mhurhangee/ep-ind-claims huggingface dataset:
Tyre comprising a rubber composition based on at least one olefinic elastomer comprising epoxide functional groups as predominant elastomer, at least one reinforcing filler and a crosslinking system comprising a polycarboxylic acid of general formula: in which B represents a hydrocarbon group which comprises at least 50 carbon atoms, which is optionally substituted and which is optionally interrupted by one or more heteroatoms, and an imidazole of general formula: in which: - R 1 represents a hydrocarbon group or a hydrogen atom, - R 2 represents a hydrocarbon group, - R 3 and R 4 represent, independently of one another, a hydrogen atom or a hydrocarbon group, - or else R 3 and R 4 form, together with the carbon atoms of the imidazole ring to which they are attached, a ring. - R 1 represents a hydrocarbon group or a hydrogen atom, - R 2 represents a hydrocarbon group, - R 3 and R 4 represent, independently of one another, a hydrogen atom or a hydrocarbon group, - or else R 3 and R 4 form, together with the carbon atoms of the imidazole ring to which they are attached, a ring.
A computer-based method for generating digital signatures, wherein the private key is stored on a system that is located in a non-public network and the request for generating a digital signature is made from a non-private network, characterized in that the digital signature is generated fully automated, by transmitting the data to be digitally signed into the non-public network and transmitting the computed digital signature back into the non-private network without requiring direct communication between the non-public and public networks, wherein the non-public and public networks remain separated by a DMZ.
A method for assembling a robot of humanoid type (10, 10'), comprising: • two elements (1, 2), • an articulation with at least one degree of freedom in rotation linking the two elements (1, 2) about an axis, the articulation being able to be mounted and dismantled in order to join and separate the two elements (1, 2), • a box with circular section fixable to a first of the two elements and extending along an axis substantially parallel to the axis of rotation of the articulation, • a cable having two ends (36, 37) of which a first is connectable to the first element and a second is connectable to the second element, the cable being partly wound in the box about the axis of the box and extending out of the box to its second end, an elasticity of the cable allowing it to be wound in the box, between a separated configuration of the two elements (1, 2) and a joined configuration of the two elements (1, 2), the method being characterized in that it consists in sequencing, in order, the following operations: • connecting the cable at its two ends (36, 37), respectively to the first and to the second of the two elements (1, 2) in a separated configuration of the two elements (1, 2), • mechanically mounting the articulation. • two elements (1, 2), • an articulation with at least one degree of freedom in rotation linking the two elements (1, 2) about an axis, the articulation being able to be mounted and dismantled in order to join and separate the two elements (1, 2), • a box with circular section fixable to a first of the two elements and extending along an axis substantially parallel to the axis of rotation of the articulation, • a cable having two ends (36, 37) of which a first is connectable to the first element and a second is connectable to the second element, • connecting the cable at its two ends (36, 37), respectively to the first and to the second of the two elements (1, 2) in a separated configuration of the two elements (1, 2), • mechanically mounting the articulation.
A method for controlling the motion profile of a movably-mounted drop-spreading member to smear a drop of a sample liquid atop a substrate, said method comprising the steps of: (a) advancing a volume of sample liquid using a pump through a tubular member, such volume containing a drop of sample liquid to be smeared by movement of the drop-spreading member; characterised in that the method further comprises the steps of (b) detecting, using a detector, the amount of residue of the sample remaining within the tubular member after such volume of sample has been advanced through the tubular member; and (c) controlling the motion profile of the drop-spreading member using a logic and control unit, operatively coupled to said detector to smear the drop of sample atop a drop-supporting surface on the basis of the sample residue detected. (a) advancing a volume of sample liquid using a pump through a tubular member, such volume containing a drop of sample liquid to be smeared by movement of the drop-spreading member; (b) detecting, using a detector, the amount of residue of the sample remaining within the tubular member after such volume of sample has been advanced through the tubular member; and (c) controlling the motion profile of the drop-spreading member using a logic and control unit, operatively coupled to said detector to smear the drop of sample atop a drop-supporting surface on the basis of the sample residue detected.
A senolytic composition comprising: a compound having a formula selected from and wherein R1 and R2 may be the same or different, and are selected from a membrane-targeting signal, hydrogen, carboxyl, an alkane, a cyclic alkane, an alkene, a cyclic alkene, an alkyne, a ketone, an aldehyde, a carboxylic acid, an ether, an ester, an amine, an amide, a monocyclic arene, a polycyclic arene, a heteroarene, a phenol, and a benzoic acid; wherein the membrane-targeting signal is selected from myristic acid, palmitic acid, stearic acid, oleic acid, a short-chain fatty acid, and a medium-chain fatty acid; and at least one of R1 and R2 is a membrane-targeting signal selected from myristic acid, palmitic acid, stearic acid, oleic acid, and a medium-chain fatty acid; or a compound having a formula selected from: (a) (b) or (c) wherein R1 is a membrane-targeting signal selected from myristic acid, palmitic acid, stearic acid, oleic acid, and a medium-chain fatty acid. wherein R1 and R2 may be the same or different, and are selected from a membrane-targeting signal, hydrogen, carboxyl, an alkane, a cyclic alkane, an alkene, a cyclic alkene, an alkyne, a ketone, an aldehyde, a carboxylic acid, an ether, an ester, an amine, an amide, a monocyclic arene, a polycyclic arene, a heteroarene, a phenol, and a benzoic acid; wherein the membrane-targeting signal is selected from myristic acid, palmitic acid, stearic acid, oleic acid, a short-chain fatty acid, and a medium-chain fatty acid; and at least one of R1 and R2 is a membrane-targeting signal selected from myristic acid, palmitic acid, stearic acid, oleic acid, and a medium-chain fatty acid; or a compound having a formula selected from: (a) (b) or (c) (a) (b) or (c) wherein R1 is a membrane-targeting signal selected from myristic acid, palmitic acid, stearic acid, oleic acid, and a medium-chain fatty acid.
A memory device, comprising: an alternating stack of insulating layers and electrically conductive layers located over a substrate; a pair of separator dielectric structures extending through the alternating stack and laterally extending along a first lateral direction; and a memory stack structure including a memory film and a vertical semiconductor channel extending through the alternating stack, having a pair of first sidewalls that contact sidewalls of the pair of separator dielectric structures, and having a pair of second sidewalls that protrude outward beyond the pair of separator dielectric structures along a second lateral direction, wherein the first sidewalls are laterally recessed inward along the first lateral direction from substantially vertical edges of the pair of second sidewalls, and wherein the angle between the first lateral direction and the second lateral direction is 90 degrees; the memory device characterised in that: the vertical semiconductor channel comprises: a pair of convex outer sidewalls that are separated from a respective second sidewall of the memory stack structure by a thickness of the memory film; and a pair of concave outer sidewalls that are separated from a respective first sidewall of the memory stack structure by the thickness of the memory film. an alternating stack of insulating layers and electrically conductive layers located over a substrate; a pair of separator dielectric structures extending through the alternating stack and laterally extending along a first lateral direction; and a memory stack structure including a memory film and a vertical semiconductor channel extending through the alternating stack, having a pair of first sidewalls that contact sidewalls of the pair of separator dielectric structures, and having a pair of second sidewalls that protrude outward beyond the pair of separator dielectric structures along a second lateral direction, wherein the first sidewalls are laterally recessed inward along the first lateral direction from substantially vertical edges of the pair of second sidewalls, and wherein the angle between the first lateral direction and the second lateral direction is 90 degrees; the memory device characterised in that: the vertical semiconductor channel comprises: a pair of convex outer sidewalls that are separated from a respective second sidewall of the memory stack structure by a thickness of the memory film; and a pair of concave outer sidewalls that are separated from a respective first sidewall of the memory stack structure by the thickness of the memory film. a pair of convex outer sidewalls that are separated from a respective second sidewall of the memory stack structure by a thickness of the memory film; and a pair of concave outer sidewalls that are separated from a respective first sidewall of the memory stack structure by the thickness of the memory film.
A control system comprising: a turbine controller configured to generate at least a first signal that is representative of a plurality of pitch control commands for a plurality of turbine blades and a second signal that is representative of the same plurality of pitch control commands for the plurality of turbine blades; a first pitch controller coupled to said turbine controller, said first pitch controller configured to receive the first signal from the turbine controller via a first communication network and to implement the plurality of pitch control commands to each of the plurality of turbine blades in response to receiving the first signal; and a second pitch controller coupled to said turbine controller and to said first pitch controller, said second pitch controller configured to receive the second signal from the turbine controller via a second communication network and to implement the plurality of pitch control commands to each of the plurality of turbine blades when said first pitch controller is unable to implement the plurality of pitch control commands due to a communications failure. a turbine controller configured to generate at least a first signal that is representative of a plurality of pitch control commands for a plurality of turbine blades and a second signal that is representative of the same plurality of pitch control commands for the plurality of turbine blades; a first pitch controller coupled to said turbine controller, said first pitch controller configured to receive the first signal from the turbine controller via a first communication network and to implement the plurality of pitch control commands to each of the plurality of turbine blades in response to receiving the first signal; and a second pitch controller coupled to said turbine controller and to said first pitch controller, said second pitch controller configured to receive the second signal from the turbine controller via a second communication network and to implement the plurality of pitch control commands to each of the plurality of turbine blades when said first pitch controller is unable to implement the plurality of pitch control commands due to a communications failure.
A composition comprising: a hydride-functionalized siloxane or silane, a hydroxyl-containing compound that does not contain silicon, and a catalytically-effective amount of a super acid or super base catalyst selected from the group consisting of a triaza-containing compound which contains only carbon, nitrogen and hydrogen atoms, an atrane compound, a linear or branched compound containing a sulfonyl group and a fluoro group, and combinations thereof. a hydride-functionalized siloxane or silane, a hydroxyl-containing compound that does not contain silicon, and a catalytically-effective amount of a super acid or super base catalyst selected from the group consisting of a triaza-containing compound which contains only carbon, nitrogen and hydrogen atoms, an atrane compound, a linear or branched compound containing a sulfonyl group and a fluoro group, and combinations thereof.
A heat transferring module adapted to contact a heat element, comprising: a first plate; a second plate connected to the first plate to form a cavity therewith, the cavity extending along an extension direction of a reference plane; and a working fluid located in the cavity, wherein the cavity lies in a first area, a portion of the first plate or a portion of the second plate is extending beyond the cavity and said extending plate portion lies in a second area, and the fluid located in said cavity in the first area is configured to transfer heat by heat convection, and the extending plate portion located in the second area is configured to transfer heat by heat conduction; wherein said cavity is configured as a vapor chamber, and said extending plate portion is configured as a thermal plate, and the first plate and the second plate are not overlapped within the second area. a first plate; a second plate connected to the first plate to form a cavity therewith, the cavity extending along an extension direction of a reference plane; and a working fluid located in the cavity, wherein the cavity lies in a first area, a portion of the first plate or a portion of the second plate is extending beyond the cavity and said extending plate portion lies in a second area, and the fluid located in said cavity in the first area is configured to transfer heat by heat convection, and the extending plate portion located in the second area is configured to transfer heat by heat conduction; wherein said cavity is configured as a vapor chamber, and said extending plate portion is configured as a thermal plate, and the first plate and the second plate are not overlapped within the second area.
A system comprising a wireless field device coupled to an external intrinsically-safe power module, the field device comprising: a sensor module, that is mountable proximate a process installation site, comprising one or more sensors; and an electronics compartment, containing electronics for processing signals from the one or more sensors, coupled to the sensor module, the electronics compartment comprising a conduit entry; the intrinsically-safe power module comprising: a rigid conduit adapter mounted to the entry conduit of the electronics compartment; a housing (24;44;60) operably coupled to the rigid conduit adapter and physically supported by the rigid conduit adapter, the housing (24;44;60) having an interior; at least one non-rechargeable battery disposed within the housing (24;44;60); and intrinsic safety circuitry coupled to the at least one non-rechargeable battery the intrinsic safety circuitry being coupled to a connector (60,62) that mates with a cooperative connector in the rigid conduit adapter. a sensor module, that is mountable proximate a process installation site, comprising one or more sensors; and an electronics compartment, containing electronics for processing signals from the one or more sensors, coupled to the sensor module, the electronics compartment comprising a conduit entry; the intrinsically-safe power module comprising: a rigid conduit adapter mounted to the entry conduit of the electronics compartment; a housing (24;44;60) operably coupled to the rigid conduit adapter and physically supported by the rigid conduit adapter, the housing (24;44;60) having an interior; at least one non-rechargeable battery disposed within the housing (24;44;60); and intrinsic safety circuitry coupled to the at least one non-rechargeable battery the intrinsic safety circuitry being coupled to a connector (60,62) that mates with a cooperative connector in the rigid conduit adapter. a rigid conduit adapter mounted to the entry conduit of the electronics compartment; a housing (24;44;60) operably coupled to the rigid conduit adapter and physically supported by the rigid conduit adapter, the housing (24;44;60) having an interior; at least one non-rechargeable battery disposed within the housing (24;44;60); and intrinsic safety circuitry coupled to the at least one non-rechargeable battery the intrinsic safety circuitry being coupled to a connector (60,62) that mates with a cooperative connector in the rigid conduit adapter.
A system for passively monitoring multiple user devices at a location at which at least one media hub device is deployed, the system comprising: an offer management system configured to provide targeted offers to a customer with the user devices; a media hub device comprising one or more physical processors programmed by one or more computer program instructions to: obtain a network address of the offer management system; receive, from the network address, a configuration data for the media hub device; passively monitor, at the location, one or more user devices on a wireless communication channel; obtain identification information for the one or more user devices, the identification information including at least first identification information for a first user device; determine that the first identification information is associated with information indicating, in the first user device, a retailer-specific client application; identify media targeted for the first user device; and transmit the media to the first user device via the wireless communication channel. an offer management system configured to provide targeted offers to a customer with the user devices; a media hub device comprising one or more physical processors programmed by one or more computer program instructions to: obtain a network address of the offer management system; receive, from the network address, a configuration data for the media hub device; passively monitor, at the location, one or more user devices on a wireless communication channel; obtain identification information for the one or more user devices, the identification information including at least first identification information for a first user device; determine that the first identification information is associated with information indicating, in the first user device, a retailer-specific client application; identify media targeted for the first user device; and transmit the media to the first user device via the wireless communication channel. obtain a network address of the offer management system; receive, from the network address, a configuration data for the media hub device; passively monitor, at the location, one or more user devices on a wireless communication channel; obtain identification information for the one or more user devices, the identification information including at least first identification information for a first user device; determine that the first identification information is associated with information indicating, in the first user device, a retailer-specific client application; identify media targeted for the first user device; and transmit the media to the first user device via the wireless communication channel.
A child restraint for a vehicle, the child restraint comprising: a body for supporting an occupant, comprising a side impact element engaging portion; and at least one side impact element configured to be removably mounted with respect to the body in two configurations, the side impact element comprising first and second seat engaging portions (210, 220) configured to engage with the side impact element engaging portion, such that, when in a first configuration, the first seat engaging portion engages with the side impact element engaging portion, and when in a second configuration, the second seat engaging portion engages with the side impact element engaging portion. a body for supporting an occupant, comprising a side impact element engaging portion; and at least one side impact element configured to be removably mounted with respect to the body in two configurations, the side impact element comprising first and second seat engaging portions (210, 220) configured to engage with the side impact element engaging portion, such that, when in a first configuration, the first seat engaging portion engages with the side impact element engaging portion, and when in a second configuration, the second seat engaging portion engages with the side impact element engaging portion.
An induction hob device comprising at least one cooktop (10a - 10i), at least one first inductor (12a - 12i) having at least one first coil portion (14a; 14d) and at least one further first coil portion (16a; 16d) and at least one first connection portion which electrically connects the first coil portion (14a; 14d) and the further first coil portion (16a; 16d), and at least one second inductor (18a - 18i) having at least one second coil portion (20a; 20d), characterized in that the second coil portion (20a; 20d) is at least partly located between the first coil portion (14a; 14d) and the further first coil portion (16a; 16d), at least when seen in a direction perpendicular to a main extension plane of the cooktop (10a-10i).
A method of making an implant for repairing a joint of a patient, the method comprising: obtaining electronic image data of the joint including at least a portion of a bone associated with the joint, simulating a cut using the electronic image data to create a simulated cut surface of the bone associated with the joint, deriving an outer periphery of the simulated cut surface; and designing an implant having an outer periphery, at least a portion of which is configured to match at least a portion of the derived outer periphery of the simulated cut surface of the bone associated with the joint and to rest on or to be adjacent to cortical bone of the simulated cut surface of the bone associated with the joint. obtaining electronic image data of the joint including at least a portion of a bone associated with the joint, simulating a cut using the electronic image data to create a simulated cut surface of the bone associated with the joint, deriving an outer periphery of the simulated cut surface; and designing an implant having an outer periphery, at least a portion of which is configured to match at least a portion of the derived outer periphery of the simulated cut surface of the bone associated with the joint and to rest on or to be adjacent to cortical bone of the simulated cut surface of the bone associated with the joint.