mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle door, in particular handle-free motor vehicle side door, comprising a door leaf, further comprising a locking member (4, 5, 6) which is hinged to a motor vehicle body and intended for securing the door leaf in predetermined angular positions in relation to the motor vehicle body, and comprising at least one actuator (10, 11) which operates on the door leaf and which causes the door leaf to open at least by a gap with respect to the motor vehicle body, wherein the actuator (10, 11) is connected to the locking member (4, 5, 6) and drives said member directly in order to adjust the door leaf, wherein the locking member (4, 5, 6) has a counter-stop that is in contact with a stop (12, 13) on the door leaf and has a ratchet arm for interaction with locking elements on the door leaf, and wherein, in addition to the actuator (10, 11), a drive (14, 15, 16, 17) is provided for the door leaf, wherein the drive (14, 15, 16, 17) operates on the counter stop on the locking member (4, 5, 6) via the stop (12, 13) on the door leaf.
An outboard motor comprising: a pair of clamp brackets each provided with an inner side surface (21 i), an inner circumferential surface that is open at the inner side surface, and an attaching portion attachable to a rear surface of a hull, the pair of clamp brackets being spaced apart from each other in a right-left direction; a swivel bracket disposed between the pair of clamp brackets, and rotatable with respect to the pair of clamp brackets around a tilt axis (At) extending in the right-left direction; a movable body surrounded by the inner circumferential surface of the clamp bracket in a side view of the outboard motor and movable to a plurality of positions including a position above the swivel bracket and a position inside a space surrounded by the inner circumferential surface of the clamp bracket; a steering shaft that rotates around a steering axis (As) extending in an up-down direction in accordance with movement of the movable body; and an outboard motor main body that rotates around the steering axis (As) together with the steering shaft and includes a prime mover that generates power to rotate a propeller. a pair of clamp brackets each provided with an inner side surface (21 i), an inner circumferential surface that is open at the inner side surface, and an attaching portion attachable to a rear surface of a hull, the pair of clamp brackets being spaced apart from each other in a right-left direction; a swivel bracket disposed between the pair of clamp brackets, and rotatable with respect to the pair of clamp brackets around a tilt axis (At) extending in the right-left direction; a movable body surrounded by the inner circumferential surface of the clamp bracket in a side view of the outboard motor and movable to a plurality of positions including a position above the swivel bracket and a position inside a space surrounded by the inner circumferential surface of the clamp bracket; a steering shaft that rotates around a steering axis (As) extending in an up-down direction in accordance with movement of the movable body; and an outboard motor main body that rotates around the steering axis (As) together with the steering shaft and includes a prime mover that generates power to rotate a propeller.
A wave-powered vessel, comprising: (a) a buoyant vessel body; (b) a mechanical means for converting movement of the vessel body caused by wave motion to horizontal thrust; and (c) a mechanical means comprising an electrical generator for converting movement of the vessel body caused by wave motion to electrical power, and comprising a piston powered by a swing arm that moves from a horizontal to a vertical position in accordance with the vertical movement of the vessel body. (a) a buoyant vessel body; (b) a mechanical means for converting movement of the vessel body caused by wave motion to horizontal thrust; and (c) a mechanical means comprising an electrical generator for converting movement of the vessel body caused by wave motion to electrical power, and comprising a piston powered by a swing arm that moves from a horizontal to a vertical position in accordance with the vertical movement of the vessel body.
A method, comprising: migrating a virtual network device from a first host to a second host, wherein the virtual network device was configured with a first floating native, Virtual Local Area Network, VLAN, value associated with an interface of the first host prior to the migration; and configuring the virtual network device with a second floating native VLAN value associated with an interface of the second host, wherein the virtual network device is configured to compare the second floating VLAN value to an assigned VLAN value. migrating a virtual network device from a first host to a second host, wherein the virtual network device was configured with a first floating native, Virtual Local Area Network, VLAN, value associated with an interface of the first host prior to the migration; and configuring the virtual network device with a second floating native VLAN value associated with an interface of the second host, wherein the virtual network device is configured to compare the second floating VLAN value to an assigned VLAN value.
Reclining chair comprising a seat, a backrest associated with said seat and an armrest, wherein said armrest comprises a first armrest portion associated with said seat and a second armrest portion associated with said backrest, wherein the first armrest portion and the second armrest portion are slidable relative to each other between at least a first position associated with a raised configuration of the backrest with respect to the seat and a second position associated with a reclined configuration of the backrest with respect to the seat, wherein one between said first armrest portion and said second armrest portion is a tubular body having a main development direction and the other between said first armrest portion and said second armrest portion is a body at least partially inserted into said tubular body configured to slide along a sliding direction; the armrest further comprising a locking mechanism of the sliding between said first armrest portion and said second armrest portion, wherein said locking mechanism comprises a first locking seat, a second locking seat and a locking element configured to couple alternately said first locking seat or said second locking seat, wherein a coupling of the locking element with said first locking seat is associated with said first armrest position and a coupling of the locking element with said second locking seat is associated with said second armrest position, and wherein the locking mechanism includes a spring or elastic element, which is adapted to be arranged in a loading condition when the locking element is in the second locking seat and wherein a removal of the locking element from the second locking seat corresponds to a movement of the locking element in the first locking seat and of the backrest to the first position under an action of the spring or elastic element, wherein said first locking seat and said second locking seat are through holes defined in said tubular body and wherein said locking element of the locking mechanism is associated with said inserted body, characterized in that said locking element comprises a first part associated with said inserted body and a second part configured to alternately couple said first locking seat or said second locking seat, wherein said second part is movable with respect to the first part from a retracted position to an extended position, wherein in said extended position the second part of the locking element is at least partially inserted in one between said first and said second locking seat (51, 52) and wherein in said retracted position the second part of the locking element is completely inserted in said tubular body.
A handcuff including: a base; an arm configured to move with respect to the base, the arm defining at least part of a bracelet and having one or more ratchet teeth; a lock mechanism located within the base, the lock mechanism including a pawl having forward and rearward ends (126a, 126b), wherein the pawl has one or more teeth located at or towards the forward end and configured to engage the or each ratchet teeth; a first keyhole in communication with the lock mechanism, the first keyhole being provided on one side of the base at an end associated with the forward end of the pawl; and a second keyhole in communication with the lock mechanism, the second keyhole being provided on the obverse side of the base at an end associated with the rearward end of the pawl, wherein the base defines a channel for receiving the arm and wherein the handcuff includes a shield which extends across the channel adjacent to the second keyhole for preventing access to the lock mechanism. a base; an arm configured to move with respect to the base, the arm defining at least part of a bracelet and having one or more ratchet teeth; a lock mechanism located within the base, the lock mechanism including a pawl having forward and rearward ends (126a, 126b), wherein the pawl has one or more teeth located at or towards the forward end and configured to engage the or each ratchet teeth; a first keyhole in communication with the lock mechanism, the first keyhole being provided on one side of the base at an end associated with the forward end of the pawl; and a second keyhole in communication with the lock mechanism, the second keyhole being provided on the obverse side of the base at an end associated with the rearward end of the pawl,
A crate, in particular a bottle crate with a two-component construction with a crate bottom and four side walls (2 to 5), with a crate base body out of a first plastic material and at least one first relief on at least one first wall side of at least one side wall (2 to 5), the relief being configured out of the first plastic material, and towards which side wall, the wall side of the crate base body, which encloses this first relief, is raised and is configured of at least one graphic component, preferably of a number of letters as graphic components for forming at least one lettering, with the first relief being enclosed by a second plastic material which is sprayed on the first wall side containing the first relief, with the second plastic material preferably comprising a different colouring compared with the first plastic material and with at least one graphic component of the first relief enclosing at least a section, which is completely framed by at least one section of the first relief, with a second relief being provided opposite to the first relief at the second wall side of the crate base body of the same side wall (2 to 5), with the second relief at the second wall side being aligned with the first relief at the first wall side such that each section which is framed by this first relief is connected with the opposite wall side which comprises the second relief by at least one bridging channel, wherein each bridging channel is configured so that it can be conductive for the passage of a plastic melt, each bridging channel being kept unblocked with respect to the conductibility for melt for the passage of a plastic melt by aligning both reliefs, wherein the first and the second relief (22, 24) are provided in sections of the at least one side wall (2 to 5), which are formed by two recesses and wherein the first relief protrudes from the bottom of one of these recesses and wherein the cross section, through the sections comprising the recesses, include, under consideration of the two limiting shoulders, particularly frame legs, provided at both sides of the wall, a double T form profile with a central leg and shoulders or frame legs protruding at both sides.
An integrated electrode separator assembly comprising at least one anode electrode, and at least one cathode electrode, separated by at least one porous fluoropolymer separator coating layer, in which said porous fluoropolymer separator coating layer, with no separate separator membrane, is directly adhered to at least one electrode, and comprises interconnected fluoropolymer particles having a weight average particle size of less than 500 nm measured by laser light scattering, said fluoropolymer particles serving as a binder to form a continuous web like structure, characterized in that said fluoropolymer comprises a polyvinylidene fluoride copolymer having at least 70 weight percent of vinylidene fluoride monomer units.
A method for reducing transfer latency in a system on a chip, the system on a chip having a bus master, a bus slave and an arbiter, the bus master, bus slave and arbiter being in electronic communication, the bus slave being configured to respond to a request, characterised in that the method further comprises: transmitting, from the bus master to the arbiter, a request having a priority signal, the priority signal identifying a priority status of the request and an associated latency requirement; reviewing the latency requirement to determine whether to elevate the priority status; transmitting, from the arbiter to the bus slave, the request and priority signal; and transmitting, from the bus slave to the arbiter, the response to the request and the priority signal. transmitting, from the bus master to the arbiter, a request having a priority signal, the priority signal identifying a priority status of the request and an associated latency requirement; reviewing the latency requirement to determine whether to elevate the priority status; transmitting, from the arbiter to the bus slave, the request and priority signal; and transmitting, from the bus slave to the arbiter, the response to the request and the priority signal.
A functionalized particulate support material comprising: a silica particle having a particle surface; and a combination of functional groups attached to and extending from the silica particle surface, said combination of functional groups comprising (i) a first set of functional groups comprising unsaturated double bonds wherein the functional groups are sufficient to polymerize one or more monomers onto the particle surface, and (ii) a second set of functional groups comprising at least one hydrophillic functional group sufficient to increase the wettability of said particle surface. a silica particle having a particle surface; and a combination of functional groups attached to and extending from the silica particle surface, said combination of functional groups comprising (i) a first set of functional groups comprising unsaturated double bonds wherein the functional groups are sufficient to polymerize one or more monomers onto the particle surface, and (ii) a second set of functional groups comprising at least one hydrophillic functional group sufficient to increase the wettability of said particle surface. (i) a first set of functional groups comprising unsaturated double bonds wherein the functional groups are sufficient to polymerize one or more monomers onto the particle surface, and (ii) a second set of functional groups comprising at least one hydrophillic functional group sufficient to increase the wettability of said particle surface.
A machine for filling and packaging bottles, cartridges, syringes and the like, comprising a wall that separates an operating chamber in which at least one handling arm is arranged, from a treatment chamber in which is placed at least one station for the treatment of at least one container, said at least one handling arm facing said at least one station, also comprising an intermediate element which comprises, on at least one portion thereof, at least one first coupling member of form and size conjugated to that of at least one second coupling member integral to said station and to that of a third coupling member integral to said handling arm so as to be alternatively operatively associable to said station and to said handling arm, characterized in that said intermediate element further comprises coupling means, integral to the intermediate element, differing from said first coupling member and being configured to removably be coupled to and hold said at least one container to be treated.
A vacuum effector comprising: (a) a wall defining an enclosed opening and having a rim defining a lip plane; (b) a negative pressure source; and (c) a shroud covering said rim, said shroud comprising a fibrous material, the vacuum effector being characterized in that said shroud comprises a fabric having a base layer with a resilient looped pile protruding therefrom. (a) a wall defining an enclosed opening and having a rim defining a lip plane; (b) a negative pressure source; and (c) a shroud covering said rim, said shroud comprising a fibrous material,
A method of producing multicomponent feedstock for 3D printing, comprising: advancing a first feedstock past a minimum retract line and through a merger; advancing the first feedstock past the merger by a pre-determined length; cutting the first feedstock with a cutter to provide a length of the first feedstock having a proximal end; retracting the first feedstock to the minimum retract line; advancing a second feedstock past the minimum retract line and through the merger; advancing a leading edge of the second feedstock toward the proximal end of the length of the first feedstock; and advancing the second feedstock past the merger by a pre-determined length, the second feedstock in line with the length of the first feedstock. advancing a first feedstock past a minimum retract line and through a merger; advancing the first feedstock past the merger by a pre-determined length; cutting the first feedstock with a cutter to provide a length of the first feedstock having a proximal end; retracting the first feedstock to the minimum retract line; advancing a second feedstock past the minimum retract line and through the merger; advancing a leading edge of the second feedstock toward the proximal end of the length of the first feedstock; and advancing the second feedstock past the merger by a pre-determined length, the second feedstock in line with the length of the first feedstock.
A composition comprising at least one isolated Clostridium orbiscindens capable of forming a spore and comprising a 16S nucleic acid sequence at least 97% identical to SEQ ID NO: 609, at least one isolated Clostridium tertium capable of forming a spore and comprising a 16S nucleic acid sequence at least 97% identical to SEQ ID NO: 653, and at least one isolated Coprococcus comes capable of forming a spore and comprising a 16S nucleic acid sequence at least 97% identical to SEQ ID NO: 674, wherein the ternary combination of Clostridium orbiscindens, Clostridium tertium, and Coprococcus comes can synergistically decrease and/or inhibit the growth and/or colonization of at least one type of pathogenic bacteria in a human gastrointestinal tract.
Method for guaranteeing service continuity in a telecommunication network, wherein a first node of the network receives a service request sent by a client computer to a first service server providing said service, said first service server accessing the network by means of said first node, the method comprising the steps of: - storing (201, 207), at said fist node, a copy of data packets related to said received service request; - starting a server state verification procedure in order to check the operative state of said first service server; and - transmitting (203, 205, 208) said data packets to a second service server if said server state verification procedure detects a failure in the operative state of said first service server, said second service server acting as a backup server for said service to be provided, the method being characterized in that said step of storing (201, 207) said data packets comprises the step of: - transmitting said data packets by said first node to a second node of the network, said second service server accessing the network by means of said second node; and - storing at said second node a copy of said data packets; and said step of transmitting (203, 208) said data packets comprises the step of: - sending (203, 208) a trigger signal by said first node to said second node if said server state verification procedure detects a failure in the operative state of said first service server; and - transmitting said stored data packets by said second node to said second service server after receiving said trigger signal. - storing (201, 207), at said fist node, a copy of data packets related to said received service request; - starting a server state verification procedure in order to check the operative state of said first service server; and - transmitting (203, 205, 208) said data packets to a second service server if said server state verification procedure detects a failure in the operative state of said first service server, said second service server acting as a backup server for said service to be provided, - transmitting said data packets by said first node to a second node of the network, said second service server accessing the network by means of said second node; and - storing at said second node a copy of said data packets; - sending (203, 208) a trigger signal by said first node to said second node if said server state verification procedure detects a failure in the operative state of said first service server; and - transmitting said stored data packets by said second node to said second service server after receiving said trigger signal.
A portable monitoring device comprising a hearing aid having a housing, at least one microphone for receiving ambient sound, acoustic signal processing means for processing a signal from the microphone, and an acoustic output transducer, said portable monitoring device further comprising an EEG monitoring system for monitoring EEG signals of a person using the hearing aid, said EEG monitoring system comprising - a measuring unit having electrodes for measuring one or more EEG signals from the person carrying the EEG monitor, said electrodes being arranged external to the housing or at the outer surface of the housing, and - an EEG signal processing means for analyzing the EEG signal, said signal processing means being adapted for, based on the EEG signal, identifying or predicting specific biological incidences, in said person, said processing unit comprising decision means for deciding, based on said analyzed EEG signal, when an alarm or information must be provided to said person, characterized in that said EEG monitoring system is arranged at least partly in said housing with said EEG signal processing means and said acoustic signal processing means being arranged in said housing; and in that it comprises means for providing said alarm or information through said output transducer. - a measuring unit having electrodes for measuring one or more EEG signals from the person carrying the EEG monitor, said electrodes being arranged external to the housing or at the outer surface of the housing, and - an EEG signal processing means for analyzing the EEG signal, said signal processing means being adapted for, based on the EEG signal, identifying or predicting specific biological incidences, in said person, said processing unit comprising decision means for deciding, based on said analyzed EEG signal, when an alarm or information must be provided to said person,