mhurhangee/ep-ind-claims huggingface dataset:
A battery holder for fitting a battery pack to a frame of a cycle, the battery holder comprising: a spine portion for fixing to the frame; a connector portion at one end of the spine portion, to form an electrical connection between the battery pack and wiring for connecting to at least one component of the cycle when the battery pack is held by the battery holder; a battery moving portion at the other end of the spine portion, for moving the battery pack towards the connector portion to engage the battery pack with the connector portion, the battery moving portion being slidable in a linear direction between an open state providing clearance for the battery pack to be inserted into or removed from the battery holder, and an engaged state in which the battery moving portion is closer to the connector portion than in the open state; and a lever mechanism to actuate sliding of the battery moving portion in a linear direction between the open state and the engaged state, the lever mechanism having a retained state which provides resistance to removal of the battery pack from the battery holder when the battery pack is held between the connector portion and the battery moving portion with the battery moving portion in the engaged state. a spine portion for fixing to the frame; a connector portion at one end of the spine portion, to form an electrical connection between the battery pack and wiring for connecting to at least one component of the cycle when the battery pack is held by the battery holder; a battery moving portion at the other end of the spine portion, for moving the battery pack towards the connector portion to engage the battery pack with the connector portion, the battery moving portion being slidable in a linear direction between an open state providing clearance for the battery pack to be inserted into or removed from the battery holder, and an engaged state in which the battery moving portion is closer to the connector portion than in the open state; and a lever mechanism to actuate sliding of the battery moving portion in a linear direction between the open state and the engaged state, the lever mechanism having a retained state which provides resistance to removal of the battery pack from the battery holder when the battery pack is held between the connector portion and the battery moving portion with the battery moving portion in the engaged state.
Assembly for attaching a motor vehicle steering column, which assembly is intended to be fixed firstly to a bulkhead crossmember and secondly to a windscreen opening lower crossmember, characterized in that it comprises at least one support member extending substantially vertically, intended to be fixed to the bulkhead crossmember and to the windscreen opening lower crossmember and supporting a means of attachment (15, 15', 14) of a mounting plate (4, 4') for the steering column.
A method (300, 900) in a controlling node, the method comprising: determining (330, 910) recursively a plurality of clusters of nodes by recursively increasing a size of the clusters, starting with clusters of size one and determining clusters with the increased size until all nodes are associated with a cluster, wherein: - the plurality of clusters comprises a number of co-existence groups, CxGs, and - the size of a cluster of nodes indicates the number of CxGs, that the nodes in each cluster belong to, a CxG including one or more nodes connected to each other for which interference between the nodes is taken care of within the group; and assigning (340, 920) a bandwidth to each cluster, based on the size of the cluster. determining (330, 910) recursively a plurality of clusters of nodes by recursively increasing a size of the clusters, starting with clusters of size one and determining clusters with the increased size until all nodes are associated with a cluster, wherein: - the plurality of clusters comprises a number of co-existence groups, CxGs, and - the size of a cluster of nodes indicates the number of CxGs, that the nodes in each cluster belong to, a CxG including one or more nodes connected to each other for which interference between the nodes is taken care of within the group; and - the plurality of clusters comprises a number of co-existence groups, CxGs, and - the size of a cluster of nodes indicates the number of CxGs, that the nodes in each cluster belong to, a CxG including one or more nodes connected to each other for which interference between the nodes is taken care of within the group; and assigning (340, 920) a bandwidth to each cluster, based on the size of the cluster.
A valve block (200, 700) comprising: a pressure plate (120, 206, 706) comprising a recess (122a, 122b, 218, 220, 718) fillable with a pressurized material on an upper side of the pressure plate (120, 206, 706); a fluid transfer plate (134, 204, 300, 704) comprising an inlet channel (302, 734), an outlet channel (304, 736), a plurality of inlet bores (308, 400, 710) extending from the inlet channel to a lower side of the fluid transfer plate, and a plurality of outlet bores (312, 402, 712) extending from the outlet channel (304, 736) to the lower side of the fluid transfer plate (134, 204, 300, 704), wherein the inlet channel (302, 734), the outlet channel (304, 736), the plurality of inlet bores (308, 400, 710), and the plurality of outlet bores (312, 402, 712) are contained within a valve of the valve block (200, 700); and a diaphragm (138, 602, 738) disposed between the upper side of the pressure plate (120, 206, 706) and the lower side of the fluid transfer plate (134, 204, 300, 704), wherein the diaphragm (138, 602, 738) is configured to prevent fluid flow from at least one of the plurality of inlet bores (308, 400, 710) to at least one of the plurality of outlet bores (312, 402, 712) when the recess (122a, 122b, 218, 220, 718) is filled with pressurized material; and characterized in that the valve block (200, 700) further comprises a top plate (136, 202, 702) comprising an inlet connection bore (126, 128, 210, 730) fluidly connected to the inlet channel (302, 734) and an outlet connection bore (130, 132, 212, 732) fluidly connected to the outlet channel (304, 736). a pressure plate (120, 206, 706) comprising a recess (122a, 122b, 218, 220, 718) fillable with a pressurized material on an upper side of the pressure plate (120, 206, 706); a fluid transfer plate (134, 204, 300, 704) comprising an inlet channel (302, 734), an outlet channel (304, 736), a plurality of inlet bores (308, 400, 710) extending from the inlet channel to a lower side of the fluid transfer plate, and a plurality of outlet bores (312, 402, 712) extending from the outlet channel (304, 736) to the lower side of the fluid transfer plate (134, 204, 300, 704), wherein the inlet channel (302, 734), the outlet channel (304, 736), the plurality of inlet bores (308, 400, 710), and the plurality of outlet bores (312, 402, 712) are contained within a valve of the valve block (200, 700); and a diaphragm (138, 602, 738) disposed between the upper side of the pressure plate (120, 206, 706) and the lower side of the fluid transfer plate (134, 204, 300, 704), wherein the diaphragm (138, 602, 738) is configured to prevent fluid flow from at least one of the plurality of inlet bores (308, 400, 710) to at least one of the plurality of outlet bores (312, 402, 712) when the recess (122a, 122b, 218, 220, 718) is filled with pressurized material; and characterized in that the valve block (200, 700) further comprises a top plate (136, 202, 702) comprising an inlet connection bore (126, 128, 210, 730) fluidly connected to the inlet channel (302, 734) and an outlet connection bore (130, 132, 212, 732) fluidly connected to the outlet channel (304, 736).
Device for supplying and recirculating hydrogen for a fuel cell, including: - a unit for supplying hydrogen, incorporating a feed line L that can be connected to the inlet of the anodic compartment of a fuel cell; - a unit for purifying and compressing the hydrogen, having one output A, one output B and one input E that can be connected to at least the outlet of the anodic compartment of a fuel cell, with the output A being connectable to the input of the anodic compartment of a fuel cell; - a tank for storing gas, incorporating one input connected to the output B of the hydrogen purification and compression unit, and one output connected to the feed line L via a valve; the hydrogen purification and compression unit includes at least one membrane/electrodes assembly forming an electrochemical cell, it being arranged between the input E and the output A, so that it is traversed by a hydrogen flow, and incorporates an active surface able to produce the oxido-reduction reactions of the hydrogen, with the MEA being connected to an external electrical power source. - a unit for supplying hydrogen, incorporating a feed line L that can be connected to the inlet of the anodic compartment of a fuel cell; - a unit for purifying and compressing the hydrogen, having one output A, one output B and one input E that can be connected to at least the outlet of the anodic compartment of a fuel cell, with the output A being connectable to the input of the anodic compartment of a fuel cell; - a tank for storing gas, incorporating one input connected to the output B of the hydrogen purification and compression unit, and one output connected to the feed line L via a valve;
A method of computer-assisted planning of fastener placement in vertebrae that are to be stabilized by a pre-formed spinal rod, wherein two or more fasteners are to couple the rod to the vertebrae, wherein at least one of a target shape of the spine and a shape of the preformed rod is defined in patient-specific shape data, a bone density of at least one of the vertebrae is defined in patient-specific bone density data, and wherein patient-specific anatomical data are provided, the method being performed by an apparatus and comprising: calculating, based on the shape data and the anatomical data, a force distribution along a length of the rod; and generating, based on the bone density data of a given vertebra and the calculated force distribution, a planning result for fastener placement. calculating, based on the shape data and the anatomical data, a force distribution along a length of the rod; and generating, based on the bone density data of a given vertebra and the calculated force distribution, a planning result for fastener placement.
Nailer device for collated nails comprising an elongated strip almost flat shaped and provided with at least a plurality of first connections projecting therefrom and each provided with a fixing end opposite to the elongated strip and assigned to the removable fixing of a respective nail; said device comprises at least a magazine for at least one collated nails, said magazine leads into a shot chamber and it is provided with a feeding mechanism for feeding the shot chamber with a nail for a time; a sliding seat aligned with the magazine and in communication with the shot chamber from which it receives the elongated strip which it puts forward up to a respective outlet for the elongate strip; an outlet duct, for the nail, aligned to the shot chamber from which it receives a nail thrusted by a thrusting means, aligned with the outlet duct, during the stroke of such thrusting means between its extreme internal condition and its external extreme condition, through the shot chamber and such outlet duct to eject and fix the nail; said device being characterized in that the thrusting means is provided with a matching means assigned to match with the fixing end of the first connection previously bearing the fired nail in the stroke of the thrusting means from its external extreme condition to its extreme internal condition to align the first connection of such fixing end to the respective portion of the sliding seat.
Method for improving the directivity (P4/P2), at working frequencies higher than 4 GHz, at a microwave line coupling between a signal input port and at least one coupled signal output port, the method comprising the steps of: - providing a first central conductor for transmission of the signal from said signal input port to a direct output port for the remainder of the input signal, said first central conductor comprising at least two conducting layers (111a;111b) which are separated by a dielectric layer and are connected together by a longitudinal, interconnecting, conducting rib - applying said conductor body to an insulating substrate on the other side of which an earth conducting layer is applied; - providing on said conductor body side of the insulating body a second central conductor, parallel to the first conductor, for each of said coupled output port, for transmission of the signal to a respective one of said at least one output port/s, said second central conductor comprising at least two conducting layers (111a;111b) which are separated by a dielectric layer and are connected together by a longitudinal, interconnecting, conducting rib; wherein said conductive ribs have a transverse thickness (Y-Y) of between 3% and 20% of the thickness of the insulating substrate and wherein said conductor bodies are formed as microstrips and form the parallel coupling lines with improved directivity. - providing a first central conductor for transmission of the signal from said signal input port to a direct output port for the remainder of the input signal, said first central conductor comprising at least two conducting layers (111a;111b) which are separated by a dielectric layer and are connected together by a longitudinal, interconnecting, conducting rib - applying said conductor body to an insulating substrate on the other side of which an earth conducting layer is applied; - providing on said conductor body side of the insulating body a second central conductor, parallel to the first conductor, for each of said coupled output port, for transmission of the signal to a respective one of said at least one output port/s, said second central conductor comprising at least two conducting layers (111a;111b) which are separated by a dielectric layer and are connected together by a longitudinal, interconnecting, conducting rib;
A method of manufacturing a pneumatic tire having a sidewall-over-tread structure with the sidewall formed to cover tread ends, comprising: the first cover forming step of wrapping sidewalls (34a, 34b) on opposite end portions of a first forming drum, pasting an inner liner and a ply on the center of the first forming drum, setting a pair of beads (36a, 36b) inside said sidewalls (34a, 34b), and forming sides (13a, 13b) of tread by strip-winding on said ply inside said beads (36a, 36b), and thereby forming a first cover; the tread ring forming step of successively pasting, on a second forming drum, a breaker and a band and then forming a center of tread by strip-winding on said band, and thereby forming a cylindrical tread ring; the shaping step of inserting said first cover inside said tread ring, and inflating that portion of said first cover which is between the said beads, and thereby pressure-bonding said tread ring with said first cover to form a shape of a low cover, and the turn-up step of turning said sidewalls (34a, 34b) outside of said beads (36a, 36b) toward side surfaces of said inflated first cover and pasting said sidewalls (34a, 34b) on the side surfaces of said first cover, wherein each of said sides (13a, 13b) of tread is formed at positions outside said band to be adjacent to respective ends of the center of tread in a tire axial direction when the first cover is inflated at the shaping step, and bonding said sides (13a, 13b) of tread on the first cover and said center of tread on said tread ring at the turn-up step. the first cover forming step of wrapping sidewalls (34a, 34b) on opposite end portions of a first forming drum, pasting an inner liner and a ply on the center of the first forming drum, setting a pair of beads (36a, 36b) inside said sidewalls (34a, 34b), and forming sides (13a, 13b) of tread by strip-winding on said ply inside said beads (36a, 36b), and thereby forming a first cover; the tread ring forming step of successively pasting, on a second forming drum, a breaker and a band and then forming a center of tread by strip-winding on said band, and thereby forming a cylindrical tread ring; the shaping step of inserting said first cover inside said tread ring, and inflating that portion of said first cover which is between the said beads, and thereby pressure-bonding said tread ring with said first cover to form a shape of a low cover, and the turn-up step of turning said sidewalls (34a, 34b) outside of said beads (36a, 36b) toward side surfaces of said inflated first cover and pasting said sidewalls (34a, 34b) on the side surfaces of said first cover, wherein each of said sides (13a, 13b) of tread is formed at positions outside said band to be adjacent to respective ends of the center of tread in a tire axial direction when the first cover is inflated at the shaping step, and bonding said sides (13a, 13b) of tread on the first cover and said center of tread on said tread ring at the turn-up step.
A computer-implemented method of securely establishing control of a resource in a distributed ledger, wherein the distributed ledger comprises a first shard instantiated on one or more first processor(s) of a first system, the first shard configured to respond to an instruction originating from a first party, the distributed ledger further comprising a second shard, the second shard instantiated on one or more second processor(s), the second shard configured to respond to an instruction originating from a second party, the method comprising: validating, by the first system, that the instruction originated from the first party; creating, by means of the publishing of a record by the first system, the resource, wherein the publishing of the record occurs in response to an instruction originating from the first party, wherein the publishing of the record is to the first shard of the ledger, and wherein the publishing of the record establishes that control of the resource resides with the second party, wherein the method of securely establishing control of the resource is executed exclusively on one or more processor(s) of the first shard. validating, by the first system, that the instruction originated from the first party; creating, by means of the publishing of a record by the first system, the resource, wherein the publishing of the record occurs in response to an instruction originating from the first party, wherein the publishing of the record is to the first shard of the ledger, and wherein the publishing of the record establishes that control of the resource resides with the second party, wherein the method of securely establishing control of the resource is executed exclusively on one or more processor(s) of the first shard.
Cutting machine comprising a cutting support for material to be cut, a vertically movable blade bar which bears a blade for cutting the cut material located thereon, a cutting drive for vertically moving the blade bar, a vertically movable clamping bar for pushing down the material to be cut and a pressing drive for vertically moving the clamping bar, wherein the cutting drive and the pressing drive are formed by a single drive which rotates a cam disc to and fro, and wherein the blade bar is motion-coupled to the cam disc via a first coupling mechanism which acts on the cam disc eccentrically to the axis of rotation thereof, and the clamping bar is motion-coupled to the cam disc via a second coupling mechanism, the one first end thereof acting on an outer contour of the cam disc, characterized by a foot pedal for the manual vertical movement of the clamping bar, said foot pedal being motion-coupled both to the clamping bar and to the other second end of the second coupling mechanism, in order to lift away the first end of the second coupling mechanism from the outer contour of the cam disc by actuating the foot pedal.
An orally disintegrating tablet coated with film, characterized in that the tablet is coated with a film coating composition, the film coating composition includes a water-soluble and ethanol-insoluble film coating base; and at least one plasticizer selected from the group consisting of propylene glycol and polyethylene glycol in a liquid or semisolid state at room temperature, and the film coating composition contains the plasticizer in more than 100% by weight with respect to a weight of the water-soluble and ethanol-insoluble film coating base.
Air cap for a spray gun, in particular a paint spray gun, having at least one central opening, which is delimited by a mouth, and two horns, each having at least one inner and one outer horn air duct (15, 17) and one inner and one outer horn air opening (15a, 17a), characterized in that the spacing between the front end of the central opening and an axis which perpendicularly intersects the central axis of the central opening and runs through the centre of an inner horn air opening is between 2.4 mm and 2.6 mm and in that the angle (α) between the central axis of an inner horn air duct and the central axis of the central opening is between 57° and 60°.
A headgear assembly for use in a patient interface device for coupling a patient sealing assembly to the head of a patient, the patient sealing assembly adapted to communicate a flow of breathing gas with an airway of the patient, the headgear assembly comprising: (a) a strap member; and (b) an adjustment mechanism (40, 40') comprising a fastening mechanism, characterized in that the adjustment mechanism (40, 40') further comprises: a first portion having a first end and an opposite second end, the first end adapted to be coupled to the patient sealing assembly; a second portion having a first end and an opposite second end, the first end movably coupled to the second end of the first portion and the second end coupled to a portion of the strap member; wherein the second portion is movable among a first position in which the first and second portions (42, 44) are generally aligned and a second position in which the first and second portions (42, 44) are disposed generally parallel, and wherein the fastening mechanism is disposed to selectively fasten the first and second portions (42, 44) in the second position; wherein the strap member is a continuous strap member, and wherein the first and second portions (42, 44) are formed as stiffened or reinforced portions of the continuous strap member or placed over portions of the continuous strap member. (a) a strap member; and (b) an adjustment mechanism (40, 40') comprising a fastening mechanism, a first portion having a first end and an opposite second end, the first end adapted to be coupled to the patient sealing assembly; a second portion having a first end and an opposite second end, the first end movably coupled to the second end of the first portion and the second end coupled to a portion of the strap member;
Liner for a sports shoe, comprising a first layer made of thermoformable material and a flexible, non-thermoformable support film, the support film at least partially covering said first layer in covering zones (Z1, Z2, Z3, Z4) to limit the deformation of said first layer when the liner is subjected to a thermoforming temperature, the liner comprising at least one deformation zone to allow local deformation of said first layer when the liner is subjected to the thermoforming temperature.