mhurhangee/ep-ind-claims huggingface dataset:
A deep pressure therapy blanket, comprising a piece of weighted material, the piece of weighted material comprising: a length of layered yarn that is interlooped to form the piece of weighted material, wherein the length of layered yarn comprises: an outer tube extending longitudinally from a first end to a second end, the outer tube defining a conduit extending longitudinally therethrough from the first end to the second end, the outer tube being formed of a rolled outer layer sheet; and a plurality of inner layers of material disposed within the conduit and extending longitudinally from the first end to the second end, wherein the length of layered yarn, by itself, is configured and sufficiently weighted to effectuate deep pressure therapy to a person when the deep pressure therapy blanket lies over a person's body and wherein the piece of weighted material is configured to weigh between 2.27 kg and 20.41 kg (5 pounds and 45 pounds) inclusive. an outer tube extending longitudinally from a first end to a second end, the outer tube defining a conduit extending longitudinally therethrough from the first end to the second end, the outer tube being formed of a rolled outer layer sheet; and a plurality of inner layers of material disposed within the conduit and extending longitudinally from the first end to the second end, wherein the length of layered yarn, by itself, is configured and sufficiently weighted to effectuate deep pressure therapy to a person when the deep pressure therapy blanket lies over a person's body and wherein the piece of weighted material is configured to weigh between 2.27 kg and 20.41 kg (5 pounds and 45 pounds) inclusive.
An applicator (10, 40, 40A, 50) for applying a sheet member to skin comprising: a body (11, 41) having a bottom surface facing the skin; and a first guide (12, 43, 51) configured to guide the sheet member to a space between the skin and the bottom surface; and a second guide (13, 44, 51), wherein the sheet member is applied to the skin after being folded in the space, and on the bottom surface, one or more protrusions are provided between the first guide and the second guide. a body (11, 41) having a bottom surface facing the skin; and a first guide (12, 43, 51) configured to guide the sheet member to a space between the skin and the bottom surface; and a second guide (13, 44, 51), wherein the sheet member is applied to the skin after being folded in the space, and
A dental cleaning device comprising: (i) a rotary motor with an eccentric mass; (ii) a driven member mechanically coupled to the motor; (iii) a spring element mounted to the driven member and acting in a direction perpendicular to the axis of the driven member; (iv) a frame though which the driven member extends; and (v) a power source; wherein the driven member comprises: - a drive shaft coupled to the motor, and - a brush head coupled to the drive shaft; wherein the spring element comprises a torsion spring mounted between the drive shaft and the frame in an orientation where it applies a force to the drive shaft in a direction perpendicular to the axis of the motor; wherein the brush head has bristles oriented in a direction parallel to the direction of the force exerted by the spring element; wherein the motor, spring element and driven member forming an assembly having a resonant frequency; wherein the power source supplying to the motor power sufficient to cause the motor to operate near the resonant frequency of the assembly; wherein while the motor is operating near the resonant frequency of the assembly, the brush head moves in a predominantly tapping motion. (ii) a driven member mechanically coupled to the motor; (iii) a spring element mounted to the driven member and acting in a direction perpendicular to the axis of the driven member; (iv) a frame though which the driven member extends; and (v) a power source; wherein the driven member comprises: - a drive shaft coupled to the motor, and - a brush head coupled to the drive shaft; - a drive shaft coupled to the motor, and - a brush head coupled to the drive shaft; wherein the spring element comprises a torsion spring mounted between the drive shaft and the frame in an orientation where it applies a force to the drive shaft in a direction perpendicular to the axis of the motor; wherein the brush head has bristles oriented in a direction parallel to the direction of the force exerted by the spring element; wherein the motor, spring element and driven member forming an assembly having a resonant frequency; wherein the power source supplying to the motor power sufficient to cause the motor to operate near the resonant frequency of the assembly; wherein while the motor is operating near the resonant frequency of the assembly, the brush head moves in a predominantly tapping motion.
An uplink data packet transmission method, comprising: determining (S304a, S304b, S406, S506, S606, S702), by a terminal device, a cyclic prefix, CP, length of a first uplink data frame; if the terminal device is in a state of out of uplink synchronization with a base station and in a radio resource control, RRC, connected state, or the terminal device is in an RRC idle state, generating (S308, S412, S516, S612, S704), by the terminal device, the first uplink data frame for an uplink data packet according to the CP length, wherein the CP length of the first uplink data frame is greater than a first CP length, and the first CP length is a CP length of an uplink data frame sent by a terminal device that is in a state of uplink synchronization and in an RRC connected state; and sending (S310, S404, S518, S614, S706), by the terminal device, the first uplink data frame to the base station. determining (S304a, S304b, S406, S506, S606, S702), by a terminal device, a cyclic prefix, CP, length of a first uplink data frame; if the terminal device is in a state of out of uplink synchronization with a base station and in a radio resource control, RRC, connected state, or the terminal device is in an RRC idle state, generating (S308, S412, S516, S612, S704), by the terminal device, the first uplink data frame for an uplink data packet according to the CP length, wherein the CP length of the first uplink data frame is greater than a first CP length, and the first CP length is a CP length of an uplink data frame sent by a terminal device that is in a state of uplink synchronization and in an RRC connected state; and sending (S310, S404, S518, S614, S706), by the terminal device, the first uplink data frame to the base station.
A computer-implemented method of training a neural network to output a set of specific parameters derived from measurement data of a nasal cavity such that a specific nasal cavity shape is modelled by a combination of an average nasal cavity shape and a linear combination of the set of specific parameters with a set of nasal cavity shape eigenmodes, the training including the steps of - randomly generating sets of specific parameters simulating measurement data of nasal cavities; - generating specific nasal cavity shape models, said models including a combination of an average nasal cavity shape and a linear combination of said simulated sets of specific parameters with a set of nasal cavity shape eigenmodes; - determining a cross-sectional surface area of at least one of the nasal channels of the specific nasal cavity shape models provided by said simulated sets of specific parameters; - feeding the determined cross-sectional surface area of at least one of the nasal channels into the neural network; - training the neural network to output the sets of specific parameters. - randomly generating sets of specific parameters simulating measurement data of nasal cavities; - generating specific nasal cavity shape models, said models including a combination of an average nasal cavity shape and a linear combination of said simulated sets of specific parameters with a set of nasal cavity shape eigenmodes; - determining a cross-sectional surface area of at least one of the nasal channels of the specific nasal cavity shape models provided by said simulated sets of specific parameters; - feeding the determined cross-sectional surface area of at least one of the nasal channels into the neural network; - training the neural network to output the sets of specific parameters.
A method for transmitting media data, wherein a device sending the media data and a device receiving the media data are currently located in a same wireless network, and the method comprises: acquiring, by the sending device, a frequency band of the wireless network; and determining, by the sending device, whether the frequency band of the wireless network meets a set condition; and if yes, setting a media data encoding mode of the sending device to non-compression, and sending, by the sending device, media data that is not compressed to the receiving device; or if the frequency band of the wireless network does not meet the set condition, setting a media data encoding mode of the sending device to compression, and sending, by the sending device, media data that is compressed to the receiving device; wherein the media data includes text data and/or audio data and/or video data and/or picture data and wherein for the compression an appropriate compression mode according to a hardware capability of the sending device is selected or an appropriate compression mode according to existing compression efficiency is selected or a particular video compression mode is selected. acquiring, by the sending device, a frequency band of the wireless network; and determining, by the sending device, whether the frequency band of the wireless network meets a set condition; and if yes, setting a media data encoding mode of the sending device to non-compression, and sending, by the sending device, media data that is not compressed to the receiving device; or if the frequency band of the wireless network does not meet the set condition, setting a media data encoding mode of the sending device to compression, and sending, by the sending device, media data that is compressed to the receiving device; wherein the media data includes text data and/or audio data and/or video data and/or picture data and wherein for the compression an appropriate compression mode according to a hardware capability of the sending device is selected or an appropriate compression mode according to existing compression efficiency is selected or a particular video compression mode is selected.
An image generation apparatus, comprising: an image generation section that generates a pseudo three-dimensional image by performing volume rendering on a three-dimensional image using an opacity curve that defines the relationship between pixel value and opacity and a color map that defines the relationship between the pixel value and display color; a region identification section that identifies a whole region representing a predetermined target object from the three-dimensional image; an opacity curve setting section that sets a base opacity curve to the identified whole region, obtains, with respect to each pixel obtained by sampling the pixels in the identified whole region at a predetermined interval, a representative value of pixel values in an adjacent region of a pixel concerned and sets an opacity curve obtained by modifying the base opacity curve using the obtained representative value as the opacity curve to be applied to the pixel concerned in the volume rendering; and a color map setting section that sets a base color map to the identified whole region and calculates, with respect to each pixel obtained by sampling the pixels in the whole region at a predetermined interval, a representative value of pixel values in an adjacent region of a pixel concerned, and sets a color map obtained by modifying the set base color map using the calculated representative value as the color map to be applied to the pixel concerned in the volume rendering. an image generation section that generates a pseudo three-dimensional image by performing volume rendering on a three-dimensional image using an opacity curve that defines the relationship between pixel value and opacity and a color map that defines the relationship between the pixel value and display color; a region identification section that identifies a whole region representing a predetermined target object from the three-dimensional image; an opacity curve setting section that sets a base opacity curve to the identified whole region, obtains, with respect to each pixel obtained by sampling the pixels in the identified whole region at a predetermined interval, a representative value of pixel values in an adjacent region of a pixel concerned and sets an opacity curve obtained by modifying the base opacity curve using the obtained representative value as the opacity curve to be applied to the pixel concerned in the volume rendering; and a color map setting section that sets a base color map to the identified whole region and calculates, with respect to each pixel obtained by sampling the pixels in the whole region at a predetermined interval, a representative value of pixel values in an adjacent region of a pixel concerned, and sets a color map obtained by modifying the set base color map using the calculated representative value as the color map to be applied to the pixel concerned in the volume rendering.
Method for manufacturing a container from an unfinished form made of plastics material, in a mould provided with a wall defining a cavity that has the impression of the container, and with a mould bottom able to move with respect to the wall between a retracted position in which it extends set back from the cavity, and a deployed position in which it extends as a projection towards the inside of the cavity in order to form in the container a recessed reservation, which comprises: - an operation of introducing the unfinished form into the mould; - a pre-blowing operation which consists in injecting a pressurized fluid into the unfinished form at a pressure known as the pre-blowing pressure, - a blowing operation, that follows the pre-blowing operation, consisting in injecting into the unfinished form a pressurized fluid at a pressure known as the blow-moulding pressure which is higher than the pre-blowing pressure; - a boxing operation, initiated before the blowing operation and which consists in moving the mobile mould bottom from its retracted position into its deployed position; this method being characterized in that the boxing operation is completed after the end of an increase in pressure of the unfinished form, at the end of which the pressure in the unfinished form remains substantially equal to the blow-moulding pressure. - an operation of introducing the unfinished form into the mould; - a pre-blowing operation which consists in injecting a pressurized fluid into the unfinished form at a pressure known as the pre-blowing pressure, - a blowing operation, that follows the pre-blowing operation, consisting in injecting into the unfinished form a pressurized fluid at a pressure known as the blow-moulding pressure which is higher than the pre-blowing pressure; - a boxing operation, initiated before the blowing operation and which consists in moving the mobile mould bottom from its retracted position into its deployed position;
A detector for detecting neutrons, wherein the detector comprises: - a neutron reactive material for interacting with neutrons (10a, 10b, 103) incident thereon to be detected to release ionizing radiation reaction products responsive to interactions with said incident neutrons, - a first semiconductor element arranged to interact with said ionizing radiation reaction products for providing electrical charges in proportion to the energy of said ionizing radiation reaction products, and - electrodes arranged in connection with said first semiconductor element for providing charge collection areas for collecting said electrical charges and to provide electrically readable signals proportional to said collected electrical charges; - said neutron reactive material is located on the same side of the first semiconducting element as the electrodes characterised in that: - said first semiconductor element is bump-bonded on read-out electronics via bump-bonding elements, and - said neutron reactive material is arranged between said bump-bonding elements, and/or within said bump-bonding elements. - a neutron reactive material for interacting with neutrons (10a, 10b, 103) incident thereon to be detected to release ionizing radiation reaction products responsive to interactions with said incident neutrons, - a first semiconductor element arranged to interact with said ionizing radiation reaction products for providing electrical charges in proportion to the energy of said ionizing radiation reaction products, and - electrodes arranged in connection with said first semiconductor element for providing charge collection areas for collecting said electrical charges and to provide electrically readable signals proportional to said collected electrical charges; - said neutron reactive material is located on the same side of the first semiconducting element as the electrodes - said first semiconductor element is bump-bonded on read-out electronics via bump-bonding elements, and - said neutron reactive material is arranged between said bump-bonding elements, and/or within said bump-bonding elements.
A telescopic bicycle seatpost (10, 10') for allowing a modification, while moving, of the height of a saddle with respect to a seat tube of the frame of a bicycle as a function of pedaling needs, comprising a pair of telescopically-coupled tubular elements defined by a male tubular element (14, 14') inserted into a seat tube of the bicycle frame, and by a female tubular element (15, 15') coaxial to said male tubular element, a seatpost lock or head arranged at one end of the female tubular element (15, 15') on the opposite side with respect to that of coupling to the male tubular element (14, 14'), said seatpost comprises mechanical means for enabling/disabling an axial sliding movement of the female tubular element (15, 15') with respect to the male tubular element (14, 14') arranged on the seatpost itself and cooperating with shape and force coupling with means for locking in place the female tubular element (15, 15') in order to define two or more height configurations of the saddle with respect to the seat tube of the frame, characterized in that said mechanical means for enabling/disabling an axial sliding movement comprising an eccentric involute element (24', 40') rotationally arranged with respect to the female tubular element (15, 15') and adapted to be engaged in pressure contact with one of at least two pockets (26, 41) formed and vertically mutually aligned along an outer side surface of the male tubular element (14, 14'), the distance "D" between an upper pocket and a lower pocket of said at least two pockets corresponding to a maximum movement travel of the female tubular element with respect to the male tubular element.
A method for purifying the sulfate salt of the compound of formula I comprising the steps of (a) providing a mixture comprising the sulfate salt of the compound of formula I and an aliphatic alcohol, wherein the aliphatic alcohol contains one or two OH groups, providing that when there are two OH groups there are three to six carbon atoms in the aliphatic moiety, and wherein the aliphatic moiety is a non-aromatic hydrocarbon moiety in which the constituent carbon atoms can be straight-chain, branched chain or cyclic, and wherein the pH of the mixture is in the range of about pH 1 to about pH 6, wherein the term "about" indicates a variation of +/- 5% of the given value; (b) allowing a first portion of the sulfate salt of the compound of formula I to crystalize from the mixture; and (c) adding an aprotic organic solvent to the mixture and allowing an additional portion of the sulfate salt of the compound of formula I to precipitate from the mixture. (a) providing a mixture comprising the sulfate salt of the compound of formula I and an aliphatic alcohol, wherein the aliphatic alcohol contains one or two OH groups, providing that when there are two OH groups there are three to six carbon atoms in the aliphatic moiety, and wherein the aliphatic moiety is a non-aromatic hydrocarbon moiety in which the constituent carbon atoms can be straight-chain, branched chain or cyclic, and wherein the pH of the mixture is in the range of about pH 1 to about pH 6, wherein the term "about" indicates a variation of +/- 5% of the given value; (b) allowing a first portion of the sulfate salt of the compound of formula I to crystalize from the mixture; and (c) adding an aprotic organic solvent to the mixture and allowing an additional portion of the sulfate salt of the compound of formula I to precipitate from the mixture.
A cooling container, which has a receiving chamber and an outer sheath, an inner insulation layer, and a protective layer, wherein the outer sheath consists of a solid, self-supporting material which has air chambers, and the insulation layer is formed from multiple individual insulation elements which contain a fibrous insulation material having a density of less than 100 Kg/m 3, and the protective layer is arranged between the receiving chamber and insulation layer, and wherein the insulation elements enclose a receiving chamber in a form-fitting manner, characterised in that at least one connection strip (30; 32) is additionally formed from the material of the protective layer, which connection strip is placed in the butt joint between insulation elements and provides a sealing effect there as a sealing strip.
Windscreen wiper provided with a retaining connector between the wiper and a windscreen wiper arm, the wiper comprising a reinforcement that extends lengthwise of said wiper and on which at least one heating element is deposited, the retaining connector including an internal electrical connection device between, on the one hand, an electrical connector connected to the electrical circuit of the vehicle and, on the other hand, the heating element, characterized in that said internal electrical connecting device includes at least one metal part exerting pressure against said heating element so as to ensure a permanent contact therewith.
A method of determining characteristics of a specimen container, comprising: providing a specimen container; and characterized in further comprising capturing images of the specimen container at different exposures times and at different spectra having different nominal wavelengths; selecting optimally-exposed pixels from the images at different exposure times at each spectrum; generating optimally-exposed image data for each spectrum, based on said selected optimally-exposed pixels; classifying the optimally-exposed pixels as at least being one of tube, label or cap; and identifying a width, height, or width and height of the specimen container based upon the optimally-exposed image data for each spectrum. providing a specimen container; and characterized in further comprising capturing images of the specimen container at different exposures times and at different spectra having different nominal wavelengths; selecting optimally-exposed pixels from the images at different exposure times at each spectrum; generating optimally-exposed image data for each spectrum, based on said selected optimally-exposed pixels; classifying the optimally-exposed pixels as at least being one of tube, label or cap; and identifying a width, height, or width and height of the specimen container based upon the optimally-exposed image data for each spectrum.