mhurhangee/ep-ind-claims huggingface dataset:
Battery electrode, comprising: a collector substrate; a calendered coating film, which contains an active material, on the collector substrate; and at least one conductor region on the collector substrate, in which the collector substrate is exposed and in which the coating film is removed, wherein the at least one conductor region protrudes into a coated region of the collector substrate or is arranged within the coated region, a recessed area of the coated collector substrate at a point in the coated collector substrate at which the coated collector substrate is extracted, wherein the position of the recessed area in the assembled condition corresponds to a conductor region of an adjacent battery electrode with opposite potential. a collector substrate; a calendered coating film, which contains an active material, on the collector substrate; and at least one conductor region on the collector substrate, in which the collector substrate is exposed and in which the coating film is removed, wherein the at least one conductor region protrudes into a coated region of the collector substrate or is arranged within the coated region, a recessed area of the coated collector substrate at a point in the coated collector substrate at which the coated collector substrate is extracted, wherein the position of the recessed area in the assembled condition corresponds to a conductor region of an adjacent battery electrode with opposite potential.
A method of quantifying loss associated with an optical connector that is connected to an end of an optical fibre; in which the optical fibre comprises a plurality of embedded optical reflectors distributed periodically along the length of the fibre; in which the method comprises: inserting an optical signal into the fibre through the optical connector; measuring a component of the optical signal reflected by at least one of the plurality of embedded optical reflectors, in which the component is received through the optical connector; calculating the difference in power level between the inserted and reflected signals; and quantifying, based on the calculated power level difference and the reflectivity of the embedded optical reflectors, the loss associated with the optical connector. in which the optical fibre comprises a plurality of embedded optical reflectors distributed periodically along the length of the fibre; in which the method comprises: inserting an optical signal into the fibre through the optical connector; measuring a component of the optical signal reflected by at least one of the plurality of embedded optical reflectors, in which the component is received through the optical connector; calculating the difference in power level between the inserted and reflected signals; and quantifying, based on the calculated power level difference and the reflectivity of the embedded optical reflectors, the loss associated with the optical connector. inserting an optical signal into the fibre through the optical connector; measuring a component of the optical signal reflected by at least one of the plurality of embedded optical reflectors, in which the component is received through the optical connector; calculating the difference in power level between the inserted and reflected signals; and quantifying, based on the calculated power level difference and the reflectivity of the embedded optical reflectors, the loss associated with the optical connector.
Method for producing a high-temperature ultrasonic transducer, the transducer comprising an upper electrode of steel or metal, a converter of piezoelectric material and a support of steel or metal which ensures the interface between the converter and the propagation medium of the acoustic waves, a first joint (J 1) between the support and the piezoelectric material, a second joint (J 2) between the converter and the upper electrode, characterized in that it comprises the following steps in order to carry out the joints: - depositing a layer of gold followed by depositing a layer of indium on one of the faces of the upper electrode, on the two faces of the converter and on one face of the steel support; - stacking the support of the converter, and the upper electrode, retained under pressure; - the production of the first joint and the second joint based on components of gold and indium, by means of a brazing and diffusion operation; - the brazing and diffusion operation comprising the following steps: • a first step of increasing the temperature to a first temperature between approximately 150°C and approximately 400°C and maintaining it at this first temperature for a first period of time corresponding to a first level; • a second step of increasing the temperature to a second temperature between approximately 400°C and approximately 1000°C and maintaining it at this second temperature for a second period of time corresponding to a second level. - depositing a layer of gold followed by depositing a layer of indium on one of the faces of the upper electrode, on the two faces of the converter and on one face of the steel support; - stacking the support of the converter, and the upper electrode, retained under pressure; - the production of the first joint and the second joint based on components of gold and indium, by means of a brazing and diffusion operation; - the brazing and diffusion operation comprising the following steps: • a first step of increasing the temperature to a first temperature between approximately 150°C and approximately 400°C and maintaining it at this first temperature for a first period of time corresponding to a first level; • a second step of increasing the temperature to a second temperature between approximately 400°C and approximately 1000°C and maintaining it at this second temperature for a second period of time corresponding to a second level. • a first step of increasing the temperature to a first temperature between approximately 150°C and approximately 400°C and maintaining it at this first temperature for a first period of time corresponding to a first level; • a second step of increasing the temperature to a second temperature between approximately 400°C and approximately 1000°C and maintaining it at this second temperature for a second period of time corresponding to a second level.
An inverted pendulum type vehicle including a drive wheel(131,132) and a boarding part on which a rider rides in a standing position, the inverted pendulum type vehicle comprising: a detection unit configured to detect a drive torque of the drive wheel to maintain an inverted state; characterized in that the inverted pendulum type vehicle further comprises an output unit(140,144,200) configured to generate torque information about an ankle torque based on the drive torque detected by the detection unit and output the generated torque information, the ankle torque being applied to the boarding part by the rider. a detection unit configured to detect a drive torque of the drive wheel to maintain an inverted state; characterized in that the inverted pendulum type vehicle further comprises an output unit(140,144,200) configured to generate torque information about an ankle torque based on the drive torque detected by the detection unit and output the generated torque information, the ankle torque being applied to the boarding part by the rider.
A container comprising a container body holding contents therein and a lid member for closing an opening of the container body, the container body and the lid member being sealed with each other by an annular seal portion formed along a flanged face of the opening; wherein at a specified portion of the annular seal portion, there is provided a detaching seal portion which is detached in response to increase of pressure inside the container body associated with deformation of the container body; an outflow channel for discharging the contents extends radially outwards from the detaching seal portion; and at a position of the flanged face of the container body corresponding to the outflow channel, there is formed an outflow groove sunk toward the bottom of the container body; characterized in that there are provided a pair of auxiliary non-detaching seal portions extending from a portion of the annular seal portion toward the outflow groove.
A multi-path communication apparatus for multiplexing data within a plurality of communications channels, the apparatus comprising: communications circuitry configured to: transmit a service request to a network controller indicating that it wants to send a message to a receiver apparatus, the service request including at least a size of the message to be transmitted; receive, from the network controller, channel assignments including a subset of communications channels allocated to the multi-path communication apparatus and at least a forward error correction code rate to use; encode the message using the received FEC; assign pieces of the encoded message to the subset of communications channels based on the received channel assignments; transmit a first piece of the encoded message through a first channel of the subset of communications channels; transmit a second piece of the encoded message through a second channel of the subset of communications channels; monitor quality related to the subset of communications channels used for transmission and transmit quality information to the network controller; and dynamically adjust the FEC code rate at least based on instruction from the network controller. transmit a service request to a network controller indicating that it wants to send a message to a receiver apparatus, the service request including at least a size of the message to be transmitted; receive, from the network controller, channel assignments including a subset of communications channels allocated to the multi-path communication apparatus and at least a forward error correction code rate to use; encode the message using the received FEC; assign pieces of the encoded message to the subset of communications channels based on the received channel assignments; transmit a first piece of the encoded message through a first channel of the subset of communications channels; transmit a second piece of the encoded message through a second channel of the subset of communications channels; monitor quality related to the subset of communications channels used for transmission and transmit quality information to the network controller; and dynamically adjust the FEC code rate at least based on instruction from the network controller.
Building drum for building a tyre comprising a support, a central shaft and an outer circumferential surface coaxial with the axis of rotation of the drum and comprising a principal cylindrical surface axially delimited on both sides by a shoulder extended by a lateral protuberance for receiving the products to be assembled, several segments together defining the principal cylindrical surface, the said segments being divided into first and second groups of adjacent segments (103a, 103b) mounted to move between a first position in which they are circumferentially juxtaposed and a second position in which adjacent segments are radially offset, building drum in which several adjacent elbow levers form the shoulder and the protuberance in the expanded position of the drum and each elbow lever is mounted with articulation on the segment (103a, 103b) and on the support.
Material in the form of solid particles having a diameter varying from 1 μm to 1 cm, composed of a continuous shell E ext comprising at least one silicon oxide, said shell E ext trapping at least one fat phase, said material being characterized in that said fat phase is solid at a temperature of 20 °C and comprises from 50 to 99.9 % by weight, relative to the weight of said fat phase, of a crystallisable oil having a melting temperature (T M) lower than 100°C, and in that said fat phase contains at least one lipophilic substance of interest S L and at least one inclusion comprising a continuous shell E int comprising at least one silicon oxide, said shell Ei nt trapping an aqueous phase comprising at least one hydrophilic substance of interest S H.
Scheduling device for receiving a set of requests to be scheduled, the scheduling device confirming the reception of the set of requests by a set of acknowledgements indicating received requests that would be granted in the next future, and providing a set of grants to the set of requests, the scheduling device comprising: a lookup vector prepare unit configured to merge the set of requests (202, 206) and a selection mask in order to provide a lookup vector prepared set of requests, and to provide the set of acknowledgements to the set of requests, wherein the lookup vector prepared set of requests is a super-set of non-granted previously received requests and new received requests and the set of acknowledgements indicates the requests of the lookup vector prepared set of requests; and a prefix forest unit coupled to the lookup vector prepare unit, wherein the prefix forest unit comprises a prefix tree (307, 800) and wherein the prefix forest unit is configured to provide the set of grants as a function of the lookup vector prepared set of requests and to provide the selection mask based on the set of grants; characterized in that an output of the prefix forest unit is determined as a set Z of numbers and for each number Z i in Z it holds that X i +Y i =Z i and wherein the prefix tree is configured to provide for a number of N input values a number of P results, wherein the result f z (i) of the prefix tree for an input v(i) and an integer number i is determined according to the following formula: f z i: i ∈ N = f x i + f y i = { ∑ j = 0 i v i, ∑ j = 0 i v i < P P, ∑ j = 0 i v i ≥ P. a lookup vector prepare unit configured to merge the set of requests (202, 206) and a selection mask in order to provide a lookup vector prepared set of requests, and to provide the set of acknowledgements to the set of requests, wherein the lookup vector prepared set of requests is a super-set of non-granted previously received requests and new received requests and the set of acknowledgements indicates the requests of the lookup vector prepared set of requests; and a prefix forest unit coupled to the lookup vector prepare unit, wherein the prefix forest unit comprises a prefix tree (307, 800) and wherein the prefix forest unit is configured to provide the set of grants as a function of the lookup vector prepared set of requests and to provide the selection mask based on the set of grants; characterized in that an output of the prefix forest unit is determined as a set Z of numbers and for each number Z i in Z it holds that X i +Y i =Z i and wherein the prefix tree is configured to provide for a number of N input values a number of P results, wherein the result f z (i) of the prefix tree for an input v(i) and an integer number i is determined according to the following formula: f z i: i ∈ N = f x i + f y i = { ∑ j = 0 i v i, ∑ j = 0 i v i < P P, ∑ j = 0 i v i ≥ P.
A method of manufacturing nitrile rubber latex gloves during which (a) the glove formers are dipped into a coagulant solution, to which has been added at least one of chlorohexidene, photo-catalytic titanium dioxide, triclosan, benzalkonium chloride, silver salts and nanoparticles, and poly(hexamethylene biguanide) (PHMB); and during which (b) the coated glove formers are then dipped into a nitrile rubber latex dispersion containing triclosan that is not in a paste form, in which at least one of sodium dodecyl benzene sulphonate and alkyl alcohol ethoxylate are used in order to disperse the triclosan.
A method of performing a cryptographic data processing operation, the method comprising: determining, by a cryptographic data processing device, a first masked value based on a public cryptographic key and a first random integer value; determining a second masked value based on the public cryptographic key and a second random integer value; and determining, based on the first masked value and the second masked value, a private cryptographic key represented by a modular multiplicative inversion of the public cryptographic key; and utilizing the public cryptographic key and the private cryptographic key for performing the cryptographic data processing operation; characterized by determining the private cryptographic key comprises computing a sum of a product of a first integer multiplier and the first random integer value and a product of a second integer multiplier and the second random integer value; and wherein a sum of a product of the first integer multiplier and the first masked value and a product of the second integer multiplier and the second masked value equals to a pre-defined integer constant. determining, by a cryptographic data processing device, a first masked value based on a public cryptographic key and a first random integer value; determining a second masked value based on the public cryptographic key and a second random integer value; and determining, based on the first masked value and the second masked value, a private cryptographic key represented by a modular multiplicative inversion of the public cryptographic key; and utilizing the public cryptographic key and the private cryptographic key for performing the cryptographic data processing operation; characterized by determining the private cryptographic key comprises computing a sum of a product of a first integer multiplier and the first random integer value and a product of a second integer multiplier and the second random integer value; and wherein a sum of a product of the first integer multiplier and the first masked value and a product of the second integer multiplier and the second masked value equals to a pre-defined integer constant.
A three dimensional printing process comprising, concurrently or sequentially depositing electrically conductive and electrically insulating materials so as to form a 3D printed article; characterised in that both the electrically conductive and electrically insulating materials comprise a siloxane polymer that is cured upon deposition by electromagnetic radiation or heat, and wherein the electrically conductive siloxane polymer comprises particles.
A compound having the general Formula or and isomers thereof: wherein (i) M is ruthenium or osmium, (ii) L is selected from N-heterocyclic carbene ligands and alkyl and/or aryl phosphines, (iii) R 1 and R 2 are each independently H or an acyclic or cyclic organic moiety having up to 30 C-atoms, and X is selected from halide and phenyloxy, substituted in the p-position with a nitro, CF 3, halogen, CN, ester or keto group, Y is S, Se or Te, W is a phenyl group that is unsubstituted or substituted with 1-5 groups selected from nitro, CF 3, halogen, CN, ester or keto groups, and/or one or more C 1-10 aliphatic or aromatic groups, R 3, R 4, R 5, and R 6 are independently H, halogen, nitro, CF 3, halogen, CN, ester or keto groups, or C 1-20 acyclic, C 3-20 heterocyclic or cyclic, aliphatic or aromatic groups that are unsubstituted or substituted with 1-20 nitro, CF 3, halogen, CN, ester or keto groups, and R 7 is i-Pr. (i) M is ruthenium or osmium, (ii) L is selected from N-heterocyclic carbene ligands and alkyl and/or aryl phosphines, (iii) R 1 and R 2 are each independently H or an acyclic or cyclic organic moiety having up to 30 C-atoms, and X is selected from halide and phenyloxy, substituted in the p-position with a nitro, CF 3, halogen, CN, ester or keto group, Y is S, Se or Te, W is a phenyl group that is unsubstituted or substituted with 1-5 groups selected from nitro, CF 3, halogen, CN, ester or keto groups, and/or one or more C 1-10 aliphatic or aromatic groups, R 3, R 4, R 5, and R 6 are independently H, halogen, nitro, CF 3, halogen, CN, ester or keto groups, or C 1-20 acyclic, C 3-20 heterocyclic or cyclic, aliphatic or aromatic groups that are unsubstituted or substituted with 1-20 nitro, CF 3, halogen, CN, ester or keto groups, and R 7 is i-Pr.
A wire driver, comprising: a housing having a proximal end and a distal end, the housing comprising a gripping portion and a handpiece extending from the proximal end to the gripping portion, wherein the gripping portion extends to the distal end; a channel extending through the gripping portion; a gripping mechanism connected to the channel; and a first actuator connected to the distal end of the housing and the gripping mechanism; and wherein the first actuator is movable between a relaxed position and a compressed position; wherein the gripping portion extends along a first central longitudinal axis, characterized in that the handpiece is connected to the gripping portion at an angle relative to the first central longitudinal axis. a housing having a proximal end and a distal end, the housing comprising a gripping portion and a handpiece extending from the proximal end to the gripping portion, wherein the gripping portion extends to the distal end; a channel extending through the gripping portion; a gripping mechanism connected to the channel; and a first actuator connected to the distal end of the housing and the gripping mechanism; and wherein the first actuator is movable between a relaxed position and a compressed position; wherein the gripping portion extends along a first central longitudinal axis, characterized in that the handpiece is connected to the gripping portion at an angle relative to the first central longitudinal axis.
A biostimulator transport system, comprising: a sleeve having a sleeve lumen; a support member extending through the sleeve lumen to a distal member end; and a belt having a first leg laterally between a first lateral surface of the support member and the sleeve, and a second leg laterally between a second lateral surface of the support member and the sleeve, wherein the first leg and the second leg extend longitudinally through the sleeve lumen to a loop distal to the distal member end, to retain a biostimulator between the belt and the support member within the sleeve lumen. a sleeve having a sleeve lumen; a support member extending through the sleeve lumen to a distal member end; and a belt having a first leg laterally between a first lateral surface of the support member and the sleeve, and a second leg laterally between a second lateral surface of the support member and the sleeve, wherein the first leg and the second leg extend longitudinally through the sleeve lumen to a loop distal to the distal member end, to retain a biostimulator between the belt and the support member within the sleeve lumen.