mhurhangee/patent-ind-claim-en huggingface dataset:
A beverage maker comprising: a base ; a fermentation module disposed on the base ; a water supply heater for heating water supplied to the fermentation module ; and a heater case disposed on the base , the heater case is configured to accommodate the water supply heater so as to allow the water supply heater to be spaced upward from the base , characterized in that , the heater case includes a first opening , and the water supply heater includes a protrusion boss protruding toward the first opening or which is disposed in the first opening ; and the heater case includes a second opening facing a space between the base and the water supply heater . a base ; a fermentation module disposed on the base ; a water supply heater for heating water supplied to the fermentation module ; and a heater case disposed on the base , the heater case is configured to accommodate the water supply heater so as to allow the water supply heater to be spaced upward from the base , characterized in that , the heater case includes a first opening , and the water supply heater includes a protrusion boss protruding toward the first opening or which is disposed in the first opening ; and the heater case includes a second opening facing a space between the base and the water supply heater .
. A cartridge for an injector system for implanting a lens into an eye, comprising a receiving region for at least one lens and at least one movable haptic slider for displacing a lens haptic within the cartridge , in particular for sliding a lens haptic onto and/or or to an optical portion of the lens .
A master device, comprising: a modified serial peripheral interface, SPI, bus including a master-in-slave-out, MISO, line and a master-out-slave-in, MOSI, line ; and a modified serial peripheral interface configured to transmit an addressed frame to an addressed one of a plurality of slave devices over the MOSI line and to receive non-addressed frames from each of the slave devices over the MISO line; characterized in that said master device is further comprising an address assignment engine configured to operate in an address assignment mode following a power-on reset of the master device, wherein the address assignment engine includes an clock source configured to drive a clock signal into a clock line in the modified SPI bus during the address assignment mode and includes a local counter configured to count cycles of the clock signal during the assignment mode to determine a local count for identifying an address for a slave device. a modified serial peripheral interface, SPI, bus including a master-in-slave-out, MISO, line and a master-out-slave-in, MOSI, line ; and a modified serial peripheral interface configured to transmit an addressed frame to an addressed one of a plurality of slave devices over the MOSI line and to receive non-addressed frames from each of the slave devices over the MISO line; characterized in that said master device is further comprising an address assignment engine configured to operate in an address assignment mode following a power-on reset of the master device, wherein the address assignment engine includes an clock source configured to drive a clock signal into a clock line in the modified SPI bus during the address assignment mode and includes a local counter configured to count cycles of the clock signal during the assignment mode to determine a local count for identifying an address for a slave device.
An olefin polymer having an SF of 65 or more which is calculated by the following Equation 1: SF = Mw / 10 4 + 5 / Mw / 10 5 ∗ exp ratio of increase in elongational viscosity in the above equation 1, Mw means a weight average molecular weight, the ratio of increase in elongational viscosity is a value in which the highest elongational viscosity value measured for the olefin polymer at Hencky strain rate of 1s -1 at 170°C using an elongational viscosity fixture attached to the ARES rheometer is divided by the elongational viscosity value of the extrapolated straight line at the time when the highest elongational viscosity value is obtained, wherein the extrapolated straight line is a straight line in which a straight line having the average slope of the section where the elongational viscosity increases steadily with time is extended to a section where the elongational viscosity increases sharply while maintaining the above average slope, wherein the ratio of increase in elongational viscosity is 2.5 or more and 5 or less, and wherein a weight average molecular weight of the olefin polymer is 100,000 to 160,000 g/mol. the ratio of increase in elongational viscosity is a value in which the highest elongational viscosity value measured for the olefin polymer at Hencky strain rate of 1s -1 at 170°C using an elongational viscosity fixture attached to the ARES rheometer is divided by the elongational viscosity value of the extrapolated straight line at the time when the highest elongational viscosity value is obtained, wherein the extrapolated straight line is a straight line in which a straight line having the average slope of the section where the elongational viscosity increases steadily with time is extended to a section where the elongational viscosity increases sharply while maintaining the above average slope, wherein the ratio of increase in elongational viscosity is 2.5 or more and 5 or less, and wherein a weight average molecular weight of the olefin polymer is 100,000 to 160,000 g/mol.
An electrical circuit component comprising: at least one fiber of silkworm silk, the at least one fiber having an outer surface and an interior region bounded by the outer surface; a plurality of portions of silkworm-digested, structured material located in the interior region or on the outer surface of the at least one fiber, wherein the at least one fiber and the silkworm-digested, structured material have a desired electrical property; at least one conductor for connecting the at least one fiber to an electrical circuit, wherein the at least one silkworm silk fiber forms a first electrode, a second electrode, and an electrolyte located between the first and second electrodes, wherein the first and second electrodes and the electrolyte form a supercapacitor. at least one fiber of silkworm silk, the at least one fiber having an outer surface and an interior region bounded by the outer surface; a plurality of portions of silkworm-digested, structured material located in the interior region or on the outer surface of the at least one fiber, wherein the at least one fiber and the silkworm-digested, structured material have a desired electrical property; at least one conductor for connecting the at least one fiber to an electrical circuit, wherein the at least one silkworm silk fiber forms a first electrode, a second electrode, and an electrolyte located between the first and second electrodes, wherein the first and second electrodes and the electrolyte form a supercapacitor.
Arrangement , designed and configured for automatically removing a strip consisting of red meat, the so-called dark meat, from a fish fillet , comprising a conveying unit for transporting the fish fillet to be processed from an inlet area (E) of the fish fillet into the arrangement to an outlet area (A) of the fish fillet out of the arrangement in transport direction T along a transport path and, starting from the inlet area (E) in the direction of the outlet area (A) successively along the transport path, a first means for detecting red meat in the fish fillet to be processed , a first cutting apparatus for removing a middle, central partial strip of red meat from the fish fillet , a means for opening up the fish fillet freed from the middle partial strip in such a manner that the cut surfaces (F 1 , F 2 ) of a ventral-side partial strip of red meat still attached to the fish fillet and of a dorsal-side partial strip of red meat still attached to the fish fillet , which are produced by the first cutting apparatus , point upwards away from the conveying unit , a cutting unit for removing the ventral-side and the dorsal-side partial strip of red meat from the fish fillet , the cutting unit comprising a second cutting apparatus for removing the ventral-side partial strip and a third cutting apparatus for removing the dorsal-side partial strip, as well as a control device , at least the means for identifying red meat and the three cutting apparatuses being connected to the control device , in such a manner that all cuts can be made based on the data and/or information determined by the means for detecting red meat.
Device for capturing visual data, said device being embodied as a digital camera that comprises a plurality of electronic components in a camera housing , and in which at least two circuit boards are arranged one above the other within the camera housing and are connected so as to form a circuit board stack , and wherein at least one of the circuit boards comprises in the region of its side that is facing another of the circuit boards at least one depression for receiving electronic components that are arranged on another circuit board, wherein the at least one depression is realized as at least one depth-milled depression in the region of at least one circuit board so as to receive electronic components , characterized in that the circuit boards in the circuit board stack are soldered to one another, and in that at least one circuit board is provided with an outline milling of a depth (T) so as to realize a compensation for height.
A method for controlling a submerged environmental sensor including a support , one face of which includes a sensitive zone configured to receive at least one species of interest, anti-fouling means configured to cause at least the sensitive zone to vibrate, said anti-fouling means being carried by the support , and detection means for detecting the presence of at least one species of interest on the sensitive zone , said detection means being carried by the support , wherein the anti-fouling means include actuators configured to cause the support to vibrate in a standing mode with wavelength λ between 3 times and 20 times the given size of the species of interest to confine the species of interest on the sensitive zone , said method including: - activating the anti-fouling means in a de-fouling mode, - stopping the anti-fouling means , - activating the anti-fouling means to confine the at least one species of interest in the sensitive zone, - stopping the anti-fouling means , - activating the detection means , - stopping the detection means . - activating the anti-fouling means in a de-fouling mode, - stopping the anti-fouling means , - activating the anti-fouling means to confine the at least one species of interest in the sensitive zone, - stopping the anti-fouling means , - activating the detection means , - stopping the detection means .
Random copolymer of N-(2-hydroxypropyl) methacrylamide (HPMAA) and carboxybetaine methacrylamide (CBMAA).
A portable apparatus for addressably programming a notification device , comprising: a) a wireless transceiver operably configured to selectively establish communication with the notification device ; b) a configuration list that includes location information associated with the notification device and an address associated with a network connecting the notification device to a control panel ; c) a memory that stores the configuration list and a plurality of instructions that, when executed, accesses the configuration list to identify the address based on the location information , and assigns the identified address to the notification device via the wireless transceiver to establish the notification device's operability with the control panel across the network; and d) a processor in signal communication with the memory and that executes the plurality of instructions; and e) further comprising means for determining a current position of the apparatus and means to compare the current position to each location information in the configuration list to identify the closest location information to the current position of the apparatus and corresponding to a proximate notification device to identify a record associated with the closest location information and having the address to be assigned to the proximate notification device . a) a wireless transceiver operably configured to selectively establish communication with the notification device ; b) a configuration list that includes location information associated with the notification device and an address associated with a network connecting the notification device to a control panel ; c) a memory that stores the configuration list and a plurality of instructions that, when executed, accesses the configuration list to identify the address based on the location information , and assigns the identified address to the notification device via the wireless transceiver to establish the notification device's operability with the control panel across the network; and d) a processor in signal communication with the memory and that executes the plurality of instructions; and e) further comprising means for determining a current position of the apparatus and means to compare the current position to each location information in the configuration list to identify the closest location information to the current position of the apparatus and corresponding to a proximate notification device to identify a record associated with the closest location information and having the address to be assigned to the proximate notification device .
A method, implemented by an apparatus, for setting a fingerprint sensor interrupt threshold, comprising: obtaining a measured background noise value of a wakeup region on a fingerprint sensor in a terminal device, wherein the wakeup region is a region for detecting whether the fingerprint sensor is touched; adding a preset safety margin to the background noise value, to obtain a first threshold; and determining, according to the first threshold and a preset safety value, an interrupt threshold for the fingerprint sensor to generate an interrupt signal, wherein the interrupt threshold is used to instruct the fingerprint sensor to generate an interrupt signal, so as to wake up a central processing unit, CPU, of the terminal device, and the safety value is used to prevent the fingerprint sensor from erroneously triggering an interrupt signal to wake up the CPU. obtaining a measured background noise value of a wakeup region on a fingerprint sensor in a terminal device, wherein the wakeup region is a region for detecting whether the fingerprint sensor is touched; adding a preset safety margin to the background noise value, to obtain a first threshold; and determining, according to the first threshold and a preset safety value, an interrupt threshold for the fingerprint sensor to generate an interrupt signal, wherein the interrupt threshold is used to instruct the fingerprint sensor to generate an interrupt signal, so as to wake up a central processing unit, CPU, of the terminal device, and the safety value is used to prevent the fingerprint sensor from erroneously triggering an interrupt signal to wake up the CPU.
A scanning laser projector comprising: a laser diode configured to create display pixels by modulating light; a scanning mirror configured to reflect the modulated light from the laser diode in a raster pattern to display an image; a laser driver circuit configured to receive digital drive values representing an amplitude and a duration for each pixel to be displayed, and to drive the laser diode at a fixed operating voltage with an electrical current having the amplitude for the duration for each pixel to be displayed; and a pixel value generator configured to receive commanded light power values and to generate the digital drive values, wherein the scanning laser projector being characterized in that as commanded light power values increase, the pixel value generator is configured for the lowest commanded light power values to set the duration at a minimum duration, and to increase the amplitude without increasing the minimum duration until a peak efficiency amplitude is reached, and increase the duration thereafter for larger commanded light power values, wherein the peak efficiency amplitude is a highest drive amplitude of the electrical current, at which the laser diode operates at peak efficiency for the given operating voltage; wherein efficiency is defined as an amount of light power output by the laser diode divided by an amount of electrical power input into the laser diode . a laser diode configured to create display pixels by modulating light; a scanning mirror configured to reflect the modulated light from the laser diode in a raster pattern to display an image; a laser driver circuit configured to receive digital drive values representing an amplitude and a duration for each pixel to be displayed, and to drive the laser diode at a fixed operating voltage with an electrical current having the amplitude for the duration for each pixel to be displayed; and a pixel value generator configured to receive commanded light power values and to generate the digital drive values, wherein the scanning laser projector being characterized in that as commanded light power values increase, the pixel value generator is configured for the lowest commanded light power values to set the duration at a minimum duration, and to increase the amplitude without increasing the minimum duration until a peak efficiency amplitude is reached, and increase the duration thereafter for larger commanded light power values, wherein the peak efficiency amplitude is a highest drive amplitude of the electrical current, at which the laser diode operates at peak efficiency for the given operating voltage; wherein efficiency is defined as an amount of light power output by the laser diode divided by an amount of electrical power input into the laser diode .
Round baler , comprising a feed channel , a pressing chamber , a starter roller which is arranged on the input side of the pressing chamber , can be driven about an axial roller axis (A) in a direction of rotation (D) and is set up to feed a crop stream (G) from the feed channel to the pressing chamber , and comprising a collecting device for falling material , a tangentially extending collecting space being formed between the collecting device and the starter roller , and the starter roller being designed to detect material in the collecting space and to re-feed it to the crop stream (G), the collecting device having at least one deflection element , which, in an idle position, at least partially radially outwardly delimits the collecting space and can be at least radially outwardly resiliently deflected from the idle position, characterized in that the at least one deflection element can be at least radially outwardly resiliently deflected from the idle position such that an outlet opening for material from the collecting space can be at least widened thereby.
A method for accelerating a vehicle driving forward, said vehicle having a propulsion system comprising a combustion engine with an output shaft , a gearbox with an input shaft , an electric machine comprising a stator and a rotor , and a planetary gear comprising three components in the form of a sun gear , a ring gear and a planet wheel carrier , the output shaft of the combustion engine being connected to a first of said components of the planetary gear so that a rotation of this shaft results in a rotation of this component, said input shaft of the gearbox being connected to a second of said components of the planetary gear so that a rotation of this shaft results in a rotation of this component and the rotor of the electric machine being connected to a third of said components of the planetary gear so that a rotation of the rotor results in a rotation of this component, said propulsion system further comprising locking means transferable between a locking position in which two of said components are interlocked so that the three components (10-12) rotate with the same rotational speed and a releasing position in which the components are allowed to rotate with different rotational speeds, said method being started when the vehicle is driven forward with the locking means in the releasing position, characterised in that it comprises the following steps: a) controlling the electric machine to deliver a torque corresponding to the product of on one hand the propulsion system torque requested for the acceleration and on the other the transmission ratio of the planetary gear, b) at the same time as step a) measuring a first rotational speed of the input shaft of the gearbox or of the third component and controlling the combustion engine to change the rotational speed thereof in the direction towards said first rotational speed, and c) transferring the locking means to the locking position when the rotational speed (n 1 ) of the first component is substantially equal to said first rotational speed (n 2 ). a) controlling the electric machine to deliver a torque corresponding to the product of on one hand the propulsion system torque requested for the acceleration and on the other the transmission ratio of the planetary gear, b) at the same time as step a) measuring a first rotational speed of the input shaft of the gearbox or of the third component and controlling the combustion engine to change the rotational speed thereof in the direction towards said first rotational speed, and c) transferring the locking means to the locking position when the rotational speed (n 1 ) of the first component is substantially equal to said first rotational speed (n 2 ).
A method for transmitting an uplink measurement report message in a wireless dual connectivity communication network, the method being performed in a wireless device connected to the network over at least a first and a second wireless link, the method comprising: - determining a transmission mode based on a type of measurement report; the alternative transmission modes comprising: transmitting on the first wireless link; transmitting on the second wireless link; and transmitting on both the first and the second wireless links; and - transmitting the uplink measurement report message according to the determined transmission mode. - determining a transmission mode based on a type of measurement report; the alternative transmission modes comprising: transmitting on the first wireless link; transmitting on the second wireless link; and transmitting on both the first and the second wireless links; and - transmitting the uplink measurement report message according to the determined transmission mode.
A sheet manufacturing apparatus comprising: a rough crushing unit that roughly crushes a raw material containing fibers; a defibration unit that defibrates the raw material roughly crushed by the rough crushing unit , in a gas atmosphere; a web former that accumulates defibrated substances obtained through a defibrating process performed by the defibration unit and forms a web; a sheet former that forms a sheet of the web; a vaporization-type humidifier that humidifies a space in which the raw material is roughly crushed by the rough crushing unit , and a mist-type humidifier that humidifies the web that is formed by the web former . a rough crushing unit that roughly crushes a raw material containing fibers; a defibration unit that defibrates the raw material roughly crushed by the rough crushing unit , in a gas atmosphere; a web former that accumulates defibrated substances obtained through a defibrating process performed by the defibration unit and forms a web; a sheet former that forms a sheet of the web; a vaporization-type humidifier that humidifies a space in which the raw material is roughly crushed by the rough crushing unit , and a mist-type humidifier that humidifies the web that is formed by the web former .