mhurhangee/patent-ind-claim-en huggingface dataset:
A treatment head for treating a surface area of a substrate , the treatment head comprising: a housing having a main surface configured to be arranged adjacent to and facing the surface area of the substrate to be treated; an exhaust opening in the main surface of the housing , the exhaust opening being connectable to an exhaust device via an exhaust gas path formed at least in part in the housing ; a plasma source arranged in the housing to emit a plasma jet through a plasma exit opening in the main surface ; and an outlet opening in the main surface of the housing , the outlet opening being connectable to a gas source via a gas path formed at least in part in the housing , characterised by a radiative heater arranged in the housing to emit heat radiation through a radiation opening in the main surface , wherein the centers of the exhaust opening , the radiation opening , the plasma exit opening and the outlet opening are arranged in the above order along a first direction of the main surface . a housing having a main surface configured to be arranged adjacent to and facing the surface area of the substrate to be treated; an exhaust opening in the main surface of the housing , the exhaust opening being connectable to an exhaust device via an exhaust gas path formed at least in part in the housing ; a plasma source arranged in the housing to emit a plasma jet through a plasma exit opening in the main surface ; and an outlet opening in the main surface of the housing , the outlet opening being connectable to a gas source via a gas path formed at least in part in the housing , characterised by a radiative heater arranged in the housing to emit heat radiation through a radiation opening in the main surface , wherein the centers of the exhaust opening , the radiation opening , the plasma exit opening and the outlet opening are arranged in the above order along a first direction of the main surface .
A sailing vessel having a hull , a mast , a keel extending from the underside of the hull and a keel canting mechanism rotational about a longitudinal axis of the sailing vessel, the keel extending from a rotational housing extending axially around the longitudinal axis, the rotational housing being hollow, a superior portion of the rotational housing being within the hull of the sailing vessel , and a part of the rotational housing which extends below the hull when the keel is in a neutral position being cylindrical, characterised in that an upper part of the rotational housing is of a truncated conical shape, the rotational housing having opposing lateral sides and each of said lateral sides having an upper portion that is profiled from fore to aft with an overall conical shape, the conical upper portion of each of the lateral sides being configured to act as a foil, and the rotational housing being configured such that windward canting of the keel causes the windward lateral side of the rotational housing to be retracted into the hull and the leeward lateral side of the rotational housing to be deployed from the hull by the canting rotation, such that the profiled conical upper portion of the leeward lateral side of the rotational housing is in the water and acts as a foil promoting lateral resistance in the water and generating lateral lift which opposes leeward drift of the sailing vessel. the keel extending from a rotational housing extending axially around the longitudinal axis, the rotational housing being hollow, a superior portion of the rotational housing being within the hull of the sailing vessel , and a part of the rotational housing which extends below the hull when the keel is in a neutral position being cylindrical, characterised in that an upper part of the rotational housing is of a truncated conical shape, the rotational housing having opposing lateral sides and each of said lateral sides having an upper portion that is profiled from fore to aft with an overall conical shape, the conical upper portion of each of the lateral sides being configured to act as a foil, and the rotational housing being configured such that windward canting of the keel causes the windward lateral side of the rotational housing to be retracted into the hull and the leeward lateral side of the rotational housing to be deployed from the hull by the canting rotation, such that the profiled conical upper portion of the leeward lateral side of the rotational housing is in the water and acts as a foil promoting lateral resistance in the water and generating lateral lift which opposes leeward drift of the sailing vessel.
A method comprising: receiving a first set of control candidates message, the first set of control candidates message indicating a first set of control candidates with a first set of respective aggregation levels, where control candidates are resources which are control decoding candidates, and where an aggregation level indicates a number of control channel elements in a control candidate of that aggregation level; receiving a data packet assignment in a first transmit time interval; determining a second set of control candidates with a second set of respective aggregation levels, where the second set of control candidates is different from the first set of control candidates; monitoring the first set of control candidates in an at least one second transmit time interval if the data packet assignment is a normal reliability data packet assignment; and monitoring the second set of control candidates in the at least one second transmit time interval if the data packet assignment is a high reliability data packet assignment, where a high reliability packet data assignment assigns packets with a higher reliability than packets with normal reliability. receiving a first set of control candidates message, the first set of control candidates message indicating a first set of control candidates with a first set of respective aggregation levels, where control candidates are resources which are control decoding candidates, and where an aggregation level indicates a number of control channel elements in a control candidate of that aggregation level; receiving a data packet assignment in a first transmit time interval; determining a second set of control candidates with a second set of respective aggregation levels, where the second set of control candidates is different from the first set of control candidates; monitoring the first set of control candidates in an at least one second transmit time interval if the data packet assignment is a normal reliability data packet assignment; and monitoring the second set of control candidates in the at least one second transmit time interval if the data packet assignment is a high reliability data packet assignment, where a high reliability packet data assignment assigns packets with a higher reliability than packets with normal reliability.
A method for providing film grain information, comprising the steps of: characterizing a video stream prior to encoding to provide information indicative of film grain within the video stream, the film grain information including at least one parameter specifying an attribute of the film grain in the video stream; and encoding the film grain information for subsequent transmission together with the encoded video stream, wherein the film grain information includes a set of parameters, each specifying a different film grain attribute, characterised in that J the set of parameters includes: at least one parameter defining a spatial correlation of a perceived pattern of the film grain according to a first-order auto regression model; and a plurality of intensity-independent parameters including a parameter defining an aspect ratio of the film grain. characterizing a video stream prior to encoding to provide information indicative of film grain within the video stream, the film grain information including at least one parameter specifying an attribute of the film grain in the video stream; and encoding the film grain information for subsequent transmission together with the encoded video stream, wherein the film grain information includes a set of parameters, each specifying a different film grain attribute, characterised in that J the set of parameters includes: at least one parameter defining a spatial correlation of a perceived pattern of the film grain according to a first-order auto regression model; and a plurality of intensity-independent parameters including a parameter defining an aspect ratio of the film grain. at least one parameter defining a spatial correlation of a perceived pattern of the film grain according to a first-order auto regression model; and a plurality of intensity-independent parameters including a parameter defining an aspect ratio of the film grain.
A display apparatus comprising: a substrate comprising a bending area (BA) between a first area and a second area , the substrate being bent in the bending area (BA) about a bending axis (BAX); an inorganic insulating layer over the substrate and comprising a first feature that is a first opening or a first recess, the first feature being positioned to correspond to and overlap the bending area (BA); an organic material layer located on the substrate in the bending area (BA) and on the inorganic insulating layer wherein the organic material layer at least partially fills the first feature and covers the internal surface of the first features of the inorganic insulating layer ; and a first conductive layer extending from the first area through the bending area (BA) to the second area in a direction crossing the bending axis (BAX) and located on the organic material layer , wherein the organic material layer comprises a second feature that is a second opening or a second recess, the second feature extending along an edge of the substrate to cross the bending axis (BAX). a substrate comprising a bending area (BA) between a first area and a second area , the substrate being bent in the bending area (BA) about a bending axis (BAX); an inorganic insulating layer over the substrate and comprising a first feature that is a first opening or a first recess, the first feature being positioned to correspond to and overlap the bending area (BA); an organic material layer located on the substrate in the bending area (BA) and on the inorganic insulating layer wherein the organic material layer at least partially fills the first feature and covers the internal surface of the first features of the inorganic insulating layer ; and a first conductive layer extending from the first area through the bending area (BA) to the second area in a direction crossing the bending axis (BAX) and located on the organic material layer , wherein the organic material layer comprises a second feature that is a second opening or a second recess, the second feature extending along an edge of the substrate to cross the bending axis (BAX).
A midsole defining a base support plane having a heel region , an arch region , a ball region , a toe region , an anterior portion adjacent the toe region , a posterior portion adjacent the heel region , and a longitudinal axis extending between the anterior portion adjacent the toe region and the posterior portion adjacent the heel region comprising: a first cushioning member that extends along the longitudinal axis from the posterior portion adjacent the heel region to the ball region ; a second cushioning member that extends along the longitudinal axis from the posterior portion adjacent the heel region to the anterior portion adjacent the toe region ; a third cushioning member that extends from the heel region to the anterior portion adjacent the toe region ; wherein the midsole comprises a 0-4 mm differential in height from heel to toe. a first cushioning member that extends along the longitudinal axis from the posterior portion adjacent the heel region to the ball region ; a second cushioning member that extends along the longitudinal axis from the posterior portion adjacent the heel region to the anterior portion adjacent the toe region ; a third cushioning member that extends from the heel region to the anterior portion adjacent the toe region ; wherein the midsole comprises a 0-4 mm differential in height from heel to toe.
A forestry winch with a transversely placed axis of the drum for winding of the rope with regards to a plate, wherein the plate has a first surface facing the exterior of the winch, i.e. the direction of incoming load to be pulled by the winch, and a second surface facing interior of the winch, wherein said first surface comprises a base , side parts of an upper part , a bottom third being bent in the direction of resistance during pulling of a load, characterized in that a middle part of the base is smooth, while at least one reinforcement is mounted approximately in a middle part of the second surface of the plate, wherein said reinforcements may be ribs, tubes, U-profiles or any other profiles, and wherein the reinforcement is not a uniform thick plate.
Device for deburring tubes , in particular tube ends, said device including: a) A distal and a proximal end; b) A substantially conical basic body with a plurality of contact surfaces (20, 20', 20"); c) A shaft ; d) A guide chamber in which a guide bushing is displaceably mounted and in which a spring is arranged in such a manner that a restoring force is exerted onto the guide bushing , and wherein a blade is releasably fastened on the guide bushing , and e) A guide groove which extends in the longitudinal direction along an outside surface of the conical basic body and by means of which the blade is guided characterized in that the guide bushing is mounted so as to be displaceable and pivotable inside the guide chamber . a) A distal and a proximal end; b) A substantially conical basic body with a plurality of contact surfaces (20, 20', 20"); c) A shaft ; d) A guide chamber in which a guide bushing is displaceably mounted and in which a spring is arranged in such a manner that a restoring force is exerted onto the guide bushing , and wherein a blade is releasably fastened on the guide bushing , and e) A guide groove which extends in the longitudinal direction along an outside surface of the conical basic body and by means of which the blade is guided
A vinylpyridine resin for a catalyst support, having: a content of nitrogen derived from a pyridine group of 3.00% by mass or more and 8.00% by mass or less; a degree of crosslinking of 35% by mole or more and 70% by mole or less; a molar ratio C/N of carbon atoms to nitrogen atoms of 12.00 or more and 36.00 or less; a total pore volume of 0.20 cc/g or more and 0.45 cc/g or less; a specific surface area of 70.0 m 2 /g or more and 280 m 2 /g or less; an average pore diameter of 5.0 nm or more and 25.0 nm or less; and a proportion of a volume of pores having a pore diameter of 10 nm or more to a volume of the whole pores of 4.0% or more and 90.0% or less, wherein the vinylpyridine resin for a catalyst support is a copolymer of vinylpyridine and divinylbenzene; and wherein the total pore volume, the specific surface area, the average pore diameter, and the proportion of a volume of pores having a pore diameter of 10 nm or more to a volume of the whole pores are as defined in the description.
An access point which communicates with one or more communication apparatuses via a network , comprising: one or more communication interfaces configured to be used for communication with the one or more communication apparatuses ; wherein the access point is configured to receive a connection request from the communication apparatus of a guest, to transfer the connection request to a control device , which is provided outside of the access point to control communications and includes an interface for setting which of one or more access points is permitted to be used by the guest, to receive a notice of a connection permission from the control device , to receive instructions from the control device so as to perform guest operations and to start the guest operations in accordance with the instructions; a selection unit that is connected to the one or more communication interfaces and is configured to select at least one communication interface that is used in accordance with an instruction from the control device ; and a network establish unit configured to establish a virtual network by forming a virtual communication path which directly connects between the at least one communication interface selected by the selection unit and a communication interface included in the communication apparatus of the guest. one or more communication interfaces configured to be used for communication with the one or more communication apparatuses ; wherein the access point is configured to receive a connection request from the communication apparatus of a guest, to transfer the connection request to a control device , which is provided outside of the access point to control communications and includes an interface for setting which of one or more access points is permitted to be used by the guest, to receive a notice of a connection permission from the control device , to receive instructions from the control device so as to perform guest operations and to start the guest operations in accordance with the instructions; a selection unit that is connected to the one or more communication interfaces and is configured to select at least one communication interface that is used in accordance with an instruction from the control device ; and a network establish unit configured to establish a virtual network by forming a virtual communication path which directly connects between the at least one communication interface selected by the selection unit and a communication interface included in the communication apparatus of the guest.
A surgical atherectomy apparatus for removing deposits such as plaque from an interior of a vessel (V), comprising: an outer member ; a rotatable shaft positioned for rotational movement within the outer member, the rotatable shaft having a guidewire lumen extending therethrough and having a distal opening ; and a rotatable tip having a longitudinal axis and mounted to the rotatable shaft for rotation about its longitudinal axis upon rotation of the rotatable shaft, the rotatable tip mounted to a distal portion of the rotatable shaft such that the distal opening of the lumen of the rotatable shaft is axially spaced from a distalmost end of the rotatable tip, the rotatable tip including a guidewire lumen for receiving a guidewire to enable over the wire insertion of the apparatus, characterised in that the rotatable tip has an inner lumen configured to cause fluid exiting the opening to contact the internal surface of the end wall of the tip, where it is then directed back towards a gap between the shaft and outer member for directing in a proximal direction deposits removed by the rotational movement of the rotatable tip and in that the rotatable tip includes a plurality of side openings configured to aspirate deposits through the tip and to direct such particles through the gap between the shaft and the outer member .
A medical device apparatus, comprising: a medical implant including a braided anchor member , the braided anchor member operatively connected to a delivery system, the delivery system including a handle , an outer sheath extending distally from the handle, and an inner catheter disposed within the outer sheath; and a sheathing aid connecting the delivery system to the medical implant, the sheathing aid being configured to guide the medical implant into the outer sheath upon relative closing movement therebetween; wherein the sheathing aid includes a plurality of arms extending from the inner catheter to a proximal end of the braided anchor member ; characterized in that at least one arm of the plurality of arms includes a flexible member , wherein the at least one arm comprises a core member having a width and the flexible member is positioned about at least a portion of the core member . a medical implant including a braided anchor member , the braided anchor member operatively connected to a delivery system, the delivery system including a handle , an outer sheath extending distally from the handle, and an inner catheter disposed within the outer sheath; and a sheathing aid connecting the delivery system to the medical implant, the sheathing aid being configured to guide the medical implant into the outer sheath upon relative closing movement therebetween; wherein the sheathing aid includes a plurality of arms extending from the inner catheter to a proximal end of the braided anchor member ; characterized in that at least one arm of the plurality of arms includes a flexible member , wherein the at least one arm comprises a core member having a width and the flexible member is positioned about at least a portion of the core member .
A diaphragm cloth for a water electrolyzer, characterized in that the diaphragm cloth is a plain cloth or knitted fabric composed of alkali-resistant fiber at a common use temperature of no less than 150°C; the average pore size of the diaphragm cloth is no less than 3μm to less than 10 μm; and under the condition of pressure of 3 kPa at 23°C and 50% RH, the venting quality of the diaphragm cloth is 2 L/cm 2 /min or less, and the common use temperature is a temperature at which the strength of the fiber is reduced by half after exposure for 100,000 hours; wherein said alkali-resistant fiber is polyphenylene sulfide fiber containing hydrophilic groups on its surface, and wherein pores with a pore size of 0.2-10 μm in the diaphragm cloth take up no less than 60% of all pores, and the content of oxygen element on the fiber surface is 12-40 wt%; and wherein the cover factor of the diaphragm cloth is from 2300 to 3000 if it is a plain cloth and from 0.7 to 1.5 if it is a knitted fabric.
A rotary fan blade , comprising: a root , an airfoil attached to the root , which airfoil has a suction side surface , a pressure side surface , a leading edge , a trailing edge , a tip , and a slot disposed within the tip , which slot extends in a chordwise direction between the leading edge and trailing edge ; and a tip insert having a base end and a rub end ; wherein the base end of the tip insert is disposed within the slot , and the rub end of the tip insert extends radially outward from the tip , characterised in that : the tip insert comprises anodized aluminum, titanium and/or ceramic; and wherein the tip insert is retained within the slot by at least material attachment and/or bonding agent. a root , an airfoil attached to the root , which airfoil has a suction side surface , a pressure side surface , a leading edge , a trailing edge , a tip , and a slot disposed within the tip , which slot extends in a chordwise direction between the leading edge and trailing edge ; and a tip insert having a base end and a rub end ; wherein the base end of the tip insert is disposed within the slot , and the rub end of the tip insert extends radially outward from the tip , characterised in that : the tip insert comprises anodized aluminum, titanium and/or ceramic; and wherein the tip insert is retained within the slot by at least material attachment and/or bonding agent. the tip insert comprises anodized aluminum, titanium and/or ceramic; and wherein the tip insert is retained within the slot by at least material attachment and/or bonding agent.