mhurhangee/patent-ind-claim-en huggingface dataset:
Honing machine (100, 100', 100") for carrying out honing operations on at least one bore in a workpiece , in particular for honing machining of cylinder bores in a cylinder crankcase, with: a machine base ; and a turntable which is arranged on the machine base and which is rotatable about a vertical turntable axis and has a plurality of workpiece fixtures which are arranged, offset to one another in the circumferential direction, at a radial distance from the turntable axis, in such a way that a workpiece received in a workpiece fixture can be transported successively to different workstations of the honing machine by rotation of the turntable; characterized by a plurality of vertical columns (112A to 112D) arranged in the marginal region of the machine base; and a machine upper part which is carried by the columns and which is arranged at a distance above the machine base; wherein the honing machine has a respective workstation on two longitudinal sides lying opposite one another, which workstation is a honing station and has at least one honing unit which is carried by the machine upper part and which has a honing spindle which is rotatable about a vertical spindle axis and is movable to and fro parallel to the spindle axis; wherein the honing unit is mounted on a slide which is displaceable in a horizontal direction and carried by the machine upper part , wherein the slide can travel linearly along a travelling direction which runs tangentially to a reference circle lying centrically in relation to the turntable axis. a machine base ; and a turntable which is arranged on the machine base and which is rotatable about a vertical turntable axis and has a plurality of workpiece fixtures which are arranged, offset to one another in the circumferential direction, at a radial distance from the turntable axis, in such a way that a workpiece received in a workpiece fixture can be transported successively to different workstations of the honing machine by rotation of the turntable; characterized by a plurality of vertical columns (112A to 112D) arranged in the marginal region of the machine base; and a machine upper part which is carried by the columns and which is arranged at a distance above the machine base; wherein the honing machine has a respective workstation on two longitudinal sides lying opposite one another, which workstation is a honing station and has at least one honing unit which is carried by the machine upper part and which has a honing spindle which is rotatable about a vertical spindle axis and is movable to and fro parallel to the spindle axis; wherein the honing unit is mounted on a slide which is displaceable in a horizontal direction and carried by the machine upper part , wherein the slide can travel linearly along a travelling direction which runs tangentially to a reference circle lying centrically in relation to the turntable axis.
An imaging device , adapted to provide three-dimensional images, for performing a method for providing meaningful real-time visualization of elongate guide members within a surrounding body portion of interest during a clinical intervention, which is capable of being guided by N elongate guide member or members , the imaging device comprising at least one processing device being arranged for - establishing N+1 first spatial imaging planes each having an intersection with each of the N elongate guide member or members ; - determining a spatial orientation of each of the N elongate guide member or members based on the intersection of the respective guide member with each of the first spatial imaging planes ; and - identifying at least one second spatial imaging plane along or perpendicular to the respective determined spatial orientation of each of the N elongate guide member or members . - establishing N+1 first spatial imaging planes each having an intersection with each of the N elongate guide member or members ; - determining a spatial orientation of each of the N elongate guide member or members based on the intersection of the respective guide member with each of the first spatial imaging planes ; and - identifying at least one second spatial imaging plane along or perpendicular to the respective determined spatial orientation of each of the N elongate guide member or members .
A test bench for a contactor bulb , the test bench comprising: - a frame configured to hold the bulb , and - an actuating device , supported by the frame and comprising an output shaft , centred on a longitudinal axis (A10) and movable in translation relative to the frame parallel to the longitudinal axis (A10) between a front position and a rear position, the output shaft being configured to be connected to an actuating rod of the bulb , characterised in that the actuating device is an electromagnetic actuator with moving magnets. - a frame configured to hold the bulb , and - an actuating device , supported by the frame and comprising an output shaft , centred on a longitudinal axis (A10) and movable in translation relative to the frame parallel to the longitudinal axis (A10) between a front position and a rear position, the output shaft being configured to be connected to an actuating rod of the bulb ,
A protein-poly(amino acid) conjugate, having a structure represented by general formula 1: wherein Ptn represents a protein; ET is when it is connected with the N-terminus of the Ptn, and is when it is connected with a site other than the N-terminus of the Ptn; R 1 independently represents, at each occurrence, a side chain of a non-natural amino acid; R 2 independently represents, at each occurrence, hydrogen or C 1 -C 10 alkyl, C 2 -C 10 alkenyl, C 2 -C 10 alkynyl; and n is an integer selected from 1 to 200. Ptn represents a protein; ET is when it is connected with the N-terminus of the Ptn, and is when it is connected with a site other than the N-terminus of the Ptn; R 1 independently represents, at each occurrence, a side chain of a non-natural amino acid; R 2 independently represents, at each occurrence, hydrogen or C 1 -C 10 alkyl, C 2 -C 10 alkenyl, C 2 -C 10 alkynyl; and n is an integer selected from 1 to 200.
Joint for systems for transporting a high temperature heat transfer fluid, comprising: - a fixed conduit (F) comprising a fixed tubular element having extension along a rectilinear axis (X) between an outer end and an opposing inner end ; - a first sealing ring joined to the fixed conduit (F); - a rotatable conduit (R) permanently in contact with the sealing ring ; - an outer casing which delimits a chamber from which said fixed conduit (F) and said rotatable conduit (R) extend, wherein the contact region is arranged between the rotatable conduit (R) and the first sealing ring ; wherein the outer casing is sealingly engaged with the rotatable conduit (R) by means of a second sealing ring and with the fixed conduit (F), wherein the first sealing ring is permanently pressed in contact with the rotatable conduit (R), wherein the fixed conduit (F) comprises an elastic conduit deformable axially in an elastic manner, coaxial to the fixed tubular element and made as a metallic bellows, wherein the outer casing comprises an annular outlet wall , through which the rotatable conduit (R) passes, and the second sealing ring is permanently compressed axially against the outlet wall and radially against the rotatable conduit (R), and wherein the joint comprises a stuffing box device operating on the second sealing ring . - a fixed conduit (F) comprising a fixed tubular element having extension along a rectilinear axis (X) between an outer end and an opposing inner end ; - a first sealing ring joined to the fixed conduit (F); - a rotatable conduit (R) permanently in contact with the sealing ring ; - an outer casing which delimits a chamber from which said fixed conduit (F) and said rotatable conduit (R) extend, wherein the contact region is arranged between the rotatable conduit (R) and the first sealing ring ;
A transducer for assisting in measuring displacement or strain in an object of interest, the transducer being a plate having at least two end sections for mounting the transducer to the object of interest, the transducer comprising a flexible connection between the two end sections , the flexible connection comprising a plurality of rigid portions and flexible interconnections between the rigid portions for allowing relative movement of the rigid portions with respect to each other, the flexible connection having a central section being substantially U-shaped and comprising two rigid portions spaced from each other over a distance and adapted for positioning a strain sensing element at the spacing in between said two rigid portions , wherein the rigid portions and flexible interconnections are arranged so that a first relative displacement applied to the end sections results in a second relative displacement at the spacing in the central section , the second relative displacement being larger than the first relative displacement applied to the end sections , wherein the central section is connected to the remainder of the flexible connection via flexible interconnections at a position on the rigid portions of the substantially U-shaped central section , said position being away from the side of the substantially U-shaped central section which is the opening of the U-shape forming the spacing adapted for positioning a strain sensing element . the transducer comprising a flexible connection between the two end sections , the flexible connection comprising a plurality of rigid portions and flexible interconnections between the rigid portions for allowing relative movement of the rigid portions with respect to each other, the flexible connection having a central section being substantially U-shaped and comprising two rigid portions spaced from each other over a distance and adapted for positioning a strain sensing element at the spacing in between said two rigid portions , wherein the rigid portions and flexible interconnections are arranged so that a first relative displacement applied to the end sections results in a second relative displacement at the spacing in the central section , the second relative displacement being larger than the first relative displacement applied to the end sections , wherein the central section is connected to the remainder of the flexible connection via flexible interconnections at a position on the rigid portions of the substantially U-shaped central section , said position being away from the side of the substantially U-shaped central section which is the opening of the U-shape forming the spacing adapted for positioning a strain sensing element .
A singulation system comprising: a conveying system including a conveyor for moving objects to be sorted from a source area along a first direction; a selection system for selecting certain selected objects for redistribution on the conveyor ; and characterized by a movement redistribution system for redistributing the certain selected objects on the conveyor and by returning the certain selected objects to an upstream portion of the conveyor such that a singulated stream of objectsis provided on the conveyor, wherein the conveyor has a plurality of zones of a defined distance (Z d ), and the certain selected objects are returned to the upstream portion of the conveyor from one or more of the plurality of zones (Z d ) that include two or more objects to provide the singulated stream of objects on the conveyor with at most one object in each of the plurality of zones. a conveying system including a conveyor for moving objects to be sorted from a source area along a first direction; a selection system for selecting certain selected objects for redistribution on the conveyor ; and characterized by a movement redistribution system for redistributing the certain selected objects on the conveyor and by returning the certain selected objects to an upstream portion of the conveyor such that a singulated stream of objectsis provided on the conveyor, wherein the conveyor has a plurality of zones of a defined distance (Z d ), and the certain selected objects are returned to the upstream portion of the conveyor from one or more of the plurality of zones (Z d ) that include two or more objects to provide the singulated stream of objects on the conveyor with at most one object in each of the plurality of zones.
A rotary separator for filtering the gas mixture present in the crankcase, comprising a casing provided with at least one gas suction opening and a plurality of oil outlet side openings , said casing defining a chamber that houses a rotary system which is shaped to define a plurality of paths (P) which extend from the gas suction opening to the oil outlet openings , wherein the rotary system is configured to carry out a dual function: b) providing a radial blading for a centrifugal fan that sucks the gas mixture from the suction opening and sends it to the outlet openings ; and providing, by means of said radial blading , an impact system along which the sucked gas mixture flows and the oil particles present in the mixture impact against walls defining the path and are pushed by the centrifugal force towards the oil outlet openings so as to be released outside the rotary separator , characterised in that the rotary system is configured to provide nozzles with sections decreasing along the path (P) adapted to accelerate the gas mixture; abutment means being provided, which are adapted to carry out a sudden change of path of the accelerated gas mixture to obtain the release of the oil particles.
A safety barrier element comprising: a base portion ; a top portion ; a first side wall ; a second side wall being arranged opposite the first side wall; a first end wall ; and a second end wall being arranged opposite the first end wall, wherein the top portion comprises a first anchoring member and a second anchoring member , the first anchoring member being arranged at a first end of the safety barrier element and the second anchoring member being arranged at a second end of the safety barrier element, the safety barrier element further comprising a connector arranged to connect the safety barrier element with an adjacent safety barrier element by means of anchoring members of the respective safety barrier elements, wherein said connector comprises a rear portion and a front portion , the rear portion being arrangeable at any one of the first and second anchoring members of the safety barrier element and the front portion being arranged to engage with the nearest anchoring member of the adjacent safety barrier element, characterized in that said connector can be moved to an activated position, wherein the front portion is arranged when the connector is in said activated position, to enter a locked engagement with the anchoring member of the adjacent safety barrier element automatically, without the need for operators to intervene. a base portion ; a top portion ; a first side wall ; a second side wall being arranged opposite the first side wall; a first end wall ; and a second end wall being arranged opposite the first end wall, wherein the top portion comprises a first anchoring member and a second anchoring member , the first anchoring member being arranged at a first end of the safety barrier element and the second anchoring member being arranged at a second end of the safety barrier element,
A pharmaceutical composition comprising a glucopyranosyl lipid adjuvant (GLA) having the formula: where: R 1 , R 3 , R 5 and R 6 are undecyl; and R 2 and R 4 are tridecyl; a metabolizable oil; and a pharmaceutically acceptable carrier, excipient or diluent, in an oil-in-water emulsion form. where: R 1 , R 3 , R 5 and R 6 are undecyl; and R 2 and R 4 are tridecyl; a metabolizable oil; and a pharmaceutically acceptable carrier, excipient or diluent, in an oil-in-water emulsion form.
A laser attenuator for attenuating substantially single wavelength light, the laser attenuator comprising multiple layers of optical material arranged to provide a variable attenuation level, wherein the laser attenuator is wedge shaped and has a right-angled triangle cross section whose right angle is defined by a long edge and a short edge, and comprises an angled face that extends between the long and short edges, and wherein the laser attenuator is located within a housing in which a beam dump is provided for absorbing light reflected from the laser attenuator, the laser attenuator further comprising means for moving the laser attenuator across an optical path of a laser beam so that the laser beam is incident at different positions along the angled face and the long edge is tilted slightly away from perpendicular to the optical path of the laser beam to allow light reflected from the laser attenuator to be diverted to the beam dump.
Die of a spark plasma sintering apparatus, characterised in that said die is made of graphite and the outer surfaces of said die are coated with a layer made of silicon carbide having a thickness of 1 to 10 μm , said layer made of silicon carbide being further optionally coated with one or more other layer(s) made of a carbide other than silicon carbide, chosen from hafnium carbide, tantalum carbide and titanium carbide, said other layer(s) each having a thickness of 1 to 10 μm.
Method for generating a machining program defining a trajectory of a tool for a part having a first portion able to be machined with only linear axes followed by a second portion requiring machining with linear axes and one or two rotary axes, said method including: - generating a base code defining the trajectory of the tool with, for the first portion, a first journey where a relative movement between the tool and the part is done only along linear axes followed, for the second portion, by a second journey where the relative movement is done along linear axes and the rotary axis or the two rotary axes, characterized in that it further includes, before the execution of said machining program on a digital command: - optimizing the base code in order to modify the trajectory previously defined, using the following steps: - modifying the first journey with the relative movement taking place along the linear axes and the one or two rotary axes before beginning the second journey, the modification of the first journey taking place by modifying the alignment and the distribution of orientation vectors of the tool on said first journey; - reconstruction by polynomial interpolation of the profile of a kinematic property of said or of one of said two rotary axes on the first journey in order to eliminate the discontinuities on the profile. - generating a base code defining the trajectory of the tool with, for the first portion, a first journey where a relative movement between the tool and the part is done only along linear axes followed, for the second portion, by a second journey where the relative movement is done along linear axes and the rotary axis or the two rotary axes, characterized in that it further includes, before the execution of said machining program on a digital command: - optimizing the base code in order to modify the trajectory previously defined, using the following steps: - modifying the first journey with the relative movement taking place along the linear axes and the one or two rotary axes before beginning the second journey, the modification of the first journey taking place by modifying the alignment and the distribution of orientation vectors of the tool on said first journey; - reconstruction by polynomial interpolation of the profile of a kinematic property of said or of one of said two rotary axes on the first journey in order to eliminate the discontinuities on the profile. - modifying the first journey with the relative movement taking place along the linear axes and the one or two rotary axes before beginning the second journey, the modification of the first journey taking place by modifying the alignment and the distribution of orientation vectors of the tool on said first journey; - reconstruction by polynomial interpolation of the profile of a kinematic property of said or of one of said two rotary axes on the first journey in order to eliminate the discontinuities on the profile.
A computer-implemented method for embedding copyright information in textual content, the method comprising: generating , by a computing device, a unique identifier, ID, based on copyright information associated with the textual content, wherein the textual content and the copyright information are recorded on a blockchain of a blockchain network; adding , by the computing device, one or more function words to the textual content, wherein the one or more function words comprise one or more of articles, prepositions, conjunctions, or auxiliaries; and embedding , by the computing device, the unique ID in the function words to produce an information-embedded textual content that enables retrieval of the copyright information from the blockchain based on the unique ID, wherein the unique ID is embedded in redundant pixels of the one or more function words. generating , by a computing device, a unique identifier, ID, based on copyright information associated with the textual content, wherein the textual content and the copyright information are recorded on a blockchain of a blockchain network; adding , by the computing device, one or more function words to the textual content, wherein the one or more function words comprise one or more of articles, prepositions, conjunctions, or auxiliaries; and embedding , by the computing device, the unique ID in the function words to produce an information-embedded textual content that enables retrieval of the copyright information from the blockchain based on the unique ID, wherein the unique ID is embedded in redundant pixels of the one or more function words.