mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a film for scattering prevention, which comprises coating one face of a substrate film with an excessive amount material solution having a solid contents concentration in the range of 20 to 60 % by mass for forming a hard coat layer using an applicator roll to form a uncured coating layer, rotating an engraving rod having a diameter of 5 to 15 mm on which a plurality of independent depressions are present at a constant pitch in a positive direction with respect to the direction of movement of the substrate film, scraping the material for forming a hard coat layer from the one face of the substrate film by the engraving rod while the engraving rod is brought into contact with the coating layer formed above so that a plurality of independent protrusions substantially corresponding to the depressions are formed on a surface of the coating layer at a constant pitch, drying by heating the coating layer obtained above, and thereafter, curing the dried coating layer by irradiation with an energy ray, wherein the film for scattering prevention produced by the above process comprises a hard coat layer formed on one face of the substrate film, and a pressure sensitive adhesive layer and a release sheet successively laminated on another face of the substrate film, a plurality of independent protrusions comprising a material of an energy curable type are present on the entire surface of the hard coat layer at a constant pitch, the height of each protrusion is 0.1 to 10 μm, and the pitch between adjacent protrusion (a distance between central points of top portions of the protrusions) is 100 to 500 μm, the shape of the protrusion is a frustum of a polygonal pyramid or a frustum of a cone, the area of a bottom face of each protrusion is 0.001 to 0.25 mm 2, and the angle of a face of the frustum of a polygonal pyramid or the frustum of a cone with respect to the bottom face is 30 to 60 degrees.
An image forming unit for use in an image forming apparatus, the image forming unit comprising: a photosensitive unit including an image bearing member; a developing unit including a developer bearing member and a container capable of containing a developer; a rotation shaft, the developing unit being rotated around the rotation shaft and positioned at one of a development position where the developer bearing member supplies the developer to the image bearing member and a separation position where the developer bearing member separates from the image bearing member; and a sensing portion sensing a variation or an amount corresponding to an amount of the developer contained in the developing unit, wherein the sensing portion restricting the rotation of the developing unit, thereby receiving a force from the developing unit, when the developing unit is at the separation position, and wherein a distance between a gravity center position of the developing unit and the rotation shaft becoming greater in a horizontal direction perpendicular to a gravity direction as an amount of the remaining developer becomes smaller. a photosensitive unit including an image bearing member; a developing unit including a developer bearing member and a container capable of containing a developer; a rotation shaft, the developing unit being rotated around the rotation shaft and positioned at one of a development position where the developer bearing member supplies the developer to the image bearing member and a separation position where the developer bearing member separates from the image bearing member; and a sensing portion sensing a variation or an amount corresponding to an amount of the developer contained in the developing unit, wherein the sensing portion restricting the rotation of the developing unit, thereby receiving a force from the developing unit, when the developing unit is at the separation position, and wherein a distance between a gravity center position of the developing unit and the rotation shaft becoming greater in a horizontal direction perpendicular to a gravity direction as an amount of the remaining developer becomes smaller.
A wearable system for detecting an anomalous biologic event in a person, comprising: a body having a first surface opposite a second surface in contact with a skin surface of a person; a stimulus source in communication with the skin surface, wherein the stimulus source is configured to apply a stimulus to the skin surface; a blood volume sensor positioned on the second surface and configured to measure a blood volume of the skin surface; and a hardware processor communicatively coupled to the stimulus source and the blood volume sensor, wherein the hardware processor is configured to: receive a baseline blood volume signal from the blood volume sensor, output a stimulus signal to the stimulus source to initiate a stimulus cycle, receive a second blood volume signal from the blood volume sensor in response to the initiation of the stimulus cycle, compare the second blood volume signal to the baseline blood volume signal, and determine whether an anomalous biologic event has occurred based on the comparison; and characterized in that the stimulus source is positioned concentrically about the blood volume sensor. a body having a first surface opposite a second surface in contact with a skin surface of a person; a stimulus source in communication with the skin surface, wherein the stimulus source is configured to apply a stimulus to the skin surface; a blood volume sensor positioned on the second surface and configured to measure a blood volume of the skin surface; and a hardware processor communicatively coupled to the stimulus source and the blood volume sensor, wherein the hardware processor is configured to: receive a baseline blood volume signal from the blood volume sensor, output a stimulus signal to the stimulus source to initiate a stimulus cycle, receive a second blood volume signal from the blood volume sensor in response to the initiation of the stimulus cycle, compare the second blood volume signal to the baseline blood volume signal, and determine whether an anomalous biologic event has occurred based on the comparison; receive a baseline blood volume signal from the blood volume sensor, output a stimulus signal to the stimulus source to initiate a stimulus cycle, receive a second blood volume signal from the blood volume sensor in response to the initiation of the stimulus cycle, compare the second blood volume signal to the baseline blood volume signal, and determine whether an anomalous biologic event has occurred based on the comparison;
An adjustable tuned mass damper comprising a body part and a mass element connected with the body part by a spring element having its second moment of area different in different directions at least at one longitudinal location, and being arranged rotatable in respect to the body part and the mass element, characterized in that the tuned mass damper comprises at least two spring elements (20,40) arranged rotatable in respect to the body part and the mass element, and that the combined second moment of area of the at least two spring elements is arranged symmetrical in respect to the bending plane of the spring elements (20,40).
A light-emitting diode, comprising a compound semiconductor layer which comprises: a pn junction-type light-emitting section, and a strain adjustment layer laminated on the light-emitting section, wherein the light-emitting section has a laminated structure composed of a strained light-emitting layer having a composition formula (Al X Ga 1-X) Y In 1-Y P (0≤X≤0.1, 0.37≤Y≤0.46) and a barrier layer, the strain adjustment layer is transparent with respect to the emission wavelength, and has a lattice constant smaller than the lattice constants of the strained light-emitting layer and the barrier layer, and a functional substrate is bonded to a surface of the compound semiconductor layer through a reflective structure wherein the surface is located on the opposite side with respect to a light extraction surface, characterized in that the thickness of the strain adjustment layer is within a range of 0.5 to 20 μm. a pn junction-type light-emitting section, and a strain adjustment layer laminated on the light-emitting section, wherein the light-emitting section has a laminated structure composed of a strained light-emitting layer having a composition formula (Al X Ga 1-X) Y In 1-Y P (0≤X≤0.1, 0.37≤Y≤0.46) and a barrier layer, the strain adjustment layer is transparent with respect to the emission wavelength, and has a lattice constant smaller than the lattice constants of the strained light-emitting layer and the barrier layer, and a functional substrate is bonded to a surface of the compound semiconductor layer through a reflective structure wherein the surface is located on the opposite side with respect to a light extraction surface,
A method for batch-wise producing a slurry containing sugar or a sugar substitute, comprising the steps of: feeding a liquid into a weighing and mixing container in a batch-wise and weight-accurate way; feeding sugar or a sugar substitute as a dry material into the weighing and mixing container in a batch-wise and weight-accurate way to produce a mixture, the liquid and the dry material being fed and the mixture being mixed such that a slurry having a share of dry substance of at least 85 % is created; and heating the mixture by heating the weighing and mixing container while feeding the dry substance such that the slurry in the mixing and weighing container has a temperature of at least 70 °C. feeding a liquid into a weighing and mixing container in a batch-wise and weight-accurate way; feeding sugar or a sugar substitute as a dry material into the weighing and mixing container in a batch-wise and weight-accurate way to produce a mixture, the liquid and the dry material being fed and the mixture being mixed such that a slurry having a share of dry substance of at least 85 % is created; and heating the mixture by heating the weighing and mixing container while feeding the dry substance such that the slurry in the mixing and weighing container has a temperature of at least 70 °C.
A method for processing at least one speech frame, the method being performed by a network node and comprising: receiving a first ciphered speech frame comprising first voice-data; deciphering the first ciphered speech frame using a first deciphering parameter, thereby obtaining a first deciphered speech frame comprising the first voice-data, wherein the first deciphered speech frame comprises a set of information elements, IEs, wherein each IE consists of a set of one or more bits; characterised by inputting a subset of the set of IEs of the first deciphered speech frame into a trained machine learning, ML, model; and obtaining from the ML model a first Garbled speech, GS, indicator, wherein the first GS indicator indicates either i) that the ML model has detected GS based on the subset of IEs of the first deciphered speech frame or ii) that the ML model has not detected GS based on the subset of IEs of the first deciphered speech frame. receiving a first ciphered speech frame comprising first voice-data; deciphering the first ciphered speech frame using a first deciphering parameter, thereby obtaining a first deciphered speech frame comprising the first voice-data, wherein the first deciphered speech frame comprises a set of information elements, IEs, wherein each IE consists of a set of one or more bits; characterised by inputting a subset of the set of IEs of the first deciphered speech frame into a trained machine learning, ML, model; and obtaining from the ML model a first Garbled speech, GS, indicator, wherein the first GS indicator indicates either i) that the ML model has detected GS based on the subset of IEs of the first deciphered speech frame or ii) that the ML model has not detected GS based on the subset of IEs of the first deciphered speech frame.
A crankcase gas separator comprising a separator housing delimiting at least part of a separation space and forming at least part of a liquid phase receiving circumferential inner wall surface, a wall member forming at least part of a gas passage, and a gas pressure regulating valve comprising at least part of the gas passage, wherein the separation space is arranged in fluid communication with the gas passage, characterised in that the separator comprises a separate tube member extending from a position radially inside the inner wall surface into the gas passage, wherein a liquid tight seal between the separate tube member and the wall member is formed by a joint arranged radially outside the inner wall surface. the separation space is arranged in fluid communication with the gas passage, characterised in that the separator comprises a separate tube member extending from a position radially inside the inner wall surface into the gas passage, wherein a liquid tight seal between the separate tube member and the wall member is formed by a joint arranged radially outside the inner wall surface.
A method of making a laminated document comprising: providing a first polyester material comprising PCTA; providing a second polyester material comprising PETG; joining the first and second polyester materials to form a polyester laminate including PCTA and PETG; printing information on a core layer comprising polyester; and joining the polyester laminate to the core layer directly using the PETG to bond the laminate to the core, such that when the laminate is bonded directly to the core, there is no discernible interface between the laminate and the core. providing a first polyester material comprising PCTA; providing a second polyester material comprising PETG; joining the first and second polyester materials to form a polyester laminate including PCTA and PETG; printing information on a core layer comprising polyester; and joining the polyester laminate to the core layer directly using the PETG to bond the laminate to the core, such that when the laminate is bonded directly to the core, there is no discernible interface between the laminate and the core.
A method of fabricating a glass body that includes a multiplicity of constituents, at least one constituent being a first dopant having a first low-vapor-pressure precursor comprising the steps of: (a) generating a first aerosol comprising first particles of the first low-vapor-pressure precursor, each first particle including only the first low-vapor-pressure precursor of the first dopant; (b) separately generating (12b, 12c, 12d) vapors of the other constituents; generating steps (a) and (b) taking place at a location remote from a deposition system used to form the glass body; (c) convecting the aerosol of step (a) and the vapors of step (b) from the remote location to the deposition system, which includes a substrate; and (d) forming on a surface of the substrate at least one doped layer comprising the dopants contained in the aerosol and vapors convected in step (c), characterized in that said method is free of any organic compounds, water or other hydrogen-containing species. (a) generating a first aerosol comprising first particles of the first low-vapor-pressure precursor, each first particle including only the first low-vapor-pressure precursor of the first dopant; (b) separately generating (12b, 12c, 12d) vapors of the other constituents; generating steps (a) and (b) taking place at a location remote from a deposition system used to form the glass body; (c) convecting the aerosol of step (a) and the vapors of step (b) from the remote location to the deposition system, which includes a substrate; and (d) forming on a surface of the substrate at least one doped layer comprising the dopants contained in the aerosol and vapors convected in step (c),
A method implemented for providing a source of entropy in loose source routing, the method comprising: receiving a source routing packet that comprises an entropy-header, wherein the entropy-header comprises an entropy field and a list of identifiers, IDs; determining a next hop ID from the list of IDs; determining whether the next hop ID identifies a plurality of routes used to reach a next hop node; selecting, where the plurality of routes is identified, a first route from the plurality of routes using the entropy field; selecting, where the plurality of routes is not identified, an only route from the next hop ID;and transmitting the source routing packet via the first route, wherein the list of IDs indicates the route used to transport the source routing packet from a source to a destination. receiving a source routing packet that comprises an entropy-header, wherein the entropy-header comprises an entropy field and a list of identifiers, IDs; determining a next hop ID from the list of IDs; determining whether the next hop ID identifies a plurality of routes used to reach a next hop node; selecting, where the plurality of routes is identified, a first route from the plurality of routes using the entropy field; selecting, where the plurality of routes is not identified, an only route from the next hop ID;and transmitting the source routing packet via the first route, wherein the list of IDs indicates the route used to transport the source routing packet from a source to a destination.
A combination of an automatic machine and a crusher for processing a tooth to generate a graft material, comprising: a body including a power supply supplying power to a controller and the controller, which controls the amount of a supply solution, and operation of a suction pump and a vibrator, and having a receiving space defined by a frame; a receiving container disposed in the receiving space, having a space for keeping graft material powder, and including a net, through which the supply solution can flow inside, and a cover having a handle for convenience work; a cylinder having a space for keeping the receiving container, inlets 56 for supplying the supply solution, and outlets for discharging the supply solution; a vibrator fastened to a side of the cylinder; a supplying container for supplying the supply solution to the cylinder; and a suction pump discharging a solution in the cylinder to a discharging container, wherein the vibrator includes a vibrator directly fastened to the cylinder and using an electromagnet, and a spring; characterized in that: the crusher is for crushing the tooth into graft material powder to be received in the receiving container, and the vibrator generates vibration of 1 to 100,000VPM. a body including a power supply supplying power to a controller and the controller, which controls the amount of a supply solution, and operation of a suction pump and a vibrator, and having a receiving space defined by a frame; a receiving container disposed in the receiving space, having a space for keeping graft material powder, and including a net, through which the supply solution can flow inside, and a cover having a handle for convenience work; a cylinder having a space for keeping the receiving container, inlets 56 for supplying the supply solution, and outlets for discharging the supply solution; a vibrator fastened to a side of the cylinder; a supplying container for supplying the supply solution to the cylinder; and a suction pump discharging a solution in the cylinder to a discharging container, wherein the vibrator includes a vibrator directly fastened to the cylinder and using an electromagnet, and a spring; characterized in that: the crusher is for crushing the tooth into graft material powder to be received in the receiving container, and the vibrator generates vibration of 1 to 100,000VPM.
A tetracarboxylic acid diester compound shown by the following general formula, wherein X 1 represents a tetravalent organic group of an alicyclic aliphatic group having 4 to 40 carbon atoms or an aromatic group; and R 1 represents a group shown by the following general formula, wherein the dotted line represents a bond; Y 1 represents a divalent organic group selected from linear or branched alkylene groups having 1 to 6 carbon atoms; "k" represents 1; and "n" represents 0 or 1.
Hot beverage preparation device, in particular for household purposes, with a brewing chamber comprising - a brewing unit lower part with a water outlet and with a receptacle for a number of exchangeable adapters, - a brewing unit upper part with a water inlet, with a piston which is resiliently pretensioned towards the brewing unit lower part, and with a water passage on a lower side of the piston facing towards the brewing unit lower part, - a sealing device, which seals between the brewing unit upper part and the adapter, and - a brewing unit interior which is substantially rotationally symmetrical, wherein in a conducting path for brewing water between the water inlet and the water passage, fluid delay means are arranged, so that during operation in the brewing unit upper part, at least at the start, there is a higher pressure than in the brewing unit lower part, characterised by an eccentric arrangement of the water inlet and a central arrangement of the water passage. - a brewing unit lower part with a water outlet and with a receptacle for a number of exchangeable adapters, - a brewing unit upper part with a water inlet, with a piston which is resiliently pretensioned towards the brewing unit lower part, and with a water passage on a lower side of the piston facing towards the brewing unit lower part, - a sealing device, which seals between the brewing unit upper part and the adapter, and - a brewing unit interior which is substantially rotationally symmetrical,
A channel quality information, CQI, acquiring method comprising: transmitting CQI control information consisting of a plurality of bits to a terminal apparatus, the plurality of bits indicating a CQI report request which shows whether a CQI report is requested or not and when the CQI report is requested, the plurality of bits further indicating a resource indication, the CQI report request showing a request of an aperiodic CQI report, characterized by the resource indication specifying one or more component carriers, the CQI report of which needs to be performed by the terminal apparatus, among a plurality of component carriers; the combination of the plurality of bits taken together jointly indicates both the CQI report request and the resource indication; and receiving, when the CQI report is requested, the CQI report of the one or more component carriers specified by the resource indication. transmitting CQI control information consisting of a plurality of bits to a terminal apparatus, the plurality of bits indicating a CQI report request which shows whether a CQI report is requested or not and when the CQI report is requested, the plurality of bits further indicating a resource indication, the CQI report request showing a request of an aperiodic CQI report, characterized by the resource indication specifying one or more component carriers, the CQI report of which needs to be performed by the terminal apparatus, among a plurality of component carriers; the combination of the plurality of bits taken together jointly indicates both the CQI report request and the resource indication; and receiving, when the CQI report is requested, the CQI report of the one or more component carriers specified by the resource indication.
Method for determining at least one parameter of laundry items in a rotating laundry drum of a laundry care machine, which variable is selected based on a measurement of the laundry items and an average dampness of the laundry items, and wherein the laundry drum is assigned electrodes, by means of which a time series of measured values of electrical conductivity of the laundry items is recorded and wherein a distribution of the measured values of the time series is determined in a plurality of size classes and the variable is set from the size classes, characterised in that the distribution is compared with a plurality of distribution templates, wherein each distribution template is assigned a typical variable, wherein, from the distribution templates, a distribution template most similar to the distribution is set, and wherein the variable of the distribution equal to the typical variable of the most similar distribution template is set.