mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal apparatus comprising: an input interface configured to receive an input of an operation performed by a user; and processing circuitry that implements an input detection section that outputs an operation signal in accordance with contents of the operation in response to the operation being detected on the input interface, an operation determination section that determines whether the operation by the user is a first press operation, the first press operation being a short press operation, or a second press operation, whereby the terminal apparatus is configured to determine the second press operation both by determining a long press operation based on a time in which the input detection section outputs the operation signal and by determining a linear movement of the operation performed by a user before the long press operation determination time has come, and a display processing section configured to display a preview screen on a display device indicating the contents of a predetermined event associated with the second press operation, the preview screen being displayed when the short press operation determination time has passed, wherein the display processing section is configured to execute the function assigned to the second press operation when the operation changes from the first press operation to the second press operation without release of the input operation. an input interface configured to receive an input of an operation performed by a user; and processing circuitry that implements an input detection section that outputs an operation signal in accordance with contents of the operation in response to the operation being detected on the input interface, an operation determination section that determines whether the operation by the user is a first press operation, the first press operation being a short press operation, or a second press operation, whereby the terminal apparatus is configured to determine the second press operation both by determining a long press operation based on a time in which the input detection section outputs the operation signal and by determining a linear movement of the operation performed by a user before the long press operation determination time has come, and a display processing section configured to display a preview screen on a display device indicating the contents of a predetermined event associated with the second press operation, the preview screen being displayed when the short press operation determination time has passed, wherein the display processing section is configured to execute the function assigned to the second press operation when the operation changes from the first press operation to the second press operation without release of the input operation.
An oral treatment device that is thermally stable and plastically deformable, comprising: a wax-based composition forming a barrier layer having a three-dimensional form in the shape of the oral treatment device and being comprised of a wax fraction and a polymer fraction homogeneously blended with the wax fraction, the wax fraction comprising paraffin wax and microcrystalline wax, the wax wax-based composition comprising from 50% to 93% by weight of the wax fraction; and the polymer fraction comprising a thermoplastic elastomer, the barrier layer being thermally stable up to a temperature of at least 40°C, preferably at least 42.5°C, more preferably at least 45°C, and plastically deformable at room temperature (25°C). a wax-based composition forming a barrier layer having a three-dimensional form in the shape of the oral treatment device and being comprised of a wax fraction and a polymer fraction homogeneously blended with the wax fraction, the wax fraction comprising paraffin wax and microcrystalline wax, the wax wax-based composition comprising from 50% to 93% by weight of the wax fraction; and the polymer fraction comprising a thermoplastic elastomer, the barrier layer being thermally stable up to a temperature of at least 40°C, preferably at least 42.5°C, more preferably at least 45°C, and plastically deformable at room temperature (25°C).
A mixed reality space image providing system comprising a server and a plurality of clients connected to the server, wherein at least one of the plurality of clients has a function to provide a mixed reality space image in which a computer graphics image is superimposed on a real space image as viewed from a point of view of the user, wherein the server includes data storage means configured to store data, and calculation means configured to read/write data out/into the data storage means in response to a request from any one of the clients and to generate a three-dimensional model and a movement simulation of the three-dimensional model, wherein the three-dimensional model corresponds to a mechanical design comprising a plurality of components from which a mechanism can be assembled, wherein the client having the function to provide a mixed reality space image further includes measurement means configured to measure a position of a finger of the user and to determine whether the measured position is located at or about to reach a predetermined position, wherein the server is configured to cause the calculation means to generate data representative of a movement simulation of a component of a three-dimensional model generated based on a design by a first client by reflecting design data generated by a second client in the three-dimensional model when the measured position is about to reach the predetermined position and to send the generated data of the movement simulation to the first client when the measured position reaches the predetermined position, wherein the first client is configured to receive the data of the movement simulation sent from the server and to display such a movement simulation which is configured to move in conjunction with the design data generated by the second client , and wherein the client having the function to provide a mixed reality space image is configured to superimpose the three-dimensional models generated by the server and the movement simulation that is configured to move in conjunction with the design data generated by the second client on a real space image.
A clamping assembly for securing photovoltaic modules to a beam , the clamping assembly comprising: an upper body portion having a first end and a second end opposite to the first end; a lower body portion connected to the upper body portion at the first end, and extending toward the second end forming a gap between the upper body portion and the lower body portion , the gap being dimensioned to receive a portion of a beam therein; a first connector mounted at the first end of the upper body portion , the first connector comprising a pair of arms extending from opposite sides and dimensioned to lock into side grooves in a pair of adjacent photovoltaic modules ; a second connector mounted at the second end of the upper body portion , the second connector comprising a pair of arms extending from opposite sides and dimensioned to lock into side grooves in a further pair of adjacent photovoltaic modules ; the first and second connectors each being rotatable and received through a hole in an opposite end of the upper portion ; and a fastener in the lower body portion wherein the fastener is configured to adjust the size of the gap between the upper and lower body portions into which the portion of the beam is received. an upper body portion having a first end and a second end opposite to the first end; a lower body portion connected to the upper body portion at the first end, and extending toward the second end forming a gap between the upper body portion and the lower body portion , the gap being dimensioned to receive a portion of a beam therein; a first connector mounted at the first end of the upper body portion , the first connector comprising a pair of arms extending from opposite sides and dimensioned to lock into side grooves in a pair of adjacent photovoltaic modules ; a second connector mounted at the second end of the upper body portion , the second connector comprising a pair of arms extending from opposite sides and dimensioned to lock into side grooves in a further pair of adjacent photovoltaic modules ; the first and second connectors each being rotatable and received through a hole in an opposite end of the upper portion ; and a fastener in the lower body portion wherein the fastener is configured to adjust the size of the gap between the upper and lower body portions into which the portion of the beam is received.
An imaging system for visualization and accurate mapping of temperature distribution in absolute values in the region of interest and anatomical structures of live human or animal tissue independently on spatial distribution of the optical fluence in the body and independently on spatial distribution of the tissue optical properties, comprising: an optoacoustic imaging module that uses pulsed optical illumination at preferred wavelength around 800 nm or around 1300 nm; an ultrasound imaging module having an ultrasonic probe communicably connected to an electronics system that also serves as a probe and to an electronics system for the optoacoustic imaging module and is configured to emit and to detect ultrasonic waves in an ultrasound imaging mode and to detect optoacoustic signals of thermal conditions dependent optoacoustic response of tissue in an optoacoustic imaging mode; an image processing and calibration module connected to the optoacoustic imaging module and to the ultrasound imaging module and configured to generate an image co-registered from an image generated of the temperature distribution and an image generated of the anatomical structures of the live human or animal tissues; an image display module programmed to display either image of anatomical structure or temperature or both; a therapeutic module configured to apply a thermal treatment , , to the live human or animal tissue; and an operating and controlling module electronically connected with said image processing module and configured to control and manipulate at least one of the modules of the imaging system. an optoacoustic imaging module that uses pulsed optical illumination at preferred wavelength around 800 nm or around 1300 nm; an ultrasound imaging module having an ultrasonic probe communicably connected to an electronics system that also serves as a probe and to an electronics system for the optoacoustic imaging module and is configured to emit and to detect ultrasonic waves in an ultrasound imaging mode and to detect optoacoustic signals of thermal conditions dependent optoacoustic response of tissue in an optoacoustic imaging mode; an image processing and calibration module connected to the optoacoustic imaging module and to the ultrasound imaging module and configured to generate an image co-registered from an image generated of the temperature distribution and an image generated of the anatomical structures of the live human or animal tissues; an image display module programmed to display either image of anatomical structure or temperature or both; a therapeutic module configured to apply a thermal treatment , , to the live human or animal tissue; and an operating and controlling module electronically connected with said image processing module and configured to control and manipulate at least one of the modules of the imaging system.
Combination of an external charging station for an energy supply unit , a hand strapping tool, which is equipped with a drive for at least one closing unit and a dispenser provided for supplying strap, wherein - the drive works electrically and has at least the energy supply unit , wherein further - the energy supply unit is designed as an integral part of the drive and in addition - the energy supply unit together with the drive is arranged in a common drive housing , wherein further - the energy supply unit is electrically charged by means of the charging station , and the charging station is equipped for this purpose with a receiving region for the hand strapping tool for releasable support, wherein furthermore - the charging station has at least one inductive interface , with the help of which the energy supply unit is electrically charged, and wherein - the inductive interface is not only designed for energy supply but also for data transmission, wherein the data are parameters of the strap used, and wherein - the dispenser is equipped with the charging station . - the drive works electrically and has at least the energy supply unit , wherein further - the energy supply unit is designed as an integral part of the drive and in addition - the energy supply unit together with the drive is arranged in a common drive housing , wherein further - the energy supply unit is electrically charged by means of the charging station , and the charging station is equipped for this purpose with a receiving region for the hand strapping tool for releasable support, wherein furthermore - the charging station has at least one inductive interface , with the help of which the energy supply unit is electrically charged, and wherein - the inductive interface is not only designed for energy supply but also for data transmission, wherein the data are parameters of the strap used, and wherein - the dispenser is equipped with the charging station .
A shower head having a flow path configured to guide water to a plurality of spout holes, the shower head comprising: a main valve body (21-23) movably supported in the flow path, a back pressure chamber (21b- 23b, 121b - 123b, 221b - 223b, 421b - 423b) adjacent to the main valve body (21-23, 121-123, 221-223, 421-423) on an upstream side of the flow path, and an operation part to be operated by a user, characterized in that the back pressure chamber (21b-23b) is configured to contain water supplied from an upstream side of the flow path and to generate a biasing force in a valve-closing direction for closing the main valve body (21-23, 121-123, 221-223, 421-423) by the supplied water, and that the shower head further comprises: a pilot hole communicating a downstream side of the flow path with the back pressure chamber (21b- 23b, 121b - 123b, 221b - 223b, 421b - 423b), and a pilot valve configured to selectively control an opened/closed state of the pilot hole, wherein the operation part is configured to cause the pilot valve to switch the opened/closed state of the pilot hole when operated by the user. a main valve body (21-23) movably supported in the flow path, a back pressure chamber (21b- 23b, 121b - 123b, 221b - 223b, 421b - 423b) adjacent to the main valve body (21-23, 121-123, 221-223, 421-423) on an upstream side of the flow path, and an operation part to be operated by a user, a pilot hole communicating a downstream side of the flow path with the back pressure chamber (21b- 23b, 121b - 123b, 221b - 223b, 421b - 423b), and a pilot valve configured to selectively control an opened/closed state of the pilot hole, wherein the operation part is configured to cause the pilot valve to switch the opened/closed state of the pilot hole when operated by the user.
A backlight for a display , the backlight comprising: a light guide ; a plurality of light sources positioned along an input end of the light guide in the form of an array; and a corresponding array of hybrid concentrators , each hybrid concentrator positioned between a corresponding light source and the light guide configured to concentrate light from the corresponding light source into the light guide , each hybrid concentrator comprising: a lens in a central region of the hybrid concentrator , wherein the central region includes a low refractive index gap between the corresponding light source and the lens ; and two or more total-internal-reflection, TIR, zones positioned on each side of the central region in the array direction, wherein the backlight further comprises reflective top and bottom layers that cover the low refractive index gap between the corresponding light source and the lens . a light guide ; a plurality of light sources positioned along an input end of the light guide in the form of an array; and a corresponding array of hybrid concentrators , each hybrid concentrator positioned between a corresponding light source and the light guide configured to concentrate light from the corresponding light source into the light guide , each hybrid concentrator comprising: a lens in a central region of the hybrid concentrator , wherein the central region includes a low refractive index gap between the corresponding light source and the lens ; and two or more total-internal-reflection, TIR, zones positioned on each side of the central region in the array direction, a lens in a central region of the hybrid concentrator , wherein the central region includes a low refractive index gap between the corresponding light source and the lens ; and two or more total-internal-reflection, TIR, zones positioned on each side of the central region in the array direction, wherein the backlight further comprises reflective top and bottom layers that cover the low refractive index gap between the corresponding light source and the lens .
A method for treating waste diaphragm paper of a lithium battery, comprising the following steps of: shearing and crushing waste diaphragm paper, and then carrying out pneumatic separation to obtain a light material and a copper-aluminum mixture; putting the light material into a flotation machine for separation to obtain diaphragm paper and battery powder; and pulping the battery powder, and then carrying out leaching of hydrometallurgy, pickling the diaphragm paper, and then filtering and spin-drying to obtain the diaphragm paper; wherein, in step , the method further comprises a step of putting the copper-aluminum mixture into an eddy-current separator for separation to obtain metallic copper and metallic aluminum; a rotor speed of the eddy-current separator ranges from 20 Hz to 40 Hz and a belt speed of the eddy-current separator ranges from 10 Hz to 15 Hz; in step , the specific operation of the leaching of hydrometallurgy is: after pulping the battery powder into a slurry, adding the slurry into a pickling solution for pickling, then adding a reducing agent for reductive leaching, and adjusting a pH to be acidic to obtain leachate; in step , the pickling solution used in the pickling is sulfuric acid with a concentration of 0.5 mol/L to 1.5 mol/L; and in step , the pickling is carried out at a rotating speed ranging from 200 r/min to 400 r/min, and the pickling lasts for 10 minutes to 30 minutes; and in step , in the process of pickling the diaphragm paper, a mass ratio of the diaphragm paper to the pickling solution is 1: (5 to 10). shearing and crushing waste diaphragm paper, and then carrying out pneumatic separation to obtain a light material and a copper-aluminum mixture; putting the light material into a flotation machine for separation to obtain diaphragm paper and battery powder; and pulping the battery powder, and then carrying out leaching of hydrometallurgy, pickling the diaphragm paper, and then filtering and spin-drying to obtain the diaphragm paper; wherein, in step , the method further comprises a step of putting the copper-aluminum mixture into an eddy-current separator for separation to obtain metallic copper and metallic aluminum; a rotor speed of the eddy-current separator ranges from 20 Hz to 40 Hz and a belt speed of the eddy-current separator ranges from 10 Hz to 15 Hz; in step , the specific operation of the leaching of hydrometallurgy is: after pulping the battery powder into a slurry, adding the slurry into a pickling solution for pickling, then adding a reducing agent for reductive leaching, and adjusting a pH to be acidic to obtain leachate; in step , the pickling solution used in the pickling is sulfuric acid with a concentration of 0.5 mol/L to 1.5 mol/L; and in step , the pickling is carried out at a rotating speed ranging from 200 r/min to 400 r/min, and the pickling lasts for 10 minutes to 30 minutes; and in step , in the process of pickling the diaphragm paper, a mass ratio of the diaphragm paper to the pickling solution is 1: (5 to 10).
A cranial bone plate having antioxidative properties comprising: a substrate comprising an antioxidant and a polymer material; and a polymer film(s) covering a surface of the substrate, the polymer film(s) comprising a (meth)acrylate compound; wherein the polymer material is an ultrahigh molecular weight polyethylene having a molecular weight of 3 × 10 6 g/mol or more; and wherein the antioxidant comprises a lipid-soluble vitamin E group. a substrate comprising an antioxidant and a polymer material; and a polymer film(s) covering a surface of the substrate, the polymer film(s) comprising a (meth)acrylate compound; wherein the polymer material is an ultrahigh molecular weight polyethylene having a molecular weight of 3 × 10 6 g/mol or more; and wherein the antioxidant comprises a lipid-soluble vitamin E group.
A method, implemented on a computing device having at least one processor and storage, for magnetic resonance imaging (MRI), the method comprising: obtaining an excitation variable-rate selective excitation (VERSE) factor and a refocusing VERSE factor, the VERSE factor and the refocusing VERSE factor reflecting a relationship between an amplitude of a slice-selection gradient waveform before a slice-selection gradient is modified by a VERSE technique and an amplitude of a slice-selection gradient waveform after the slice-selection gradient waveform is modified according to the VERSE technique; generating a first slice-selection gradient waveform based on the excitation VERSE factor and a reference excitation slice-selection gradient waveform; generating a second slice-selection gradient waveform based on the refocusing VERSE factor and a reference refocusing slice-selection gradient waveform, wherein an amplitude of the first slice-selection gradient waveform and an amplitude of the second slice-selection gradient waveform are time-varying; generating an excitation pulse based on the first slice-selection gradient waveform; generating a refocusing pulse based on the second slice-selection gradient waveform, wherein a ratio between the decimal part of the excitation VERSE factor and the decimal part of the refocusing VERSE factor equals to a ratio of the amplitude of the reference excitation slice-selection gradient waveform to the amplitude of the reference refocusing slice-selection gradient waveform. obtaining an excitation variable-rate selective excitation (VERSE) factor and a refocusing VERSE factor, the VERSE factor and the refocusing VERSE factor reflecting a relationship between an amplitude of a slice-selection gradient waveform before a slice-selection gradient is modified by a VERSE technique and an amplitude of a slice-selection gradient waveform after the slice-selection gradient waveform is modified according to the VERSE technique; generating a first slice-selection gradient waveform based on the excitation VERSE factor and a reference excitation slice-selection gradient waveform; generating a second slice-selection gradient waveform based on the refocusing VERSE factor and a reference refocusing slice-selection gradient waveform, wherein an amplitude of the first slice-selection gradient waveform and an amplitude of the second slice-selection gradient waveform are time-varying; generating an excitation pulse based on the first slice-selection gradient waveform; generating a refocusing pulse based on the second slice-selection gradient waveform, wherein a ratio between the decimal part of the excitation VERSE factor and the decimal part of the refocusing VERSE factor equals to a ratio of the amplitude of the reference excitation slice-selection gradient waveform to the amplitude of the reference refocusing slice-selection gradient waveform.