mhurhangee/patent-ind-claim-en huggingface dataset:
Prefabricated blank for manufacturing a dental abutment with an angulated screw channel comprising, a body having a first end and a second end and a blank outer geometry, a connection section at the first end that is configured to be connected to a dental implant, the connection section comprising a portion having an anti-rotational feature, a channel having a longitudinal axis (L) and defining an opening at the first end , wherein the channel extends through the connection section into the body and has a closed end at a distance from the second end of the body , and wherein the channel comprises an end section at or near the closed end having a width, and an intermediate section between the end section and the first end of the body (1',1") having a width greater than the width of the end section wherein the body comprises a milling section configured to be machined to achieve a final outer geometry of a prosthesis when the blank is held at the connection section , and wherein the end section is a third section and the intermediate section is a second section, characterized in that the channel comprises a first section between the second section and the first end of the body (1,1'1′′′) having a first width smaller than the width of the intermediate section and wherein the width of the end section is preferably substantially the same as the first width. a body having a first end and a second end and a blank outer geometry, a connection section at the first end that is configured to be connected to a dental implant, the connection section comprising a portion having an anti-rotational feature, a channel having a longitudinal axis (L) and defining an opening at the first end , wherein the channel extends through the connection section into the body and has a closed end at a distance from the second end of the body , and wherein the channel comprises an end section at or near the closed end having a width, and an intermediate section between the end section and the first end of the body (1',1") having a width greater than the width of the end section wherein the body comprises a milling section configured to be machined to achieve a final outer geometry of a prosthesis when the blank is held at the connection section , and wherein the end section is a third section and the intermediate section is a second section, characterized in that the channel comprises a first section between the second section and the first end of the body (1,1'1′′′) having a first width smaller than the width of the intermediate section and wherein the width of the end section is preferably substantially the same as the first width.
A method, characterised in that the method comprises: sending information relating to at least one parameter with which an apparatus is configured to transmit a signal on an extension carrier in a communication system , wherein said at least one parameter with which the apparatus is configured to transmit the signal comprises a transmission power level for the apparatus on the extension carrier; said information being based upon at least one parameter of a primary carrier in the communication system , wherein said at least one parameter of the primary carrier comprises a transmission power level in the primary carrier; and wherein said information comprises a power offset value which is determined such that said transmission power level for the apparatus on the extension carrier is determined from an average power level on the primary carrier over a plurality of time slots and the power offset value. sending information relating to at least one parameter with which an apparatus is configured to transmit a signal on an extension carrier in a communication system , wherein said at least one parameter with which the apparatus is configured to transmit the signal comprises a transmission power level for the apparatus on the extension carrier; said information being based upon at least one parameter of a primary carrier in the communication system , wherein said at least one parameter of the primary carrier comprises a transmission power level in the primary carrier; and wherein said information comprises a power offset value which is determined such that said transmission power level for the apparatus on the extension carrier is determined from an average power level on the primary carrier over a plurality of time slots and the power offset value.
A cuff for receiving a thumb through an aperture , the cuff comprising: a distal strap having a trailing edge and one or more leading edges , at least one of the one or more distal strap leading edges being affixed to a sleeve at a distal end of the sleeve such that the distal strap spans at least a portion of a cutout in the distal end of the sleeve; an anterior patch having at least an anterior patch leading edge , the anterior patch spanning at least a portion of the cutout in the sleeve; and an aperture formed by the distal strap trailing edge overlapping at least a portion of the anterior patch leading edge, the aperture having a perimeter and extending through the cuff to the cutout, the perimeter of the aperture comprising at least a portion of the distal strap trailing edge and at least a portion of the anterior patch leading edge. a distal strap having a trailing edge and one or more leading edges , at least one of the one or more distal strap leading edges being affixed to a sleeve at a distal end of the sleeve such that the distal strap spans at least a portion of a cutout in the distal end of the sleeve; an anterior patch having at least an anterior patch leading edge , the anterior patch spanning at least a portion of the cutout in the sleeve; and an aperture formed by the distal strap trailing edge overlapping at least a portion of the anterior patch leading edge, the aperture having a perimeter and extending through the cuff to the cutout, the perimeter of the aperture comprising at least a portion of the distal strap trailing edge and at least a portion of the anterior patch leading edge.
A method for operating an aerial vehicle comprising: detecting , by a control system of the aerial vehicle, data associated with an event; determining , by the control system and based on the data, that information related to the event should be communicated; determining , by the control system and based on the event, a target aerial vehicle for the information; identifying , by the control system and based on a communication from the target aerial vehicle, one or more operational parameters of the target aerial vehicle, wherein the one or more operational parameters comprise at least one parameter indicative of whether the target aerial vehicle is human operated, computer operated, or both; selecting , by the control system, from a plurality of available languages, one or more languages associated with the target aerial vehicle, wherein the plurality of languages comprises at least one natural language associated with human-operated target aerial vehicles and at least one machine language associated with the computer-operated target aerial vehicles; generating , by the control system, a message expressing the information related to the event in the one or more languages associated with the target aerial vehicle; and transmitting , by the control system, the message to the target aerial vehicle. detecting , by a control system of the aerial vehicle, data associated with an event; determining , by the control system and based on the data, that information related to the event should be communicated; determining , by the control system and based on the event, a target aerial vehicle for the information; identifying , by the control system and based on a communication from the target aerial vehicle, one or more operational parameters of the target aerial vehicle, wherein the one or more operational parameters comprise at least one parameter indicative of whether the target aerial vehicle is human operated, computer operated, or both; selecting , by the control system, from a plurality of available languages, one or more languages associated with the target aerial vehicle, wherein the plurality of languages comprises at least one natural language associated with human-operated target aerial vehicles and at least one machine language associated with the computer-operated target aerial vehicles; generating , by the control system, a message expressing the information related to the event in the one or more languages associated with the target aerial vehicle; and transmitting , by the control system, the message to the target aerial vehicle.
A microsphere composition for chemiluminescent analysis, which comprises at least two kinds of receptor microspheres of different particle diameters, and the receptor microspheres are capable of reacting with active oxygen to produce a detectable chemiluminescent signal.
A ball toy having a. a solid, resiliently flexible body penetrated by a bore , b. bearing means mounted to the body within the bore, c. a shaft mounted to the bearing means to define a rotational axis of the body relative to the shaft, d. bore closures for each end of the bore, operatively connected to respective free ends of the shaft, whereby the body is able to spin on said axis relative to the closures and the shaft, when the closures are held in a pinching manner by a user using one hand, characterised in that , the body is adapted to exhibit enhanced bouncing ability by comprising a thermoplastic rubber. a. a solid, resiliently flexible body penetrated by a bore , b. bearing means mounted to the body within the bore, c. a shaft mounted to the bearing means to define a rotational axis of the body relative to the shaft, d. bore closures for each end of the bore, operatively connected to respective free ends of the shaft,
A battery operated wireless signalling system comprising a plurality of battery operated network devices including an initiating device ; a target device and optionally a processing device; wherein the target device and/or the optional processing device is not reliant on battery power; wherein one or more unique communication routes are available between the initiating device and the target device ; wherein each battery operated network device is adapted to periodically poll a list of other network devices that are capable of communicating to the target device or the optional processing device; wherein the target device or the optional processing device which is not reliant on battery power is adapted to calculate the number of unique communication routes available for message transfer between the initiating device and the target device wherein unique communication routes are non-converging; wherein the higher the number of unique communication routes, the higher the system integrity and robustness to link failure is determined to be; and wherein the number of unique communication routes is provided as a measure of system integrity and robustness to link failure.
Method for repairing or reinforcing a wooden pole being at least partly under water , comprising: - arranging a casing around the pole over a part of the length of the pole that needs to be repaired and / or reinforced, wherein first a casing part comprising side edges and being open on one side is slid around the pole in a direction perpendicular to the longitudinal direction of the pole , and then the open side of the casing part is closed with a closing plate , which closing plate is thereby attached to the side edges of the casing part, - sealing the space between the casing and the pole on the underside of the casing, - filling the space between the casing and said part of the pole with an epoxy , and - whereby the closing plate is attached to the casing part such that the outer surface of the casing is free of projecting parts. characterized in that - first the dimensions of the pole to be repaired or reinforced are measured, - then the casing part is made from plate parts in stock, and - before the casing is fitted around the pole , first at least a part of the affected part of the pole is removed, wherein at the upper side of the part to be removed a saw cut is arranged extending inwardly inclined upwardly to form an upper boundary wall of the removed part, which upper boundary wall extending inside out in an obliquely downward direction to prevent that, after filling the space, created by the removal, with epoxy , water can seep between the epoxy and the upper boundary wall . - arranging a casing around the pole over a part of the length of the pole that needs to be repaired and / or reinforced, wherein first a casing part comprising side edges and being open on one side is slid around the pole in a direction perpendicular to the longitudinal direction of the pole , and then the open side of the casing part is closed with a closing plate , which closing plate is thereby attached to the side edges of the casing part, - sealing the space between the casing and the pole on the underside of the casing, - filling the space between the casing and said part of the pole with an epoxy , and - whereby the closing plate is attached to the casing part such that the outer surface of the casing is free of projecting parts. characterized in that - first the dimensions of the pole to be repaired or reinforced are measured, - then the casing part is made from plate parts in stock, and - before the casing is fitted around the pole , first at least a part of the affected part of the pole is removed, wherein at the upper side of the part to be removed a saw cut is arranged extending inwardly inclined upwardly to form an upper boundary wall of the removed part, which upper boundary wall extending inside out in an obliquely downward direction to prevent that, after filling the space, created by the removal, with epoxy , water can seep between the epoxy and the upper boundary wall .
A process for making polyester polymer articles comprising: a) drying pellets comprising polyester polymer melt phase products having a degree of crystallinity of at least 25% and an intrinsic viscosity of at least 0.7 dL/g and antimony containing residues in a drying zone at a temperature of at least 140°C, wherein nitrogen gas is used as heating medium if the drying temperature is above 180°C to avoid oxidative thermal degradation; b) introducing the pellets into an extrusion zone and forming a molten polyester polymer composition; and c) forming an article comprising a sheet, strand, fiber, or a molded part directly or indirectly from the extruded molten polyester polymer; said article having a b* ranging from -5 to +5 and an L* of at least 70, wherein b* and L* are expressed in CIELAB units; wherein the polyester polymer melt phase products comprise: (A) a carboxylic acid component comprising at least 60 mole% of the residues of terephthalic acid or derivates of terephthalic acid, based on 100 mole percent of carboxylic acid component residues in the product, or, alternatively, that the polyester polymer melt phase product comprise: (A) a carboxylic acid component comprising at least 92 mole% of the residues of terephthalic acid or derivates of terephthalic acid, and (B) a hydroxyl component comprising at least 92 mole% of the residues of ethylene glycol, based on 100 mole percent of carboxylic acid component residues and 100 mole percent of hydroxyl component residues in the polyester polymer melt phase product, wherein the pellets have not been subjected to a solid state polymerization step for increasing their molecular weight, and wherein the L* is measured in accordance with ASTM D 6290 for opaque or translucent powders (reflectance mode), and in accordance with ASTM D 1746 for discs (transmission mode); and wherein the residence time of pellets in the dryer used in step (a) at 140°C or more is on average from 0.5 hours to 16 hours. a) drying pellets comprising polyester polymer melt phase products having a degree of crystallinity of at least 25% and an intrinsic viscosity of at least 0.7 dL/g and antimony containing residues in a drying zone at a temperature of at least 140°C, wherein nitrogen gas is used as heating medium if the drying temperature is above 180°C to avoid oxidative thermal degradation; b) introducing the pellets into an extrusion zone and forming a molten polyester polymer composition; and c) forming an article comprising a sheet, strand, fiber, or a molded part directly or indirectly from the extruded molten polyester polymer; (A) a carboxylic acid component comprising at least 60 mole% of the residues of terephthalic acid or derivates of terephthalic acid, based on 100 mole percent of carboxylic acid component residues in the product, (A) a carboxylic acid component comprising at least 92 mole% of the residues of terephthalic acid or derivates of terephthalic acid, and (B) a hydroxyl component comprising at least 92 mole% of the residues of ethylene glycol,
An imaging system comprising: a rolling shutter sensor that captures a plurality of images of a scene, wherein each of the plurality of images is captured as a series of lines; a continuous illumination source that illuminates the scene; a time-varying illumination source that illuminates the scene, wherein the rolling shutter sensor and the time-varying illumination source are operated synchronously when capturing each of the plurality of images to cause a plurality of on-cadence lines of the rolling shutter sensor to receive illumination from the continuous illumination source and a first amount of illumination from the time-varying illumination source and to cause a plurality of off-cadence lines of the rolling shutter sensor to receive illumination from the continuous illumination source and a second amount of illumination from the time-varying illumination source, wherein the first amount of illumination is greater than the second amount of illumination; and a processor that receives the plurality of images from the rolling shutter sensor and separates the plurality of images into a plurality of feeds, wherein each of the plurality of feeds includes a different contribution of the time-varying illumination source to an overall illumination of the scene. a rolling shutter sensor that captures a plurality of images of a scene, wherein each of the plurality of images is captured as a series of lines; a continuous illumination source that illuminates the scene; a time-varying illumination source that illuminates the scene, wherein the rolling shutter sensor and the time-varying illumination source are operated synchronously when capturing each of the plurality of images to cause a plurality of on-cadence lines of the rolling shutter sensor to receive illumination from the continuous illumination source and a first amount of illumination from the time-varying illumination source and to cause a plurality of off-cadence lines of the rolling shutter sensor to receive illumination from the continuous illumination source and a second amount of illumination from the time-varying illumination source, wherein the first amount of illumination is greater than the second amount of illumination; and a processor that receives the plurality of images from the rolling shutter sensor and separates the plurality of images into a plurality of feeds, wherein each of the plurality of feeds includes a different contribution of the time-varying illumination source to an overall illumination of the scene.
A Boswellia low polar gum resin extract (BLPRE) or a boswellia low polar gum resin extract (BLPRE) composition obtainable by: a) preparing a alcohol, hydroalcohol or water-immiscible organic solvent extract of Boswellia gum resin; b) partitioning the extract between an aqueous alkali solution layer and a water-immiscible organic solvent layer; c) separating the water-immiscible organic solvent layer, followed by evaporation of the solvent under vacuum at 60-70°C to obtain an oily residue (Boswellia oil); d) removal of volatile compounds from the oily residue (Boswellia oil) under high vacuum at a high temperature to obtain the Boswellia gum resin extract. a) preparing a alcohol, hydroalcohol or water-immiscible organic solvent extract of Boswellia gum resin; b) partitioning the extract between an aqueous alkali solution layer and a water-immiscible organic solvent layer; c) separating the water-immiscible organic solvent layer, followed by evaporation of the solvent under vacuum at 60-70°C to obtain an oily residue (Boswellia oil); d) removal of volatile compounds from the oily residue (Boswellia oil) under high vacuum at a high temperature to obtain the Boswellia gum resin extract.
Computer-implemented method for evaluating a CT data set of a coronary region of a patient regarding perivascular tissue of at least one target blood vessel , in particular comprising at least one coronary artery, comprising automatically: - determining a centerline of at least the at least one target blood vessel in the CT data set, - defining a region of interest as having at least one defined outer region radius around an, in particular patient specific, extension interval of the centerline , the outer region radius being larger than the radius of the target blood vessel , wherein an inner wall of the at least one target blood vessel is segmented in the CT data set, wherein an inner boundary of the region of interest is defined as the respective the inner wall location - calculating at least one quantitative value from the CT data in the region of interest . - determining a centerline of at least the at least one target blood vessel in the CT data set, - defining a region of interest as having at least one defined outer region radius around an, in particular patient specific, extension interval of the centerline , the outer region radius being larger than the radius of the target blood vessel , wherein an inner wall of the at least one target blood vessel is segmented in the CT data set, wherein an inner boundary of the region of interest is defined as the respective the inner wall location - calculating at least one quantitative value from the CT data in the region of interest .