mhurhangee/ep-ind-claims huggingface dataset:
A device for assisting bending and stretching of a human body, the device comprises: an upper frame worn on an upper body with a upper wearing belt; a lower frame worn on a lower body with a lower wearing belt; a plate spring configured to be connected, at one end and the other end thereof, to the upper frame and the lower frame, respectively, and configured of an elastic body; and a tensioning device configured to apply tension to the plate spring, the tensioning device comprises a wire and a tension winch; wherein the plate spring comprises a curved part, wherein the curved part is configured to be stretched and bent according to the bending of the body, characterized in that the curved part forms two consecutive S-shaped paths facing each other in its side view; and wherein the tensioning device further comprises a plurality of tension pulleys along the curved part, wherein the wire has one end fixed to a tension wire fixing point of the curved part and wherein the wire is connected to the tension winch through the tension pulleys. an upper frame worn on an upper body with a upper wearing belt; a lower frame worn on a lower body with a lower wearing belt; a plate spring configured to be connected, at one end and the other end thereof, to the upper frame and the lower frame, respectively, and configured of an elastic body; and a tensioning device configured to apply tension to the plate spring, the tensioning device comprises a wire and a tension winch; wherein the plate spring comprises a curved part, wherein the curved part is configured to be stretched and bent according to the bending of the body, characterized in that the curved part forms two consecutive S-shaped paths facing each other in its side view; and wherein the tensioning device further comprises a plurality of tension pulleys along the curved part, wherein the wire has one end fixed to a tension wire fixing point of the curved part and wherein the wire is connected to the tension winch through the tension pulleys.
A method of improving sliceability of a baked product prepared from dough comprising: - incorporating into the dough a glycosyltransferase (EC 2.4.1.18) and/or a cyclomaltodextrin glucanotransferase (EC 2.4.1.19); - baking the dough into a baked product; and - slicing the baked product during the cooling period when the baked product has a core temperature of 30-55°C. - incorporating into the dough a glycosyltransferase (EC 2.4.1.18) and/or a cyclomaltodextrin glucanotransferase (EC 2.4.1.19); - baking the dough into a baked product; and - slicing the baked product during the cooling period when the baked product has a core temperature of 30-55°C.
A capsule for a soluble and non-soluble product, such as coffee and its derivatives, tea and herbal teas and beverages, provided with a tray-like body made of plastic material and a film that closes the tray, a substance that can be detected by a sensor, characterized in that said substance detectable by a sensor is a powder and/or initially a substance in liquid form. embedded in said plastic material of the tray.
A cosmetic and/or healthcare brush for applying a cosmetic and/or healthcare mass onto the hair or skin, preferably eyelashes, comprising: (i) a core section of at least two mutually-twisted together wire segments, (ii) a bristle section comprising bristles secured between said two mutually-twisted together wire segments, wherein the bristles flare outwardly in various directions from the core section, at least a portion of the bristles end in a tapered end-section, and the bristles have an outer portion made of a first, softer material and an inner portion made of a second, harder material wherein the cross-sections of the bristles vary in shape lengthwise along the bristle, wherein at least a portion of the bristles have recesses, wherein the bristle cross-section is non-cylindrical within and adjacent to the region of the recess, and wherein the recesses on a bristle are located substantially opposed to one another so as to confer the bristle with a substantially hour glass or dumbbell shaped cross-section in the region of the bristle containing said recesses. (i) a core section of at least two mutually-twisted together wire segments, (ii) a bristle section comprising bristles secured between said two mutually-twisted together wire segments, wherein the bristles flare outwardly in various directions from the core section, at least a portion of the bristles end in a tapered end-section, and the bristles have an outer portion made of a first, softer material and an inner portion made of a second, harder material wherein the cross-sections of the bristles vary in shape lengthwise along the bristle, wherein at least a portion of the bristles have recesses, wherein the bristle cross-section is non-cylindrical within and adjacent to the region of the recess, and wherein the recesses on a bristle are located substantially opposed to one another so as to confer the bristle with a substantially hour glass or dumbbell shaped cross-section in the region of the bristle containing said recesses.
A method of controlling the light output of a solar-powered lighting device comprising a light source, a battery connected to the light source, a solar-power generator including a charger connected to the battery, and a control unit for performing the light output control, comprising: - charging the battery while solar-power is generated; - acquiring local day-light data; - repeatedly: - acquiring, at predetermined time intervals, local weather forecast data covering a predetermined time period, and determining a lighting output profile for the predetermined time period; and - driving the lighting device according to the lighting output profile, wherein said determining a lighting output profile comprises: - predicting a lighting demand for the predetermined time period on basis of first environment light data, which first environment light data comprises the local day-light data; - predicting a battery energy storage level for the predetermined time period on basis of a present energy storage level and second environment light data, which second environment light data comprises the weather forecast data and the local day-light data; and - determining the lighting output profile on basis of the lighting demand and the battery energy storage level under consideration of keeping the battery energy storage level above a predetermined minimum level during the predetermined time period. - charging the battery while solar-power is generated; - acquiring local day-light data; - repeatedly: - acquiring, at predetermined time intervals, local weather forecast data covering a predetermined time period, and determining a lighting output profile for the predetermined time period; and - driving the lighting device according to the lighting output profile, - predicting a lighting demand for the predetermined time period on basis of first environment light data, which first environment light data comprises the local day-light data; - predicting a battery energy storage level for the predetermined time period on basis of a present energy storage level and second environment light data, which second environment light data comprises the weather forecast data and the local day-light data; and - determining the lighting output profile on basis of the lighting demand and the battery energy storage level under consideration of keeping the battery energy storage level above a predetermined minimum level during the predetermined time period.
A method of controlling an antenna system configuration to provide a satisfactory communication link with a target, the method comprising: turning on a first powered antenna, thereby entering a first antenna system configuration; determining if the first antenna system configuration can provide the satisfactory communication link with the target; and if the first antenna system configuration cannot provide the satisfactory communication link entering a second antenna system configuration, wherein in addition to the first powered antenna at least one further antenna is used to form a portion of a directed array in order to steer an antenna system beam towards the target, the further antenna being selectably configurable into one of a powered mode in which the further antenna operates as a second powered antenna in the second antenna system configuration and a resonating mode in which the further antenna operates as a directionally tuned parasitic antenna in the second antenna system configuration, the further antenna also having an inactive mode in which the further antenna is disconnected from the antenna system in the first antenna system configuration. turning on a first powered antenna, thereby entering a first antenna system configuration; determining if the first antenna system configuration can provide the satisfactory communication link with the target; and if the first antenna system configuration cannot provide the satisfactory communication link entering a second antenna system configuration, wherein in addition to the first powered antenna at least one further antenna is used to form a portion of a directed array in order to steer an antenna system beam towards the target, the further antenna being selectably configurable into one of a powered mode in which the further antenna operates as a second powered antenna in the second antenna system configuration and a resonating mode in which the further antenna operates as a directionally tuned parasitic antenna in the second antenna system configuration, the further antenna also having an inactive mode in which the further antenna is disconnected from the antenna system in the first antenna system configuration.
A method of displaying a digital image on a representation of an object, comprising: defining reference point positions on digital image template of a reference item; capturing an image of the reference item fitted to the object (Step 108); mapping positions on a digital image template of a non-reference item to the location positions of the reference points of the captured image to generate a manipulated non-reference digital image (Step 110); and displaying the manipulated digital image on the reference item fitted to the object; wherein the step of capturing an image of the reference item fitted to the object includes capturing lighting information of the reference item fitted to the object relating to shadowing; wherein the manipulated digital image is further manipulated in dependence on the captured lighting information; characterized in that the reference item and the reference points comprise distinct colours of the same luminance.
An apparatus comprising: a clock source configured to generate a first clock signal, wherein the clock source is coupled to a first power supply rail; an oscillator with an adjustable frequency oscillation, wherein the oscillator is coupled to a second power supply rail, and wherein the oscillator is configured to generate a second clock signal; a first circuitry to calibrate the oscillator such that a frequency of the second clock signal is substantially the same as a frequency of the first clock signal; a multiplexer to select one of the second clock signal or a divided version of the second clock signal, and to provide it as an output clock signal; and a second circuitry to count a frequency of the output clock signal and the first clock signal, and to generate a control for a voltage generator in accordance with a frequency difference between the output clock signal and the first clock signal. a clock source configured to generate a first clock signal, wherein the clock source is coupled to a first power supply rail; an oscillator with an adjustable frequency oscillation, wherein the oscillator is coupled to a second power supply rail, and wherein the oscillator is configured to generate a second clock signal; a first circuitry to calibrate the oscillator such that a frequency of the second clock signal is substantially the same as a frequency of the first clock signal; a multiplexer to select one of the second clock signal or a divided version of the second clock signal, and to provide it as an output clock signal; and a second circuitry to count a frequency of the output clock signal and the first clock signal, and to generate a control for a voltage generator in accordance with a frequency difference between the output clock signal and the first clock signal.
A rotor for an electric motor comprising a cylindrical rotor main body, a permanent magnet holding member and a plurality of permanent magnets: the said cylindrical rotor main body comprising a cylindrical outer peripheral surface and rotation prevention recessed parts, the said rotation prevention recessed parts being formed in both axial faces of the rotor main body at a plurality of locations of the said rotor main body in the circumferential direction; the said permanent magnet holding member being made of a synthetic resin, fixed to an outer peripheral part of the rotor main body and comprising two annular parts, connecting parts, and a plurality of rotation prevention protruding parts, the said connecting parts comprising a plurality of rod shaped parts and permanent magnet holding pawl parts, and the said plurality of permanent magnets being held in the permanent magnet holding member, wherein the said annular parts come into close contact with both axial end faces of the rotor main body, the said connecting parts connect both annular parts, the said connecting parts are located on the outer peripheral surface of the rotor main body and hold the permanent magnets, and the said plurality of rotation prevention protruding parts is fitted to the rotation prevention recessed parts and is formed integrally with the permanent magnet holding member, and wherein the said plurality of rod shaped parts extends in the axial direction and connects both the annular parts, the said permanent magnet holding pawl parts are protruding to both sides in the circumferential direction and are integrally formed with parts of the rod shaped parts, said parts of the rod shaped parts are extending outward in the radial direction from the said annular parts, and the permanent magnets are held between the said pawl parts of the adjacent rod shaped parts, characterized in that the motor is driven in oil and that outside diameters of the rotor at the position of the rod shaped parts are being reduced along the outer periphery of the rotor, the said reduction of the diameters being in the rotating direction of the rotor main body. the said cylindrical rotor main body comprising a cylindrical outer peripheral surface and rotation prevention recessed parts, the said rotation prevention recessed parts being formed in both axial faces of the rotor main body at a plurality of locations of the said rotor main body in the circumferential direction; the said permanent magnet holding member being made of a synthetic resin, fixed to an outer peripheral part of the rotor main body and comprising two annular parts, connecting parts, and a plurality of rotation prevention protruding parts, the said connecting parts comprising a plurality of rod shaped parts and permanent magnet holding pawl parts, characterized in that the motor is driven in oil and that outside diameters of the rotor at the position of the rod shaped parts are being reduced along the outer periphery of the rotor, the said reduction of the diameters being in the rotating direction of the rotor main body.
A method comprising: causing, by a networking device in a network, formation of device clusters of devices in the network, wherein the devices in a particular cluster exhibit similar characteristics; receiving, at the networking device, feedback from a device identity service regarding the device clusters; adjusting, by the networking device, the device clusters based on the feedback from the device identity service; and performing, by the networking device, anomaly detection in the network using the adjusted device clusters. causing, by a networking device in a network, formation of device clusters of devices in the network, wherein the devices in a particular cluster exhibit similar characteristics; receiving, at the networking device, feedback from a device identity service regarding the device clusters; adjusting, by the networking device, the device clusters based on the feedback from the device identity service; and performing, by the networking device, anomaly detection in the network using the adjusted device clusters.
Interferometer arrangement comprising - an interferometer (10; 100; 1000; 1000') having an interferometer light source (11; 111; 351) whose emitted radiation can be divided into a measuring arm and a reference arm, wherein an object to be measured is arranged in the measuring arm, and the interferometer (10; 100; 1000; 1000') supplies interferometer signals (S I1 -S I4) which are dependent on the position of the object to be measured, and - detection means for detecting fluctuations in the refractive index of the air in the measuring arm and/or reference arm, characterized in that the detection means comprise a spectrometer unit (50; 150; 250; 250'; 450), wherein the spectrometer unit (50; 150; 250; 250'; 450) has at least the following components: - a spectrometer light source (51; 151; 251; 351; 451) whose emitted beam bundles are superimposed on the beam bundles of the interferometer light source (11, 111; 351), and the spectrometer light source (51; 151; 251; 351; 451) emits radiation with a wavelength (λ S) which is in the range of an absorption line of at least one determined air component (ε), - at least one spectrometer detector unit (52; 520) for generating spectrometer signals (S S1, S S2) which characterize the absorption of the air component (ε) with respect to the spectrometer light source wavelength (λ S) in the measuring arm and/or reference arm. - an interferometer (10; 100; 1000; 1000') having an interferometer light source (11; 111; 351) whose emitted radiation can be divided into a measuring arm and a reference arm, wherein an object to be measured is arranged in the measuring arm, and the interferometer (10; 100; 1000; 1000') supplies interferometer signals (S I1 -S I4) which are dependent on the position of the object to be measured, and - detection means for detecting fluctuations in the refractive index of the air in the measuring arm and/or reference arm, - a spectrometer light source (51; 151; 251; 351; 451) whose emitted beam bundles are superimposed on the beam bundles of the interferometer light source (11, 111; 351), and the spectrometer light source (51; 151; 251; 351; 451) emits radiation with a wavelength (λ S) which is in the range of an absorption line of at least one determined air component (ε), - at least one spectrometer detector unit (52; 520) for generating spectrometer signals (S S1, S S2) which characterize the absorption of the air component (ε) with respect to the spectrometer light source wavelength (λ S) in the measuring arm and/or reference arm.
Method for taking an impression of at least partial regions of the upper and lower jaw for producing a dental prosthesis, in particular a denture, comprising the procedural steps of: A) generating an impression of at least partial regions of the upper jaw and lower jaw of a patient using an at least two-part tray in the oral cavity of the patient, whereby the tray is being inserted into the oral cavity of the patient for this purpose; B) fixing the at least two tray parts (1, 2, 14, 31, 32) to each other or against each other in the oral cavity of the patient; C) followed by determining the position and orientation of the at least two tray parts (1, 2, 14, 31, 32) with respect to each other in the oral cavity of the patient; wherein the position and orientation of the tray parts (1, 2, 14, 31, 32) with respect to each other are determined by means of at least one marking (8, 18, 38, 48) on each of the tray parts (1, 2, 14, 31, 32) and D) followed by taking the tray parts (1, 2, 14, 31, 32) out the oral cavity of the patient. A) generating an impression of at least partial regions of the upper jaw and lower jaw of a patient using an at least two-part tray in the oral cavity of the patient, whereby the tray is being inserted into the oral cavity of the patient for this purpose; B) fixing the at least two tray parts (1, 2, 14, 31, 32) to each other or against each other in the oral cavity of the patient; C) followed by determining the position and orientation of the at least two tray parts (1, 2, 14, 31, 32) with respect to each other in the oral cavity of the patient; wherein the position and orientation of the tray parts (1, 2, 14, 31, 32) with respect to each other are determined by means of at least one marking (8, 18, 38, 48) on each of the tray parts (1, 2, 14, 31, 32) and D) followed by taking the tray parts (1, 2, 14, 31, 32) out the oral cavity of the patient.
A polyurethane foam comprising crosslinked polymers of heterocyclic N-vinyl monomers (i) and a disinfectant and/or bleaching agent (ii), chosen from the group hydrogen peroxide and silver ions, copper ions and zinc ions.
A fan module comprising: a fan; a fan housing to carry the fan, the fan to rotate in the fan housing; and a flange extending from the fan housing, characterized in that the flange includes: electrical signal paths configured to provide an interconnect to electrically couple at least portions of a first electrical circuit and a second electrical circuit of an electronic device; a plurality of traces formed on a surface of the flange to define the electrical signal paths; a first electrical connector carried by a first portion of the flange; and a second electrical connector carried by a second portion of the flange, the first electrical connector and the second electrical connector being electrically coupled via the traces. a fan; a fan housing to carry the fan, the fan to rotate in the fan housing; and a flange extending from the fan housing, characterized in that the flange includes: electrical signal paths configured to provide an interconnect to electrically couple at least portions of a first electrical circuit and a second electrical circuit of an electronic device; a plurality of traces formed on a surface of the flange to define the electrical signal paths; a first electrical connector carried by a first portion of the flange; and a second electrical connector carried by a second portion of the flange, the first electrical connector and the second electrical connector being electrically coupled via the traces. electrical signal paths configured to provide an interconnect to electrically couple at least portions of a first electrical circuit and a second electrical circuit of an electronic device; a plurality of traces formed on a surface of the flange to define the electrical signal paths; a first electrical connector carried by a first portion of the flange; and a second electrical connector carried by a second portion of the flange, the first electrical connector and the second electrical connector being electrically coupled via the traces.
Drive apparatus with recuperation capability (1, 10, 100) for generating a rotational movement, in particular for a vehicle, wherein the drive apparatus (1, 10, 100) is in the form of a hub direct drive and has an electric machine which operates in accordance with the piezoelectric operating principle, characterised in that the drive apparatus has at least three actuators which operate in accordance with the piezoelectric operating principle and which are arranged with a 120° pitch on an effective diameter DW and in that the at least three actuators have in each case one housing.