mhurhangee/ep-ind-claims huggingface dataset:
A portable terminal device comprising: incoming call signal reception means for receiving an incoming call signal including a caller number, caller information, and ring type information when an incoming telephone call is received, image generation means for generating, using the incoming call signal received by the incoming call signal reception means, a caller information image including at least a portion of the caller information included in the incoming call signal as character information, telephone dictionary registering means for generating caller text information using at least one of the caller information and the ring type information included in the received incoming call signal, and registering the caller number, the generated caller text information, and the generated caller information image in a telephone dictionary managed in the portable terminal device, and incoming call screen display means for receiving the caller number, acquiring the registered caller text information and the caller information image corresponding to the received caller number from the telephone dictionary, and displaying an incoming call screen including the caller text information and the caller information image. incoming call signal reception means for receiving an incoming call signal including a caller number, caller information, and ring type information when an incoming telephone call is received, image generation means for generating, using the incoming call signal received by the incoming call signal reception means, a caller information image including at least a portion of the caller information included in the incoming call signal as character information, telephone dictionary registering means for generating caller text information using at least one of the caller information and the ring type information included in the received incoming call signal, and registering the caller number, the generated caller text information, and the generated caller information image in a telephone dictionary managed in the portable terminal device, and incoming call screen display means for receiving the caller number, acquiring the registered caller text information and the caller information image corresponding to the received caller number from the telephone dictionary, and displaying an incoming call screen including the caller text information and the caller information image.
A method of producing a perfusable multi-layered tubular tissue construct, comprising: depositing on a substrate one or more filaments, each filament comprising: a plurality of concentric and coaxial cell-laden ink layers, each cell-laden ink layer comprising one or more predetermined cell types and extending at least a portion of the length of the filament, and a core comprising a fugitive ink, wherein the fugitive ink serves as a template for an open perfusable lumen within the filament; removing the fugitive ink to create the open perfusable lumen; injecting a suspension of endothelial cells into the open perfusable lumen after removing the fugitive ink; and exposing the one or more filaments to fluid perfusion to induce cell proliferation and development, thereby producing the perfusable multi-layered tubular tissue construct. depositing on a substrate one or more filaments, each filament comprising: a plurality of concentric and coaxial cell-laden ink layers, each cell-laden ink layer comprising one or more predetermined cell types and extending at least a portion of the length of the filament, and a core comprising a fugitive ink, wherein the fugitive ink serves as a template for an open perfusable lumen within the filament; removing the fugitive ink to create the open perfusable lumen; injecting a suspension of endothelial cells into the open perfusable lumen after removing the fugitive ink; and exposing the one or more filaments to fluid perfusion to induce cell proliferation and development, thereby producing the perfusable multi-layered tubular tissue construct.
A grip body (1a.. 1g), in particular of a body care article, such as toothbrush, comprising a grip part (4a..4g), a neck part (3a..3g) and a head part (2a..2g), wherein the grip body (1a..1g) comprises a first and a second material component (7, 8) of a thermoplastic plastic, wherein the first and the second material component (7, 8) have a common injection point, characterised in that the common injection point is arranged outside a mould partition line which is formed by the mould partition, and the grip body (1c..1g) comprises a through-opening, by way of which the grip body (1c..1g) is temporarily divided into two or more part-arms (6c..6g) in the longitudinal direction, said part-arms uniting again into a body and thus enclosing the through-opening, wherein each part-arm (6c..6g) comprises a jacket body of the first material component and a line(strand)-like core body of the second material component which is enveloped by the jacket body.
A composite fabric laminate comprising: an open mesh fabric having an open area of at least 15%; a first continuous film comprising polytetrafluoroethylene (PTFE); and a second continuous film comprising polytetrafluoroethylene (PTFE), wherein the first and second continuous films (194, 106) are disposed on opposing surfaces of the open mesh fabric, wherein the polytetrafluoroethylene (PTFE) of the first continuous film directly contacts the polytetrafluoroethylene (PTFE) of the second continuous film, and wherein the composite fabric laminate has a visible light transmission of at least 20% measured according to ASTM E424 - 71, and a tensile strength of at least 2259.7 N/cm (200 pounds per linear inch) measured according to ASTM D4851-88. an open mesh fabric having an open area of at least 15%; a first continuous film comprising polytetrafluoroethylene (PTFE); and a second continuous film comprising polytetrafluoroethylene (PTFE), wherein the first and second continuous films (194, 106) are disposed on opposing surfaces of the open mesh fabric, wherein the polytetrafluoroethylene (PTFE) of the first continuous film directly contacts the polytetrafluoroethylene (PTFE) of the second continuous film, and wherein the composite fabric laminate has a visible light transmission of at least 20% measured according to ASTM E424 - 71, and a tensile strength of at least 2259.7 N/cm (200 pounds per linear inch) measured according to ASTM D4851-88.
A shaving composition in the form of a post-foaming gel comprising, in percent by weight, 60% to 93% water, 2% to 25% water dispersible surface active agent, 1% to 6% volatile post-foaming agent, and 0.0005% to 1% glyceryl acrylate/acrylic acid copolymer.
A thermal inkjet printhead, comprising: a substrate; a nozzle layer, including a plurality of nozzles formed therethrough; a plurality of ink ejection chambers corresponding to the plurality of nozzles; a plurality of heater resistors formed on the substrate and corresponding to the plurality of ink ejection chambers, each of the heater resistors being located in a different one of the ink ejection chambers so that ink drop ejection through each of the nozzles is caused by heating of one of the heater resistors that is located in the corresponding ink ejection chamber; a plurality of separated cavitation islands formed on and corresponding to the plurality of heater resistors, each of the cavitation islands covering a different one of the heater resistors; and a dielectric layer interposed between the heater resistors and the cavitation islands, characterized in that the dielectric layer is a composite film made of Silicon nitride and Silicon carbide and having a thickness in the range of about 0.4 to about 0.65 μm, wherein the heater resistors are U-shaped heater resistors. a substrate; a nozzle layer, including a plurality of nozzles formed therethrough; a plurality of ink ejection chambers corresponding to the plurality of nozzles; a plurality of heater resistors formed on the substrate and corresponding to the plurality of ink ejection chambers, each of the heater resistors being located in a different one of the ink ejection chambers so that ink drop ejection through each of the nozzles is caused by heating of one of the heater resistors that is located in the corresponding ink ejection chamber; a plurality of separated cavitation islands formed on and corresponding to the plurality of heater resistors, each of the cavitation islands covering a different one of the heater resistors; and a dielectric layer interposed between the heater resistors and the cavitation islands, characterized in that the dielectric layer is a composite film made of Silicon nitride and Silicon carbide and having a thickness in the range of about 0.4 to about 0.65 μm, wherein the heater resistors are U-shaped heater resistors.
A method comprising: receiving at an apparatus data signals on more than one downlink shared channels using more than one chunks of downlink frequency spectrum; and transmitting, when there is no simultaneous physical uplink shared channel available, from the apparatus uplink multi-bit acknowledge/not-acknowledge feedback corresponding to the downlink shared channel of each of the chunks of downlink frequency spectrum, wherein a single acknowledge/not-acknowledge channel resource on a single uplink component carrier at a time is used for the transmission of the multi-bit acknowledge/not-acknowledge feedback; wherein the single acknowledge/not-acknowledge channel resource is based on the multi-bit acknowledge/not-acknowledge feedback. receiving at an apparatus data signals on more than one downlink shared channels using more than one chunks of downlink frequency spectrum; and transmitting, when there is no simultaneous physical uplink shared channel available, from the apparatus uplink multi-bit acknowledge/not-acknowledge feedback corresponding to the downlink shared channel of each of the chunks of downlink frequency spectrum, wherein a single acknowledge/not-acknowledge channel resource on a single uplink component carrier at a time is used for the transmission of the multi-bit acknowledge/not-acknowledge feedback; wherein the single acknowledge/not-acknowledge channel resource is based on the multi-bit acknowledge/not-acknowledge feedback.
An optical receiver (10, 10c) for demodulating an optical modulation signal into a baseband signal, which is an electrical signal, and decoding a received symbol acquired by converting the baseband signal, the optical receiver (10, 10c) comprising: an analog-to-digital converter configured to convert the baseband signal into a digital signal of which the number of samples per received symbol is M/N samples/symbol, M and N being positive integers, M/N being not an integer, and "M > N" being satisfied; and an adaptive equalization processing unit (21, 21c) configured to execute an equalization operation set in advance to output the received symbol on a basis of the digital signal of which the number of samples per received symbol is M/N samples/symbol and at least one tap coefficient used for equalization of a signal, the at least one tap coefficient being updated in any sampling period, characterized in that the at least one tap coefficient includes a digital signal equalization tap coefficient, and in that the adaptive equalization processing unit (21, 21c) includes an adaptive equalizer (300, 300a, 300b, 300c, 200c, 200d) configured to calculate an equalization signal of 1 sample/symbol by executing the equalization operation on a basis of the digital signal of which the number of samples per received symbol is M/N samples/symbol, the digital signal equalization tap coefficient, and a phase shift tap coefficient of N series set in advance and output the calculated equalization signal as the received symbol. an analog-to-digital converter configured to convert the baseband signal into a digital signal of which the number of samples per received symbol is M/N samples/symbol, M and N being positive integers, M/N being not an integer, and "M > N" being satisfied; and an adaptive equalization processing unit (21, 21c) configured to execute an equalization operation set in advance to output the received symbol on a basis of the digital signal of which the number of samples per received symbol is M/N samples/symbol and at least one tap coefficient used for equalization of a signal, the at least one tap coefficient being updated in any sampling period, characterized in that the at least one tap coefficient includes a digital signal equalization tap coefficient, and in that the adaptive equalization processing unit (21, 21c) includes an adaptive equalizer (300, 300a, 300b, 300c, 200c, 200d) configured to calculate an equalization signal of 1 sample/symbol by executing the equalization operation on a basis of the digital signal of which the number of samples per received symbol is M/N samples/symbol, the digital signal equalization tap coefficient, and a phase shift tap coefficient of N series set in advance and output the calculated equalization signal as the received symbol.
A medical information processing and storage system comprising: a medical images database storing medical images and metadata relevant to the medical images; a processor configured to perform post-acquisition image processing on medical images; a medical images archiver configured to store a medical image in the medical images database after the medical image has been processed by the processor, the medical images archiver storing the medical image with processing-descriptive metadata that is descriptive of all the post-acquisition image processing operations performed on the medical image by the processor up to the time that the medical image is stored; and a query engine configured to retrieve medical images from the medical images database characterized in that the query is based at least in part on metadata descriptive of selected post-acquisition image processing operations. a medical images database storing medical images and metadata relevant to the medical images; a processor configured to perform post-acquisition image processing on medical images; a medical images archiver configured to store a medical image in the medical images database after the medical image has been processed by the processor, the medical images archiver storing the medical image with processing-descriptive metadata that is descriptive of all the post-acquisition image processing operations performed on the medical image by the processor up to the time that the medical image is stored; and a query engine configured to retrieve medical images from the medical images database characterized in that the query is based at least in part on metadata descriptive of selected post-acquisition image processing operations.
Measurement module for determining a fluid variable relating to a property of a fluid which is situated in a measurement tube, formed separately from the measurement module, or which flows through said measurement tube, and/or of the flow of said fluid, wherein the measurement module comprises a main body, a control device and a first and a second vibration transducer (6, 7, 24, 25, 28), which vibration transducers are fastened on or in the main body so as to be spaced apart from one another, wherein, by way of the control device, the first and/or the second vibration transducer (6, 7, 24, 25, 28) are/is able to be actuated so as to induce vibration of a or a respective side wall of the measurement tube if a or a respective contact surface of the measurement module is coupled directly or via a coupling layer to the or the respective side wall of the measurement tube, wherein the vibration of the side wall induces compressional oscillations of the fluid that are able to be passed via the fluid to the in each case other vibration transducer (6, 7, 24, 25, 28) and, there, are able to be detected by the control device for determining a measurement variable, wherein the fluid variable is able to be determined by the control device as a function of the measurement variable, characterized in that the main body is or comprises a vibration plate, wherein the contact surface is formed by a first side surface of the vibration plate, wherein the first and second vibration transducers (6, 7, 24, 25, 28) are arranged on a second side surface, opposite the first side surface, of the vibration plate.
A medicine injection device to which a formulation syringe (11, 44) containing a formulation is to be attached, the medicine injection device being used to inject the formulation into a living body, the medicine injection device comprising: a formulation injection button to be pushed when the formulation is injected; a timer (20,21,21A); a microprocessor which determines a timing at which the formulation injection button is pressed for the first time after replacement of the formulation syringe, as a timing to start using the formulation, then activates the timer from the timing to start using the formulation, and manages an elapsed time from the timing to start using the formulation; a notification section (10, 27, 28) which notifies information on the elapsed time; and a memory which stores therein information on an expiration date of the formulation, wherein the microprocessor calculates a remaining time until the expiration date based on the expiration date and the elapsed time, and the notification section notifies information on the remaining time. a formulation injection button to be pushed when the formulation is injected; a timer (20,21,21A); a microprocessor which determines a timing at which the formulation injection button is pressed for the first time after replacement of the formulation syringe, as a timing to start using the formulation, then activates the timer from the timing to start using the formulation, and manages an elapsed time from the timing to start using the formulation; a notification section (10, 27, 28) which notifies information on the elapsed time; and a memory which stores therein information on an expiration date of the formulation, wherein the microprocessor calculates a remaining time until the expiration date based on the expiration date and the elapsed time, and the notification section notifies information on the remaining time.
A biomaterial test apparatus comprising: a housing; a platform receiving chamber arranged inside the housing and capable of receiving a platform into which a biomaterial is injected; a display which is arranged outside the housing and displays a control screen to test the biomaterial; and a temperature sensor which senses an air temperature in the vicinity of the platform receiving chamber; characterized in that the biomaterial test apparatus further comprises a control unit which, when the air temperature is less than a predetermined first critical temperature, controls the display so as to display a screen indicating that the test is impracticable; wherein the platform receiving chamber comprises a heater which heats the inside of the platform receiving chamber, and when the air temperature is less than the first critical temperature, the control unit blocks driving of the heater. a housing; a platform receiving chamber arranged inside the housing and capable of receiving a platform into which a biomaterial is injected; a display which is arranged outside the housing and displays a control screen to test the biomaterial; and a temperature sensor which senses an air temperature in the vicinity of the platform receiving chamber; characterized in that the biomaterial test apparatus further comprises a control unit which, when the air temperature is less than a predetermined first critical temperature, controls the display so as to display a screen indicating that the test is impracticable; wherein the platform receiving chamber comprises a heater which heats the inside of the platform receiving chamber, and when the air temperature is less than the first critical temperature, the control unit blocks driving of the heater.
A sensor controller configured to detect a pen and configured to transmit transmission data to the pen through a sensor electrode group, wherein the sensor controller is configured to generate a pulse signal representing the transmission data, the pulse signal being a main signal, wherein the pulse signal has a predetermined chip length, generate a sub signal by delaying the pulse signal, wherein the pulse signal is delayed by a time shorter than one half of the chip length to generate the sub signal, generate a mixed signal of the main signal and the sub signal, so as to increase the numbers of rising edges and falling edges compared to the pulse signal, and transmit the mixed signal, thereby transmitting the transmission data through the sensor electrode group. generate a pulse signal representing the transmission data, the pulse signal being a main signal, wherein the pulse signal has a predetermined chip length, generate a sub signal by delaying the pulse signal, wherein the pulse signal is delayed by a time shorter than one half of the chip length to generate the sub signal, generate a mixed signal of the main signal and the sub signal, so as to increase the numbers of rising edges and falling edges compared to the pulse signal, and transmit the mixed signal, thereby transmitting the transmission data through the sensor electrode group.
A charge assembly comprising: a charge member having a conductive support body on which a resistance adjusting layer and a surface layer are formed, and rotating on a surface of an image support body to electrically charge the image support body, the surface layer covering the resistance adjusting layer, the image support body having an electrostatic latent image formed thereon; and a cleaning member rotating on the surface layer of the charge member in contact therewith to remove a foreign particle on the surface layer, characterized in that the cleaning member is a roller made of porous melamine resin; the surface layer has a static friction coefficient of 1.0 or more such that a slip time from start of rotation of the charge member to start of rotation of the cleaning member, as a function of the static friction coefficient, becomes stable, in order to prevent slippage between the charge member and the cleaning member at a start of rotation of the charge member; and a resin material of which the surface layer is made is formed of resin in which an ion conductive agent and polyether-polyol resin are condensed by a curing agent, the ion conductive agent containing alkaline metal or alkaline earth metal. a charge member having a conductive support body on which a resistance adjusting layer and a surface layer are formed, and rotating on a surface of an image support body to electrically charge the image support body, the surface layer covering the resistance adjusting layer, the image support body having an electrostatic latent image formed thereon; and a cleaning member rotating on the surface layer of the charge member in contact therewith to remove a foreign particle on the surface layer, characterized in that the cleaning member is a roller made of porous melamine resin; the surface layer has a static friction coefficient of 1.0 or more such that a slip time from start of rotation of the charge member to start of rotation of the cleaning member, as a function of the static friction coefficient, becomes stable, in order to prevent slippage between the charge member and the cleaning member at a start of rotation of the charge member; and a resin material of which the surface layer is made is formed of resin in which an ion conductive agent and polyether-polyol resin are condensed by a curing agent, the ion conductive agent containing alkaline metal or alkaline earth metal.