mhurhangee/ep-ind-claims huggingface dataset:
Setting system for a watchmaking or jewellery item comprising: a setting support; a precious stone mounted in or on the setting support; an elastic element fixed to the setting support in such a way as to link the setting support in a flexible manner to said item, a proximal portion extending from the elastic element and being fixed to the setting support; a distal portion extending from the elastic element and being destined to cooperate with the article; the setting support being arranged to be able to oscillate with an axial and/or radial movement relative to a symmetrical axis, following a movement of article; characterized in that the elastic element comprises a torsion spring (50, 51); and in that in absence of vibration, the proximal and distal portions extend substantially parallel to the symmetrical axis. a setting support; a precious stone mounted in or on the setting support; an elastic element fixed to the setting support in such a way as to link the setting support in a flexible manner to said item, a proximal portion extending from the elastic element and being fixed to the setting support; a distal portion extending from the elastic element and being destined to cooperate with the article; the setting support being arranged to be able to oscillate with an axial and/or radial movement relative to a symmetrical axis, following a movement of article; characterized in that the elastic element comprises a torsion spring (50, 51); and in that in absence of vibration, the proximal and distal portions extend substantially parallel to the symmetrical axis.
A method of determining the level of NOx and/or NH3 levels exiting a Lean NOx Trap in a vehicle exhaust system during regeneration of the LNT, said exhaust system including a sensor located downstream of the LNT and being responsive to both NOx and NH3 and adapted to give an output signal indicative of the level of both NH3 and NOx, comprising the steps of: measuring the sensor output, and a) determining the NOx output to be the level indicated by the sensor, and/or the NH3 output to be zero during a first period subsequent to regeneration being started; b) providing a model or estimate of the NOx entering the LNT, and thus determining a component comprising the amount of unconverted NOx slip and determining a first time point subsequent to regeneration being started and subsequent to the first period, where i) the NOx output is determined to said component comprising the amount of unconverted NOx slip, and/or ii) the NH3 output to be the level indicated by the sensor minus said component; c) determining a second time point, whereafter the NOx output is determined to be the level indicated by the sensor, and/or the NH3 output is determined to be zero wherein in step c) the second time point is determined by monitoring and accumulating the exhaust flow subsequent to said first time point, said second time point being the time point when the accumulated exhaust flow reaches a predetermined threshold. a) determining the NOx output to be the level indicated by the sensor, and/or the NH3 output to be zero during a first period subsequent to regeneration being started; b) providing a model or estimate of the NOx entering the LNT, and thus determining a component comprising the amount of unconverted NOx slip and determining a first time point subsequent to regeneration being started and subsequent to the first period, where i) the NOx output is determined to said component comprising the amount of unconverted NOx slip, and/or ii) the NH3 output to be the level indicated by the sensor minus said component; c) determining a second time point, whereafter the NOx output is determined to be the level indicated by the sensor, and/or the NH3 output is determined to be zero wherein in step c) the second time point is determined by monitoring and accumulating the exhaust flow subsequent to said first time point, said second time point being the time point when the accumulated exhaust flow reaches a predetermined threshold.
An implantable device for aiding in generating connective tissue between a pair of anatomical structures in a mammalian body including an elongate, flexible tether which is configured to be secured between the anatomical structures and which has a tensile strength selected to prevent movement of the anatomical structures a maximum distance away from each other and wherein the tether carries a scaffold which is generally porous so as to be capable of promoting tissue ingrowth and collagen deposition along its length, the scaffold extending along the tether for a selected distance so that the scaffold is in at least close proximity to an anatomical structure at either end when the tether is secured between the anatomical structures, and wherein the length of the tether is selected to be the maximum distance between the anatomical structures along a selected path when secured therebetween, wherein the pores extend through the scaffold and each have a diameter of about 10 μm to 200 μm and characterised in that the tether is removable from the scaffold, either by being absorbable or by being configured to be withdrawn from the scaffold.
A system for lifting a first casing section of a gas turbine relative to a second casing section of the gas turbine, the system comprising: a guide member configured to be coupled to the second casing section so as to generally extend lengthwise in a lift direction of the first casing section; a sleeve member movably disposed on said guide member, said sleeve member being configured to be coupled to the first casing section such that said sleeve member is displaced in said lift direction as the first casing section is lifted; and a retention device configured to be coupled to said guide member at differing locations along a length of said guide member. a guide member configured to be coupled to the second casing section so as to generally extend lengthwise in a lift direction of the first casing section; a sleeve member movably disposed on said guide member, said sleeve member being configured to be coupled to the first casing section such that said sleeve member is displaced in said lift direction as the first casing section is lifted; and a retention device configured to be coupled to said guide member at differing locations along a length of said guide member.
A method for digital subscriber line signal processing, comprising: using symbols in a frame to be sent to bear data to be sent, wherein the data to be sent is completely borne on a portion of the symbols in the frame, while remaining symbols in the frame bear idle information, characterized in that the method further comprises: acquiring the number of the remaining symbols that do not bear the data to be sent; adding information of the number of the remaining symbols to the frame, and sending the frame that bears the data to be sent and the information of the number of the remaining symbols. using symbols in a frame to be sent to bear data to be sent, wherein the data to be sent is completely borne on a portion of the symbols in the frame, while remaining symbols in the frame bear idle information, characterized in that the method further comprises: acquiring the number of the remaining symbols that do not bear the data to be sent; adding information of the number of the remaining symbols to the frame, and sending the frame that bears the data to be sent and the information of the number of the remaining symbols. acquiring the number of the remaining symbols that do not bear the data to be sent; adding information of the number of the remaining symbols to the frame, and sending the frame that bears the data to be sent and the information of the number of the remaining symbols.
An injection molding system comprising: a management device; and a plurality of injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F) that constitute a network (NW, NW1, NW2) along with the management device, each of the plurality of injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F) transmitting predetermined information in operation to the management device through the network (NW, NW1, NW2), characterised in that a route for transmitting the predetermined information from one injection molding machine (1, 1A, 1B, 1C, 1D, 1E, 1F) among the plurality of injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F) to the management device by way of none of the other injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F) among the plurality of injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F), and a route for transmitting the predetermined information from the one injection molding machine (1, 1A, 1B, 1C, 1D, 1E, 1F) to the management device by way of one or more of the other injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F) are provided, and the injection molding system is adapted to transmit the predetermined information of the one injection molding machine (1, 1A, 1B, 1C, 1D, 1E, 1F) to the management device by way of one or more of the other injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F) along a route different from a route of the one injection molding machine (1, 1A, 1B, 1C, 1D, 1E, 1F) corresponding to the network (NW, NW1, NW2). a management device; and a plurality of injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F) that constitute a network (NW, NW1, NW2) along with the management device, each of the plurality of injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F) transmitting predetermined information in operation to the management device through the network (NW, NW1, NW2), characterised in that a route for transmitting the predetermined information from one injection molding machine (1, 1A, 1B, 1C, 1D, 1E, 1F) among the plurality of injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F) to the management device by way of none of the other injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F) among the plurality of injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F), and a route for transmitting the predetermined information from the one injection molding machine (1, 1A, 1B, 1C, 1D, 1E, 1F) to the management device by way of one or more of the other injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F) are provided, and the injection molding system is adapted to transmit the predetermined information of the one injection molding machine (1, 1A, 1B, 1C, 1D, 1E, 1F) to the management device by way of one or more of the other injection molding machines (1, 1A, 1B, 1C, 1D, 1E, 1F) along a route different from a route of the one injection molding machine (1, 1A, 1B, 1C, 1D, 1E, 1F) corresponding to the network (NW, NW1, NW2).
A system for drilling a well and obtaining a downhole core sample, comprising: a rig having a mast; the mast supporting an injector thereon having an injector axis offset with respect to a central axis of the mast when the rig is moving threaded tubulars, and in line with the central axis of the mast when the rig is moving coil tubing, and the mast supporting a drive unit for rotating the threaded tubulars; a drilling assembly comprising coil tubing, the injector on the mast moving the coil tubing, and a drilling bottomhole assembly including a percussion tool, a shock absorber, and a rotary motor for rotating the percussion tool, each of the percussion tool, shock absorber, and rotary motor being suspended in the well from the coil tubing, the coil tubing passing through the drive unit when drilling the well; and a coring assembly comprising a threaded string of threaded tubulars, the drive unit supported on the mast rotating the threaded string, and a coring bottomhole assembly including a coring tool; wherein the drive unit moves along the mast while raising and lowering the threaded string of tubulars, and the drive unit is positioned below the injector when the injector is aligned with the mast; and wherein the injector is pivotally supported on the mast. a rig having a mast; the mast supporting an injector thereon having an injector axis offset with respect to a central axis of the mast when the rig is moving threaded tubulars, and in line with the central axis of the mast when the rig is moving coil tubing, and the mast supporting a drive unit for rotating the threaded tubulars; a drilling assembly comprising coil tubing, the injector on the mast moving the coil tubing, and a drilling bottomhole assembly including a percussion tool, a shock absorber, and a rotary motor for rotating the percussion tool, each of the percussion tool, shock absorber, and rotary motor being suspended in the well from the coil tubing, the coil tubing passing through the drive unit when drilling the well; and a coring assembly comprising a threaded string of threaded tubulars, the drive unit supported on the mast rotating the threaded string, and a coring bottomhole assembly including a coring tool; wherein the drive unit moves along the mast while raising and lowering the threaded string of tubulars, and the drive unit is positioned below the injector when the injector is aligned with the mast; and wherein the injector is pivotally supported on the mast.
An apparatus for attenuating acoustic energy, comprising: a valve; a first conduit coupled to the valve; and a first acoustic liner disposed in the first conduit and defining a first acoustic resonator having a first bore extending from a first outer surface of the first acoustic liner toward a first inner surface of the first acoustic liner and a plurality of second bores extending from the first inner surface to the first bore and in fluid communication therewith, wherein the first acoustic resonator is sized to attenuate around a frequency of acoustic energy generated by the valve. a valve; a first conduit coupled to the valve; and a first acoustic liner disposed in the first conduit and defining a first acoustic resonator having a first bore extending from a first outer surface of the first acoustic liner toward a first inner surface of the first acoustic liner and a plurality of second bores extending from the first inner surface to the first bore and in fluid communication therewith, wherein the first acoustic resonator is sized to attenuate around a frequency of acoustic energy generated by the valve.
A computer-implemented method for dynamically Interacting with a computer system based on partial semantic parses, the method comprising: establishing a semantic language model to perform recognition and understanding, the semantic language model comprising a combination of an N-gram language model and a context-free grammar, the context-free grammar used to contain N-gram by creating a context-free grammar pre-terminal that corresponds to an N-gram of interest, the semantic language model providing data in a format to be processed by a computer application and being in accordance with an input received and to provide semantic information for the input received; receiving input comprising at least one command executable by an application from a user and capturing the input for processing; processing the input with the semantic language model to perform recognition on the input to ascertain semantic information pertaining to a first portion of the input and outputting a semantic object comprising data including data for executing the at least one command in a format to be processed by a computer application and being in accordance with the input that has been recognized and semantic information for the first portion, wherein performing recognition and outputting the semantic object are performed while capturing continues for subsequent portions of the input; and rendering information to the user while the user Is providing the Input, the Information being a function of said semantic object wherein at least some of the information includes information regarding the at least one command. establishing a semantic language model to perform recognition and understanding, the semantic language model comprising a combination of an N-gram language model and a context-free grammar, the context-free grammar used to contain N-gram by creating a context-free grammar pre-terminal that corresponds to an N-gram of interest, the semantic language model providing data in a format to be processed by a computer application and being in accordance with an input received and to provide semantic information for the input received; receiving input comprising at least one command executable by an application from a user and capturing the input for processing; processing the input with the semantic language model to perform recognition on the input to ascertain semantic information pertaining to a first portion of the input and outputting a semantic object comprising data including data for executing the at least one command in a format to be processed by a computer application and being in accordance with the input that has been recognized and semantic information for the first portion, wherein performing recognition and outputting the semantic object are performed while capturing continues for subsequent portions of the input; and rendering information to the user while the user Is providing the Input, the Information being a function of said semantic object wherein at least some of the information includes information regarding the at least one command.
Back-rest with a lumbar support for seat furniture, preferably for work chairs, wherein the lumbar support is attached to the back-rest or integrated in the latter, consisting of a number of support elements (20, 21) which form in their longitudinal extension a support surface directed against the back of the user and with an approximately convex curve line, wherein the support elements (20, 21) are supported against one another by a support structure extending in longitudinal direction and connected to the support elements (20, 21), wherein automatic adaptation of the convex curve line of the lumbar support is effected on the basis of a pressure due to the back of the user, wherein the lumbar support consists of a number of horizontal slats parallel to one another and occupying a mutual distance from one another, characterised in that the horizontal slats are connected to one another in hinged manner and thus form a link chain which is displaceable in longitudinal direction at the vertex (31, 31'), wherein for hinged connection of the horizontal slats, they form respectively between them a transverse groove and the groove base of the transverse groove is formed respectively by an integral hinge.
A method of making a supported carbon molecular sieve membrane, comprising: (i) contacting a film of a carbon forming polymer with a polymer textile to form a laminate; (ii) heating the laminate to a carbonization temperature for a time under an atmosphere sufficient to carbonize the film and polymer textile to form the supported carbon molecular sieve membrane comprised of a carbon separating layer supported on a carbon textile layer wherein the carbon forming polymer of the film and polymer textile are selected from the group consisting of polyvinylidene chloride copolymer, polyimide, or combinations thereof; the carbon forming polymer of the film and the polymer of the textile upon heating undergo expansion and contraction at the same temperatures in the same manner; and the carbon separating layer is a continuous film; the contacting is comprised of heating to a laminating temperature that fuses a portion of the film to the textile; the carbon separating layer supported on the carbon textile layer is graphitically bonded where the film is fused to the textile; and the carbon separating layer is a continuous film. (i) contacting a film of a carbon forming polymer with a polymer textile to form a laminate; (ii) heating the laminate to a carbonization temperature for a time under an atmosphere sufficient to carbonize the film and polymer textile to form the supported carbon molecular sieve membrane comprised of a carbon separating layer supported on a carbon textile layer wherein the carbon forming polymer of the film and polymer textile are selected from the group consisting of polyvinylidene chloride copolymer, polyimide, or combinations thereof; the carbon forming polymer of the film and the polymer of the textile upon heating undergo expansion and contraction at the same temperatures in the same manner; and the carbon separating layer is a continuous film; the contacting is comprised of heating to a laminating temperature that fuses a portion of the film to the textile; the carbon separating layer supported on the carbon textile layer is graphitically bonded where the film is fused to the textile; and the carbon separating layer is a continuous film.
A method for analysis of suspicious files of different formats, the method comprising: determining a suspicious file and a file format from a plurality of formats of the suspicious file; and analyzing the suspicious file by an antivirus software to determine whether the suspicious file is clean or harmful; when the suspicious file is not determined to be clean or harmful by the antivirus software, selecting, based on at least the file format of the suspicious file, a configuration of a virtual machine for analysis of the suspicious file, and analyzing the suspicious file by the virtual machine with the selected configuration by opening the suspicious file using an associated program and simulating user activity to determine whether the suspicious file is clean or harmful based on the detection of harmful functionality during the simulated user activity; when the suspicious file is determined to be harmful by the antivirus software, updating a collection of harmful files with a signature of the suspicious file; characterized in that analyzing the suspicious file by the virtual machine with the selected configuration to determine whether the suspicious file is clean or harmful comprises selecting a signature database corresponding to the file format of the suspicious file or performing a heuristic analysis based on the file format of the suspicious file. determining a suspicious file and a file format from a plurality of formats of the suspicious file; and analyzing the suspicious file by an antivirus software to determine whether the suspicious file is clean or harmful; when the suspicious file is not determined to be clean or harmful by the antivirus software, selecting, based on at least the file format of the suspicious file, a configuration of a virtual machine for analysis of the suspicious file, and analyzing the suspicious file by the virtual machine with the selected configuration by opening the suspicious file using an associated program and simulating user activity to determine whether the suspicious file is clean or harmful based on the detection of harmful functionality during the simulated user activity; when the suspicious file is determined to be harmful by the antivirus software, updating a collection of harmful files with a signature of the suspicious file; characterized in that analyzing the suspicious file by the virtual machine with the selected configuration to determine whether the suspicious file is clean or harmful comprises selecting a signature database corresponding to the file format of the suspicious file or performing a heuristic analysis based on the file format of the suspicious file.