mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a cabinet providing a storage space; a main door configured to open and close the cabinet and having an opening ; and a sub door configured to open and close the opening of the main door ; wherein the main door comprises: - a door frame defining the opening and defining a front surface of the main door ; - a door liner coupled to the door frame for providing an insulating space therebetween and defining a rear surface of the main door ; - an inner frame disposed inside the insulating space along a circumference of the opening of the main door and connecting the door frame to the door liner , wherein the inner frame comprises a curved portion in contact with the door liner ; and - an insulating material filled in the insulating space and pressing the curved portion towards the door liner ; and wherein the door liner comprises: a liner opening corresponding to the opening of the door frame ; and characterized in that the door liner further comprises: a connector surrounding the liner opening and being formed in a curved shape corresponding to the curved portion of the inner frame to be in surface contact therewith. a cabinet providing a storage space; a main door configured to open and close the cabinet and having an opening ; and a sub door configured to open and close the opening of the main door ; wherein the main door comprises: - a door frame defining the opening and defining a front surface of the main door ; - a door liner coupled to the door frame for providing an insulating space therebetween and defining a rear surface of the main door ; - an inner frame disposed inside the insulating space along a circumference of the opening of the main door and connecting the door frame to the door liner , wherein the inner frame comprises a curved portion in contact with the door liner ; and - an insulating material filled in the insulating space and pressing the curved portion towards the door liner ; and - a door frame defining the opening and defining a front surface of the main door ; - a door liner coupled to the door frame for providing an insulating space therebetween and defining a rear surface of the main door ; - an inner frame disposed inside the insulating space along a circumference of the opening of the main door and connecting the door frame to the door liner , wherein the inner frame comprises a curved portion in contact with the door liner ; and - an insulating material filled in the insulating space and pressing the curved portion towards the door liner ; and wherein the door liner comprises: a liner opening corresponding to the opening of the door frame ; and characterized in that the door liner further comprises: a connector surrounding the liner opening and being formed in a curved shape corresponding to the curved portion of the inner frame to be in surface contact therewith.
A container for holding and heating a food product, the container comprising: a bottom panel ; at least one side panel extending upwardly from the bottom panel , the bottom panel and the at least one side panel cooperating to at least partially define a cavity of the container ; a flange extending laterally outward from an upper edge of the at least one side panel and pleats extending along the entire radial length of the flange from the upper edge of the at least one side panel to an outer edge of the flange , characterised by the flange having a first thickness (T3) and the at least one side panel having a second thickness (T4); and each pleat being spaced apart from an adjacent pleat by a portion of the flange having a thickness that is less than a thickness of the pleats in the flange , the first thickness (T3) includes the height of the pleats in the flange , the pleats extending into at least a portion of the at least one side panel , the second thickness (T4) includes the height of the pleats in the at least one side panel , the first thickness (T3) is greater than the second thickness (T4). a bottom panel ; at least one side panel extending upwardly from the bottom panel , the bottom panel and the at least one side panel cooperating to at least partially define a cavity of the container ; a flange extending laterally outward from an upper edge of the at least one side panel and pleats extending along the entire radial length of the flange from the upper edge of the at least one side panel to an outer edge of the flange , characterised by the flange having a first thickness (T3) and the at least one side panel having a second thickness (T4); and each pleat being spaced apart from an adjacent pleat by a portion of the flange having a thickness that is less than a thickness of the pleats in the flange , the first thickness (T3) includes the height of the pleats in the flange , the pleats extending into at least a portion of the at least one side panel , the second thickness (T4) includes the height of the pleats in the at least one side panel , the first thickness (T3) is greater than the second thickness (T4).
A method for producing a fiber reinforced plastic product, the method comprising: a core preparation step of preparing a core comprising a fusible part and an outer skin covering the fusible part; a molding step of disposing a prepreg preform inside a mold together with the core, and heating and pressurizing the prepreg preform in the mold to obtain a cured product; and a core removal step of removing materials of the fusible part from the cured product, in the molding step, at least a portion of the prepreg preform being pressurized by expansion of the core, wherein the fusible part comprises a first fusible part and a second fusible part having a fusion temperature higher than that of the first fusible part, a material of the first fusible part and a material of the second fusible part are incompatible with each other, and in the molding step, the first fusible part fuses partially or entirely, while the second fusible part does not fuse partially or entirely. a core preparation step of preparing a core comprising a fusible part and an outer skin covering the fusible part; a molding step of disposing a prepreg preform inside a mold together with the core, and heating and pressurizing the prepreg preform in the mold to obtain a cured product; and a core removal step of removing materials of the fusible part from the cured product, in the molding step, at least a portion of the prepreg preform being pressurized by expansion of the core, wherein the fusible part comprises a first fusible part and a second fusible part having a fusion temperature higher than that of the first fusible part, a material of the first fusible part and a material of the second fusible part are incompatible with each other, and in the molding step, the first fusible part fuses partially or entirely, while the second fusible part does not fuse partially or entirely.
A method of forming homogenized tobacco material comprising the steps of: forming a homogenized slurry comprising tobacco powder, casting the homogenized slurry onto a moving belt, incorporating a porous reinforcement sheet into the cast homogenized slurry , and drying the cast homogenized slurry with the incorporated porous reinforcement sheet to form the homogenized tobacco material, in which the porous reinforcement sheet has anisotropic properties such that it has a higher tensile strength in its longitudinal direction than in its transverse direction and wherein the porous reinforcement sheet extends across at least 75 percent of the width of the homogenized tobacco material. forming a homogenized slurry comprising tobacco powder, casting the homogenized slurry onto a moving belt, incorporating a porous reinforcement sheet into the cast homogenized slurry , and drying the cast homogenized slurry with the incorporated porous reinforcement sheet to form the homogenized tobacco material, in which the porous reinforcement sheet has anisotropic properties such that it has a higher tensile strength in its longitudinal direction than in its transverse direction and wherein the porous reinforcement sheet extends across at least 75 percent of the width of the homogenized tobacco material.
Use of a device having a first set of tines projecting in a comb-like manner from a first web and having tines extending substantially parallel to one another, and a covering element adjustably narrowing the free space between the tines, as a scalp protection means which can be inserted into the hair and forms a mechanical barrier when applying flowable hair treatment agents.
A plenum assembly for electrophysiology, the plenum assembly comprising: a ground electrode assembly ; and a plenum base ; wherein the ground electrode assembly comprises: a housing comprising a top housing surface , a bottom housing surface, an inside housing surface , a first chamber open at the top housing surface, and a second chamber open at the bottom housing surface, wherein the inside housing surface comprises an inside shoulder defining an inside opening and the second chamber communicates with the first chamber at the inside opening; and an electrode comprising a top electrode surface , a bottom electrode surface , and an outside lateral electrode surface , the electrode positioned in the first chamber such that the outside lateral electrode surface faces the inside housing surface at an interface, and a portion of the bottom electrode surface is exposed to the second chamber at the inside opening; and wherein the plenum base comprises: a top base surface , a bottom base surface, an inside receptacle surface defining a mounting receptacle open to the top base surface, wherein the ground electrode assembly is removably mounted in the mounting receptacle , and a ground circuit in signal communication with the bottom electrode surface , wherein at least a portion of the ground circuit is located in the second chamber , and wherein the ground circuit comprises a spring , and the spring is mounted in the mounting receptacle such that the spring is compressed into contact with the bottom electrode surface when the ground electrode assembly is mounted in the mounting receptacle . a ground electrode assembly ; and a plenum base ; a housing comprising a top housing surface , a bottom housing surface, an inside housing surface , a first chamber open at the top housing surface, and a second chamber open at the bottom housing surface, wherein the inside housing surface comprises an inside shoulder defining an inside opening and the second chamber communicates with the first chamber at the inside opening; and an electrode comprising a top electrode surface , a bottom electrode surface , and an outside lateral electrode surface , the electrode positioned in the first chamber such that the outside lateral electrode surface faces the inside housing surface at an interface, and a portion of the bottom electrode surface is exposed to the second chamber at the inside opening; and a top base surface , a bottom base surface, an inside receptacle surface defining a mounting receptacle open to the top base surface, wherein the ground electrode assembly is removably mounted in the mounting receptacle , and a ground circuit in signal communication with the bottom electrode surface , wherein at least a portion of the ground circuit is located in the second chamber , and wherein the ground circuit comprises a spring , and the spring is mounted in the mounting receptacle such that the spring is compressed into contact with the bottom electrode surface when the ground electrode assembly is mounted in the mounting receptacle .
An apparatus, comprising: (a) a body ; (b) a shaft assembly , wherein the shaft assembly comprises: (i) an outer tube , (ii) an inner tube , and (iii) an acoustic waveguide ; and (c) an end effector , wherein the end effector comprises: (i) an ultrasonic blade acoustically coupled with the acoustic waveguide, and (ii) a clamp arm , comprising: (A) a clamp arm body, wherein a first portion of the clamp arm body is pivotably coupled with a distal end of the outer tube, wherein a second portion of the clamp arm body is pivotably coupled with a distal end of the inner tube, wherein the clamp arm body defines an opening , (B) a tension wire extending through the opening, and (C) a clamp pad , wherein the tension wire is configured to removably secure the clamp pad to the clamp arm body, wherein the clamp pad comprises a groove configured to receive the tension wire when placed within the clamp arm opening. (a) a body ; (b) a shaft assembly , wherein the shaft assembly comprises: (i) an outer tube , (ii) an inner tube , and (iii) an acoustic waveguide ; and (i) an outer tube , (ii) an inner tube , and (iii) an acoustic waveguide ; and (c) an end effector , wherein the end effector comprises: (i) an ultrasonic blade acoustically coupled with the acoustic waveguide, and (ii) a clamp arm , comprising: (A) a clamp arm body, wherein a first portion of the clamp arm body is pivotably coupled with a distal end of the outer tube, wherein a second portion of the clamp arm body is pivotably coupled with a distal end of the inner tube, wherein the clamp arm body defines an opening , (B) a tension wire extending through the opening, and (C) a clamp pad , wherein the tension wire is configured to removably secure the clamp pad to the clamp arm body, wherein the clamp pad comprises a groove configured to receive the tension wire when placed within the clamp arm opening. (i) an ultrasonic blade acoustically coupled with the acoustic waveguide, and (ii) a clamp arm , comprising: (A) a clamp arm body, wherein a first portion of the clamp arm body is pivotably coupled with a distal end of the outer tube, wherein a second portion of the clamp arm body is pivotably coupled with a distal end of the inner tube, wherein the clamp arm body defines an opening , (B) a tension wire extending through the opening, and (C) a clamp pad , wherein the tension wire is configured to removably secure the clamp pad to the clamp arm body, wherein the clamp pad comprises a groove configured to receive the tension wire when placed within the clamp arm opening. (A) a clamp arm body, wherein a first portion of the clamp arm body is pivotably coupled with a distal end of the outer tube, wherein a second portion of the clamp arm body is pivotably coupled with a distal end of the inner tube, wherein the clamp arm body defines an opening , (B) a tension wire extending through the opening, and (C) a clamp pad , wherein the tension wire is configured to removably secure the clamp pad to the clamp arm body, wherein the clamp pad comprises a groove configured to receive the tension wire when placed within the clamp arm opening.
A plastic model assembled by components , some or all components including a base material and at least an iron-coated layer provided on the base material, the plastic model comprising: one or two or more areas selected from states of being provided with a paint film on a portion where rust is generated on the iron-coated layer, not being provided with a paint film on a portion where rust is generated on the iron-coated layer, being provided with a paint film on a portion where rust is not generated on the iron-coated layer, and not being provided with a paint film on a portion where rust is not generated on the iron-coated layer. one or two or more areas selected from states of being provided with a paint film on a portion where rust is generated on the iron-coated layer, not being provided with a paint film on a portion where rust is generated on the iron-coated layer, being provided with a paint film on a portion where rust is not generated on the iron-coated layer, and not being provided with a paint film on a portion where rust is not generated on the iron-coated layer.
A moving picture decoding method for decoding a current block of a picture, comprising: setting a fixed number of first motion vector predictor candidates, said fixed number being a maximum number of predictor candidates, each motion vector predictor candidate having a motion vector that has been obtained from a block adjacent to the current block; deleting a redundant candidate from the first motion vector predictor candidates; deleting, from the first motion vector predictor candidates, a non-available motion vector predictor candidate that has been obtained from a block coded by intra-prediction, a block located outside a boundary of a slice or a picture which includes the current block, or a block which is not decoded yet; determining whether the total number of first motion vector predictor candidates after the deleting steps is less than the fixed number; deriving a second motion vector predictor candidate having a second motion vector when the total number of first motion vector predictor candidates is less than the fixed number, the second motion vector being a zero vector; and decoding a coded index indicating either one of the first motion vector predictor candidates after the deleting steps or the second motion vector predictor candidate; decoding the current block using the motion vector of the indicated motion vector predictor candidate; wherein the fixed number is used to decode the coded index. setting a fixed number of first motion vector predictor candidates, said fixed number being a maximum number of predictor candidates, each motion vector predictor candidate having a motion vector that has been obtained from a block adjacent to the current block; deleting a redundant candidate from the first motion vector predictor candidates; deleting, from the first motion vector predictor candidates, a non-available motion vector predictor candidate that has been obtained from a block coded by intra-prediction, a block located outside a boundary of a slice or a picture which includes the current block, or a block which is not decoded yet; determining whether the total number of first motion vector predictor candidates after the deleting steps is less than the fixed number; deriving a second motion vector predictor candidate having a second motion vector when the total number of first motion vector predictor candidates is less than the fixed number, the second motion vector being a zero vector; and decoding a coded index indicating either one of the first motion vector predictor candidates after the deleting steps or the second motion vector predictor candidate; decoding the current block using the motion vector of the indicated motion vector predictor candidate; wherein the fixed number is used to decode the coded index.
A pressure measurement device comprising: a guide wire having flexibility and capable of being inserted into a lumen of a living body, and a sensor provided in the guide wire , wherein the guide wire has a cylindrical housing accommodating the sensor , the sensor has a sensor body having a distal end surface facing a distal side in an longitudinal axial direction of the guide wire , a diaphragm disposed on the distal end surface , a bridge circuit disposed on the distal end surface and surrounding the diaphragm , and four conductive wires connected to the bridge circuit , and the bridge circuit has four resistors , which are fixed to an outer peripheral portion of the diaphragm and in which an electrical resistance value varies with elastic deformation of the diaphragm , and four terminals , connected to the four resistors and the four conductive wires , wherein the sensor body has a proximal end surface facing a proximal side in the longitudinal axial direction, four through-holes opened to the distal end surface and the proximal end surface and formed along the longitudinal axial direction, and four electroconductive layers individually laminated around the opening of each of the four through-holes in the distal end surface , wherein the terminals are the electroconductive layers . a guide wire having flexibility and capable of being inserted into a lumen of a living body, and a sensor provided in the guide wire , wherein the guide wire has a cylindrical housing accommodating the sensor , the sensor has a sensor body having a distal end surface facing a distal side in an longitudinal axial direction of the guide wire , a diaphragm disposed on the distal end surface , a bridge circuit disposed on the distal end surface and surrounding the diaphragm , and four conductive wires connected to the bridge circuit , and the bridge circuit has four resistors , which are fixed to an outer peripheral portion of the diaphragm and in which an electrical resistance value varies with elastic deformation of the diaphragm , and four terminals , connected to the four resistors and the four conductive wires , wherein the sensor body has a proximal end surface facing a proximal side in the longitudinal axial direction, four through-holes opened to the distal end surface and the proximal end surface and formed along the longitudinal axial direction, and four electroconductive layers individually laminated around the opening of each of the four through-holes in the distal end surface , wherein the terminals are the electroconductive layers .
A method of determining an uplink and downlink configuration, characterized by comprising: a network-side apparatus determining an interference parameter value of a target cell; the network-side apparatus determining from the interference parameter value of the target cell whether the target cell can select an uplink and downlink configuration autonomously; and the network-side apparatus informing the target cell whether the target cell can select an uplink and downlink configuration autonomously; wherein the uplink and downlink configuration includes proportional allocation of uplink and downlink sub-frames. a network-side apparatus determining an interference parameter value of a target cell; the network-side apparatus determining from the interference parameter value of the target cell whether the target cell can select an uplink and downlink configuration autonomously; and the network-side apparatus informing the target cell whether the target cell can select an uplink and downlink configuration autonomously; wherein the uplink and downlink configuration includes proportional allocation of uplink and downlink sub-frames.
Feedthrough of an air conditioning assembly for the ventilation and air extraction of rooms, comprising a front plate with a front side , with a rear side , and with at least one throughflow opening , as well as a holding structure , wherein the front plate is secured to the holding structure by means of at least one securing means , wherein the front plate comprises at least one continuous passage throughflow channel with two throughflow channel ends, wherein one throughflow channel end of the throughflow channel or, with more than one throughflow channel , one of the throughflow channels is arranged as an outside throughflow channel end on the front side of the front plate and the other throughflow channel end is arranged as an inside throughflow channel end on the rear side of the front plate , characterised in that at least one throughflow channel is formed as a continuous passage through the securing means , or, with more than one securing means , is formed by one of the securing means , wherein the continuous passage can be connected to a ventilation system in a building, and the continuous passage represents an end-side component, and infeed air can be blown into the room via the continuous passage or discharge air can be conducted out of the room.