comprising: an elevator car; a first transceiver supported on the elevator car; a second transceiver in a preselected location where the first transceiver can wirelessly communicate with the second transceiver when the elevator car is situated in a corresponding location, the first transceiver wirelessly communicating with the second transceiver to transfer at least electrical power between the transceivers (30, 32); and an elevator car power storage device supported on the elevator car, the elevator car power storage device being configured to store electrical power received by the first transceiver from the second transceiver, the elevator car power storage device also being configured to provide power to the first transceiver to be transferred to the second transceiver; characterized in that the first transceiver and the second transceiver are configured to wirelessly communicate signals between the transceivers and the first transceiver wirelessly transfers at least one signal from at least one component on the elevator car to the second transceiver; and further characterized by the elevator system further comprising at least one passenger interface that is configured to generate at least one signal indicating a request of a passenger on the elevator car and wherein the first transceiver transfers a signal generated by the at least one passenger interface to the second transceiver. an elevator car; a first transceiver supported on the elevator car; a second transceiver in a preselected location where the first transceiver can wirelessly communicate with the second transceiver when the elevator car is situated in a corresponding location, the first transceiver wirelessly communicating with the second transceiver to transfer at least electrical power between the transceivers (30, 32); and an elevator car power storage device supported on the elevator car, the elevator car power storage device being configured to store electrical power received by the first transceiver from the second transceiver, the elevator car power storage device also being configured to provide power to the first transceiver to be transferred to the second transceiver; characterized in that the first transceiver and the second transceiver are configured to wirelessly communicate signals between the transceivers and the first transceiver wirelessly transfers at least one signal from at least one component on the elevator car to the second transceiver; and further characterized by the elevator system further comprising at least one passenger interface that is configured to generate at least one signal indicating a request of a passenger on the elevator car and wherein the first transceiver transfers a signal generated by the at least one passenger interface to the second transceiver.
Method for displaying passenger information on a passenger transport vehicle that has an interior and at least one window (16; 18; 20) that has an inside, pointing to the interior, and an outside, wherein at least one display section of the window (16; 18; 20) is designed for displaying passenger information, having the step of: - presentation of the passenger information in the display section such that the passenger information can be read on the outside of the display section, the display section of the window (16; 18; 20) having an imaging layer, wherein an image source projects the passenger information onto the display section from the inside, characterized in that the image source is oriented from a central axis, which is oriented vertically, to a plane of the display section, in a manner offset and/or oblique with respect thereto, and in that the passenger information is projected such that distortions produced by the offset and/or oblique arrangement are removed. - presentation of the passenger information in the display section such that the passenger information can be read on the outside of the display section, the display section of the window (16; 18; 20) having an imaging layer, wherein an image source projects the passenger information onto the display section from the inside,
Apparatus for encoding a multi-channel audio signal comprising at least two channels, comprising: a time-spectral converter for converting sequences of blocks of sample values of the at least two channels into a frequency domain representation having sequences of blocks of spectral values for the at least two channels, wherein a block of sampling values has an associated input sampling rate, and a block of spectral values of the sequences of blocks of spectral values has spectral values up to a maximum input frequency being related to the input sampling rate; the apparatus being characterised by comprising: a multi-channel processor for applying a joint multi-channel processing to the sequences of blocks of spectral values or to resampled sequences of blocks of spectral values to obtain at least one result sequence of blocks of spectral values comprising information related to the at least two channels; a spectral domain resampler for resampling the blocks of the result sequences in the frequency domain or for resampling the sequences of blocks of spectral values for the at least two channels in the frequency domain to obtain a resampled sequence of blocks of spectral values, wherein a block of the resampled sequence of blocks of spectral values has spectral values up to a maximum output frequency (1231, 1221) being different from the maximum input frequency; a spectral-time converter for converting the resampled sequence of blocks of spectral values into a time domain representation or for converting the result sequence of blocks of spectral values into a time domain representation comprising an output sequence of blocks of sampling values having associated an output sampling rate being different from the input sampling rate; and a core encoder for encoding the output sequence of blocks of sampling values to obtain an encoded multi-channel audio signal. a multi-channel processor for applying a joint multi-channel processing to the sequences of blocks of spectral values or to resampled sequences of blocks of spectral values to obtain at least one result sequence of blocks of spectral values comprising information related to the at least two channels; a spectral domain resampler for resampling the blocks of the result sequences in the frequency domain or for resampling the sequences of blocks of spectral values for the at least two channels in the frequency domain to obtain a resampled sequence of blocks of spectral values, wherein a block of the resampled sequence of blocks of spectral values has spectral values up to a maximum output frequency (1231, 1221) being different from the maximum input frequency; a spectral-time converter for converting the resampled sequence of blocks of spectral values into a time domain representation or for converting the result sequence of blocks of spectral values into a time domain representation comprising an output sequence of blocks of sampling values having associated an output sampling rate being different from the input sampling rate; and a core encoder for encoding the output sequence of blocks of sampling values to obtain an encoded multi-channel audio signal.
A flexible printed circuit board, comprising a circuit board body; wherein the flexible printed circuit board further comprises: a plurality of protruding interfaces arranged on the circuit board body, wherein the protruding interfaces comprise an electronic tag read/write interface for reading electronic tag information on a head of an optical fiber; components, arranged to monitor reading/writing information of the electronic tag read/write interface, wherein the components are fixed on the upper surface of the circuit board body; and an uplink interface, located on the circuit board body and arranged to perform information interaction with the components; wherein, the components are connected to the electronic tag read/write interface and the uplink interface, characterised in that the printed circuit board further comprises an adhesive layer, covering an upper surface of the circuit board body and provided with an open window region in the middle of the adhesive layer, and in that the plurality of protruding interfaces further comprise an indication light, wherein the components are located in the open window region of the adhesive layer, are connected to the indication light and are arranged to control on/off switching of the indication light.
A computer-implemented method of anatomic structure segmentation in image analysis, the method comprising: receiving (202,203) an annotation and a plurality of keypoints for an anatomic structure in one or more images; and computing distances from the plurality of keypoints to a boundary of the anatomic structure (204,205); characterized in that the method further comprises: training a model, using data in the one or more images and the computed distances, for predicting a boundary in the anatomic structure in an image of a patient's anatomy; receiving the image of the patient's anatomy including the anatomic structure; estimating a segmentation boundary in the anatomic structure in the image of the patient's anatomy; and predicting, using the trained model, a boundary location in the anatomic structure in the image of the patient's anatomy by generating a regression of distances from keypoints in the anatomic structure in the image of the patient's anatomy to the estimated boundary. receiving (202,203) an annotation and a plurality of keypoints for an anatomic structure in one or more images; and computing distances from the plurality of keypoints to a boundary of the anatomic structure (204,205); characterized in that the method further comprises: training a model, using data in the one or more images and the computed distances, for predicting a boundary in the anatomic structure in an image of a patient's anatomy; receiving the image of the patient's anatomy including the anatomic structure; estimating a segmentation boundary in the anatomic structure in the image of the patient's anatomy; and predicting, using the trained model, a boundary location in the anatomic structure in the image of the patient's anatomy by generating a regression of distances from keypoints in the anatomic structure in the image of the patient's anatomy to the estimated boundary. training a model, using data in the one or more images and the computed distances, for predicting a boundary in the anatomic structure in an image of a patient's anatomy; receiving the image of the patient's anatomy including the anatomic structure; estimating a segmentation boundary in the anatomic structure in the image of the patient's anatomy; and predicting, using the trained model, a boundary location in the anatomic structure in the image of the patient's anatomy by generating a regression of distances from keypoints in the anatomic structure in the image of the patient's anatomy to the estimated boundary.
Solder paste mixed with flux, which contains an activator and a solvent, and a granular solder alloy, wherein the flux contains a solvent of monoalkyl propylene glycol series, which suppresses a reaction between metal contained in the solder alloy and organic acid contained in the activator to suppress a production of metallic salts, wherein the solder alloy contains In; the solvent of monoalkyl propylene glycol series is butyl propylene triglycol or butyl propylene diglycol; and the contained amount of the solvent of monoalkyl propylene glycol series is equal to or more than 75% by mass but equal to or less than 100% by mass relative to a contained amount of all the solvent.
An indoor air cleaning device comprising: a housing having an inner space, an inlet formed on one side thereof through which contaminated air is introduced from an indoor space and an outlet formed on an opposite side thereof through which purified air is discharged to the outside; a first opening and closing member configured to open and close the inlet; a second opening and closing member configured to open and close the outlet; a first filter unit configured to collect and separate foreign substances from the contaminated air in the housing and disposed so that both end portions thereof each face the inlet and the outlet in a state in which an outer peripheral portion of the first filter unit is hermetically sealed with an inner peripheral portion of the housing; a circulation tube having a first end portion disposed at the inlet to communicate with the housing, and a second end portion disposed at the outlet to communicate with the housing; a third opening and closing member configured to open and close the circulation tube; a first heater installed inside the circulation tube to heat air in the circulation tube; and a blower installed inside the circulation tube to deliver the air in the circulation tube into the housing, characterized in that the indoor air cleaning device further comprises: a second filter unit configured to collect and separate the foreign substances from the contaminated air in the circulation tube, and wherein a catalyst for decreasing a combustion temperature of the collected foreign substances is coated on the first filter unit and the second filter unit. a housing having an inner space, an inlet formed on one side thereof through which contaminated air is introduced from an indoor space and an outlet formed on an opposite side thereof through which purified air is discharged to the outside; a first opening and closing member configured to open and close the inlet; a second opening and closing member configured to open and close the outlet; a first filter unit configured to collect and separate foreign substances from the contaminated air in the housing and disposed so that both end portions thereof each face the inlet and the outlet in a state in which an outer peripheral portion of the first filter unit is hermetically sealed with an inner peripheral portion of the housing; a circulation tube having a first end portion disposed at the inlet to communicate with the housing, and a second end portion disposed at the outlet to communicate with the housing; a third opening and closing member configured to open and close the circulation tube; a first heater installed inside the circulation tube to heat air in the circulation tube; and a blower installed inside the circulation tube to deliver the air in the circulation tube into the housing, characterized in that the indoor air cleaning device further comprises: a second filter unit configured to collect and separate the foreign substances from the contaminated air in the circulation tube, and wherein a catalyst for decreasing a combustion temperature of the collected foreign substances is coated on the first filter unit and the second filter unit.
Muscle-building device intended to have muscle-building accessories, the muscle-building device having a base portion comprising a central section and two side sections on either side of the central section, the two side sections being mounted so as to pivot relative to the central section, in such a way that: - the device is convertible between at least one use position and a storage position; - in a use position, the side sections are unfolded beside the central section so as to form a self-supporting structure; - in the storage position the side sections are folded opposite the central section; - the base portion comprises a locking element of the position of the side sections relative to the central section in the use position of the device for securing the self-supporting structure, characterised in that it presents an upper portion, and in that: - in a use position, the upper portion is located above the base portion; - in the storage position, the upper portion and the base portion of the device are brought and maintained opposite one another. - the device is convertible between at least one use position and a storage position; - in a use position, the side sections are unfolded beside the central section so as to form a self-supporting structure; - in the storage position the side sections are folded opposite the central section; - the base portion comprises a locking element of the position of the side sections relative to the central section in the use position of the device for securing the self-supporting structure, - in a use position, the upper portion is located above the base portion; - in the storage position, the upper portion and the base portion of the device are brought and maintained opposite one another.
Molecularly imprinted polymer having recognition sites of at least one perfluoroalkyl compound, said polymer being obtainable by copolymerization of: - at least one vinyl monomer comprising at least one ammonium group -N + -R 1 R 2 R 3, where R 1, R 2 and R 3, equal to or different from each other, are H or a C 1 -C 4 alkyl, as first functional monomer; - at least one at least partially fluorinated (metha)acrylic ester, as second functional monomer; - at least one cross-linking agent; in the presence of at least one perfluoroalkyl compound as template. - at least one vinyl monomer comprising at least one ammonium group -N + -R 1 R 2 R 3, where R 1, R 2 and R 3, equal to or different from each other, are H or a C 1 -C 4 alkyl, as first functional monomer; - at least one at least partially fluorinated (metha)acrylic ester, as second functional monomer; - at least one cross-linking agent;
A wireless communication method, comprising: transmitting, by a terminal device, uplink data to a network device using at least one of multiple uplink resources; wherein the multiple uplink resources are indicated by the network device in a dynamic scheduling instruction; characterized in that the dynamic scheduling instruction comprises: an offset of one of the multiple uplink resources relative to a specific resource and an offset between the multiple uplink resources; and the method further comprises: determining, by the terminal device, at least part of the multiple uplink resources based on the offset of the one uplink resource relative to the specific resource and the offset between the multiple uplink resources, and a resource position of the specific resource; wherein the specific resource is one of periodic uplink resources indicated by Radio Resource Control, RRC, signaling. transmitting, by a terminal device, uplink data to a network device using at least one of multiple uplink resources; wherein the multiple uplink resources are indicated by the network device in a dynamic scheduling instruction; characterized in that the dynamic scheduling instruction comprises: an offset of one of the multiple uplink resources relative to a specific resource and an offset between the multiple uplink resources; and the method further comprises: determining, by the terminal device, at least part of the multiple uplink resources based on the offset of the one uplink resource relative to the specific resource and the offset between the multiple uplink resources, and a resource position of the specific resource; wherein the specific resource is one of periodic uplink resources indicated by Radio Resource Control, RRC, signaling. determining, by the terminal device, at least part of the multiple uplink resources based on the offset of the one uplink resource relative to the specific resource and the offset between the multiple uplink resources, and a resource position of the specific resource; wherein the specific resource is one of periodic uplink resources indicated by Radio Resource Control, RRC, signaling.
A radio-frequency identification,RFID,-enabled container, comprising: an enclosure, the enclosure comprising a base and a plurality of walls disposed around the perimeter of the base, the enclosure having at least one opening; the enclosure further comprising a layer of radio frequency wave reflecting material coupled to an outside surface of the base; each of the plurality of walls further comprising a strip of radio frequency wave reflecting material coupled to a lower portion of an outside surface of the wall, and a layer of radio frequency wave mitigation material coupled to a portion of the outside surface of the wall not covered by the radio frequency wave reflecting material; the base further comprising a near-field radio-frequency antenna (104; 806), the radio-frequency antenna (104; 806) pointed in a direction of the at least one opening, the radio-frequency antenna (104; 806) communicatively coupled to a host device (110; 1110), the host device (110; 1110) comprising a processor, a memory, and a power supply. an enclosure, the enclosure comprising a base and a plurality of walls disposed around the perimeter of the base, the enclosure having at least one opening; the enclosure further comprising a layer of radio frequency wave reflecting material coupled to an outside surface of the base; each of the plurality of walls further comprising a strip of radio frequency wave reflecting material coupled to a lower portion of an outside surface of the wall, and a layer of radio frequency wave mitigation material coupled to a portion of the outside surface of the wall not covered by the radio frequency wave reflecting material; the base further comprising a near-field radio-frequency antenna (104; 806), the radio-frequency antenna (104; 806) pointed in a direction of the at least one opening, the radio-frequency antenna (104; 806) communicatively coupled to a host device (110; 1110), the host device (110; 1110) comprising a processor, a memory, and a power supply.