mhurhangee/patent-ind-claim-en huggingface dataset:
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.
A composition comprising: (A) an ethylene-based polymer; (B) a slip agent blend comprising (i) from greater than 50 wt% to 99 wt% of a first polydimethylsiloxane having a number average molecular weight (Mn) from 30,000 g/mol to less than 300,000 g/mol; and (ii) from 1 wt% to less than 50 wt% of a second polydimethylsiloxane having a number average molecular weight (Mn) from 300,000 g/mol to 2,000,000 g/mol, based on the total weight of the slip agent blend. (A) an ethylene-based polymer; (B) a slip agent blend comprising (i) from greater than 50 wt% to 99 wt% of a first polydimethylsiloxane having a number average molecular weight (Mn) from 30,000 g/mol to less than 300,000 g/mol; and (ii) from 1 wt% to less than 50 wt% of a second polydimethylsiloxane having a number average molecular weight (Mn) from 300,000 g/mol to 2,000,000 g/mol, based on the total weight of the slip agent blend. (i) from greater than 50 wt% to 99 wt% of a first polydimethylsiloxane having a number average molecular weight (Mn) from 30,000 g/mol to less than 300,000 g/mol; and (ii) from 1 wt% to less than 50 wt% of a second polydimethylsiloxane having a number average molecular weight (Mn) from 300,000 g/mol to 2,000,000 g/mol, based on the total weight of the slip agent blend.
An extruder comprising a feed port , the feed port is configured to direct material towards a barrel region of an extruder, the feed port comprising a passageway, the passageway arranged to be in communication with the barrel region of the extruder, and the passageway comprises a transverse cross-sectional shape which comprises three substantially rectilinear side surfaces (4a; 4b; 4c) which are arranged substantially orthogonally, and characterised in that the transverse cross-sectional shape of the passageway comprises a fourth side surface which is non-orthogonally angled relative to two of the side surfaces which are adjacent to the fourth side surface.
A modular mould set comprising a plurality of mould parts for the construction of casting moulds for casting concrete wall segments of a tower wall of a tower having an angular cross-section of a wind turbine, having the following mould parts : • a plurality of identically formed corner mould parts each having an angled inner shell and an angled outer shell , • a plurality of identically formed base wall mould parts each having a flat inner shell and a flat outer shell, • a plurality of wall mouldings each having a flat inner shell and a flat outer shell and formed in different mould widths, wherein the corner mould parts , the base wall mould parts and the wall mould parts have identical heights and wherein in each case any two parts of the corner mould parts , base wall mould parts and wall mould parts can be connected to one another at lateral edges extending substantially along the height of the mould parts to form a casting mould , 10) can be connected to one another in such a way that in each case the inner shells of the interconnected mould parts are joined together to form a continuous inner shell and in each case the outer shells of the interconnected mould parts are joined together to form a continuous outer shell. • a plurality of identically formed corner mould parts each having an angled inner shell and an angled outer shell , • a plurality of identically formed base wall mould parts each having a flat inner shell and a flat outer shell, • a plurality of wall mouldings each having a flat inner shell and a flat outer shell and formed in different mould widths,
An air freshener system comprising a wick wrapped in nylon and a composition comprising: a 100% natural mixture of essential oils and at least two diluents , wherein the mixture is adapted to have a longevity of between fifteen to forty days; and wherein the at least two diluents include a combination of Hemisqualane and Squalane. a 100% natural mixture of essential oils and at least two diluents , wherein the mixture is adapted to have a longevity of between fifteen to forty days; and wherein the at least two diluents include a combination of Hemisqualane and Squalane.
A method for preparing norbornyl (meth)acrylate by reacting norbornene with (meth)acrylic acid in the presence of boron trifluoride as catalyst, wherein a) boron trifluoride is initially charged in (meth)acrylic acid, b) the initial charge is heated to a temperature of 75 to 110°C, c) norbornene is added and d) the norbornyl (meth)acrylate obtained is isolated from the reaction mixture. a) boron trifluoride is initially charged in (meth)acrylic acid, b) the initial charge is heated to a temperature of 75 to 110°C, c) norbornene is added and d) the norbornyl (meth)acrylate obtained is isolated from the reaction mixture.
An absorbent article, comprising an absorbent element obtained by wrapping an absorbent body in a wrapping sheet , the absorbent body being obtained by mixing and accumulating fibers and high absorbent polymer particles, the wrapping sheet including an intermediate part located at one side of a front face side and a back face side of the absorbent body and both side parts folded back to the other side of the front face side and the back face side of the absorbent body from the intermediate part , distal ends of the both side parts of the wrapping sheet being overlapped at the other side of the absorbent body to form a connecting portion , wherein a whole part of an internal surface of the wrapping sheet facing the absorbent body is bonded to an external surface of the absorbent body through a hot melt adhesive (H1, H2...), and a usage amount of the hot melt adhesive bonding the wrapping sheet and the absorbent body together is larger at least in a region of both end portions in a width direction on the other side of the absorbent body than on the one side of the absorbent body , and wherein a slit penetrating the absorbent body in a thickness direction extends in the front-back direction at an intermediate portion of the absorbent body in the width direction, and the region in which the usage amount of the hot melt adhesive bonding the wrapping sheet and the absorbent body together is larger than the usage amount on the one side of the absorbent body corresponds to a region including both end portions of the slit in the width direction. an absorbent element obtained by wrapping an absorbent body in a wrapping sheet , the absorbent body being obtained by mixing and accumulating fibers and high absorbent polymer particles, the wrapping sheet including an intermediate part located at one side of a front face side and a back face side of the absorbent body and both side parts folded back to the other side of the front face side and the back face side of the absorbent body from the intermediate part , distal ends of the both side parts of the wrapping sheet being overlapped at the other side of the absorbent body to form a connecting portion , wherein a whole part of an internal surface of the wrapping sheet facing the absorbent body is bonded to an external surface of the absorbent body through a hot melt adhesive (H1, H2...), and a usage amount of the hot melt adhesive bonding the wrapping sheet and the absorbent body together is larger at least in a region of both end portions in a width direction on the other side of the absorbent body than on the one side of the absorbent body , and wherein a slit penetrating the absorbent body in a thickness direction extends in the front-back direction at an intermediate portion of the absorbent body in the width direction, and the region in which the usage amount of the hot melt adhesive bonding the wrapping sheet and the absorbent body together is larger than the usage amount on the one side of the absorbent body corresponds to a region including both end portions of the slit in the width direction.
A stacked pallet comprising: a pallet , a plurality of layers of secondary packages stacked on the pallet , and a hot melt adhesive sandwiched between the layers of secondary packages thereby adhering the layers to each other, characterized in that the hot melt adhesive comprises: a single site catalyzed olefin based polymer and a plasticizer, the amount of plasticizer being greater than 0 % and no greater than 10 % by weight. a pallet , a plurality of layers of secondary packages stacked on the pallet , and a hot melt adhesive sandwiched between the layers of secondary packages thereby adhering the layers to each other, characterized in that the hot melt adhesive comprises: a single site catalyzed olefin based polymer and a plasticizer, the amount of plasticizer being greater than 0 % and no greater than 10 % by weight. a single site catalyzed olefin based polymer and a plasticizer, the amount of plasticizer being greater than 0 % and no greater than 10 % by weight.
Method for producing a compression garment for a limb of a patient, wherein a tension value of a limb of a person is automatically determined, the tension value of the limb being used along with a skin value of the limb for the production of the custom-tailored compression garment for the limb , the skin value describing the circumference of the limb without any applied compression and the tension value describing the circumference of the limb with the compression garment applying a desired compression, wherein the skin value of the limb is received and the tension value of the limb is calculated from the skin value according to a calculation instruction parametrized by at least one parameter, wherein the parameter is derived from a dataset comprising multiple associated tuples of skin values and tension values, wherein, after calculating the tension value, the compression garment is automatically produced by a garment production apparatus , in particular a knitting machine , using the received skin value and the determined tension value.
A three-dimensional printing pen , comprising: a plurality of cartridges , each cartridge having a hollow cartridge body including a colored thixotropic paste , a color of each thixotropic paste being different from a color of another thixotropic paste ; a plurality of nozzles , each nozzle fluidly communicatively coupled to a corresponding cartridge ; a motor unit operably coupled to the plurality of cartridges , the motor unit operable to expel the colored thixotropic paste from each cartridge through the corresponding nozzle ; a mixing tip fluidly communicatively coupled to the plurality of nozzles , the mixing tip sized and shaped to dispense therethrough one or more of the colored thixotropic pastes in a form of an output thixotropic paste ; a projection module having a light engine assembly that emits light having a wavelength, the light being projected to the output thixotropic paste to cure the output thixotropic paste that is dispensed from the mixing tip ; and a housing at least partially housing each of the plurality of cartridges , the plurality of nozzles , the motor unit , the mixing tip , and the projection module . a plurality of cartridges , each cartridge having a hollow cartridge body including a colored thixotropic paste , a color of each thixotropic paste being different from a color of another thixotropic paste ; a plurality of nozzles , each nozzle fluidly communicatively coupled to a corresponding cartridge ; a motor unit operably coupled to the plurality of cartridges , the motor unit operable to expel the colored thixotropic paste from each cartridge through the corresponding nozzle ; a mixing tip fluidly communicatively coupled to the plurality of nozzles , the mixing tip sized and shaped to dispense therethrough one or more of the colored thixotropic pastes in a form of an output thixotropic paste ; a projection module having a light engine assembly that emits light having a wavelength, the light being projected to the output thixotropic paste to cure the output thixotropic paste that is dispensed from the mixing tip ; and a housing at least partially housing each of the plurality of cartridges , the plurality of nozzles , the motor unit , the mixing tip , and the projection module .
A method of controlling a solenoid actuated fuel injector, said injector including a solenoid actuator adapted to be energized during an energization phase so as to move a needle, such that the needle moves away from a valve seat to an open position, and including circuitry that provides recirculation control subsequent to the energization phase and prior to application of a braking pulse, the circuitry being configured to apply a chopped hysteresis pulse during recirculation control, comprising: a) obtaining a signal of the current or voltage across the solenoid; b) analyzing the voltage or current to detect the chopped hysteresis pulse; c) determining the time point of the end of said chopped hysteresis pulse, said end of said chopped hysteresis pulse being used to determine the time the needle starts to close; d) applying the braking pulse to the solenoid, the timing of which is dependent on the results of step c); and wherein step c) comprises identifying said recirculation pulse; and determining when the voltage thereafter is at zero level for more than a predetermined time. a) obtaining a signal of the current or voltage across the solenoid; b) analyzing the voltage or current to detect the chopped hysteresis pulse; c) determining the time point of the end of said chopped hysteresis pulse, said end of said chopped hysteresis pulse being used to determine the time the needle starts to close; d) applying the braking pulse to the solenoid, the timing of which is dependent on the results of step c); and wherein step c) comprises identifying said recirculation pulse; and determining when the voltage thereafter is at zero level for more than a predetermined time.
Magnification glasses comprising: a first camera array for capturing a magnified image in the field of view of said glasses comprising: a. at least a first camera and a second camera wherein each of said first camera and said second camera provide different levels of magnification; and b. a processor , wherein said processor is a computing device, wherein said first camera and said second camera have the same working distance, characterised in that said first camera and said second camera are fixed focus cameras, and the processor is configured to receive a first magnified image captured by the first camera and a second magnified image captured by the second camera and is configured to switch between the first magnified image and the second magnified image at a point where the first magnified image and the second magnified image appear the same to a user of the glasses. a. at least a first camera and a second camera wherein each of said first camera and said second camera provide different levels of magnification; and b. a processor , wherein said processor is a computing device, wherein said first camera and said second camera have the same working distance, characterised in that said first camera and said second camera are fixed focus cameras, and the processor is configured to receive a first magnified image captured by the first camera and a second magnified image captured by the second camera and is configured to switch between the first magnified image and the second magnified image at a point where the first magnified image and the second magnified image appear the same to a user of the glasses.
A dust bag for a vacuum cleaner comprising: a filter bag of an air-permeable material a front connector plate comprising a hole section, wherein a sleeve is provided, wherein, the filter bag is attached to the front connector plate and the sleeve is provided outside the filter bag, and wherein the sleeve is arranged to keep the filter bag in a folded position and where the sleeve is arranged to allow the filter bag to expand when air is blown through a hole formed in the hole section of the front connector plate, characterized in that the sleeve is of a flexible material. a filter bag of an air-permeable material a front connector plate comprising a hole section, wherein a sleeve is provided, wherein, the filter bag is attached to the front connector plate and the sleeve is provided outside the filter bag, and wherein the sleeve is arranged to keep the filter bag in a folded position and where the sleeve is arranged to allow the filter bag to expand when air is blown through a hole formed in the hole section of the front connector plate, characterized in that the sleeve is of a flexible material.
A housing assembly for a safety actuation device comprising: a mounting plate ; a first channel wall and a second channel wall extending substantially perpendicular from the mounting plate , the first channel wall including a first channel wall interior surface , and the second channel wall including a second channel wall interior surface , wherein the first channel wall is positioned substantially parallel to the second channel wall to form a channel therebetween; at least one guide device affixed to the first channel wall interior surface and at least one guide device affixed to the second channel wall interior surface , and characterized in that a at least one guide device comprises a guide pad wherein the guide pad includes a wear indicator disposed therein; and further comprising at least two apertures disposed within the mounting plate , the at least two apertures configured for mounting said assembly to a car frame with fasteners, such that the safety actuation device floats horizontally when there is position variation between the car frame and an elevator rail . a mounting plate ; a first channel wall and a second channel wall extending substantially perpendicular from the mounting plate , the first channel wall including a first channel wall interior surface , and the second channel wall including a second channel wall interior surface , wherein the first channel wall is positioned substantially parallel to the second channel wall to form a channel therebetween; at least one guide device affixed to the first channel wall interior surface and at least one guide device affixed to the second channel wall interior surface , and characterized in that a at least one guide device comprises a guide pad wherein the guide pad includes a wear indicator disposed therein; and further comprising at least two apertures disposed within the mounting plate , the at least two apertures configured for mounting said assembly to a car frame with fasteners, such that the safety actuation device floats horizontally when there is position variation between the car frame and an elevator rail .
A running shoe having a lateral side and a medial side, as well as a heel area (FB), a forefoot area (VB), a midfoot area (MB), a shoe tip and a heel edge , the running shoe comprising: - a shoe sole and an upper , wherein the upper comprises a textile base material, - a group of tension straps comprising at least one compressive tension strap , and a group of pulling straps comprising at least one compressive pulling strap , the group of tension straps and the group of pulling straps being part of the upper and optionally each extending into the shoe sole , wherein the group of tension straps is arranged in the heel area (FB) and in the midfoot area (MB) of the running shoe and the group of pulling straps is arranged in the forefoot area (VB), and wherein the at least one tension strap is arranged such that it is arranged along a non-expanding line (LONE) of the wearer's foot in the worn state and such that it exerts an inwardly directed compression force. - a shoe sole and an upper , wherein the upper comprises a textile base material, - a group of tension straps comprising at least one compressive tension strap , and a group of pulling straps comprising at least one compressive pulling strap , the group of tension straps and the group of pulling straps being part of the upper and optionally each extending into the shoe sole ,
A method, comprising: determining a location of a tissue of interest of a subject and a full range of motion of a moving cycle of the tissue of interest; performing a contrast enhanced computed tomography (CT) scan of the tissue of interest, with an imaging system having a radiation source and a detector array , wherein the performing of the scan comprises concurrently imaging over a single rotation of the radiation source and the detector array: - a peak contrast enhancement of the tissue of interest, and - the determined full range of motion of the tissue of interest and an entire volume of interest of the tissue of interest. determining a location of a tissue of interest of a subject and a full range of motion of a moving cycle of the tissue of interest; performing a contrast enhanced computed tomography (CT) scan of the tissue of interest, with an imaging system having a radiation source and a detector array , wherein the performing of the scan comprises concurrently imaging over a single rotation of the radiation source and the detector array: - a peak contrast enhancement of the tissue of interest, and - the determined full range of motion of the tissue of interest and an entire volume of interest of the tissue of interest. - a peak contrast enhancement of the tissue of interest, and - the determined full range of motion of the tissue of interest and an entire volume of interest of the tissue of interest.