mhurhangee/ep-ind-claims huggingface dataset:
A battery pack discharging device for discharging a battery pack, characterized in that it comprises: a hand-held member having a handle portion and first and second actuation members (89, 104) extending from the handle portion; a docking device having a housing, first and second switches (160, 170), and a resistor, the housing having first and second apertures (220, 230) extending therethrough, the first and second switches (160, 170) being disposed in the housing proximate to the first and second apertures (220, 230), respectively, the first and second switches (160, 170) each having a normally-open operational position, the resistor being electrically coupled to one end of the first and second switches (160, 170), the first and second switches (160, 170) further configured to be electrically coupled with their second end to the battery pack; and the first and second actuation members (89, 104) of the hand-held member being configured to be introduced in the first and second apertures (220, 230), respectively, of the housing of the docking device thereby transitioning the first and second switches (160, 170), respectively, to first and second closed operational positions, respectively and therefore enabling the discharge of the battery pack in the resistor. a hand-held member having a handle portion and first and second actuation members (89, 104) extending from the handle portion; a docking device having a housing, first and second switches (160, 170), and a resistor, the housing having first and second apertures (220, 230) extending therethrough, the first and second switches (160, 170) being disposed in the housing proximate to the first and second apertures (220, 230), respectively, the first and second switches (160, 170) each having a normally-open operational position, the resistor being electrically coupled to one end of the first and second switches (160, 170), the first and second switches (160, 170) further configured to be electrically coupled with their second end to the battery pack; and the first and second actuation members (89, 104) of the hand-held member being configured to be introduced in the first and second apertures (220, 230), respectively, of the housing of the docking device thereby transitioning the first and second switches (160, 170), respectively, to first and second closed operational positions, respectively and therefore enabling the discharge of the battery pack in the resistor.
Use of a mineral of the general formula ABX 3, A and B being cations and X being anions, wherein the mineral has perovskite crystal structure, in vinyl aromatic polymer foam, wherein the polymer foam further comprises one or more athermanous additives selected from a) powder inorganic additive selected from powders of silica and calcium phosphate, b) powder carbonaceous additive selected from powders of graphite, carbon black, petroleum coke, graphitized carbon black, graphite oxides, and graphene, and c) powder geopolymer and powder geopolymer composite. a) powder inorganic additive selected from powders of silica and calcium phosphate, b) powder carbonaceous additive selected from powders of graphite, carbon black, petroleum coke, graphitized carbon black, graphite oxides, and graphene, and c) powder geopolymer and powder geopolymer composite.
Pneumatic vehicle tyre for heavy-duty vehicles or trucks, with a tread comprising a multiplicity of profile ribs, which extend in the circumferential direction and are separated from one another by circumferential grooves (2, 2') that run around in the circumferential direction and have in each case two groove flanks (3, 3') lying opposite one another and a groove base connecting these flanks, the transitional regions between the groove base and the two groove flanks (3, 3') being of a rounded design and the tread having in at least one of the circumferential grooves that runs nearest the edge of the tread stone catchers (5, 5') formed on the groove flanks (3, 3') as projections, characterized in that, in the circumferential groove that runs at the edge of the tread, the groove base is inclined with respect to the axial direction at an acute angle (β) of up to 20° and, as seen in cross section, rises in the direction of the outer side of the tread, and in that the transitional region between the groove base and the one groove flank is rounded at the lower point of the groove base with a smaller radius (R 1) than the transitional region between the groove base and the second groove flank.
An M2M device for M2M server handover, the device comprising: a processor; and a memory coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: bootstrapping the M2M device to a first M2M server; requesting, by the M2M device, that the first M2M server fetch data associated with the device from a second M2M server, wherein the second M2M server was previously bootstrapped to the M2M device; and characterized by providing to the first M2M server, by the M2M device, a handover token, the handover token indicating that the first M2M server is authorized to retrieve the data associated with the M2M device from the second M2M server. a processor; and a memory coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: bootstrapping the M2M device to a first M2M server; requesting, by the M2M device, that the first M2M server fetch data associated with the device from a second M2M server, wherein the second M2M server was previously bootstrapped to the M2M device; and characterized by providing to the first M2M server, by the M2M device, a handover token, the handover token indicating that the first M2M server is authorized to retrieve the data associated with the M2M device from the second M2M server. bootstrapping the M2M device to a first M2M server; requesting, by the M2M device, that the first M2M server fetch data associated with the device from a second M2M server, wherein the second M2M server was previously bootstrapped to the M2M device; and characterized by providing to the first M2M server, by the M2M device, a handover token, the handover token indicating that the first M2M server is authorized to retrieve the data associated with the M2M device from the second M2M server.
A packaging filled with powder, comprising: a container in which the powder is contained, provided with a wall and a base, both being made of a paper/metal foil/plastic laminate, the base being positioned inside the container such that it forms a base elevation, whereby an upright rim is produced extending downwards below the base and the wall extends upwards to a top edge of the container; a seal on top of the powder, wherein the seal separates the powder from the environment and extends over a free cross-sectional area of the container and a distance between the seal and the top edge of the container is between 20 mm and 50 mm; a scoop, accommodated at least partially by the top part of the container; a lid rim fixed to the top edge of the container; and a lid, hingedly connected to the lid rim, the lid being provided with an accommodation for at least partially accommodating the scoop, wherein the lid is provided with a convex portion and a lid elevation oriented outwards when the lid is in the fitted position on the container, the interior of which lid elevation delimiting a cavity for partially accommodating the scoop, the height of said accommodation in the lid being smaller than the height of the scoop such that when the lid is closed on said container the scoop can be received in the accommodation defined between said lid and said seal, whereby the pack can be stacked beneath a further similar pack with the convex portion and the lid elevation falling within the base elevation produced by the upright rim of the further pack, and the scoop is separate from the lid and container. a container in which the powder is contained, provided with a wall and a base, both being made of a paper/metal foil/plastic laminate, the base being positioned inside the container such that it forms a base elevation, whereby an upright rim is produced extending downwards below the base and the wall extends upwards to a top edge of the container; a seal on top of the powder, wherein the seal separates the powder from the environment and extends over a free cross-sectional area of the container and a distance between the seal and the top edge of the container is between 20 mm and 50 mm; a scoop, accommodated at least partially by the top part of the container; a lid rim fixed to the top edge of the container; and a lid, hingedly connected to the lid rim, the lid being provided with an accommodation for at least partially accommodating the scoop, wherein the lid is provided with a convex portion and a lid elevation oriented outwards when the lid is in the fitted position on the container, the interior of which lid elevation delimiting a cavity for partially accommodating the scoop, the height of said accommodation in the lid being smaller than the height of the scoop such that when the lid is closed on said container the scoop can be received in the accommodation defined between said lid and said seal, whereby the pack can be stacked beneath a further similar pack with the convex portion and the lid elevation falling within the base elevation produced by the upright rim of the further pack, and the scoop is separate from the lid and container.
An implant arranged for integration into a skeletal bone of a patient, comprising: a body and at least one end, the body being arranged to sit within a passageway formed within the bone and substantially mimic a portion of a skeletal bone; wherein the at least one end includes an enlarged portion arranged to, in use, prevent migration of the implant into the skeletal bone of a patient; and characterized in that the enlarged portion is flared away from the body and is arranged to sit within a recess formed in an end of the skeletal bone when implanted, wherein the recess is connected to the passageway and is of a larger diameter than the passageway; and the end of the enlarged portion is coated with nano particles. a body and at least one end, the body being arranged to sit within a passageway formed within the bone and substantially mimic a portion of a skeletal bone; wherein the at least one end includes an enlarged portion arranged to, in use, prevent migration of the implant into the skeletal bone of a patient; and characterized in that the enlarged portion is flared away from the body and is arranged to sit within a recess formed in an end of the skeletal bone when implanted, wherein the recess is connected to the passageway and is of a larger diameter than the passageway; and the end of the enlarged portion is coated with nano particles.
A knee brace, comprising: (a) a base wearable in snug covering relationship to portions of a knee and adjacent portions of a leg of a person, the base having an exterior surface and an interior surface when worn; and (b) a spider member having a first upper tensioning strap, a second upper tensioning strap, a first lower tensioning strap, and a second lower tensioning strap; characterized in that: the spider member is positioned between the base and the leg of the person when worn; the base includes a first upper aperture, a second upper aperture, a first lower aperture, and a second lower aperture; and the first upper tensioning strap extends through the first upper aperture, the second upper tensioning strap extends through the second upper aperture, the first lower tensioning strap extends through the first lower aperture, and the second lower tensioning strap extends through the second lower aperture when the brace is worn. (a) a base wearable in snug covering relationship to portions of a knee and adjacent portions of a leg of a person, the base having an exterior surface and an interior surface when worn; and (b) a spider member having a first upper tensioning strap, a second upper tensioning strap, a first lower tensioning strap, and a second lower tensioning strap; the spider member is positioned between the base and the leg of the person when worn; the base includes a first upper aperture, a second upper aperture, a first lower aperture, and a second lower aperture; and the first upper tensioning strap extends through the first upper aperture, the second upper tensioning strap extends through the second upper aperture, the first lower tensioning strap extends through the first lower aperture, and the second lower tensioning strap extends through the second lower aperture when the brace is worn.
Industrial system comprising machines, systems for controlling machines connected by a first communication network and a gateway intended to connect the first communication network to a second communication network, the gateway comprising a memory and comprising a processor configured to copy to the memory first data transmitted over the second communication network and relating to the operation of the machines, further comprising an analyzer, configured to: - collect values of variables relating to the operation of the machines, - determine, for at least some of the variables, ranges of values from at least one first operational model of the machines, - detect at least one anomaly, if the value of at least one variable is outside of the range of values of said variable, said anomaly having a likelihood, - detect, from the at least one anomaly, at least one undesirable event, to which is allocated an impact on the industrial system, said impact having a severity, - determine, for each impact allocated to each of the at least one undesirable event, a likelihood, from a combination of likelihoods of the at least one anomaly detected, - provide, for each impact and the severity-likelihood combination thereof, a numerical value, - determine an overall risk level of the industrial system from the numerical values obtained of the impacts of the at least one undesirable event detected. - collect values of variables relating to the operation of the machines, - determine, for at least some of the variables, ranges of values from at least one first operational model of the machines, - detect at least one anomaly, if the value of at least one variable is outside of the range of values of said variable, said anomaly having a likelihood, - detect, from the at least one anomaly, at least one undesirable event, to which is allocated an impact on the industrial system, said impact having a severity, - determine, for each impact allocated to each of the at least one undesirable event, a likelihood, from a combination of likelihoods of the at least one anomaly detected, - provide, for each impact and the severity-likelihood combination thereof, a numerical value, - determine an overall risk level of the industrial system from the numerical values obtained of the impacts of the at least one undesirable event detected.
A synergistic herbicidal mixture comprising an herbicidally effective amount of (a) a first herbicide which is a pyridine carboxylic acid of the formula wherein X represents CH, hal represents F, Cl or Br, and R represents methyl or ethyl, or an agriculturally acceptable salt, ester or amide thereof, and (b) a second herbicide selected from the group consisting of chlormequat and glyphosate. wherein X represents CH, hal represents F, Cl or Br, and R represents methyl or ethyl, or an agriculturally acceptable salt, ester or amide thereof, and (b) a second herbicide selected from the group consisting of chlormequat and glyphosate.
A composition comprising, as a blend: A. an ethylene-based thermoplastic polymer comprising a bimodal high density polyethylene (HDPE); B. a modifier component in an amount of from 0.1 to 2 wt% based on the total weight of the composition, which is effective to reduce shrinkage of the composition after extrusion, wherein the modifier component is selected from the group consisting of polyethylene glycol having a Mw of from 1,000 to 100,000, polypropylene glycol having a Mw of from 1,000 to 100,000, diethylene glycol, polar polyethylene copolymer and combinations thereof; and C. optionally, carbon black; and D. optionally, one or more additives. A. an ethylene-based thermoplastic polymer comprising a bimodal high density polyethylene (HDPE); B. a modifier component in an amount of from 0.1 to 2 wt% based on the total weight of the composition, which is effective to reduce shrinkage of the composition after extrusion, wherein the modifier component is selected from the group consisting of polyethylene glycol having a Mw of from 1,000 to 100,000, polypropylene glycol having a Mw of from 1,000 to 100,000, diethylene glycol, polar polyethylene copolymer and combinations thereof; and C. optionally, carbon black; and D. optionally, one or more additives.
Bicycle with an integrated security system, that comprises a frame that in turn comprises a down tube, a head tube and a seat post, wherein the down tube is configured in two sections (3a, 3b), and the bicycle further comprises a locking device, characterised in that a first part of the locking device is inserted into a lower end of the seat post, and the first section of the down tube is attached at one end to the head tube through a pivot, while its other end has a hole with the diameter of the seat post, and wherein the second section of the down tube is attached at one end to the drive system of the bicycle through a pivot and the other end has a hole where a second part of the locking device is inserted.
An aircraft comprising a primary propeller driven in rotation by a motor, the motor having a first assembly and a second assembly movable in rotation relative to each other along an axis of rotation, the primary propeller being secured in rotation to one of said first assembly and second assembly, said aircraft comprising a locking system, comprising a housing (420, 421, 422) and an indexing element (410, 410'), the housing being formed in one among the first assembly and the second assembly, the indexing element being secured to the other among the first assembly and the second assembly, the locking system having an engaged configuration in which the indexing element is at least partially inserted into the housing, and a free configuration in which the indexing element is not at least partially inserted into the housing, the locking system being configured such that, in the engaged configuration, the rotational movement of the first assembly relative to the second assembly is limited to a predetermined angular sector, the locking system being configured so as to switch from the engaged configuration to the free configuration when the motor applies a rotational torque greater than a torque threshold value on the first assembly or on the second assembly, characterized in that the first assembly and the second assembly are movable in translation relative to each other along a direction of translation defined by the axis of rotation, between a rest position and a service position, and in that the locking system can be in the engaged configuration only when the first assembly and the second assembly are in the rest position.
A registration processing method, characterized by comprising: identifying, by a user equipment, a registration type when registering into a network; reporting, by the user equipment, a registration processing type information corresponding to the identified registration type to a network-side network element in the process of registering into the network, wherein reporting the registration processing type information is performed in one of the following ways: an Attach Type information element, IE, is added in an Attach Request message sent during the registration process, the value of the Attach Type IE corresponds to Handover Attach; or an indication bit is added in an Attach Request message to indicate that the Attach Request message is caused by handover. identifying, by a user equipment, a registration type when registering into a network; reporting, by the user equipment, a registration processing type information corresponding to the identified registration type to a network-side network element in the process of registering into the network, wherein reporting the registration processing type information is performed in one of the following ways: an Attach Type information element, IE, is added in an Attach Request message sent during the registration process, the value of the Attach Type IE corresponds to Handover Attach; or an indication bit is added in an Attach Request message to indicate that the Attach Request message is caused by handover. an Attach Type information element, IE, is added in an Attach Request message sent during the registration process, the value of the Attach Type IE corresponds to Handover Attach; or an indication bit is added in an Attach Request message to indicate that the Attach Request message is caused by handover.
A method of adding a premix pilot flame to a burner having an axis and comprising: - a swirler comprising an inner cone, and a number of vanes defining respective gaps; - conducting means for feeding combustion air into said gaps; - a first fuel gas feed line comprising outlet nozzles located inside some of said gaps and designed to generate a diffusion pilot flame; - a second fuel gas feed line terminating with a number of diffusion holes, which debouch, through said inner cone, inside all of said gaps and are designed to generate a diffusion flame; the method being characterized by comprising the steps of: - closing said diffusion holes; - forming, through said inner cone and at the gaps having no outlet nozzles of said first fuel gas feed line, new holes defining the outlet of said second fuel gas feed line and designed to produce a premix pilot flame. - a swirler comprising an inner cone, and a number of vanes defining respective gaps; - conducting means for feeding combustion air into said gaps; - a first fuel gas feed line comprising outlet nozzles located inside some of said gaps and designed to generate a diffusion pilot flame; - a second fuel gas feed line terminating with a number of diffusion holes, which debouch, through said inner cone, inside all of said gaps and are designed to generate a diffusion flame; - closing said diffusion holes; - forming, through said inner cone and at the gaps having no outlet nozzles of said first fuel gas feed line, new holes defining the outlet of said second fuel gas feed line and designed to produce a premix pilot flame.