mhurhangee/patent-ind-claim-en huggingface dataset:
Adjusting device for the relative positioning of a work module relative to a drive shaft of a hand-held work apparatus , which drive shaft for driving the work module rotates about a rotation axis extending in an axial direction , wherein the adjusting device possesses a main body , wherein the main body has an outer circumferential side , wherein the adjusting device has a module positioning device for positioning the adjusting device relative to the work module , the module positioning device has a radial positioning element , the radial positioning element is formed by part of the outer circumferential side , the adjusting device has a shaft positioning device for positioning the adjusting device relative to the drive shaft , the adjusting device has an adjusting side , the shaft positioning device is disposed on the adjusting side , the adjusting device has a cover side , and the adjusting device is designed in such a way that in a covered state the work module is able to be covered by the cover side .
Method for operating a network node (NN) in a vehicle (VH, VH1), the method comprising the steps of: - in a first operation mode operating a first radio interface (TRU1) of said network node (NN), wherein said first radio interface is a first transceiver unit, with a radio access technology of a radio communication network (RCN1) and as a radio interface of a mobile unit and operating a second radio interface (TRU2) of said network node (NN), wherein said second radio interface is a second transceiver unit, with said radio access technology and as a radio interface of a base station of said radio communication network (RCN1) towards at least one mobile unit (MU1, MU2) located within the vehicle (VH, VH1), if said vehicle (VH1) is operated by a vehicle driver, wherein first user data are transmitted in downlink and/or uplink direction between said at least one mobile unit (MU1, MU2) and a base station (BS1_1) of said radio communication network (RCN1) via a first local radio link (LRL1) between said at least one mobile unit (MU1, MU2) and said second radio interface (TRU2) of said network node (NN) and a global radio link (GRL) between said first radio interface (TRU1) of said network node (NN) and said base station (BS1_1) of said radio communication network (RCN1), so that the second radio interface (TRU2) provides a coverage area associated with said radio communication network (RCN1) for the mobile units (MU1, MU2) within the vehicle (VH), and - in a second operating mode operating said first radio interface (TRU1), or said first radio interface (TRU1) and said second radio interface (TRU2), as a radio interface of a base station towards at least one mobile unit (MU3, MU4), if said vehicle (VH1) is parked.
An infusion pump reservoir assembly, comprising: a medicament reservoir including a reservoir barrel with an inner surface ; and a plunger moveable within the medicament reservoir in a dispensing direction from a full position and including a dynamic seal that is in contact with the inner surface of the reservoir barrel and a rear surface that faces in a direction opposite the dispensing direction; characterized by a static face seal that engages the rear surface of the plunger when the plunger is in the full position; wherein the plunger , dynamic seal and static face seal are respectively configured and positioned relative to one another such that the static face seal is disengaged from the rear surface of the plunger in response to movement of the plunger in the dispensing direction from the full position and the dynamic seal remains in contact with the inner surface of the reservoir barrel as the plunger moves in the dispensing direction and wherein the static face seal is stationary relative to the medicament reservoir . a medicament reservoir including a reservoir barrel with an inner surface ; and a plunger moveable within the medicament reservoir in a dispensing direction from a full position and including a dynamic seal that is in contact with the inner surface of the reservoir barrel and a rear surface that faces in a direction opposite the dispensing direction; characterized by a static face seal that engages the rear surface of the plunger when the plunger is in the full position; wherein the plunger , dynamic seal and static face seal are respectively configured and positioned relative to one another such that the static face seal is disengaged from the rear surface of the plunger in response to movement of the plunger in the dispensing direction from the full position and the dynamic seal remains in contact with the inner surface of the reservoir barrel as the plunger moves in the dispensing direction and wherein the static face seal is stationary relative to the medicament reservoir .
Drone having railway driving capabilities, the drone comprising: - a drone body , and - at least three propeller arms distributed around and connected to the drone body , wherein each propeller arm is provided with a propeller assembly comprising a propeller , wherein each propeller is driven by a motor assembly , the propeller assembly of at least a subset (28-1) of the at least three propeller arms is provided with a rotatably mounted propeller guard mounted around and being placed coaxially with the propeller , wherein the subset (28-1) of the at least three propeller arms is provided with an actuated joint for providing the respective propeller arm with at least one rotation degree of freedom so that the propeller can be rotated between a flight mode and a driving mode and back, wherein the flight mode involves a more horizontal orientation of the propeller assembly for providing an upwardly -directed thrust force to the drone , in operational use, and wherein the driving mode involves a more vertical orientation of the propeller assembly , characterised in that the propeller guard is shaped as a train wheel and is driven by the motor assembly for allowing the respective propeller guard to drive on the railway track in the driving mode. - a drone body , and - at least three propeller arms distributed around and connected to the drone body , wherein each propeller arm is provided with a propeller assembly comprising a propeller , wherein each propeller is driven by a motor assembly , the propeller assembly of at least a subset (28-1) of the at least three propeller arms is provided with a rotatably mounted propeller guard mounted around and being placed coaxially with the propeller ,
A tamper evident structure for a flexible package comprising: a tamper evident diaphragm comprising: two diaphragm strips , each of the diaphragm strips including at least an outer layer and an inner layer laminated with each other, wherein the inner layer of each of the diaphragm strips is sealable together to form a non-resealable peelable sealed band between the inner layers ; wherein either (i) the inner layer of the diaphragm strips is sealed to outer surfaces of flaps of a zipper of the flexible package , or (ii) the inner layer of the diaphragm strips is sealed to inner surfaces of the flaps , or (iii) the outer layer of the diaphragm strips is sealed to the inner surfaces of the flaps , provided that the tamper evident diaphragm includes a straight orientation or an inverted orientation, characterized in that the tamper evident structure further comprises: a zipper including interlocking elements , and flaps extending downwardly from the interlocking elements . two diaphragm strips , each of the diaphragm strips including at least an outer layer and an inner layer laminated with each other, wherein the inner layer of each of the diaphragm strips is sealable together to form a non-resealable peelable sealed band between the inner layers ; wherein either (i) the inner layer of the diaphragm strips is sealed to outer surfaces of flaps of a zipper of the flexible package , or (ii) the inner layer of the diaphragm strips is sealed to inner surfaces of the flaps , or (iii) the outer layer of the diaphragm strips is sealed to the inner surfaces of the flaps , (i) the inner layer of the diaphragm strips is sealed to outer surfaces of flaps of a zipper of the flexible package , or (ii) the inner layer of the diaphragm strips is sealed to inner surfaces of the flaps , or (iii) the outer layer of the diaphragm strips is sealed to the inner surfaces of the flaps , provided that the tamper evident diaphragm includes a straight orientation or an inverted orientation, characterized in that the tamper evident structure further comprises: a zipper including interlocking elements , and flaps extending downwardly from the interlocking elements .
A downhole apparatus (10; 40; 60; 80; 100; 200) comprising: a body configured to be coupled to a production tubular and comprising an upper opening and a lower opening ; a first flow path between the upper opening and the lower opening in the body; a second flow path between the upper opening and the lower opening in the body, via a lower part of the first flow path; a flow diverter (34; 42; 62; 84; 104; 220) arranged to direct downward flow of fluid through the body, and solid particles falling by gravity in the fluid, towards the second flow path and away from the first flow path ; and a filter device (26, 31; 170; 180; 190) between the second flow path and the lower part of the first flow path, configured to filter or collect solid particles entrained in fluid present in the second flow path; characterised in that the first flow path is in fluid communication with the second flow path via one or more vents, and is configured such that in a production mode of operation, production fluid flows upward through the apparatus in the first flow path, and the flow of production fluid induces upward flow of fluid and collected solid particles in the second flow path, thereby washing collected solid particles away from the filter device and carrying the solid particles upwards out of the apparatus and into a main production flow stream. a body configured to be coupled to a production tubular and comprising an upper opening and a lower opening ; a first flow path between the upper opening and the lower opening in the body; a second flow path between the upper opening and the lower opening in the body, via a lower part of the first flow path; a flow diverter (34; 42; 62; 84; 104; 220) arranged to direct downward flow of fluid through the body, and solid particles falling by gravity in the fluid, towards the second flow path and away from the first flow path ; and a filter device (26, 31; 170; 180; 190) between the second flow path and the lower part of the first flow path, configured to filter or collect solid particles entrained in fluid present in the second flow path; characterised in that the first flow path is in fluid communication with the second flow path via one or more vents, and is configured such that in a production mode of operation, production fluid flows upward through the apparatus in the first flow path, and the flow of production fluid induces upward flow of fluid and collected solid particles in the second flow path, thereby washing collected solid particles away from the filter device and carrying the solid particles upwards out of the apparatus and into a main production flow stream.
A hair applicator comprising: an applying part made of a porous material; and a comb having a plurality of comb elements provided with the applying part, to thereby apply a hair dye from a container through the applying part to the hair while combing the hair with the comb, wherein the comb elements hold the applying part on the front side thereof, and the comb elements are projected forward from the applying part, and beams for preventing the applying part from falling forward are formed in the comb so as to connect opposing comb elements, characterized in that the porous material has a porosity of 80% or higher and a hardness under IS07619A of less than A70,the coating amount by the applying part is 0.090 g/m or greater. the comb elements hold the applying part on the front side thereof, and the comb elements are projected forward from the applying part, and beams for preventing the applying part from falling forward are formed in the comb so as to connect opposing comb elements, characterized in that the porous material has a porosity of 80% or higher and a hardness under IS07619A of less than A70,the coating amount by the applying part is 0.090 g/m or greater.
A thrust washer provided with a ring-shaped portion that surrounds an insertion hole, wherein the thrust washer is provided with sliding surfaces on a front surface and a back surface of the ring-shaped portion , the sliding surfaces being sliding with another member, and the thrust washer is provided with an oil groove on at least one of the front surface or the back surface, the oil groove being recessing from the sliding surface and being configured to allow lubricating oil to flow in; the oil groove is provided with an opening portion in an inner peripheral end side of the ring-shaped portion, the opening portion being recessed from the sliding surface and configured to allow the lubricating oil to flow in from the insertion hole side; an outer periphery end side of the ring-shaped portion of at least one of the oil groove is provided with an oil stop wall which is configured to separate the oil groove and an outside of the ring-shaped portion and suppress flow of the lubricating oil flowed into the oil groove toward an outer periphery side of the ring-shaped portion, the position of the oil stop wall in a thickness direction of the thrust washer is the same as that of sliding surface, characterised in that the thrust washer is made of a material containing a resin, and a sliding area ratio of each of the sliding surfaces to a projection plane in plan view of the ring-shaped portion is provided within a range of from 60% to 85%. the thrust washer is provided with sliding surfaces on a front surface and a back surface of the ring-shaped portion , the sliding surfaces being sliding with another member, and the thrust washer is provided with an oil groove on at least one of the front surface or the back surface, the oil groove being recessing from the sliding surface and being configured to allow lubricating oil to flow in; the oil groove is provided with an opening portion in an inner peripheral end side of the ring-shaped portion, the opening portion being recessed from the sliding surface and configured to allow the lubricating oil to flow in from the insertion hole side; an outer periphery end side of the ring-shaped portion of at least one of the oil groove is provided with an oil stop wall which is configured to separate the oil groove and an outside of the ring-shaped portion and suppress flow of the lubricating oil flowed into the oil groove toward an outer periphery side of the ring-shaped portion, the position of the oil stop wall in a thickness direction of the thrust washer is the same as that of sliding surface, characterised in that the thrust washer is made of a material containing a resin, and a sliding area ratio of each of the sliding surfaces to a projection plane in plan view of the ring-shaped portion is provided within a range of from 60% to 85%.
Cross-country skiing kit having a cross-country binding and a cross-country boot , the cross-country binding being used connect the cross-country boot to a cross-country ski in an articulated manner, comprising - a substantially unyielding binding base body that has a standing surface for a sole of the cross-country boot , - a holding device that has a receptacle for pivotable arrangement of the cross-country boot about a pivot axis extending in the transverse direction of the binding base body , and - an elastically deformable reset element for resetting the cross-country boot from an upwardly pivoted position in the direction of the standing surface of the binding base body , the reset element being arranged on the cross-country binding , - at least one substantially unyielding elevation being provided on the standing surface of the binding base body , behind the pivot axis in the longitudinal direction of the binding base body , by means of which elevation the sole of the cross-country boot is arranged in its unloaded state at a distance from the standing surface of the binding base body , characterised in that the cross-country boot has a pivot pin for pivotable arrangement in the receptacle , and in that , in the unloaded state, the cross-country boot approaches at most an angle other than zero to the standing surface of the binding base body , due to the elevation . - a substantially unyielding binding base body that has a standing surface for a sole of the cross-country boot , - a holding device that has a receptacle for pivotable arrangement of the cross-country boot about a pivot axis extending in the transverse direction of the binding base body , and - an elastically deformable reset element for resetting the cross-country boot from an upwardly pivoted position in the direction of the standing surface of the binding base body , the reset element being arranged on the cross-country binding , - at least one substantially unyielding elevation being provided on the standing surface of the binding base body , behind the pivot axis in the longitudinal direction of the binding base body , by means of which elevation the sole of the cross-country boot is arranged in its unloaded state at a distance from the standing surface of the binding base body ,
An evaluation device comprising: a display unit ; a point-of-gaze detector configured to detect a position of a point of gaze of a subject on the display unit ; a display controller configured to display, on the display unit , an image containing a target area serving as a target that a subject is caused to gaze at and containing, in a position different from that of the target area, an induction area for inducing a visual hallucination in the subject; an area setting unit configured to set a specific area corresponding to the induction area in the display unit ; a determination unit configured to, based on position data on the point of gaze, determine whether the point of gaze is present in the specific area; a computing unit configured to, based on a determination result of the determination unit , calculate point-of-gaze data; and an evaluation unit configured to, based on the point-of-gaze data, calculate evaluation data on the subject, wherein a value of at least one of sharpness, luminance, contrast and chroma of the induction area is lower than that of the target area. a display unit ; a point-of-gaze detector configured to detect a position of a point of gaze of a subject on the display unit ; a display controller configured to display, on the display unit , an image containing a target area serving as a target that a subject is caused to gaze at and containing, in a position different from that of the target area, an induction area for inducing a visual hallucination in the subject; an area setting unit configured to set a specific area corresponding to the induction area in the display unit ; a determination unit configured to, based on position data on the point of gaze, determine whether the point of gaze is present in the specific area; a computing unit configured to, based on a determination result of the determination unit , calculate point-of-gaze data; and an evaluation unit configured to, based on the point-of-gaze data, calculate evaluation data on the subject, wherein a value of at least one of sharpness, luminance, contrast and chroma of the induction area is lower than that of the target area.
A protective coating composition for molten aluminum and alkali metal environments, comprising on a dry weight basis: 20% or more by weight Al 2 O 3 ; 15% to 55% by weight SiO 2 ; and 1% to 15% by weight of a metallic non-wetting agent; wherein the metallic non-wetting agent is non-wetting to molten aluminum and alkali metals and vapors and resists wetting by these metals; wherein the Al 2 O 3 , SiO 2 , and non-wetting agent together constitute at least 90% by weight of the protective coating composition; and some or all of the Al 2 O 3 and some of the SiO 2 have the chemical formula 3Al 2 O 3 •2SiO 2 being provided in the form of mullite, the 3Al 2 O 3 •2SiO 2 constituting 30% to 70% by weight of the protective coating composition. 20% or more by weight Al 2 O 3 ; 15% to 55% by weight SiO 2 ; and 1% to 15% by weight of a metallic non-wetting agent; wherein the metallic non-wetting agent is non-wetting to molten aluminum and alkali metals and vapors and resists wetting by these metals; wherein the Al 2 O 3 , SiO 2 , and non-wetting agent together constitute at least 90% by weight of the protective coating composition; and some or all of the Al 2 O 3 and some of the SiO 2 have the chemical formula 3Al 2 O 3 •2SiO 2 being provided in the form of mullite, the 3Al 2 O 3 •2SiO 2 constituting 30% to 70% by weight of the protective coating composition.
A cyclone system, in particular for a conditioner with a head region , which has a decentralised, preferably tangential inlet feed and a central outlet , and a widening output cone with a central axis , characterised in that a wall is double-walled in some regions and has, on the outer wall , at least one inlet-feed opening and, on the inner wall , multiple supply openings , with a collection cone , which is tapered again, adjoining the output cone and having the inlet-feed opening , which is arranged in a region in which the inner wall does not have a supply opening so that the inner wall forms an impact surface for the medium fed through the inlet-feed opening .