mhurhangee/patent-ind-claim-en huggingface dataset:
A sheath for delivering a medical device, wherein the sheath has a proximal and a distal end and comprises: an expandable inner layer having an inner surface and an outer surface, wherein the inner surface of the expandable inner layer defines a lumen having a longitudinal axis (X) and comprising at least one folded portion having an inner portion and outer portion; an outer layer having an inner surface and an outer surface and extending at least partially around the inner layer such that at least a first portion of the outer surface of the outer layer is positioned adjacent to the inner portion of the at least one folded portion of the inner layer , while a first portion of the inner surface of the outer layer is positioned adjacent to the outer portion of the at least one folded portion of the inner layer ; a first polymer disposed between at least a portion of the inner layer and at least a portion of the outer layer , forming an intermediate layer, wherein the first polymer exhibits a melting temperature from about 30 °C to about 45 °C; and wherein the at least one folded portion is configured to at least partially unfold during application of a radial outward force by passage of a medical device through the lumen of the inner layer . an expandable inner layer having an inner surface and an outer surface, wherein the inner surface of the expandable inner layer defines a lumen having a longitudinal axis (X) and comprising at least one folded portion having an inner portion and outer portion; an outer layer having an inner surface and an outer surface and extending at least partially around the inner layer such that at least a first portion of the outer surface of the outer layer is positioned adjacent to the inner portion of the at least one folded portion of the inner layer , while a first portion of the inner surface of the outer layer is positioned adjacent to the outer portion of the at least one folded portion of the inner layer ; a first polymer disposed between at least a portion of the inner layer and at least a portion of the outer layer , forming an intermediate layer, wherein the first polymer exhibits a melting temperature from about 30 °C to about 45 °C; and wherein the at least one folded portion is configured to at least partially unfold during application of a radial outward force by passage of a medical device through the lumen of the inner layer .
A throttling device , comprising: a tank for accommodating liquid refrigerant, with an orifice plate arranged at an outlet of the tank; a floating ball capable of floating on a liquid surface of the refrigerant; a pivot rod pivotally fixed on the tank through a pivot shaft; a connecting rod , with one end thereof fixedly connected with the floating ball , and the other end thereof fixedly connected with the pivot rod ; a valve plate fixed on the pivot rod and located near an orifice of the orifice plate , wherein the valve plate is capable of adjusting a flow area of the orifice under action of the pivot rod; and characterised in that a limit piece is located above the valve plate and is movable to limit the valve plate . a tank for accommodating liquid refrigerant, with an orifice plate arranged at an outlet of the tank; a floating ball capable of floating on a liquid surface of the refrigerant; a pivot rod pivotally fixed on the tank through a pivot shaft; a connecting rod , with one end thereof fixedly connected with the floating ball , and the other end thereof fixedly connected with the pivot rod ; a valve plate fixed on the pivot rod and located near an orifice of the orifice plate , wherein the valve plate is capable of adjusting a flow area of the orifice under action of the pivot rod; and characterised in that a limit piece is located above the valve plate and is movable to limit the valve plate .
A method for limiting information on an augmented reality, AR, display of an AR device, the method comprising: determining a movement of the AR device based on detected motion of the AR device; determining a category of movement based, at least in part, on comparing the movement relative to thresholds, wherein the category of movement comprises a first category, a second category, and a third category, wherein a first threshold delineates between the first category and the second category, and wherein a second threshold delineates between the second category and the third category; and filtering the AR display based on determining the category of movement and determining which kinds of AR information to display, wherein filtering the AR display comprises: allowing full information for display on the AR display for the first category; limiting from the full information to abbreviated information for display on the AR display for the second category; and curtailing to curtailed information for the third category; wherein the abbreviated information comprises less information than the full information and the curtailed information comprises less information than the abbreviated information, wherein a user can override the filtering the AR display. determining a movement of the AR device based on detected motion of the AR device; determining a category of movement based, at least in part, on comparing the movement relative to thresholds, wherein the category of movement comprises a first category, a second category, and a third category, wherein a first threshold delineates between the first category and the second category, and wherein a second threshold delineates between the second category and the third category; and filtering the AR display based on determining the category of movement and determining which kinds of AR information to display, wherein filtering the AR display comprises: allowing full information for display on the AR display for the first category; limiting from the full information to abbreviated information for display on the AR display for the second category; and curtailing to curtailed information for the third category; wherein the abbreviated information comprises less information than the full information and the curtailed information comprises less information than the abbreviated information, allowing full information for display on the AR display for the first category; limiting from the full information to abbreviated information for display on the AR display for the second category; and curtailing to curtailed information for the third category; wherein the abbreviated information comprises less information than the full information and the curtailed information comprises less information than the abbreviated information, wherein a user can override the filtering the AR display.
A liquid jet head comprising: an actuator member having a pressure chamber (Ce1, Ce2); a low rigidity support part which is disposed at one side with respect to the actuator member, and is coupled to the actuator member; and a high rigidity support part which is disposed at the other side opposite to the one side with respect to the actuator member, and is coupled to the actuator member, wherein the high rigidity support part has a high rigidity part (a2) which includes a head constituent member of the liquid jet head higher in linear expansion coefficient and Young's modulus than the actuator member , and which reduces a thermal deformation of the high rigidity support part in a direction of extension or contraction of the actuator member with respect to input or output of heat to or from the liquid jet head to be smaller than a thermal deformation exhibited in the direction of the extension or the contraction by the head constituent member with respect to the input or the output of the heat, and the low rigidity support part is lower in rigidity in the direction of the extension or the contraction than the actuator member, the liquid jet head further comprising a flow channel member which is disposed at the one side of the actuator member, and which is provided with a flow channel (p1, p2) of liquid to be supplied to the pressure chamber, wherein the low rigidity support part includes the flow channel member, and characterized in that the flow channel member is formed of a material higher in linear expansion coefficient and lower in Young's modulus than the actuator member. an actuator member having a pressure chamber (Ce1, Ce2); a low rigidity support part which is disposed at one side with respect to the actuator member, and is coupled to the actuator member; and a high rigidity support part which is disposed at the other side opposite to the one side with respect to the actuator member, and is coupled to the actuator member, wherein the high rigidity support part has a high rigidity part (a2) which includes a head constituent member of the liquid jet head higher in linear expansion coefficient and Young's modulus than the actuator member , and which reduces a thermal deformation of the high rigidity support part in a direction of extension or contraction of the actuator member with respect to input or output of heat to or from the liquid jet head to be smaller than a thermal deformation exhibited in the direction of the extension or the contraction by the head constituent member with respect to the input or the output of the heat, and the low rigidity support part is lower in rigidity in the direction of the extension or the contraction than the actuator member, the liquid jet head further comprising a flow channel member which is disposed at the one side of the actuator member, and which is provided with a flow channel (p1, p2) of liquid to be supplied to the pressure chamber, wherein the low rigidity support part includes the flow channel member, and characterized in that the flow channel member is formed of a material higher in linear expansion coefficient and lower in Young's modulus than the actuator member.
Composition comprising a paste forming compound and X-ray diffraction (XRD) amorphous calcium magnesium phosphate spherical particles having a hollow core and a shell wherein the particles are X-ray diffraction (XRD) amorphous and wherein the shell of the particles comprises 15-30 weight% of calcium, 50-70 weight% of phosphate, 5-11 weight% magnesium, and 1 to 20 weight% bound water, and wherein the Ca/P molar ratio is in the range of 0.70 to 1.20, and wherein the (Ca+Mg)/P molar ratio is in the range of 1.00 to 1.70, and wherein the particles have a mean particle size in the range of 100 to 500 nm determined using dynamic light scattering, wherein the amount of particles in the composition is 25-50 weight%; and wherein the paste forming compound is selected from glycerol, triglyceride, polyethylene glycol, propylene glycol, polypropylene glycol, polyvinyl alcohol, mineral oil or liquid paraffin.
An intermediate transfer member for use in an image-recording method that comprises a process for applying a reaction liquid to an intermediate transfer member, a process for forming an intermediate image by applying an ink to the intermediate transfer member to which the reaction liquid has been applied, and a process for transferring the intermediate image to a recording medium , wherein the intermediate transfer member has protruding structures having an average height of 3.0 μm or less on a surface thereof, characterized in that an average ratio R of surface areas of the intermediate transfer member to a unit area of a surface of the intermediate transfer member and an average ratio S of a total surface area of upper portions of the protruding structures to the unit area of the surface of the intermediate transfer member satisfy the following formula , wherein said unit area of the surface of the intermediate transfer member is an area of an assumed flat intermediate transfer member with an average surface roughness of Ra = 0 μm: S ≤ 1 / 24 ⋅ 10 R − 13 wherein R ≥ 1.3, and 0 ≤ S ≤ 1. wherein the intermediate transfer member has protruding structures having an average height of 3.0 μm or less on a surface thereof, characterized in that an average ratio R of surface areas of the intermediate transfer member to a unit area of a surface of the intermediate transfer member and an average ratio S of a total surface area of upper portions of the protruding structures to the unit area of the surface of the intermediate transfer member satisfy the following formula , wherein said unit area of the surface of the intermediate transfer member is an area of an assumed flat intermediate transfer member with an average surface roughness of Ra = 0 μm: S ≤ 1 / 24 ⋅ 10 R − 13 wherein R ≥ 1.3, and 0 ≤ S ≤ 1.
A two-component solvent-free polyurethane adhesive comprising a first component and a second component, characterized in that : the first component comprises: a first vegetable oil-based Polyol A selected from the group of castor oil-based polyols having a hydroxyl number from 50 to 190 and soybean oil-based polyols having a hydroxyl number from 50 to 135, the first vegetable oil-based Polyol A having an amount from 25-35 weight percent in the first component, a second vegetable oil-based Polyol B in an amount from 0.5 to 5 weight percent in the first component, and a Polyisocyanate C in an amount from 60 to 74 weight percent in the first component; and the second component comprises: the first vegetable oil-based Polyol A in an amount from 87 to 99 weight percent in the second component, and a Polyol E in an amount from 0.5 to 5 weight percent in the second component. the first component comprises: a first vegetable oil-based Polyol A selected from the group of castor oil-based polyols having a hydroxyl number from 50 to 190 and soybean oil-based polyols having a hydroxyl number from 50 to 135, the first vegetable oil-based Polyol A having an amount from 25-35 weight percent in the first component, a second vegetable oil-based Polyol B in an amount from 0.5 to 5 weight percent in the first component, and a Polyisocyanate C in an amount from 60 to 74 weight percent in the first component; and a first vegetable oil-based Polyol A selected from the group of castor oil-based polyols having a hydroxyl number from 50 to 190 and soybean oil-based polyols having a hydroxyl number from 50 to 135, the first vegetable oil-based Polyol A having an amount from 25-35 weight percent in the first component, a second vegetable oil-based Polyol B in an amount from 0.5 to 5 weight percent in the first component, and a Polyisocyanate C in an amount from 60 to 74 weight percent in the first component; and the second component comprises: the first vegetable oil-based Polyol A in an amount from 87 to 99 weight percent in the second component, and a Polyol E in an amount from 0.5 to 5 weight percent in the second component. the first vegetable oil-based Polyol A in an amount from 87 to 99 weight percent in the second component, and a Polyol E in an amount from 0.5 to 5 weight percent in the second component.
Method for processing class B wood waste, the method comprising the successive steps of: a) supplying a load comprising particles of class B wood waste, b) striking the load with at least one striking body to scrape the particles, and c) screening the struck load. a) supplying a load comprising particles of class B wood waste, b) striking the load with at least one striking body to scrape the particles, and c) screening the struck load.
A combustor wall assembly for a gas turbine comprising: a shell ; and a liner having a thickness with a cooling cavity defined between the shell and the liner , wherein the liner is formed from a plurality of arcuate, floating panels ; and a sealing interface structure sealingly engaged with and carried between the shell and the liner for resisting cooling air leakage out of the cooling cavity , the sealing interface structure having a sealing width of at least twice the thickness of the liner ; characterised in that : the shell has an inner surface facing the cooling cavity and converging toward the sealing interface structure ; the sealing interface structure includes an elongated rail attached to the liner ; and the rail includes inner and outer sealing segments and defines a or the chamber therebetween for causing air to recirculate or otherwise creating an airflow turbulence; wherein the rail is located proximate to an edge of one of the panels and projects laterally outward from a cold surface of the respective panel . a shell ; and a liner having a thickness with a cooling cavity defined between the shell and the liner , wherein the liner is formed from a plurality of arcuate, floating panels ; and a sealing interface structure sealingly engaged with and carried between the shell and the liner for resisting cooling air leakage out of the cooling cavity , the sealing interface structure having a sealing width of at least twice the thickness of the liner ; characterised in that : the shell has an inner surface facing the cooling cavity and converging toward the sealing interface structure ; the sealing interface structure includes an elongated rail attached to the liner ; and the rail includes inner and outer sealing segments and defines a or the chamber therebetween for causing air to recirculate or otherwise creating an airflow turbulence; wherein the rail is located proximate to an edge of one of the panels and projects laterally outward from a cold surface of the respective panel . the shell has an inner surface facing the cooling cavity and converging toward the sealing interface structure ; the sealing interface structure includes an elongated rail attached to the liner ; and the rail includes inner and outer sealing segments and defines a or the chamber therebetween for causing air to recirculate or otherwise creating an airflow turbulence; wherein the rail is located proximate to an edge of one of the panels and projects laterally outward from a cold surface of the respective panel .
Guidance section comprising a strip-shaped guide web having a front end and a rear end, wherein the guide web is designed to rest on the back of a dog, wherein the front end faces the dog's head and the rear end faces away from the dog's head when the guidance section rests on the back of a dog, and the guide web is provided at the front end with at least one fastening element which is designed to be detachably fixed to a harness or collar having a fastening eyelet for a leash, wherein at least two leash guides are provided, one of which is arranged on the guide web in the region of the rear end and the other at a distance in the direction of the front end and which are designed in such a way that, when the guidance section rests on the dog's back, a leash fastened to the harness or collar can be guided through the leash guides along an axis parallel to the longitudinal axis of the dog's back, characterised in that leg loops are arranged at the rear end which are designed for fastening the guidance section to the hind legs of the dog. wherein at least two leash guides are provided, one of which is arranged on the guide web in the region of the rear end and the other at a distance in the direction of the front end and which are designed in such a way that, when the guidance section rests on the dog's back, a leash fastened to the harness or collar can be guided through the leash guides along an axis parallel to the longitudinal axis of the dog's back, characterised in that leg loops are arranged at the rear end which are designed for fastening the guidance section to the hind legs of the dog.
At least one compound selected from the group consisting of tipifarnib and lonafarnib, for use in the treatment of intellectual disability or autism.
A travel route determination system, comprising: a route generating unit configured to generate planned travel routes including a plurality of work routes along which a work vehicle is caused to perform autonomous travel; a control unit capable of causing the work vehicle to perform autonomous travel along each of the planned travel routes; an information obtaining unit configured to obtain position information and orientation information on the work vehicle ; and a determination unit configured to determine an autonomous travel candidate route (K3) at which the work vehicle is allowed to start autonomous travel, before the work vehicle starts autonomous travel, characterized in that the determination unit is configured to set a candidate determination region (P) based on the position information and the orientation information on the work vehicle , and the determination unit is configured to determine, as the autonomous travel candidate route (K3), a work route (K1) included in the candidate determination region (P) from among the plurality of work routes. a route generating unit configured to generate planned travel routes including a plurality of work routes along which a work vehicle is caused to perform autonomous travel; a control unit capable of causing the work vehicle to perform autonomous travel along each of the planned travel routes; an information obtaining unit configured to obtain position information and orientation information on the work vehicle ; and a determination unit configured to determine an autonomous travel candidate route (K3) at which the work vehicle is allowed to start autonomous travel, before the work vehicle starts autonomous travel, characterized in that the determination unit is configured to set a candidate determination region (P) based on the position information and the orientation information on the work vehicle , and the determination unit is configured to determine, as the autonomous travel candidate route (K3), a work route (K1) included in the candidate determination region (P) from among the plurality of work routes.
A communication control device comprising: a channel information acquisition unit configured to acquire, when AV streams are transmitted from a plurality of transmission apparatuses to one or more reception apparatuses on an IP network while being switched, all channel information from the transmission apparatuses to the reception apparatuses ; a traffic calculation unit configured to calculate a maximum traffic generated in switching patterns of the transmission of the AV streams which may occur from the transmission apparatuses to the reception apparatuses, on a basis of the channel information acquired by the channel information acquisition unit; and a transmission band reservation unit configured to reserve a transmission band on the IP network, on a basis of the maximum traffic in the switching patterns calculated by the traffic calculation unit. a channel information acquisition unit configured to acquire, when AV streams are transmitted from a plurality of transmission apparatuses to one or more reception apparatuses on an IP network while being switched, all channel information from the transmission apparatuses to the reception apparatuses ; a traffic calculation unit configured to calculate a maximum traffic generated in switching patterns of the transmission of the AV streams which may occur from the transmission apparatuses to the reception apparatuses, on a basis of the channel information acquired by the channel information acquisition unit; and a transmission band reservation unit configured to reserve a transmission band on the IP network, on a basis of the maximum traffic in the switching patterns calculated by the traffic calculation unit.