mhurhangee/ep-ind-claims huggingface dataset:
An automatic machine (1, 24, 25) for manufacturing or packing consumer products, in particular of the tobacco industry; the automatic machine (1, 24, 25) comprises: at least one processing line, which is provided with a plurality of operating members and feeds at least one material with which the consumer products are manufactured; a protection barrier, which surrounds the processing line and comprises at least one first door, which can assume a closed position or an open position; a first safety sensor, which is designed to detect whether the first door is in the closed position and is provided with a mechanical interlock, which, when it is activated, physically prevents the first door from opening by holding the first door in the closed position; a control unit, which is configured to allow the processing line to operate until reaching a nominal operating speed, only when the first safety sensor detects that the first door is in the closed position and the mechanical interlock is active; and a second safety sensor, which is different and separate from the first safety sensor, is designed to detect whether the first door is in the closed position and is not provided with a mechanical interlock; the automatic machine (1, 24, 25) is characterized in that the control unit is configured to allow the processing line to operate in a test mode and only at a limited operating speed, which is lower than the nominal operating speed, when the second safety sensor detects that the first door is in the closed position, regardless of what is detected by the first safety sensor. at least one processing line, which is provided with a plurality of operating members and feeds at least one material with which the consumer products are manufactured; a protection barrier, which surrounds the processing line and comprises at least one first door, which can assume a closed position or an open position; a first safety sensor, which is designed to detect whether the first door is in the closed position and is provided with a mechanical interlock, which, when it is activated, physically prevents the first door from opening by holding the first door in the closed position; a control unit, which is configured to allow the processing line to operate until reaching a nominal operating speed, only when the first safety sensor detects that the first door is in the closed position and the mechanical interlock is active; and a second safety sensor, which is different and separate from the first safety sensor, is designed to detect whether the first door is in the closed position and is not provided with a mechanical interlock; the automatic machine (1, 24, 25) is characterized in that the control unit is configured to allow the processing line to operate in a test mode and only at a limited operating speed, which is lower than the nominal operating speed, when the second safety sensor detects that the first door is in the closed position, regardless of what is detected by the first safety sensor.
A server operative in a content delivery network that is managed by a service provider on behalf of a plurality of content provider customers, wherein content provider customers identify content to be delivered over the content delivery network and such content has associated therewith content handling information that determines how a server in the content delivery network will handle a request for that content, and such content has associated therewith a content type, the server comprising: stored metadata for each of the plurality of content provider customers, the stored metadata comprising at least one of: a first metadata tag and a second metadata tag, wherein the first and second metadata tags are settable on a content provider customer-specific basis, and wherein the first and second metadata tags each have one or more associated match types; a compression utility [302,306]; code responsive to receipt of a request for content associated with a given content provider customer for reading the stored metadata associated with that given content provider customer to determine how to handle the content; code responsive to a match on a match type in the first metadata tag for applying the compression utility [302, 306] to a first content type prior to caching; and code responsive to a match on a match type in the second metadata tag for applying the compression utility [302, 306] to a second content type prior to serving such content from the cache to a requesting end user. stored metadata for each of the plurality of content provider customers, the stored metadata comprising at least one of: a first metadata tag and a second metadata tag, wherein the first and second metadata tags are settable on a content provider customer-specific basis, and wherein the first and second metadata tags each have one or more associated match types; a compression utility [302,306]; code responsive to receipt of a request for content associated with a given content provider customer for reading the stored metadata associated with that given content provider customer to determine how to handle the content; code responsive to a match on a match type in the first metadata tag for applying the compression utility [302, 306] to a first content type prior to caching; and code responsive to a match on a match type in the second metadata tag for applying the compression utility [302, 306] to a second content type prior to serving such content from the cache to a requesting end user.
Three-dimensionally structured object surface, in particular embossed surface, in which the three-dimensional structure comprises individual elements (2, 3, 11, 17, 20, 23) in the form of a respective multiplicity of elevations (2, 17, 20) and depressions (3, 11, 23) formed in relation to a base or reference area of the surface, wherein groups (4, 5, 6, 7, 12, 13, 15, 16) of multiple individual elements of the same form lying next to one another are provided, and wherein the individual elements (2, 3, 11, 17, 20) of at least two adjacent groups are formed in such a way that all of the individual elements (2, 17, 20) of the one group are arranged inverted in relation to the individual elements (3, 11, 23) of the adjacent group, characterized in that the reflections of the surface that are produced when it is viewed under lighting give the impression of a difference in height between adjacent groups, wherein a first group (5, 7, 12, 13, 22) adjoins multiple adjacent groups (4, 6, 15, 16, 24) and all the individual elements (2, 17, 20) of each adjacent group (4, 6, 15, 16, 24) are arranged inverted in relation to the individual elements (3, 11, 23) of the first group (5, 7, 12, 13, 22).
A closure device for releasably connecting two parts with each other, comprising - a first closure member having a rigid first locking protrusion and - a second closure member which is attachable to the first closure member and in a closed position is held on the first closure member, the second closure member having a rigid second locking protrusion, wherein the second locking protrusion can be brought into engagement with the first locking protrusion in an engagement direction and in the closed position engages the first locking protrusion in a positive locking manner, - wherein the first closure member comprises a first magnetic member (23, 23A, 23B) and the second closure member comprises a second magnetic member (33, 33A, 33B), the first magnetic member (23, 23A, 23B) and the second magnetic member (33, 33A, 33B) being constituted to magnetically attract each other when the second closure member is attached to the first closure member for closing the closure device, characterized in that the first closure member comprises a blocking element (24, 24A, 24B), wherein the blocking element (24, 24A, 24B) in the closed position faces a back face of the second closure member facing in a direction opposite to the engagement direction, the blocking element (24, 24A, 24B) being constituted to prevent the second locking protrusion to move out of its engagement with the first locking protrusion in the direction opposite the engagement direction when the closure device is in its closed position. - a first closure member having a rigid first locking protrusion and - a second closure member which is attachable to the first closure member and in a closed position is held on the first closure member, the second closure member having a rigid second locking protrusion, wherein the second locking protrusion can be brought into engagement with the first locking protrusion in an engagement direction and in the closed position engages the first locking protrusion in a positive locking manner, - wherein the first closure member comprises a first magnetic member (23, 23A, 23B) and the second closure member comprises a second magnetic member (33, 33A, 33B), the first magnetic member (23, 23A, 23B) and the second magnetic member (33, 33A, 33B) being constituted to magnetically attract each other when the second closure member is attached to the first closure member for closing the closure device,
Apparatus comprising: an acoustic enclosure; a plurality of acoustic drivers (12A, 12B) mounted in the acoustic enclosure so that motion of each of the acoustic drivers causes motion in each of the other acoustic drivers (12A, 12B); a canceller, to cancel the motion of each of the acoustic drivers caused by motion of each of the other acoustic drivers, by applying a canceller matrix C of transfer functions from each input audio signal to motion represented by velocity of each acoustic driver of said plurality, the canceller matrix C being arranged as the product of the matrix inverse of a matrix H of transfer functions from the audio signal applied to the input of each acoustic driver of said plurality to motion represented by velocity of each acoustic driver of said plurality, and of a target matrix T describing the entire apparatus transfer function, only the diagonal elements of the target matrix being non-zero; and a cancellation adjuster, to cancel the motion of each of the acoustic drivers that may result from the operation of the canceller, such as effects on the phase or on the frequency response. an acoustic enclosure; a plurality of acoustic drivers (12A, 12B) mounted in the acoustic enclosure so that motion of each of the acoustic drivers causes motion in each of the other acoustic drivers (12A, 12B); a canceller, to cancel the motion of each of the acoustic drivers caused by motion of each of the other acoustic drivers, by applying a canceller matrix C of transfer functions from each input audio signal to motion represented by velocity of each acoustic driver of said plurality, the canceller matrix C being arranged as the product of the matrix inverse of a matrix H of transfer functions from the audio signal applied to the input of each acoustic driver of said plurality to motion represented by velocity of each acoustic driver of said plurality, and of a target matrix T describing the entire apparatus transfer function, only the diagonal elements of the target matrix being non-zero; and a cancellation adjuster, to cancel the motion of each of the acoustic drivers that may result from the operation of the canceller, such as effects on the phase or on the frequency response.
A method of mechanosynthetic manufacture comprising: determining a build sequence comprising ordered steps of mechanosynthetic reactions, trajectories of said mechanosynthetic reactions, and determining the reliability of said mechanosynthetic reactions; wherein each step comprises: approximating one or more active atoms of an atomically-precise tip with a feedstock source; forming a tip-feedstock bond with said atomically-precise tip and feedstock from said feedstock source; withdrawing said tip, wherein said tip-feedstock bond causes said feedstock to be withdrawn with said tip; positioning said atomically-precise tip with respect to an atomically-precise three-dimensional diamondoid workpiece, via the trajectory, such that said feedstock which is bonded to said atomically-precise tip forms a feedstock-workpiece bond with said workpiece; and withdrawing said atomically-precise tip, thereby breaking said tip-feedstock bond and leaving said feedstock bonded to said workpiece; repeating the aforesaid steps until said build sequence is complete, resulting in an atomically-precise object. determining a build sequence comprising ordered steps of mechanosynthetic reactions, trajectories of said mechanosynthetic reactions, and determining the reliability of said mechanosynthetic reactions; wherein each step comprises: approximating one or more active atoms of an atomically-precise tip with a feedstock source; forming a tip-feedstock bond with said atomically-precise tip and feedstock from said feedstock source; withdrawing said tip, wherein said tip-feedstock bond causes said feedstock to be withdrawn with said tip; positioning said atomically-precise tip with respect to an atomically-precise three-dimensional diamondoid workpiece, via the trajectory, such that said feedstock which is bonded to said atomically-precise tip forms a feedstock-workpiece bond with said workpiece; and withdrawing said atomically-precise tip, thereby breaking said tip-feedstock bond and leaving said feedstock bonded to said workpiece; approximating one or more active atoms of an atomically-precise tip with a feedstock source; forming a tip-feedstock bond with said atomically-precise tip and feedstock from said feedstock source; withdrawing said tip, wherein said tip-feedstock bond causes said feedstock to be withdrawn with said tip; positioning said atomically-precise tip with respect to an atomically-precise three-dimensional diamondoid workpiece, via the trajectory, such that said feedstock which is bonded to said atomically-precise tip forms a feedstock-workpiece bond with said workpiece; and withdrawing said atomically-precise tip, thereby breaking said tip-feedstock bond and leaving said feedstock bonded to said workpiece; repeating the aforesaid steps until said build sequence is complete, resulting in an atomically-precise object.
Powder press (1, 17) having a tool structure which has a conical substructure and/or superstructure with punches (4, 11, 32), upper and/or lower punches, nested in one another, wherein each punch (4, 11, 32) has a longitudinal extent, in particular a cylindrical longitudinal extent, which is guided in a die, wherein at least two longitudinal extents of the punches (4, 11, 32) are adjoined in each case by a region with a conical enlargement, wherein the conical enlargements are able to be guided one in another, characterized in that the region of the conical enlargement has a conically expanding inner and outer wall, which are longer than the longitudinal extent.
A data transmission method, comprising: obtaining, by a first device, status information of sending data by the first device using an unlicensed carrier; and sending, by the first device to a second device, the status information of sending the data, so that the second device adjusts, according to the status information, a parameter used when the second device preempts the unlicensed carrier; wherein the parameter is a parameter of an extended clear channel assessment, ECCA; wherein the status information includes at least one or more of the following items: a start moment of sending the data, duration of sending the data, an end moment of sending the data, or a carrier number or a carrier group number of sending the data. obtaining, by a first device, status information of sending data by the first device using an unlicensed carrier; and sending, by the first device to a second device, the status information of sending the data, so that the second device adjusts, according to the status information, a parameter used when the second device preempts the unlicensed carrier; wherein the parameter is a parameter of an extended clear channel assessment, ECCA; wherein the status information includes at least one or more of the following items: a start moment of sending the data, duration of sending the data, an end moment of sending the data, or a carrier number or a carrier group number of sending the data.
A vessel for culturing cells, comprising: a vessel body having a top portion, a bottom portion comprising a bottom interior surface, and a cylindrical sidewall; an impeller assembly inside the vessel body comprising a top portion rotatably coupled to the top portion of the vessel body, the impeller assembly having a plurality of planar blades, a central axis, a flexible shaft extending down from the top portion of the impeller assembly, a magnet receptacle molded within the plurality of planar blades, a magnet within the magnet receptacle, and an impeller o-ring coupled to a bottom surface of the planar blades; and a plurality of positioning nubs coupled to the bottom interior surface of the vessel body, spaced from an inside edge of the impeller o-ring. a vessel body having a top portion, a bottom portion comprising a bottom interior surface, and a cylindrical sidewall; an impeller assembly inside the vessel body comprising a top portion rotatably coupled to the top portion of the vessel body, the impeller assembly having a plurality of planar blades, a central axis, a flexible shaft extending down from the top portion of the impeller assembly, a magnet receptacle molded within the plurality of planar blades, a magnet within the magnet receptacle, and an impeller o-ring coupled to a bottom surface of the planar blades; and a plurality of positioning nubs coupled to the bottom interior surface of the vessel body, spaced from an inside edge of the impeller o-ring.
A coated textile which is capable of being used in particular as a cloth in an inflatable structure, which is free from halogens, comprising a textile core based on synthetic filaments, having a first face and a second face opposite to said first face, said first face being coated with a coating layer based on silicone and said second face being coated with a coating layer based on a thermoplastic polymer, said coating layers (5, 6) each comprising at least one flame retardant compound, which may be identical or different, in a quantity which is sufficient for the coated textile to have a gross calorific value which is greater than or equal to 18 MJ/kg.
An agricultural harvester, comprising: a chassis; and a threshing and separating section carried by said chassis and configured for threshing and separating grain from gathered crop material, said threshing and separating section including a rotor and at least one concave at least partially enclosing said rotor and having a rub bar with at least one crop engaging surface facing said rotor, wherein: said rub bar includes a first portion with a first hardness and a second portion which has a second hardness and includes said at least one crop engaging surface, said second hardness of said second portion being greater than said first hardness of said first portion, characterized in that said at least one crop engaging surface has a high hardness coating formed thereon, wherein said second hardness of said second portion is less than a coating hardness of said high hardness coating formed on said at least one crop engaging surface. a chassis; and a threshing and separating section carried by said chassis and configured for threshing and separating grain from gathered crop material, said threshing and separating section including a rotor and at least one concave at least partially enclosing said rotor and having a rub bar with at least one crop engaging surface facing said rotor, wherein: said rub bar includes a first portion with a first hardness and a second portion which has a second hardness and includes said at least one crop engaging surface, said second hardness of said second portion being greater than said first hardness of said first portion, characterized in that said at least one crop engaging surface has a high hardness coating formed thereon, wherein said second hardness of said second portion is less than a coating hardness of said high hardness coating formed on said at least one crop engaging surface.
A method for establishing a Path Computation Element Communication Protocol, PCEP, session, the method characterised in that the method comprises steps of: at a Path Computation Client, PCC, or a Path computation Element, PCE, node equipment side, when it is required to establish a PCEP session between the PCC and another PCE or between the PCE and another PCC or another PCE, automatically allocating, via an electing mechanism, an attribute of the PCC or the PCE node equipment as a communicating end of a TCP connection for the PCEP session as a server or a client, wherein the electing mechanism comprises at least that of: electing a PCC or a PCE with a greater IP address as a server or a client; electing in an autonomous domain a PCC or a PCE with a greater area identifier as a server or a client; or electing a PCC or a PCE with a greater autonomous domain identifier as a server or a client. at a Path Computation Client, PCC, or a Path computation Element, PCE, node equipment side, when it is required to establish a PCEP session between the PCC and another PCE or between the PCE and another PCC or another PCE, automatically allocating, via an electing mechanism, an attribute of the PCC or the PCE node equipment as a communicating end of a TCP connection for the PCEP session as a server or a client, wherein the electing mechanism comprises at least that of: electing a PCC or a PCE with a greater IP address as a server or a client; electing in an autonomous domain a PCC or a PCE with a greater area identifier as a server or a client; or electing a PCC or a PCE with a greater autonomous domain identifier as a server or a client. electing a PCC or a PCE with a greater IP address as a server or a client; electing in an autonomous domain a PCC or a PCE with a greater area identifier as a server or a client; or electing a PCC or a PCE with a greater autonomous domain identifier as a server or a client.