mhurhangee/ep-ind-claims huggingface dataset:
Device for accompanying products conveyed in a production and packaging line, said products being transported on the top face of at least one conveyor (2, 20, 21) in at least one line along at least one corresponding corridor in a direction of displacement from upstream to downstream, said accompanying device comprising: - means for pushing each last product situated upstream of each line; - each pushing means being movable from an upstream position to a downstream position; characterized in that it comprises: - means for returning said pushing means from said downstream position to said upstream position, each pushing means being movable at least from upstream to downstream according to a free displacement induced by said at least one conveyor (2, 20, 21). - means for pushing each last product situated upstream of each line; - each pushing means being movable from an upstream position to a downstream position; - means for returning said pushing means from said downstream position to said upstream position,
A synergistic antimicrobial composition comprising zinc pyrithione and zinc salt of pyridine carboxylic acid, their tautomeric forms, isomers, polymorphs, salts and solvates and mixtures thereof.
A system, comprising: a processor; and, a blockchain service provider component executed by the processor and configured to create an append-only tamper-resistant ledger relating to a blockchain associated with multiple member nodes of a blockchain network, and update the append-only tamper-resistant ledger to reflect operations on the blockchain when outsourced by the multiple member nodes and distribute the updated append-only tamper-resistant ledger to the multiple member nodes; and wherein the multiple member nodes, using a Caesar consensus protocol, detect misbehavior by the blockchain service provider component and reach consensus on the append-only tamper-resistant ledger, the Caesar consensus protocol detects misbehavior and reaches a consensus by end-to-end checks on properties of the blockchain service provider component; wherein the blockchain comprises a verifiable outsourced ledger, wherein the verifiable outsourced ledger comprises metadata blocks and datablocks, and wherein a first of the metadata blocks stores rules that govern the blockchain network. a processor; and, a blockchain service provider component executed by the processor and configured to create an append-only tamper-resistant ledger relating to a blockchain associated with multiple member nodes of a blockchain network, and update the append-only tamper-resistant ledger to reflect operations on the blockchain when outsourced by the multiple member nodes and distribute the updated append-only tamper-resistant ledger to the multiple member nodes; and wherein the multiple member nodes, using a Caesar consensus protocol, detect misbehavior by the blockchain service provider component and reach consensus on the append-only tamper-resistant ledger, the Caesar consensus protocol detects misbehavior and reaches a consensus by end-to-end checks on properties of the blockchain service provider component; wherein the blockchain comprises a verifiable outsourced ledger, wherein the verifiable outsourced ledger comprises metadata blocks and datablocks, and wherein a first of the metadata blocks stores rules that govern the blockchain network.
An upstream data equalization method, wherein the method is applied to an optical line terminal, OLT, and comprises: receiving capability information that is sent by an optical network unit, ONU, by using a first preamble, wherein the capability information is used to indicate whether the ONU has an equalization capability; calculating a tap coefficient based on the received first preamble if the capability information indicates that the ONU has the equalization capability; sending the tap coefficient to the ONU, wherein the ONU updates a tap coefficient of a first equalizer in the ONU based on the received tap coefficient, and when subsequently sending upstream data, sends, by using a second preamble, the upstream data equalized by using the first equalizer, and a length of the second preamble is less than a length of the first preamble; receiving the equalized upstream data, that was equalized by using the first equalizer and sent by the ONU by using the second preamble; and equalizing the received upstream data based on the second preamble by using a second equalizer in the OLT. receiving capability information that is sent by an optical network unit, ONU, by using a first preamble, wherein the capability information is used to indicate whether the ONU has an equalization capability; calculating a tap coefficient based on the received first preamble if the capability information indicates that the ONU has the equalization capability; sending the tap coefficient to the ONU, wherein the ONU updates a tap coefficient of a first equalizer in the ONU based on the received tap coefficient, and when subsequently sending upstream data, sends, by using a second preamble, the upstream data equalized by using the first equalizer, and a length of the second preamble is less than a length of the first preamble; receiving the equalized upstream data, that was equalized by using the first equalizer and sent by the ONU by using the second preamble; and equalizing the received upstream data based on the second preamble by using a second equalizer in the OLT.
Device for a spacecraft comprising: electronic boards; elements that are robust to radiation, i.e. that have a foreseeable failure rate that is lower than a threshold called acceptable threshold, comprising: - a shared bus for exchanging electric power between electronic boards; - a shared bus for exchanging data between the electronic boards; - a module for managing the inputs/outputs and for telemetry gathering, per electronic board; - an electrical level interface between an electronic board and the shared data exchange bus, per electronic board; wherein at least one electronic board comprises: - a part equipped with COTS components whose failure rate is unforeseeable or greater than or equal to the acceptable threshold; and - a firewall formed of components that are robust to radiation and whose failure rate is foreseeable and lower than the acceptable threshold, comprising a module for monitoring and protecting the power flows of the shared power exchange bus and a module for monitoring and protecting the inputs/outputs in order to manage the power supply and the communication of the components of the electronic board. electronic boards; elements that are robust to radiation, i.e. that have a foreseeable failure rate that is lower than a threshold called acceptable threshold, comprising: - a shared bus for exchanging electric power between electronic boards; - a shared bus for exchanging data between the electronic boards; - a module for managing the inputs/outputs and for telemetry gathering, per electronic board; - an electrical level interface between an electronic board and the shared data exchange bus, per electronic board; - a shared bus for exchanging electric power between electronic boards; - a shared bus for exchanging data between the electronic boards; - a module for managing the inputs/outputs and for telemetry gathering, per electronic board; - an electrical level interface between an electronic board and the shared data exchange bus, per electronic board; wherein at least one electronic board comprises: - a part equipped with COTS components whose failure rate is unforeseeable or greater than or equal to the acceptable threshold; and - a firewall formed of components that are robust to radiation and whose failure rate is foreseeable and lower than the acceptable threshold, comprising a module for monitoring and protecting the power flows of the shared power exchange bus and a module for monitoring and protecting the inputs/outputs in order to manage the power supply and the communication of the components of the electronic board. - a part equipped with COTS components whose failure rate is unforeseeable or greater than or equal to the acceptable threshold; and - a firewall formed of components that are robust to radiation and whose failure rate is foreseeable and lower than the acceptable threshold, comprising a module for monitoring and protecting the power flows of the shared power exchange bus and a module for monitoring and protecting the inputs/outputs in order to manage the power supply and the communication of the components of the electronic board.
A work vehicle comprising: a controller; an engine; a hydrostatic transmission including a traveling pump driven by the engine, a hydraulic circuit connected to the traveling pump, and a traveling motor connected to the traveling pump through the hydraulic circuit; a work implement pump driven by the engine; a work implement driven by hydraulic fluid discharged from the work implement pump; an accelerator; a first sensor that outputs a signal indicative of an operation amount of the accelerator; and a work implement operating member; characterized by a second sensor that outputs a signal indicative of an operation amount of the work implement operating member; and wherein the controller is configured to receive signals from the first sensor and the second sensor 68, determine a target input horsepower input to the hydrostatic transmission from the operation amount of the accelerator, and determine a target rotational speed of the engine from the target input horsepower and the operation amount of the work implement operating member. a controller; an engine; a hydrostatic transmission including a traveling pump driven by the engine, a hydraulic circuit connected to the traveling pump, and a traveling motor connected to the traveling pump through the hydraulic circuit; a work implement pump driven by the engine; a work implement driven by hydraulic fluid discharged from the work implement pump; an accelerator; a first sensor that outputs a signal indicative of an operation amount of the accelerator; and a work implement operating member; characterized by a second sensor that outputs a signal indicative of an operation amount of the work implement operating member; and wherein the controller is configured to receive signals from the first sensor and the second sensor 68, determine a target input horsepower input to the hydrostatic transmission from the operation amount of the accelerator, and determine a target rotational speed of the engine from the target input horsepower and the operation amount of the work implement operating member.
Plant for making continuous elastic yarns made of silicone rubber, comprising at least an extrusion station, provided with an extrusion body into which said material is able to be introduced in an amorphous condition, and extrusion means able to allow said material to exit from said extrusion station along an extrusion axis, and a vulcanization station comprising a vulcanization oven, located downstream of said extrusion station, at a determinate distance ("L") therefrom, characterized in that: - said extrusion means are disposed so that the extrusion axis is substantially vertical, - wherein said vulcanization oven is selectively movable vertically, so that said distance ("L") is selectively adjustable between 400 and 1500 mm according to the final thickness of the elastic yarn to be obtained; - the plant also comprises a drawing unit, disposed downstream of said vulcanization station, and able to impart on the elastic yarn exiting from the extrusion station, a drawing value in a ratio comprised between 2 and 6 (100-500%), reducing the section of the elastic yarn proportionally, before it enters said vulcanization oven of the vulcanization station, and hence at least along said distance ("L"), - wherein said distance ("L") is adjustable to vary the drawing conditions of the elastic yarn and to obtain a final yarn with a thickness less than 0.7 mm, advantageously in the range of 0.4-0.1 mm and having the desired orientation of the molecular chains. - said extrusion means are disposed so that the extrusion axis is substantially vertical, - wherein said vulcanization oven is selectively movable vertically, so that said distance ("L") is selectively adjustable between 400 and 1500 mm according to the final thickness of the elastic yarn to be obtained; - the plant also comprises a drawing unit, disposed downstream of said vulcanization station, and able to impart on the elastic yarn exiting from the extrusion station, a drawing value in a ratio comprised between 2 and 6 (100-500%), reducing the section of the elastic yarn proportionally, before it enters said vulcanization oven of the vulcanization station, and hence at least along said distance ("L"), - wherein said distance ("L") is adjustable to vary the drawing conditions of the elastic yarn and to obtain a final yarn with a thickness less than 0.7 mm, advantageously in the range of 0.4-0.1 mm and having the desired orientation of the molecular chains.
A system comprising: a robotic arm; an imaging device coupled to the robotic arm and configured to capture imaging data of a rearview of a dairy livestock through a field of view of the imaging device; a tail positioner coupled to the robotic arm and coupled to a mechanism for raising and lowering the tail positioner from a down position to an up position, thereby moving the tail out of the field of view of the imaging device; a processor communicatively coupled to the imaging device and the tail positioner, the processor configured to identify a tail of the dairy livestock within the imaging data captured by the imaging device and send one or more instructions to the mechanism to raise the tail positioner from the down position to the up position. a robotic arm; an imaging device coupled to the robotic arm and configured to capture imaging data of a rearview of a dairy livestock through a field of view of the imaging device; a tail positioner coupled to the robotic arm and coupled to a mechanism for raising and lowering the tail positioner from a down position to an up position, thereby moving the tail out of the field of view of the imaging device; a processor communicatively coupled to the imaging device and the tail positioner, the processor configured to identify a tail of the dairy livestock within the imaging data captured by the imaging device and send one or more instructions to the mechanism to raise the tail positioner from the down position to the up position.
Self-perforating spacer comprising: - a first part, which has a first head and a tube having a first end joined to the first head, a second, free end, and a through-housing that opens out at the first head at one end and at the second end at the other end, and - a second part, which has a second head and a body extending from the second head to a terminal face, which comprises a duct that opens out at the second head at one end and at the terminal face at the other end and is configured to accommodate the tube of the first part, - the self-perforating spacer being configured to take up a dismantled state, in which the first and second parts (44, 46) are independent, and an assembled state, in which the first and second parts (44, 46) are joined together and immobilized with respect to one another, the first and second parts (44, 46) having cooperating shapes configured, in an engaged and locked state corresponding to the assembled state of the self-perforating spacer, to immobilize the first and second parts (44, 46) with respect to one another when the tube of the first part is accommodated in the duct of the second part, characterized in that the self-perforating spacer comprises - a cutting system, which has a first circular blade positioned on a first face of the first head of the first part, and a second circular blade positioned on the terminal face of the second part, the first and second blades (98, 112) being configured and positioned to cooperate and to intersect when the self-perforating spacer is in the assembled state. - a first part, which has a first head and a tube having a first end joined to the first head, a second, free end, and a through-housing that opens out at the first head at one end and at the second end at the other end, and - a second part, which has a second head and a body extending from the second head to a terminal face, which comprises a duct that opens out at the second head at one end and at the terminal face at the other end and is configured to accommodate the tube of the first part, - the self-perforating spacer being configured to take up a dismantled state, in which the first and second parts (44, 46) are independent, and an assembled state, in which the first and second parts (44, 46) are joined together and immobilized with respect to one another, the first and second parts (44, 46) having cooperating shapes configured, in an engaged and locked state corresponding to the assembled state of the self-perforating spacer, to immobilize the first and second parts (44, 46) with respect to one another when the tube of the first part is accommodated in the duct of the second part, - a cutting system, which has a first circular blade positioned on a first face of the first head of the first part, and a second circular blade positioned on the terminal face of the second part, the first and second blades (98, 112) being configured and positioned to cooperate and to intersect when the self-perforating spacer is in the assembled state.
A biopsy system, comprising: (a) a biopsy device having a needle, wherein the needle includes a closed distal end having a tissue piercing tip, wherein the needle further includes a cannula defining an outer diameter and a lateral aperture formed proximal to the tip; and (b) an elongated introducer cannula having an open distal end and an open proximal end, wherein the elongated cannula defines a longitudinal axis, wherein the distal end comprises a pair of leaves, wherein the leaves are separated by a pair of longitudinally extending gaps, wherein the leaves are resiliently biased to deflect inwardly toward the longitudinal axis to a relaxed position, wherein the leaves define an opening, wherein the leaves are configured to transition from the relaxed position to a stressed position by engagement with the outer diameter of the cannula of the needle; wherein the needle is insertable through the introducer cannula, and wherein the needle and the introducer cannula are sized such that the tip and the lateral aperture are positioned distal to the open distal end of the introducer cannula when the needle is inserted in the introducer cannula. (a) a biopsy device having a needle, wherein the needle includes a closed distal end having a tissue piercing tip, wherein the needle further includes a cannula defining an outer diameter and a lateral aperture formed proximal to the tip; and (b) an elongated introducer cannula having an open distal end and an open proximal end, wherein the elongated cannula defines a longitudinal axis, wherein the distal end comprises a pair of leaves, wherein the leaves are separated by a pair of longitudinally extending gaps, wherein the leaves are resiliently biased to deflect inwardly toward the longitudinal axis to a relaxed position, wherein the leaves define an opening, wherein the leaves are configured to transition from the relaxed position to a stressed position by engagement with the outer diameter of the cannula of the needle;
A memory device, comprising: a plurality of ports (12, 14, 16, 18); a plurality of memory banks (20, 22), wherein each of the plurality of memory banks is coupled to its respective one of the plurality of ports, referred to as native memory banks (20, 22); and a plurality of bank/port circuits, wherein each of the plurality of bank/port circuits is coupled to a respective one of the plurality of ports and to the other ports of the plurality of ports and each bank/port circuit is configured to selectively map at least one native memory bank coupled to its respective one of the plurality of ports to another of the ports, wherein the at least one native memory bank mapped to the another of the ports is referred to as a non-native memory bank, wherein each bank/port circuit comprises a programmable configuration register coupled to receive from said respective one of the plurality of ports configuration data indicative of a manner in which each of the native memory banks coupled to said respective one of the plurality of ports should be mapped as a non-native memory bank to the another of the ports, the programmable configuration register being configured to store the received configuration data. a plurality of ports (12, 14, 16, 18); a plurality of memory banks (20, 22), wherein each of the plurality of memory banks is coupled to its respective one of the plurality of ports, referred to as native memory banks (20, 22); and a plurality of bank/port circuits, wherein each of the plurality of bank/port circuits is coupled to a respective one of the plurality of ports and to the other ports of the plurality of ports and each bank/port circuit is configured to selectively map at least one native memory bank coupled to its respective one of the plurality of ports to another of the ports, wherein the at least one native memory bank mapped to the another of the ports is referred to as a non-native memory bank, wherein each bank/port circuit comprises a programmable configuration register coupled to receive from said respective one of the plurality of ports configuration data indicative of a manner in which each of the native memory banks coupled to said respective one of the plurality of ports should be mapped as a non-native memory bank to the another of the ports, the programmable configuration register being configured to store the received configuration data.
A compound of formula (l) in the form of any one of its stereoisomers or a mixture thereof wherein R is selected from the group consisting of isopentyl and isobutyl.
Seal element made from flexible foam having a top side, a bottom side and two side flanks (80, 82) which connect the top side and the bottom side; at least three sealing band sections which are arranged next to one another in a functional direction of the seal element, the functional direction extending parallel to the top and the bottom side (76, 78) and perpendicularly with respect to the side flanks (80, 82); at least one first barrier layer section and at least one second barrier layer section which are received in each case between two sealing band sections which adjoin one another, and which are set up to reduce the passage of air and/or water vapour through the seal element, the at least one first barrier layer section and the at least one second barrier layer section in each case connecting the adjoining sealing band sections to one another and running parallel to the side flanks (80, 82) in the seal element; characterized in that the at least one first barrier layer section and the at least one second barrier layer section in each case form a loop between the adjoining sealing band sections; and the at least one first barrier layer section forms the loop in the region of the bottom side of the seal element, and the at least one second barrier layer section forms the loop in the region of the top side of the seal element.