mhurhangee/patent-ind-claim-en huggingface dataset:
A mining machine comprising: a frame; a boom supported for pivoting movement relative to the frame; a cutter head supported on the boom , the cutter head including, a housing pivotably coupled to the boom , and a cutting disc including a plurality of cutting bits defining a cutting edge , the cutting head characterized by a cutter shaft secured against rotation relative to the housing , the cutter shaft including a first end, a second end, a first portion positioned adjacent the first end, and a second portion positioned adjacent the second end, the second portion extending parallel to a cutter axis, the cutting disc coupled to the second portion of the cutter shaft and supported for free rotation relative to the cutter shaft about the cutter axis , and an excitation mechanism including an exciter shaft and an eccentric mass supported on the exciter shaft for rotation about an exciter axis , the exciter shaft being driven for rotation relative to the cutter shaft about the exciter axis , rotation of the exciter shaft inducing oscillating movement of the second portion of the cutter shaft and the cutting disc . a frame; a boom supported for pivoting movement relative to the frame; a cutter head supported on the boom , the cutter head including, a housing pivotably coupled to the boom , and a cutting disc including a plurality of cutting bits defining a cutting edge , the cutting head characterized by a cutter shaft secured against rotation relative to the housing , the cutter shaft including a first end, a second end, a first portion positioned adjacent the first end, and a second portion positioned adjacent the second end, the second portion extending parallel to a cutter axis, the cutting disc coupled to the second portion of the cutter shaft and supported for free rotation relative to the cutter shaft about the cutter axis , and an excitation mechanism including an exciter shaft and an eccentric mass supported on the exciter shaft for rotation about an exciter axis , the exciter shaft being driven for rotation relative to the cutter shaft about the exciter axis , rotation of the exciter shaft inducing oscillating movement of the second portion of the cutter shaft and the cutting disc . a housing pivotably coupled to the boom , and a cutting disc including a plurality of cutting bits defining a cutting edge , the cutting head characterized by a cutter shaft secured against rotation relative to the housing , the cutter shaft including a first end, a second end, a first portion positioned adjacent the first end, and a second portion positioned adjacent the second end, the second portion extending parallel to a cutter axis, the cutting disc coupled to the second portion of the cutter shaft and supported for free rotation relative to the cutter shaft about the cutter axis , and an excitation mechanism including an exciter shaft and an eccentric mass supported on the exciter shaft for rotation about an exciter axis , the exciter shaft being driven for rotation relative to the cutter shaft about the exciter axis , rotation of the exciter shaft inducing oscillating movement of the second portion of the cutter shaft and the cutting disc .
A pneumatic tire comprising, on a tread surface , a plurality of circumferential main grooves extending in a tire circumferential direction, and a plurality of land portions defined between circumferential main grooves adjacent in a tire width direction among the plurality of circumferential main grooves or by the circumferential main grooves and tread edges (TE), wherein the land portions include at least one circumferential sipe extending in the tire circumferential direction, the circumferential sipe includes a plurality of widened portions , having a sipe width larger than in other portions, arranged in the tire circumferential direction, and in a reference state such that the pneumatic tire is mounted on an applicable rim, filled to a prescribed internal pressure, and under no load, each widened portion is formed only from a portion that, from one side towards another side in the tire circumferential direction, extends from the tread surface inward in a tire radial direction, characterized in that in the reference state, the widened portion includes a portion in which an inclination angle relative to a normal direction of the tread surface increases from outside to inside in the tire radial direction, and the widened portion has a curved cylindrical shape, and when viewed from the tread surface side, is substantially circular in plan view, but in a transparent plan view, the widened portion adopts a shape whose ellipticity increases with increased sipe depth, and whose area increases. the land portions include at least one circumferential sipe extending in the tire circumferential direction, the circumferential sipe includes a plurality of widened portions , having a sipe width larger than in other portions, arranged in the tire circumferential direction, and in a reference state such that the pneumatic tire is mounted on an applicable rim, filled to a prescribed internal pressure, and under no load, each widened portion is formed only from a portion that, from one side towards another side in the tire circumferential direction, extends from the tread surface inward in a tire radial direction, characterized in that in the reference state, the widened portion includes a portion in which an inclination angle relative to a normal direction of the tread surface increases from outside to inside in the tire radial direction, and the widened portion has a curved cylindrical shape, and when viewed from the tread surface side, is substantially circular in plan view, but in a transparent plan view, the widened portion adopts a shape whose ellipticity increases with increased sipe depth, and whose area increases.
The use of colloidal particles of amorphous alumina as an antiperspirant active.
A fragrance material holding member , comprising: an airflow passage through which air supplied from an airflow source passes, the airflow passage being provided to penetrate the fragrance material holding member ; and a holding space that branches at a branch part from the airflow passage and holds a fragrance material, wherein the branch part is located on an outlet side of the airflow passage ; wherein an end part of the holding space opposite to the branch part is separated from the outside; wherein the fragrance material holding member is configured such that a vaporized component of the fragrance material held by the holding space flows out to the airflow passage via the branch part ; and wherein a surface increasing part having a shape with rotational symmetry around a central axis of the airflow passage is provided in the airflow passage and fragrance material adheres to a surface of the surface increasing part , such that a surface inside the airflow passage is increased for increasing an amount of fragrance material held by the fragrance material holding member. an airflow passage through which air supplied from an airflow source passes, the airflow passage being provided to penetrate the fragrance material holding member ; and a holding space that branches at a branch part from the airflow passage and holds a fragrance material, wherein the branch part is located on an outlet side of the airflow passage ; wherein an end part of the holding space opposite to the branch part is separated from the outside; wherein the fragrance material holding member is configured such that a vaporized component of the fragrance material held by the holding space flows out to the airflow passage via the branch part ; and wherein a surface increasing part having a shape with rotational symmetry around a central axis of the airflow passage is provided in the airflow passage and fragrance material adheres to a surface of the surface increasing part , such that a surface inside the airflow passage is increased for increasing an amount of fragrance material held by the fragrance material holding member.
A method of predicting benefit from therapy in a subject having prostate cancer comprising: (a) assaying an expression level of a plurality of targets in a sample from a subject, wherein the plurality of targets comprises at least five targets selected from IQGAP3, ANO7, ZWILCH, CAMK2N1, RABGAP1, EPPK1, GLYATL1P4/PCAT-80, LASP1, MYBPC1, NFIB, NUSAP1, PBX1, PCAT-32, PCDH7, S1PR4, THBS2, TNFRSF19, C6orf10, UBE2C, SENP7, ANLN, C10orf116, PPP6R3, PDS5B, TOP2A, IL1RAP, CENPE, GALNT8, KCNQ1, C6orf155, LUZP2, HEATR3, TMEM1, CFBXXbac-BPG116M5.17, ECHDC2, ARNTL or SEQ ID NOs: 1-43; and (b) predicting benefit from therapy in a subject having prostate cancer based on the expression levels of the plurality of targets. (a) assaying an expression level of a plurality of targets in a sample from a subject, wherein the plurality of targets comprises at least five targets selected from IQGAP3, ANO7, ZWILCH, CAMK2N1, RABGAP1, EPPK1, GLYATL1P4/PCAT-80, LASP1, MYBPC1, NFIB, NUSAP1, PBX1, PCAT-32, PCDH7, S1PR4, THBS2, TNFRSF19, C6orf10, UBE2C, SENP7, ANLN, C10orf116, PPP6R3, PDS5B, TOP2A, IL1RAP, CENPE, GALNT8, KCNQ1, C6orf155, LUZP2, HEATR3, TMEM1, CFBXXbac-BPG116M5.17, ECHDC2, ARNTL or SEQ ID NOs: 1-43; and (b) predicting benefit from therapy in a subject having prostate cancer based on the expression levels of the plurality of targets.
A method for making a safety element, comprising the steps of: - preparing a sheet-like body of pre-determined thickness, provided with a blocking peripheral annular portion and a central portion , surrounded by the peripheral annular portion ; - preparing a first tubular portion having its own annular abutting edge ; - connecting said sheet-like body to at least said first tubular portion by means of at least one welding step; characterised in that it comprises, subsequently to said connection step, an incision step of the sheet-like body by means of a laser beam (L) to obtain at least one frangible line adapted to allow yield of the sheet-like body to a pre-set pressure. - preparing a sheet-like body of pre-determined thickness, provided with a blocking peripheral annular portion and a central portion , surrounded by the peripheral annular portion ; - preparing a first tubular portion having its own annular abutting edge ; - connecting said sheet-like body to at least said first tubular portion by means of at least one welding step;
A door opening/closing device comprising: a motor ; and an output shaft arranged on a line extending from an axial center of the motor , power of the motor being transmitted to the output shaft via a deceleration mechanism , the door opening/closing device opening and closing a door (101; 103) via the output shaft by driving the motor , characterized in that positional deviation on both end surfaces of the output shaft is such that the positional deviation of an axial center on the end surfaces of the output shaft with respect to the axial center on a datum plane orthogonal to the axial center of the output shaft is equal to or higher than 1/100 of the diameter of the output shaft and equal to or lower than one-tenth of the diameter of the output shaft, wherein an eccentric distance between a position of center of gravity when the motor , the deceleration mechanism , and the output shaft are assembled and the axial center of the output shaft is smaller than two-tenths of the diameter of the output shaft . a motor ; and an output shaft arranged on a line extending from an axial center of the motor , power of the motor being transmitted to the output shaft via a deceleration mechanism , the door opening/closing device opening and closing a door (101; 103) via the output shaft by driving the motor , characterized in that positional deviation on both end surfaces of the output shaft is such that the positional deviation of an axial center on the end surfaces of the output shaft with respect to the axial center on a datum plane orthogonal to the axial center of the output shaft is equal to or higher than 1/100 of the diameter of the output shaft and equal to or lower than one-tenth of the diameter of the output shaft,
A method for determining at least one design parameter of a turbine for an internal combustion engine, the turbine including a pair of gas inlet volutes for transmitting exhaust gas emitted by respective groups of one of more cylinders (41, 42, 43; 44, 45, 46) of the engine to a chamber of the turbine which houses a turbine wheel , the exhaust gas entering a first of the volutes having different a pressure waveform from the pressure waveform of the exhaust gas entering the other volute, and the two pressure waveforms being out of phase, the method including: obtaining time series data as data points indicative of the available turbine power at each gas inlet volute over an engine cycle; obtaining an isentropic power value associated with each data point; obtaining a design point from the time series data and the corresponding isentropic power values; and selecting the at least one design parameter to maximise power efficiency at the design point. obtaining time series data as data points indicative of the available turbine power at each gas inlet volute over an engine cycle; obtaining an isentropic power value associated with each data point; obtaining a design point from the time series data and the corresponding isentropic power values; and selecting the at least one design parameter to maximise power efficiency at the design point.
An implantable medical device comprising: a chemical sensor configured to detect an ion concentration in a bodily fluid, the chemical sensor comprising: a sensing element , the sensing element comprising an outer barrier layer forming a top , a bottom , and opposed sides to surround an interior volume of the sensing element ; the top of the outer barrier layer comprising a polymeric matrix permeable to analytes; an optical excitation assembly configured to illuminate the sensing element ; and an optical detection assembly configured to receive light from the sensing element ; characterized by an active agent eluting material with an active agent disposed therein positioned around an outer perimeter of the sensing element , the active agent having anti-inflammatory effects.
A computer-implemented method for providing adapted 4D CT data, the method comprising: - Receiving (S1) initial 4D CT data, the initial 4D CT data corresponding to a first 4D CT scan, the first 4D CT scan relating to an anatomical structure (N) on a first examination date, - Receiving (S2) supplementary 4D CT data, the supplementary 4D CT data corresponding to a partial 4D CT scan, the partial 4D CT scan relating to the anatomical structure (N) on a second examination date, - Calculating (S3) the adapted 4D CT data based on the initial 4D CT data and the supplementary 4D CT data, the adapted 4D CT data corresponding to a second 4D CT scan, the second 4D CT scan relating to the anatomical structure (N) on the second examination date, - Providing (S4) the adapted 4D CT data. - Receiving (S1) initial 4D CT data, the initial 4D CT data corresponding to a first 4D CT scan, the first 4D CT scan relating to an anatomical structure (N) on a first examination date, - Receiving (S2) supplementary 4D CT data, the supplementary 4D CT data corresponding to a partial 4D CT scan, the partial 4D CT scan relating to the anatomical structure (N) on a second examination date, - Calculating (S3) the adapted 4D CT data based on the initial 4D CT data and the supplementary 4D CT data, the adapted 4D CT data corresponding to a second 4D CT scan, the second 4D CT scan relating to the anatomical structure (N) on the second examination date, - Providing (S4) the adapted 4D CT data.
A refrigerating appliance with a humidity control system , the humidity control system comprising: at least one damper configured to control airflow between a cabinet defining an interior and the humidity control system ; a heater configured to receive the airflow ; a porous medium disposed proximate to the heater ; a water inlet configured to selectively supply water to the porous medium ; and a controller configured to adjust a supply of water to the water inlet and upon a humidification signal the controller adjusts the damper to allow the passage of airflow from the interior of the cabinet to the heater and the porous medium and wherein the airflow is humidified via the porous medium and the humidified airflow is returned to the interior of the cabinet . at least one damper configured to control airflow between a cabinet defining an interior and the humidity control system ; a heater configured to receive the airflow ; a porous medium disposed proximate to the heater ; a water inlet configured to selectively supply water to the porous medium ; and a controller configured to adjust a supply of water to the water inlet and upon a humidification signal the controller adjusts the damper to allow the passage of airflow from the interior of the cabinet to the heater and the porous medium and wherein the airflow is humidified via the porous medium and the humidified airflow is returned to the interior of the cabinet .
A vacuum valve comprising: a first port and a second port that are formed in a housing ; a main flow channel that is formed inside the housing so as to connect the first port and the second port ; a main valve seat that surrounds the main flow channel ; a main valve disc that opens and closes the main flow channel by contacting and separating from the main valve seat ; a sub-flow channel that is formed inside the main valve disc so as to be in parallel with the main flow channel ; a sub-valve seat that is formed on the main valve disc so as to surround the sub-flow channel ; a sub-valve disc that opens and closes the sub-flow channel by contacting and separating from the sub-valve seat ; and an opening-closing operation mechanism that performs operations of opening and closing the main valve disc and the sub-valve disc , wherein a rod is disposed inside the housing so as to slidably extend through the main valve disc , the opening-closing operation mechanism is coupled to a base end portion that is one end of the rod in an axial line (L) direction, the sub-valve disc is disposed at a tip end portion that is the other end of the rod in the axial line (L) direction so as to contact and separate from the main valve disc at a position outside the main valve disc , and the sub-valve seat is formed on a part of an outer surface of the main valve disc that the sub-valve disc contacts, wherein the sub-valve disc opens and closes the sub-flow channel by being operated directly by the rod , and wherein the main valve disc opens and closes the main flow channel by being operated via the sub-valve disc by the rod , wherein the main valve disc includes a disc member that contacts and separates from the main valve seat and a cylindrical member , wherein the sub-valve seat is formed on the disc member ,wherein a bearing member that guides the rod and a seal member that seals a space between an inner periphery of the cylindrical member and an outer periphery of the rod are provided on an inner periphery of the cylindrical member , characterized in that the cylindrical member is formed independently from the disc member and is combined with the disc member such that the disc member and the cylindrical member can be separated from each other; and in that the sub-flow channel is formed between the disc member and the cylindrical member .
Front door of motor vehicle , including: - a metal structure with a box and a glass frame extending upwards from the box , the frame comprising a front and bottom portion ; - an exterior mirror with a base attached to the front and bottom portion of the glass frame; - a lining extending along a top face of the glass frame to the front and bottom portion of the glass frame; characterized by the base extends forward beyond the front and bottom portion of the glass frame and is attached to the lining at the front of the glass frame . - a metal structure with a box and a glass frame extending upwards from the box , the frame comprising a front and bottom portion ; - an exterior mirror with a base attached to the front and bottom portion of the glass frame; - a lining extending along a top face of the glass frame to the front and bottom portion of the glass frame;
A method for operating a screen of a head mounted display 'HMD' , comprising: executing a program, the execution rendering images generated by the program on the screen of the HMD, the screen being configured to render the images using digitally created modeling, which changes an optical setting that defines a size and a distance at which the image is being rendered, for the screen; presenting a first image on the screen using a first optical setting for the screen, the first image having a first size and rendered at a distance; receiving a first input identifying a clarity level for the first image; presenting a second image on the screen, the second image having a second size and rendered at the distance; receiving a second input identifying a clarity level for the second image; changing the first optical setting for the screen of the HMD to a second optical setting for the screen, based on the first and second inputs that identify the clarity level of the first and second images; and storing the second optical setting to a user profile associated with the user, the second optical setting is configured to be automatically set for the screen of the HMD from the user profile of the user upon identification of the user, wherein the first image and the second image are rendered in a three-dimensional virtual space, the first image and the second image being presented at the distance, wherein the distance is a virtual distance in the three-dimensional virtual space, wherein the three-dimensional virtual space is rendered on the screen so that the first image and the second image are presented at the virtual distance. executing a program, the execution rendering images generated by the program on the screen of the HMD, the screen being configured to render the images using digitally created modeling, which changes an optical setting that defines a size and a distance at which the image is being rendered, for the screen; presenting a first image on the screen using a first optical setting for the screen, the first image having a first size and rendered at a distance; receiving a first input identifying a clarity level for the first image; presenting a second image on the screen, the second image having a second size and rendered at the distance; receiving a second input identifying a clarity level for the second image; changing the first optical setting for the screen of the HMD to a second optical setting for the screen, based on the first and second inputs that identify the clarity level of the first and second images; and storing the second optical setting to a user profile associated with the user, the second optical setting is configured to be automatically set for the screen of the HMD from the user profile of the user upon identification of the user,
Device for controlling the external opening of an opening of a motor vehicle , comprising a support intended to be mounted in a cut-out in a panel of the opening , a handle mounted so as to be articulated relative to the support between at least one retracted rest position and a deployed open position for mechanical actuation of a lock on the door , and in which the support has a casing body delimiting an outwardly open cavity which the handle partially closes in the rest position, leaving a concave recess for access for gripping an inner face of the handle , characterised in that the handle comprises a body of generally elongate shape in a longitudinal direction having an end portion for articulation to the support about an axis of articulation substantially parallel to the plane of the panel of the opening and substantially perpendicular to the longitudinal direction of the handle and in that the handle extends flush with the panel of the opening and has an outer surface which defines a continuity of shape and/or appearance with a surface of the panel of the opening .