mhurhangee/ep-ind-claims huggingface dataset:
An image sensor comprising: a readout circuit configured to read out a pixel signal to a signal line, the pixel signal representing image data generated by an electric charge resulting from a photoelectric conversion, and the signal line connecting the readout circuit with a first electric current source; a storage circuit including a capacitor (Cb) configured to hold a first voltage signal based on an electric current from a first power supply circuit during initial setting of the first voltage signal, an analog/digital converter ( configured to convert the first voltage signal into a digital signal during the initial setting of the first voltage signal, and a first storage unit configured to store the digital signal converted by the analog/digital converter; the first electric current source is configured to supply the signal line with an electric current generated based on the first voltage signal, and the storage circuit includes a digital/ analog converter configured to convert the digital signal stored in the first storage unit into an analog value for refreshing the first voltage signal during: refreshing of the first voltage signal. a readout circuit configured to read out a pixel signal to a signal line, the pixel signal representing image data generated by an electric charge resulting from a photoelectric conversion, and the signal line connecting the readout circuit with a first electric current source; a storage circuit including a capacitor (Cb) configured to hold a first voltage signal based on an electric current from a first power supply circuit during initial setting of the first voltage signal, an analog/digital converter ( configured to convert the first voltage signal into a digital signal during the initial setting of the first voltage signal, and a first storage unit configured to store the digital signal converted by the analog/digital converter; the first electric current source is configured to supply the signal line with an electric current generated based on the first voltage signal, and the storage circuit includes a digital/ analog converter configured to convert the digital signal stored in the first storage unit into an analog value for refreshing the first voltage signal during: refreshing of the first voltage signal. a capacitor (Cb) configured to hold a first voltage signal based on an electric current from a first power supply circuit during initial setting of the first voltage signal, an analog/digital converter ( configured to convert the first voltage signal into a digital signal during the initial setting of the first voltage signal, and a first storage unit configured to store the digital signal converted by the analog/digital converter; the first electric current source is configured to supply the signal line with an electric current generated based on the first voltage signal, and the storage circuit includes a digital/ analog converter configured to convert the digital signal stored in the first storage unit into an analog value for refreshing the first voltage signal during: refreshing of the first voltage signal.
A method for producing a component with a predetermined gloss level, comprising the steps of: - preparing a component with a metallic surface; - producing a matte/glossy mixture by mixing glossy paint and matte paint in a predetermined mixing ratio; - applying the matte/glossy mixture to the metallic surface of the component - cross-linking the matte/glossy mixture. wherein a plastic substrate is coated with a layer system that has at least one metallic layer to provide the component, wherein the coating is applied by means of a PVD and/or CVD process and/or by electroplating, wherein a paint coat is applied between the layer system and the plastic substrate, and wherein the paint coat is a UV-hardening paint coat. - preparing a component with a metallic surface; - producing a matte/glossy mixture by mixing glossy paint and matte paint in a predetermined mixing ratio; - applying the matte/glossy mixture to the metallic surface of the component - cross-linking the matte/glossy mixture.
Combination of a crash box and a side rail of a vehicle, the crash box with a closed profile in its cross section and designed to be attached to the side rail of a vehicle by being inserted into the side rail fastened by means of through bolts, wherein the crash box is inserted into the side rail with a vertical fit relative to the side rail, whereby the inserted part of the crash box takes up at most half the width of the side rail in the region (18, 19, 29) of the bolts, is horizontally narrow relative to the rest of the crash box and has an essentially rectangular section with mounting holes on its narrow horizontal sides, wherein the crash box consists of two longitudinal open crash box members (13, 14) which are fastened together and form a closed section, but have an open section on the narrow portion designed to be inserted into the side rail, and a third curved crash box member which is fastened to the other two members and covers the open portions thereof and forms one of two broad vertical sides of a rectangular section.
Kit of surgical blade assemblies comprising a plurality of blade assemblies for use with a driver for forming a surgical cutting tool, each surgical blade assembly of said plurality of surgical blade assemblies comprising: a blade having a proximal end and a distal end, said distal end comprising a cutting portion, said proximal end having a thickness (a) which is less than what is applicable for use with the head of a specific driver; and an insert affixed to the proximal end of said blade, wherein said blades of said plurality of surgical blade assemblies have different thicknesses (a), wherein said insert, when affixed to the proximal end of the blade, is configured for providing said blade assembly with at least one constant thickness (b) of a part of said blade assembly to enable said blade for use with the head of said driver, characterized in that said at least one constant thickness (b) is measured from one surface of said blade to an opposite surface of said insert and allows a tight fit of said blade assembly in the corresponding driver's head with said blade in direct contact with said driver's head, and in that said inserts of said plurality of surgical blade assemblies are configured such that the said at least one constant thickness (b) is the same for all of said plurality of blade assemblies independently of the different blade thicknesses (a). a blade having a proximal end and a distal end, said distal end comprising a cutting portion, said proximal end having a thickness (a) which is less than what is applicable for use with the head of a specific driver; and an insert affixed to the proximal end of said blade, wherein said blades of said plurality of surgical blade assemblies have different thicknesses (a), wherein said insert, when affixed to the proximal end of the blade, is configured for providing said blade assembly with at least one constant thickness (b) of a part of said blade assembly to enable said blade for use with the head of said driver, characterized in that said at least one constant thickness (b) is measured from one surface of said blade to an opposite surface of said insert and allows a tight fit of said blade assembly in the corresponding driver's head with said blade in direct contact with said driver's head, and in that said inserts of said plurality of surgical blade assemblies are configured such that the said at least one constant thickness (b) is the same for all of said plurality of blade assemblies independently of the different blade thicknesses (a).
A method for wireless communication at a first wireless device (105, 115, 705, 805, 1005), comprising: monitoring (605, 1105, 1205, 1305, 1405) a first frequency subband (310, 405, 505) of a frequency domain channel of a shared radio frequency spectrum band, the first frequency subband being dedicated for channel reservation signals; determining (610, 1110, 1210, 1310, 1410) an availability of a second frequency subband (315, 410, 510) of the frequency domain channel of the shared radio frequency spectrum band based on the monitoring of the first frequency subband, the second frequency subband being dedicated for data transmissions; and transmitting (615, 1115, 1215, 1315, 1415) a channel reservation signal (320, 415) using resources of the first frequency subband, the channel reservation signal indicating a reservation of the second frequency subband based on the determined availability of the second frequency subband. monitoring (605, 1105, 1205, 1305, 1405) a first frequency subband (310, 405, 505) of a frequency domain channel of a shared radio frequency spectrum band, the first frequency subband being dedicated for channel reservation signals; determining (610, 1110, 1210, 1310, 1410) an availability of a second frequency subband (315, 410, 510) of the frequency domain channel of the shared radio frequency spectrum band based on the monitoring of the first frequency subband, the second frequency subband being dedicated for data transmissions; and transmitting (615, 1115, 1215, 1315, 1415) a channel reservation signal (320, 415) using resources of the first frequency subband, the channel reservation signal indicating a reservation of the second frequency subband based on the determined availability of the second frequency subband.
A communication method performed by a first base station that connects to a communication terminal by using a first radio access technology, RAT, the communication method comprising: initiating a procedure for adding a second base station (70, 160) that connects to the communication terminal by using a second RAT, which is different from the first radio access technology, for dual connectivity; and sending, to a first communication apparatus in a core network, an Indication message including a RAT type that indicates the second RAT and an identifier that identifies a traffic flow between the communication terminal and a second communication apparatus in the core network. initiating a procedure for adding a second base station (70, 160) that connects to the communication terminal by using a second RAT, which is different from the first radio access technology, for dual connectivity; and sending, to a first communication apparatus in a core network, an Indication message including a RAT type that indicates the second RAT and an identifier that identifies a traffic flow between the communication terminal and a second communication apparatus in the core network.
A method for assessing damages of keratin fibers comprising the steps of: - providing at least one sample of keratin fiber(s); - providing a cationic fluorescent compound comprising at least one quaternary ammonium group and being free of carboxyl and/or sulfonyl groups; - tagging said sample of fiber(s) with said cationic fluorescent compound; - assessing the fluorescence of the fiber(s) using a source providing appropriate excitation wavelength(s). - providing at least one sample of keratin fiber(s); - providing a cationic fluorescent compound comprising at least one quaternary ammonium group and being free of carboxyl and/or sulfonyl groups; - tagging said sample of fiber(s) with said cationic fluorescent compound; - assessing the fluorescence of the fiber(s) using a source providing appropriate excitation wavelength(s).
A method comprising: receiving, by processing circuitry of a networking device, an incoming network packet to be processed, wherein the network packet is held in a queue prior to processing; selecting, by the processing circuitry, a queue state from a plurality of queue states for the queue; determining, by the processing circuitry, a predicted lifetime of the network packet based on a dequeue rate for the queue, wherein the predicted lifetime is a prediction of the time a packet expects to be resident in a delay bandwidth buffer of the networking device, and wherein determining the predicted lifetime comprises using a look-up table corresponding to the selected queue state; selecting, by the processing circuitry, a first memory from a plurality of memories included in the delay bandwidth buffer for the network packet based on the predicted lifetime, wherein the plurality of memories comprises a local memory of the processing circuitry and an external memory to the processing circuitry; and storing, by the processing circuitry, the network packet at the first memory in response to selecting the first memory from the plurality of memories. receiving, by processing circuitry of a networking device, an incoming network packet to be processed, wherein the network packet is held in a queue prior to processing; selecting, by the processing circuitry, a queue state from a plurality of queue states for the queue; determining, by the processing circuitry, a predicted lifetime of the network packet based on a dequeue rate for the queue, wherein the predicted lifetime is a prediction of the time a packet expects to be resident in a delay bandwidth buffer of the networking device, and wherein determining the predicted lifetime comprises using a look-up table corresponding to the selected queue state; selecting, by the processing circuitry, a first memory from a plurality of memories included in the delay bandwidth buffer for the network packet based on the predicted lifetime, wherein the plurality of memories comprises a local memory of the processing circuitry and an external memory to the processing circuitry; and storing, by the processing circuitry, the network packet at the first memory in response to selecting the first memory from the plurality of memories.
A multivesicular liposome formulation of a local anesthetic wherein said liposomes are from 20 nm to 50 microns in diameter for use in the treatment of pain in a human by epidural administration of said formulation wherein the local anesthetic is to be administered as a single dose, wherein the local anaesthetic is selected from the group consisting of tetracaine, lidocaine, bupivacaine and mepivacaine, wherein said local anesthetic is released into the epidural space over a period of up to eight days.
A method for the automatic adjustment of a cockpit inside a road vehicle driven by a driver; the method comprises the steps of: - determining anthropometric data of the driver; - processing, based on the anthropometric data, an ergonomic position of a model of the driver sitting on board the road vehicle; - processing, based on the ergonomic position of the model, an optimal configuration of the cockpit so that, in use, the driver substantially is in the ergonomic position; - operating a plurality of actuator systems (6, 7, 9-11, 13-15) based on the processed optimal configuration, so as to adjust a plurality of movable elements of the cockpit and cause the cockpit to reach the optimal configuration; the method being characterized in that the ergonomic position of the model and, hence, the optimal configuration of the cockpit are processed by associating at least one respective predefined value with at least: - a minimum ground visibility (VS') of the driver depending on the architecture of the road vehicle; - a minimum visibility (VS") of a control panel fitted on board a dashboard of the road vehicle; and - at least one first comfort angle of a body joint of the driver, wherein the first comfort angle is the angle of an ankle of the driver in a driving position. - determining anthropometric data of the driver; - processing, based on the anthropometric data, an ergonomic position of a model of the driver sitting on board the road vehicle; - processing, based on the ergonomic position of the model, an optimal configuration of the cockpit so that, in use, the driver substantially is in the ergonomic position; - operating a plurality of actuator systems (6, 7, 9-11, 13-15) based on the processed optimal configuration, so as to adjust a plurality of movable elements of the cockpit and cause the cockpit to reach the optimal configuration; - a minimum ground visibility (VS') of the driver depending on the architecture of the road vehicle; - a minimum visibility (VS") of a control panel fitted on board a dashboard of the road vehicle; and - at least one first comfort angle of a body joint of the driver, wherein the first comfort angle is the angle of an ankle of the driver in a driving position.
A method for broadcasting an audio signal to at least one headphone (108, 110, 112, 114), the method comprising: - a transmitter receiving the audio signal from an audio source; - the transmitter converting the audio signal to a DECT signal; and, - the transmitter transmitting the DECT signal; - the at least one headphone receiving the DECT signal and reproducing the audio signal; characterized in that the method further comprises: - the transmitter retrieving from three channels of a DMX signal from a DMX source a group of three values representing the intensity of a red LED, a green LED and a blue LED; - the transmitter adding the group of three values to a light control data block; - the transmitter converting the audio signal together with the light control data block to obtain the DECT signal; and, - the at least one headphone retrieving the group of three values from the light control data block in the DECT signal and in response to the retrieved three values controlling a light source of the headphone comprising at least one arrangement of a red-LED, green-LED and blue-LED. - a transmitter receiving the audio signal from an audio source; - the transmitter converting the audio signal to a DECT signal; and, - the transmitter transmitting the DECT signal; - the at least one headphone receiving the DECT signal and reproducing the audio signal; - the transmitter retrieving from three channels of a DMX signal from a DMX source a group of three values representing the intensity of a red LED, a green LED and a blue LED; - the transmitter adding the group of three values to a light control data block; - the transmitter converting the audio signal together with the light control data block to obtain the DECT signal; and, - the at least one headphone retrieving the group of three values from the light control data block in the DECT signal and in response to the retrieved three values controlling a light source of the headphone comprising at least one arrangement of a red-LED, green-LED and blue-LED.
A user equipment, UE, comprising: a component configured such that the UE is adapted to: receive a plurality of active set, AS, cells in an AS update message; and send an AS update failure message to reject at least one of the plurality of received AS cells, the failure message comprising the latest radio conditions for the UE, when the at least one of the plurality of AS cells has a signal strength or quality below a threshold. receive a plurality of active set, AS, cells in an AS update message; and send an AS update failure message to reject at least one of the plurality of received AS cells, the failure message comprising the latest radio conditions for the UE, when the at least one of the plurality of AS cells has a signal strength or quality below a threshold.
An artificial retinal device for providing image jittering, the artificial retinal device comprising: a plurality of artificial retinal stimulators; and a plurality of stimulation electrodes, wherein each of the plurality of artificial retinal stimulators comprises: a photodiode configured to sense light stimulation and generate a current based on an intensity of the sensed light stimulation; a pulse generator configured to generate a pulse on the basis of the current generated by the photodiode; a switch configured to connect an output terminal of the pulse generator and ground; a jittering switch (163, 153) configured to select one of the plurality of stimulation electrodes for transferring the generated pulse and provide to the output terminal of the pulse generator, and the artificial retinal device further comprises a controller configured to control on/off of the jittering switch of each of the plurality of artificial retinal stimulators. a plurality of artificial retinal stimulators; and a plurality of stimulation electrodes, wherein each of the plurality of artificial retinal stimulators comprises: a photodiode configured to sense light stimulation and generate a current based on an intensity of the sensed light stimulation; a pulse generator configured to generate a pulse on the basis of the current generated by the photodiode; a switch configured to connect an output terminal of the pulse generator and ground; a jittering switch (163, 153) configured to select one of the plurality of stimulation electrodes for transferring the generated pulse and provide to the output terminal of the pulse generator, and wherein each of the plurality of artificial retinal stimulators comprises: a photodiode configured to sense light stimulation and generate a current based on an intensity of the sensed light stimulation; a pulse generator configured to generate a pulse on the basis of the current generated by the photodiode; a switch configured to connect an output terminal of the pulse generator and ground; a jittering switch (163, 153) configured to select one of the plurality of stimulation electrodes for transferring the generated pulse and provide to the output terminal of the pulse generator, and the artificial retinal device further comprises a controller configured to control on/off of the jittering switch of each of the plurality of artificial retinal stimulators.
Exhaust gas purification system for purifying exhaust gases of a predominantly stoichiometrically operated internal combustion engine having a TWC1 near the engine on a through-flow substrate, a GPF attached downstream of the TWC1 as a wall-flow filter, and a further TWC2 on a through-flow substrate downstream of the GPF, the system also having materials for temporarily storing ammonia, characterized in that the materials for temporarily storing ammonia are arranged on a separate through-flow substrate and the latter is arranged downstream of the TWC2.
An article of manufacture comprising a computer-readable storage medium having programming which when running on processing circuitry of an apparatus according to claim 8 causes the apparatus to perform steps including: sensing a time of beat sequence of a patient's heart; processing said time of beat sequence with a medical device to identify a change in heart rate of a patient from a first heart rate, in particular, a background heart rate, to a second heart rate, in particular, a foreground heart rate; determining with the medical device a ratio of the second heart rate to the first heart rate; determining with the medical device a dynamic ratio threshold for the ratio, wherein the threshold is based upon the first heart rate; comparing the ratio to the dynamic ratio threshold; and detecting a neurologic event, in particular, an epileptic seizure, when the ratio exceeds the dynamic ratio threshold. sensing a time of beat sequence of a patient's heart; processing said time of beat sequence with a medical device to identify a change in heart rate of a patient from a first heart rate, in particular, a background heart rate, to a second heart rate, in particular, a foreground heart rate; determining with the medical device a ratio of the second heart rate to the first heart rate; determining with the medical device a dynamic ratio threshold for the ratio, wherein the threshold is based upon the first heart rate; comparing the ratio to the dynamic ratio threshold; and detecting a neurologic event, in particular, an epileptic seizure, when the ratio exceeds the dynamic ratio threshold.