mhurhangee/ep-ind-claims huggingface dataset:
A computing device adapted for test and measurement, comprising: a physical channel input for receiving a line-coded physical signal; a memory for storing a syntax tree generated by compiling a custom bitstream definition written using a declarative language and defined within a protocol declaration or referenced within the protocol declaration; and a processor operatively coupled to the memory and configured to: access the syntax tree, extract time and edge data from the line-coded physical signal using the syntax tree, by applying a threshold to the line-coded physical signal to create an abstracted set of edges, each edge in the abstracted set of edges including an indication of rising/falling and a timestamp, and generate bit values for a bitstream using the extracted time and edge data based on a state of the syntax tree by iterating the edge data through a node of the syntax tree based on the custom bitstream definition. a physical channel input for receiving a line-coded physical signal; a memory for storing a syntax tree generated by compiling a custom bitstream definition written using a declarative language and defined within a protocol declaration or referenced within the protocol declaration; and a processor operatively coupled to the memory and configured to: access the syntax tree, extract time and edge data from the line-coded physical signal using the syntax tree, by applying a threshold to the line-coded physical signal to create an abstracted set of edges, each edge in the abstracted set of edges including an indication of rising/falling and a timestamp, and generate bit values for a bitstream using the extracted time and edge data based on a state of the syntax tree by iterating the edge data through a node of the syntax tree based on the custom bitstream definition. access the syntax tree, extract time and edge data from the line-coded physical signal using the syntax tree, by applying a threshold to the line-coded physical signal to create an abstracted set of edges, each edge in the abstracted set of edges including an indication of rising/falling and a timestamp, and generate bit values for a bitstream using the extracted time and edge data based on a state of the syntax tree by iterating the edge data through a node of the syntax tree based on the custom bitstream definition.
Sulfur-crosslinkable rubber mixture comprising: - at least one diene rubber and - at least one silica and - from 3 to 15 phf of at least one blocked and/or nonblocked mercaptosilane and - from 1 to 40 phr of at least one liquid polybutadiene, which is terminally organosilicon-modified, and exhibits a weight-average molecular weight Mw according to GPC of 500 to 12 000 g/mol, the liquid polybutadiene being modified with at least one radical according to formula I): I) (R 1 R 2 R 3)Si- in which R 1, R 2 and R 3 can be identical or different in the structures and can be chosen from linear or branched alkoxy, cycloalkoxy, alkyl, cycloalkyl or aryl groups with 1 to 20 carbon atoms, and in which the radical according to formula I) is bonded directly or via a bridge to the polymer chain of the polybutadiene and in which the bridge consists of a saturated or unsaturated carbon chain which can also contain cyclic and/or aliphatic and/or aromatic elements and also can contain heteroatoms in or on the carbon chain. - at least one diene rubber and - at least one silica and - from 3 to 15 phf of at least one blocked and/or nonblocked mercaptosilane and - from 1 to 40 phr of at least one liquid polybutadiene, which is terminally organosilicon-modified, and exhibits a weight-average molecular weight Mw according to GPC of 500 to 12 000 g/mol, the liquid polybutadiene being modified with at least one radical according to formula I): I) (R 1 R 2 R 3)Si-
A method of producing a composite sheet having stretchability, the producing including joining a first sheet in which stretchability in a longitudinal direction of the first sheet is developed by being subjected to a drawing process in the longitudinal direction and a second sheet having stretchability in a longitudinal direction of the second sheet that is lower than the stretchability of the first sheet, the longitudinal directions being aligned with each other, the method comprising: extending the first sheet in the longitudinal direction of the first sheet, while transporting the first sheet in the longitudinal direction of the first sheet with the first sheet being in contact with an upstream roll and a downstream roll that rotate adjacent to each other, by providing a difference in peripheral speeds between the upstream roll and the downstream roll; and joining the second sheet to a portion of the first sheet in an overlapped manner, the portion being in contact with the downstream roll in the extended state; wherein a first roll is provided in a rotatable manner and opposing the upstream roll; the first roll presses the first sheet against the upstream roll, the first sheet being in contact with the upstream roll; and wherein a second roll is provided in a rotatable manner and opposing the downstream roll; and the second roll presses the second sheet against the first sheet, the first sheet being in contact with the downstream roll. extending the first sheet in the longitudinal direction of the first sheet, while transporting the first sheet in the longitudinal direction of the first sheet with the first sheet being in contact with an upstream roll and a downstream roll that rotate adjacent to each other, by providing a difference in peripheral speeds between the upstream roll and the downstream roll; and joining the second sheet to a portion of the first sheet in an overlapped manner, the portion being in contact with the downstream roll in the extended state; wherein a first roll is provided in a rotatable manner and opposing the upstream roll; the first roll presses the first sheet against the upstream roll, the first sheet being in contact with the upstream roll; and wherein a second roll is provided in a rotatable manner and opposing the downstream roll; and the second roll presses the second sheet against the first sheet, the first sheet being in contact with the downstream roll.
A fault diagnosis method of sensor function in an apparatus for controlling an output by using a 1-chip microcomputer (14; 24) which receives an electric signal from a sensor (12; 22) for converting a physical quantity into the electric signal, wherein a drive circuit (11; 21) for driving the sensor (12; 22) is driven by a drive signal issued from the 1-chip microcomputer (14; 24); and said 1-chip microcomputer (14; 24) receives an electric signal on the basis of the sensor during normal operation by issuing said drive signal, characterized in that said 1-chip microcomputer receives a preliminarily expected electric signal from the sensor (12; 22) by varying the frequency of the drive signal; and fault of sensor function is diagnosed when the expected electric signal is not received during varying the frequency of the drive signal.
A hose clamp for a blood treatment device, wherein the hose clamp has a housing and an electromagnetically driven compression piece, wherein the electromagnetic drive of the compression piece is configured such that the compression piece is opened against a mechanical restoring force in a state of the hose clamp with an applied current and is closed by the mechanical restoring force in a currentless state of the hose clamp; and the hose clamp has, in addition to the electromechanical drive, a pivotable lever by which the compression piece can be opened manually against the mechanical restoring force in the currentless state of the hose clamp, characterized in that the contact elements (6, 7) of the lever and of the compression piece are a projection and a guideway that are configured such that they form a mechanical connection between the lever and the compression piece after an opening of the compression piece in the currentless state, with the mechanical connection having a latch contour and a guideway for latching the projection to the lever that prevents another closing of the compression piece in the currentless state of the hose clamp due to the mechanical restoring force and that is released in the state of the hose clamp with an applied current. since the compression piece is additionally raised in the state with an applied current, whereby the latch connection is released, and with the guideway having the latch contour for the projection at a saddle point at which the projection is located in an opened position of the compression piece. the electromagnetic drive of the compression piece is configured such that the compression piece is opened against a mechanical restoring force in a state of the hose clamp with an applied current and is closed by the mechanical restoring force in a currentless state of the hose clamp; and the hose clamp has, in addition to the electromechanical drive, a pivotable lever by which the compression piece can be opened manually against the mechanical restoring force in the currentless state of the hose clamp, characterized in that the contact elements (6, 7) of the lever and of the compression piece are a projection and a guideway that are configured such that they form a mechanical connection between the lever and the compression piece after an opening of the compression piece in the currentless state, with the mechanical connection having a latch contour and a guideway for latching the projection to the lever that prevents another closing of the compression piece in the currentless state of the hose clamp due to the mechanical restoring force and that is released in the state of the hose clamp with an applied current. since the compression piece is additionally raised in the state with an applied current, whereby the latch connection is released, and with the guideway having the latch contour for the projection at a saddle point at which the projection is located in an opened position of the compression piece.
A gas turbine engine comprising: a rigid dressing raft comprising at least a part (252, 210, 300, 285) of a component or system of the gas turbine engine; and a rigid support structure that forms a part of the gas turbine engine, wherein: the rigid dressing raft comprises a raft location fixing and the rigid support structure comprises a complementary support structure location fixing; the raft location fixing and the complementary support structure location fixing comprise corresponding profiled surfaces (422, 412) that are engaged so as to locate the rigid dressing raft relative to the rigid support structure; one of the raft location fixing and the support structure location fixing comprises a channel with its respective profiled surface forming the base of the channel; and the other of the raft location fixing and the support structure location fixing comprises a location tab that locates inside the channel such that its respective profiled surface engages with the profiled surface forming the base of the channel. a rigid dressing raft comprising at least a part (252, 210, 300, 285) of a component or system of the gas turbine engine; and a rigid support structure that forms a part of the gas turbine engine, wherein: the rigid dressing raft comprises a raft location fixing and the rigid support structure comprises a complementary support structure location fixing; the raft location fixing and the complementary support structure location fixing comprise corresponding profiled surfaces (422, 412) that are engaged so as to locate the rigid dressing raft relative to the rigid support structure; one of the raft location fixing and the support structure location fixing comprises a channel with its respective profiled surface forming the base of the channel; and the other of the raft location fixing and the support structure location fixing comprises a location tab that locates inside the channel such that its respective profiled surface engages with the profiled surface forming the base of the channel. the rigid dressing raft comprises a raft location fixing and the rigid support structure comprises a complementary support structure location fixing; the raft location fixing and the complementary support structure location fixing comprise corresponding profiled surfaces (422, 412) that are engaged so as to locate the rigid dressing raft relative to the rigid support structure; one of the raft location fixing and the support structure location fixing comprises a channel with its respective profiled surface forming the base of the channel; and the other of the raft location fixing and the support structure location fixing comprises a location tab that locates inside the channel such that its respective profiled surface engages with the profiled surface forming the base of the channel.
A method for planning the acquisition of images of terrestrial areas Z 1,...,Z N by a spacecraft on a mission around the Earth following a predetermined traveling orbit, such as an observation satellite for example, each terrestrial area Z i being associated with a request R i of priority p i such that said area Z i corresponds to a visual accessibility time period T i along said traveling orbit, characterized in that it includes the following successive steps: - a step of determining, for each period T i, discrete acquisition opportunities for the area Z i such that a start date that is included in said period T i, a duration of execution, a kinematic local constraint and a weight are associated with each said discrete acquisition opportunity; - a step of grouping together the discrete acquisition opportunities of areas Z i into a set D; - a step of ranking the discrete acquisition opportunities of the set D, the acquisition opportunities being ranked in order of increasing start date and denoted by D i; - a step of evaluating the kinematic compatibility between said discrete acquisition opportunities of the set D, taken pairwise according to their respective rankings; - a step of determining an optimum sequence of discrete acquisition opportunities having a maximum weight, and being kinematically compatible. - a step of determining, for each period T i, discrete acquisition opportunities for the area Z i such that a start date that is included in said period T i, a duration of execution, a kinematic local constraint and a weight are associated with each said discrete acquisition opportunity; - a step of grouping together the discrete acquisition opportunities of areas Z i into a set D; - a step of ranking the discrete acquisition opportunities of the set D, the acquisition opportunities being ranked in order of increasing start date and denoted by D i; - a step of evaluating the kinematic compatibility between said discrete acquisition opportunities of the set D, taken pairwise according to their respective rankings; - a step of determining an optimum sequence of discrete acquisition opportunities having a maximum weight, and being kinematically compatible.
A cleaning device for use with a cleaning fabric, comprising: a plate (220, 320, 420, 520) having a first side and a second side; a connection member (28, 428, 828) configured to retain the cleaning fabric to the plate (220, 320, 420, 520); a plurality of fingers (212, 312, 412, 512) depending from the first side, the plurality of fingers (212, 312, 412, 512) being configured to provide a gap between the first side and the cleaning fabric during use; a wiper assembly having at least one elongated wiper blade that divides the plurality of fingers (212, 312, 412, 512) into a front section and a rear section; and a grip (320, 830) depending from the second side, characterized in that the at least one elongated wiper blade has a height that is at least equal to or greater than a height of the plurality of fingers (212, 312, 412, 512) prior to deflection. a plate (220, 320, 420, 520) having a first side and a second side; a connection member (28, 428, 828) configured to retain the cleaning fabric to the plate (220, 320, 420, 520); a plurality of fingers (212, 312, 412, 512) depending from the first side, the plurality of fingers (212, 312, 412, 512) being configured to provide a gap between the first side and the cleaning fabric during use; a wiper assembly having at least one elongated wiper blade that divides the plurality of fingers (212, 312, 412, 512) into a front section and a rear section; and a grip (320, 830) depending from the second side, characterized in that the at least one elongated wiper blade has a height that is at least equal to or greater than a height of the plurality of fingers (212, 312, 412, 512) prior to deflection.
A shaft arrangement extending through an unbound bearing layer and through a bound cover layer, such as in particular a road, wherein the bound cover layer covers the bearing layer from above, comprising: - a shaft, - a support device arranged below the cover layer, wherein a joint is provided between the support device and the shaft, through which a relative movement of the support device with respect to the shaft is made possible, - and a shaft cover, the shaft cover being arranged in a predetermined position and, in particular, flush with the surface of the cover layer, characterised in that the shaft cover is supported on or against a support surface of the support device, - wherein the support device has at least one support extension projecting outwards in the radial direction from the region of the support surface, - wherein the upper surface of the support extension is arranged lower in the external region of the support extension, in particular in the region of its tip, than in the internal region, in particular lower than in the region of the support surface, and - in that the at least one support extension of the support device projects with its external region into the unbound bearing layer in such a way that it is in contact with the unbound bearing layer both on its upper surface and on its lower surface, - or in that the entire support extension of the support device projects into the unbound bearing layer in such a way that it is in contact with the unbound bearing layer both on its upper surface and on its lower surface. - a shaft, - a support device arranged below the cover layer, wherein a joint is provided between the support device and the shaft, through which a relative movement of the support device with respect to the shaft is made possible, - and a shaft cover, the shaft cover being arranged in a predetermined position and, in particular, flush with the surface of the cover layer, - wherein the support device has at least one support extension projecting outwards in the radial direction from the region of the support surface, - wherein the upper surface of the support extension is arranged lower in the external region of the support extension, in particular in the region of its tip, than in the internal region, in particular lower than in the region of the support surface, and - in that the at least one support extension of the support device projects with its external region into the unbound bearing layer in such a way that it is in contact with the unbound bearing layer both on its upper surface and on its lower surface, - or in that the entire support extension of the support device projects into the unbound bearing layer in such a way that it is in contact with the unbound bearing layer both on its upper surface and on its lower surface.
A printing machine comprising one or more treatment stations, including at least one printing station and a device for transporting substrates in said machine, along a transport path from at least one input area supplying the printable and/or printed substrates up to at least one output area receiving the treated substrates, comprising a substrate conveyor for guiding and moving the substrates through the treatment stations, said conveyor comprising carriages that hold the substrates in a stationary position and that move along the transport path while transporting the substrates, 1. the substrate-transport device comprising a drive system for moving the carriages along the transport path; 2. the transport device being equipped with at least one displacement detection system for measuring the displacement of the carriage relative to the transport path and at least one other displacement detection system for measuring the displacement of the carriage relative to the treatment station(s), and 3. the carriage comprising a table for holding the substrate in a stationary position relative to the table, along the transport loop during the treatment(s) of the substrate and characterized in that the displacement detection system for measuring the displacement of the carriage relative to the transport path is a displacement sensor "O" comprising a movable part and a stationary part and the displacement detection system for measuring the displacement of the carriage relative to the treatment station(s) is a displacement sensor "M" comprising a movable part and a stationary part, the stationary part of the displacement sensor "O" is a ruler positioned along the transport path, the movable part of the displacement sensor "O" is a reader integrated in the carriage, the movable part of the displacement sensor "M" is a ruler fastened on the carriage, and the stationary part of the displacement sensor "M" is a reader integrated in the treatment station(s). 1. the substrate-transport device comprising a drive system for moving the carriages along the transport path; 2. the transport device being equipped with at least one displacement detection system for measuring the displacement of the carriage relative to the transport path and at least one other displacement detection system for measuring the displacement of the carriage relative to the treatment station(s), and 3. the carriage comprising a table for holding the substrate in a stationary position relative to the table, along the transport loop during the treatment(s) of the substrate