mhurhangee/patent-ind-claim-en huggingface dataset:
An optical system for a side-viewing endoscope with a central beam path that has a distal lateral viewing angle θ relative to a longitudinal axis of an endoscope shaft of the endoscope, comprising a distal optical assembly having a prism group that is designed to deflect incident light from a field of view defined around the lateral viewing angle into a direction of the longitudinal axis of the endoscope shaft by means of reflection at a first reflective surface and at a second reflective surface , and comprises three prisms , the mutually adjacent boundary surfaces of which are arranged in pairs parallel to each other and are separated by a gap in each case, wherein total internal reflection of some of the incident light from outside a field of view takes place at a boundary surface between a prism and the subsequent gap , wherein the prism group has a cylindrical envelope with a diameter D that is predetermined according to the available installation space, and an input-side first prism of the prism group is designed wedge-shaped with wedge angle β and an optical path length a of the central beam path , wherein an entry surface of the first prism has a length L, defined as a length of a line of intersection of the entry surface with the plane that is spanned by the central beam path , characterized in that the first prism meets the conditions: a < cosθ ⋅ tan β ⋅ D / 2 and L < D / cosθ , wherein the second prism is designed wedge-shaped, with a wedge angle of 2· β , wherein the wedge angle of the second prism borders a side of the first prism opposite the wedge angle of the first prism , and the wedge angle of the first prism borders a side of the second prism opposite the wedge angle of the second prism so that the gaps between the three prisms are angled relative to the central beam path in different directions.
Electronic handle for a vehicle door, comprising: - electronic means for electronically activating a latch of the vehicle door; - an activation lever configured for rotating around an activation lever axis between a rest position in which the activation lever is released, and a mechanical activation position in which the activation lever is actuated for mechanically activating the latch of the vehicle door in case of default of the electronic means , - a handle lever comprising a gripping part configured to be grasped by a user, wherein the handle lever cooperates with the activation lever and - a bracket intended to receive the activation lever ; wherein the activation lever comprises a driving element , pivotally connected to the activation lever , and the bracket comprises a stop element , the driving element cooperating with the stop element such that when the activation lever is actuated from the rest position to the mechanical activation position, the driving element passes from a first side of the stop element corresponding to the rest position, to a second side of the stop element when the activation lever reaches the mechanical activation position, characterized in that the bracket comprises a flexible blade with the stop element . - electronic means for electronically activating a latch of the vehicle door; - an activation lever configured for rotating around an activation lever axis between a rest position in which the activation lever is released, and a mechanical activation position in which the activation lever is actuated for mechanically activating the latch of the vehicle door in case of default of the electronic means , - a handle lever comprising a gripping part configured to be grasped by a user, wherein the handle lever cooperates with the activation lever and - a bracket intended to receive the activation lever ; wherein the activation lever comprises a driving element , pivotally connected to the activation lever , and the bracket comprises a stop element , the driving element cooperating with the stop element such that when the activation lever is actuated from the rest position to the mechanical activation position, the driving element passes from a first side of the stop element corresponding to the rest position, to a second side of the stop element when the activation lever reaches the mechanical activation position, characterized in that the bracket comprises a flexible blade with the stop element .
A folding device designed to fold two end flaps of material adapted for forming belt loops (P) to be applied on items of clothing or the like, comprising two rotating folding units that act by rotating reciprocally inversely, each of which comprises at least one pair of fork-like pins parallel and rotating for each edge of material of the belt loop to be folded over, said pins being able to be angularly rotated by means of a rotation shaft so as to undergo axial rotations by means of respective independent rotating devices , each of said pairs of pins comprising a first pin , which in the rest position is positioned in parallel to and near a second pin and rotates about the axis of the latter in order to be placed from a first position of gripping the end of the belt loop (P) to a position of complete folding of the belt loop, after a rotation according to a predetermined angle, every pair of fork-like pins being associated with a movement unit of which a third pin is part, which is partially shaped and parallel to the first and second pins , characterised in that the third pin is applied on the edge of an annular bush that can rotate about said shaft which generates a rotation transmitted to the rotating devices .
A method for forming a thermoplastic composite material, wherein the method comprises the steps of: forming an aqueous organic fiber material suspension, wherein the organic fiber is a natural lignocellulosic fiber, wood fiber, bleached kraft fiber, dissolving pulp fiber or microfibrillated cellulose; bringing said fiber suspension in contact with at least one additive, said additive being introduced into said fiber suspension, whereby said additive reacts to form a precipitation product, wherein the precipitation product comprises a crystallized filler, and wherein the additives are carbon dioxide and lime milk, said carbon dioxide and lime milk being fed to the short circulation separately or simultaneously, wherein said precipitation product or filler is allowed to precipitate onto the fibers of the fiber suspension, thereby forming an intermediate suspension, comprising precipitated calcium carbonate onto said fibers; introducing, after the formation of the intermediate suspension, a plastic material which is a plastic particle material, a plastic fiber material or a mixture thereof and which is selected from the group of polyethylene (PE), polypropylene (PP), ethylene/propylene copolymer, polycarbonate (PC), polystyrene (PS), polyethylene terephthalate (PET), polylactic acid (PLA), polyhydroxybutylate, acrylonitrile/butadiene/styrene copolymer (ABS), styrene/acrylonitrile copolymer (SAN), polyoxymethylene (POM), biodegradable thermoplastics, starch-based thermoplastics, their derivatives and/or mixtures thereof into said intermediate suspension, thereby forming a composite material. forming an aqueous organic fiber material suspension, wherein the organic fiber is a natural lignocellulosic fiber, wood fiber, bleached kraft fiber, dissolving pulp fiber or microfibrillated cellulose; bringing said fiber suspension in contact with at least one additive, said additive being introduced into said fiber suspension, whereby said additive reacts to form a precipitation product, wherein the precipitation product comprises a crystallized filler, and wherein the additives are carbon dioxide and lime milk, said carbon dioxide and lime milk being fed to the short circulation separately or simultaneously, wherein said precipitation product or filler is allowed to precipitate onto the fibers of the fiber suspension, thereby forming an intermediate suspension, comprising precipitated calcium carbonate onto said fibers; introducing, after the formation of the intermediate suspension, a plastic material which is a plastic particle material, a plastic fiber material or a mixture thereof and which is selected from the group of polyethylene (PE), polypropylene (PP), ethylene/propylene copolymer, polycarbonate (PC), polystyrene (PS), polyethylene terephthalate (PET), polylactic acid (PLA), polyhydroxybutylate, acrylonitrile/butadiene/styrene copolymer (ABS), styrene/acrylonitrile copolymer (SAN), polyoxymethylene (POM), biodegradable thermoplastics, starch-based thermoplastics, their derivatives and/or mixtures thereof into said intermediate suspension, thereby forming a composite material.
Sectional door panel with a front wall , a rear wall , an intermediate space between the front wall and the rear wall , a tooth-shaped projection on an upper side, an indentation on a lower side and lateral end caps which at least partially cover the intermediate space with a side wall , wherein the end caps at least partially cover the indentation laterally, characterised in that the side walls formed by the end caps are arranged at an upper side wall section , which at least partially conceals the tooth-shaped projection , opposite a side wall section adjoining below with a horizontal offset in the direction of the adjacent front wall and rear wall .
An optical component comprising a packaging structure , comprising a base , a sealing cover , and a cooler , wherein the base comprises a mounting surface and a back surface that faces a direction opposite to that faced by the mounting surface, the cooler comprises a cooling plate , a heat dissipation plate disposed opposite to the cooling plate, and a conductive connection body connecting the cooling plate and the heat dissipation plate, the cooling plate comprises a cooling surface , the cooler is partially built in the base, the cooling plate faces a direction the same as that of the mounting surface, the sealing cover covers the mounting surface, the sealing cover and the mounting surface form a sealing cavity, the cooling surface is located inside the sealing cavity, and the heat dissipation plate protrudes from the back surface and is sealedly connected to the base; and an optical transmit element, wherein the optical transmit element is disposed on the cooling surface of the base.
A cosmetic composition suitable for hair repair comprising a polypeptide having a base amino acid sequence, wherein at least two amino acid residue side chains are substituted with functional Michael acceptor groups, which can form covalent bonds with nucleophilic functional groups.
A computer-executable method for multi-domain clustering, comprising: receiving, by a computing device, from one or more computing devices over a network domain data for at least two domains associated with users, wherein a domain is a source type describing observable activities of a plurality of users, and wherein a respective user is associated with a respective user role in an organization; determining a hyperparameter value for a respective prior distribution of a probability distribution associated with a domain; estimating a probability distribution for generating a multi-domain probability model; generating a multi-domain probability model that includes variables for two or more domains, based on the hyperparameter value and the estimated probability distribution; analyzing the domain data with the generated multi-domain probability model to assign a first user to a plurality of cluster indices associated with the first user's corresponding user role; and determining that an activity being performed by a second user is anomalous, based on a comparison between one or more of the second user's cluster indices to one or more of the first user's plurality of cluster indices. receiving, by a computing device, from one or more computing devices over a network domain data for at least two domains associated with users, wherein a domain is a source type describing observable activities of a plurality of users, and wherein a respective user is associated with a respective user role in an organization; determining a hyperparameter value for a respective prior distribution of a probability distribution associated with a domain; estimating a probability distribution for generating a multi-domain probability model; generating a multi-domain probability model that includes variables for two or more domains, based on the hyperparameter value and the estimated probability distribution; analyzing the domain data with the generated multi-domain probability model to assign a first user to a plurality of cluster indices associated with the first user's corresponding user role; and determining that an activity being performed by a second user is anomalous, based on a comparison between one or more of the second user's cluster indices to one or more of the first user's plurality of cluster indices.
Joint to elastically connect two elements , comprising a rotary joint which rotates around a pivot joint axis via which the two elements can be rotated relatively to each other, a deflection roller with a roller axis parallel to the pivot joint axis, an elasticity element with an elongated flexible deflection element , with the deflection element extending in a plane perpendicular to the pivot joint axis, with the deflection element connecting the two elements and abutting a circumference of the deflection roller , with the deflection roller having a number n, n ≥ 1, of circumferential elements which are distributed around the roller axis and whose edges face the respective deflection element to form the circumference of the deflection roller , with the deflection roller further comprising a first guiding device and a second guiding device , with the first guiding device having n first guides, each of which extends into a plane perpendicular to the roller axis and in each of which one of the circumferential elements is guided, with the second guiding device having at least one second guide which extends into a plane perpendicular to the roller axis and in which the circumferential elements are guided, with projections of the first and second guides, into which the same circumferential element is guided, intersecting at non-vanishing angles on a common plane towards the roller axis. a deflection roller with a roller axis parallel to the pivot joint axis, an elasticity element with an elongated flexible deflection element , with the deflection element extending in a plane perpendicular to the pivot joint axis, with the deflection element connecting the two elements and abutting a circumference of the deflection roller , with the deflection roller having a number n, n ≥ 1, of circumferential elements which are distributed around the roller axis and whose edges face the respective deflection element to form the circumference of the deflection roller , with the deflection roller further comprising a first guiding device and a second guiding device , with the first guiding device having n first guides, each of which extends into a plane perpendicular to the roller axis and in each of which one of the circumferential elements is guided, with the second guiding device having at least one second guide which extends into a plane perpendicular to the roller axis and in which the circumferential elements are guided, with projections of the first and second guides, into which the same circumferential element is guided, intersecting at non-vanishing angles on a common plane towards the roller axis.
Plain bearing bush , comprising a cylindrical main body with a first shell surface and a second shell surface which have a plurality of exchange bores for a lubricant , at least one of the replacement bores having a first diameter on the first shell surface and a second diameter on the second shell surface , the second diameter being greater than the first diameter in order to increase the load-bearing capability of the plain bearing bush , characterized in that two exchange bores which are spaced apart axially on the second shell surface are connected to one another by way of a pocket depression .
A pressure reducer assembly for adjustably reducing a pressure of a fluid, preferably a liquid, more preferably water, comprising: a pressure reducer body defining at least a part of a pressure reducer chamber along a central axis (X-X'), wherein the pressure reducer chamber comprises an inlet section and an outlet section fluidly coupled with the inlet section , wherein the inlet section is configured to allow an inflow of the fluid into the pressure reducer chamber , and wherein the outlet section is configured to allow an outflow of the fluid from the pressure reducer chamber , a biasing means piston rod having a center (Y) along the central axis (X-X'), connecting the inlet section with the outlet section , and being axially moveable with respect to the pressure reducer body , characterized in that: the piston rod comprises an interaction protrusion , the pressure reducer assembly further comprises an adjusting device comprising an actuating part and an adjusting part , wherein the adjusting part is configured to functionally interact with the interaction protrusion such that a maximum axial movement of the piston rod is adjustable by actuating the actuating part , particularly by manually actuating the actuating part . a pressure reducer body defining at least a part of a pressure reducer chamber along a central axis (X-X'), wherein the pressure reducer chamber comprises an inlet section and an outlet section fluidly coupled with the inlet section , wherein the inlet section is configured to allow an inflow of the fluid into the pressure reducer chamber , and wherein the outlet section is configured to allow an outflow of the fluid from the pressure reducer chamber , a biasing means piston rod having a center (Y) along the central axis (X-X'), connecting the inlet section with the outlet section , and being axially moveable with respect to the pressure reducer body , the piston rod comprises an interaction protrusion , the pressure reducer assembly further comprises an adjusting device comprising an actuating part and an adjusting part , wherein the adjusting part is configured to functionally interact with the interaction protrusion such that a maximum axial movement of the piston rod is adjustable by actuating the actuating part , particularly by manually actuating the actuating part .
A method for improving receiving sensitivity of a terminal, wherein in the case that the terminal operates in a time division duplex mode, the method comprises: setting a frequency of a transmitting voltage-controlled oscillator VCO of the terminal to be a first frequency in a transmitting timeslot; setting the frequency of the transmitting VCO of the terminal to be a preset second frequency in a receiving timeslot, wherein the first frequency is higher or lower than the preset second frequency by at least one channel bandwidth; and setting a frequency of a receiving VCO of the terminal to be the first frequency in the receiving timeslot. setting a frequency of a transmitting voltage-controlled oscillator VCO of the terminal to be a first frequency in a transmitting timeslot; setting the frequency of the transmitting VCO of the terminal to be a preset second frequency in a receiving timeslot, wherein the first frequency is higher or lower than the preset second frequency by at least one channel bandwidth; and setting a frequency of a receiving VCO of the terminal to be the first frequency in the receiving timeslot.
A system comprising: a code branch tracking module stored in memory that: maintains a counter value in association with each of multiple code branches defined within a code body during execution of the code body, the counter value for each one of the code branches representing a number of times the code branch has executed within a current run-time environment; and dynamically updates and maintains a pass indicator status for each of the code branches during execution of the code body, the pass indicator status indicating satisfaction or non-satisfaction of a pass condition identified within the code branch that is based on the associated counter value for the code branch, wherein the pass condition for each one of the code branches is identified within an annotation included within the code branch, the annotation referencing: a threshold value ; and a pass evaluation macro that is executed to evaluate the pass condition upon execution of the code branch based on a comparison between the threshold value and the counter value. a code branch tracking module stored in memory that: maintains a counter value in association with each of multiple code branches defined within a code body during execution of the code body, the counter value for each one of the code branches representing a number of times the code branch has executed within a current run-time environment; and dynamically updates and maintains a pass indicator status for each of the code branches during execution of the code body, the pass indicator status indicating satisfaction or non-satisfaction of a pass condition identified within the code branch that is based on the associated counter value for the code branch, wherein the pass condition for each one of the code branches is identified within an annotation included within the code branch, the annotation referencing: maintains a counter value in association with each of multiple code branches defined within a code body during execution of the code body, the counter value for each one of the code branches representing a number of times the code branch has executed within a current run-time environment; and dynamically updates and maintains a pass indicator status for each of the code branches during execution of the code body, the pass indicator status indicating satisfaction or non-satisfaction of a pass condition identified within the code branch that is based on the associated counter value for the code branch, wherein the pass condition for each one of the code branches is identified within an annotation included within the code branch, the annotation referencing: a threshold value ; and a pass evaluation macro that is executed to evaluate the pass condition upon execution of the code branch based on a comparison between the threshold value and the counter value.
Simulator for training in environments confined and/or suspected of pollution, being constituted by a container that has a base , a roof opposite to the base , and short and long perimeter walls with at least one vertical manhole , a horizontal manhole , and two safety outputs outwards, the two long perimeter walls delimiting a plurality of internal compartments for personnel training, the internal compartments being provided with equipment that produces effects in training activities, and at least one training activity control, command and management cabin with operator, the internal compartments for personnel training being at least partially separated by means of movable partitions arranged transversely to the two long perimeter walls , characterized in that said movable partitions have passage openings adjustable by sliding baffles sliding along vertical guides so that the passage condition can be mixed, high or low, in order to force personnel to experience the conditions of fatigue and difficulty in the high / low passage.
Diaphragm compressor having an electric motor with a drive shaft , motion transmission means which are movable by the drive shaft and via which rotational movement of the drive shaft can be converted, a piston rod coupled to an output member of the motion transmission means and to a diaphragm , a compression space defined by the diaphragm and a compressor head and whose volume is variable by the movement of the diaphragm , wherein the motion transmission means are formed by an epicyclic gear whose output member is configured as a crank whose input shaft is guided eccentrically with respect to the rotational axis of the drive shaft , characterized in that an output shaft of the motion transmission means has an axial offset (A) with respect to the input shaft which corresponds to an eccentricity (E) of the input shaft with respect to the axis of rotation of the drive shaft .