mhurhangee/ep-ind-claims huggingface dataset:
A communication system, comprising: a node; and a control device, wherein the node comprises: a processor to process a received packet, wherein the control device comprises: a control unit to notify a processing rule and first identifier for identifying the processing rule to said node, wherein the processing rule includes a matching rule, wherein the processor of said node determines whether or not to process a received packet depending upon whether or not a second identifier attached to the received packet corresponds to the first identifier notified by the control unit wherein the processor processes the received packet according to said processing rule corresponding to the received packet if the second identifier corresponds to the first identifier. a node; and a control device, wherein the node comprises: a processor to process a received packet, wherein the control device comprises: a control unit to notify a processing rule and first identifier for identifying the processing rule to said node, wherein the processing rule includes a matching rule, wherein the processor of said node determines whether or not to process a received packet depending upon whether or not a second identifier attached to the received packet corresponds to the first identifier notified by the control unit wherein the processor processes the received packet according to said processing rule corresponding to the received packet if the second identifier corresponds to the first identifier. a processor to process a received packet, wherein the control device comprises: a control unit to notify a processing rule and first identifier for identifying the processing rule to said node, wherein the processing rule includes a matching rule, a control unit to notify a processing rule and first identifier for identifying the processing rule to said node, wherein the processing rule includes a matching rule, wherein the processor of said node determines whether or not to process a received packet depending upon whether or not a second identifier attached to the received packet corresponds to the first identifier notified by the control unit wherein the processor processes the received packet according to said processing rule corresponding to the received packet if the second identifier corresponds to the first identifier.
A suspension system for a motor vehicle wheel, including a shock absorber and a linking device between the body of the vehicle and the suspension arm of the wheel, characterized in that said linking device is constituted by four linking rods (21, 22, 23, 24) forming an articulated parallelogram, connected to one another by mechanical links (P 1, P 2, P 3, and P 4) at the four apexes of the parallelogram, the mechanical link (P 1) of the upper apex of the parallelogram forming the linking device being mounted on the body of the vehicle, and the mechanical link (P 3) of the lower apex of the parallelogram being mounted on the suspension arm, and the shock absorber being mounted substantially horizontally between the two mechanical links (P 2, P 4) of the median apexes of the parallelogram forming the linking device.
A method of manufacturing a preform for a wind turbine blade, the method comprising the steps of providing a preform mould comprising a mould surface, fastening a first mould inlay to a first portion of the mould surface, the first mould inlay having an outer surface and an inner surface, wherein the inner surface of the first mould inlay faces the first portion of the mould surface, and wherein at least part of the perimeter of the first mould inlay has a tapered edge, laying a fibre material and a binding agent on the mould surface and on the first mould inlay, applying negative pressure to the fibre material and binding agent for consolidating the fibre material, and applying heat to the consolidated fibre material and binding agent to form the preform. wherein the method further comprises fastening a second mould inlay to a second portion of the mould surface, the second mould inlay having an outer surface and an inner surface, wherein the inner surface of the second mould inlay faces the second portion of the mould surface, and wherein at least part of the perimeter of the second mould inlay has a tapered edge (83, 85) wherein the laying step comprises laying a fibre material and a binding agent on the mould surface, on the first mould inlay, and on the second mould inlay, wherein the longitudinal axis of the first mould inlay is substantially perpendicular to the longitudinal axis (Lm) of the mould surface, and wherein the longitudinal axis of the second mould inlay is substantially parallel to the longitudinal axis (Lm) of the mould surface. providing a preform mould comprising a mould surface, fastening a first mould inlay to a first portion of the mould surface, the first mould inlay having an outer surface and an inner surface, wherein the inner surface of the first mould inlay faces the first portion of the mould surface, and wherein at least part of the perimeter of the first mould inlay has a tapered edge, laying a fibre material and a binding agent on the mould surface and on the first mould inlay, applying negative pressure to the fibre material and binding agent for consolidating the fibre material, and applying heat to the consolidated fibre material and binding agent to form the preform. wherein the method further comprises fastening a second mould inlay to a second portion of the mould surface, the second mould inlay having an outer surface and an inner surface, wherein the inner surface of the second mould inlay faces the second portion of the mould surface, and wherein at least part of the perimeter of the second mould inlay has a tapered edge (83, 85) wherein the laying step comprises laying a fibre material and a binding agent on the mould surface, on the first mould inlay, and on the second mould inlay, wherein the longitudinal axis of the first mould inlay is substantially perpendicular to the longitudinal axis (Lm) of the mould surface, and wherein the longitudinal axis of the second mould inlay is substantially parallel to the longitudinal axis (Lm) of the mould surface.
A heating device comprising at least one heating section for thermally conditioning preforms consisting of thermoplastic material to a temperature profile suitable for a blow moulding, wherein the heating device has a transport means for transporting the preforms along a transport path of the heating device, and wherein the transport means has handling means for holding and handling a respective individual preform, characterised in that the transport means is formed and set up in such a way that, in at least one first portion of the transport path, the preforms are guided in a single row, and, in at least one second portion of the transport path, are guided in two adjacent rows, wherein at least one of the heating sections is arranged in one of the second portions, and the heating section comprises at least one heating means comprising two heating channels running parallel in the transport direction of the preforms, wherein each heating channel is in each case assigned to one of the two adjacent rows of preforms, wherein the heating means has radiant heaters for temperature-conditioning the preforms, and the radiant heaters are arranged between the two heating channels.
A drain hose for draining condensation, collected in a collector, out of a cabin of a vehicle, the collector being included in a vehicle air conditioner installed in the cabin, and the drain hose comprising: a drain hose body made of an elastic member, and including an upstream portion and a downstream portion, the upstream portion being coupled to a drain outlet of the collector, and the downstream portion being provided to extend toward an outside of the cabin from a through hole opening on a body panel, and making contact with a rim of the through hole; and a hard member formed to surround an outer periphery of the downstream portion of the drain hose body, attached to the downstream portion, and made of a material harder than the drain hose body, wherein the hard member includes: a notch defined on a portion of the hard member along a circumference of the hard member; and a hook configured to engage from the outside of the cabin with the rim of the through hole on the body panel, and characterised in that, the drain hose body includes a depressing portion provided to a part, of the drain hose body, to which the hard member is attached, the depressing portion extending to be positioned in the notch, and, when force is applied to the drain hose body in a direction to pull the drain hose body from the through hole, depressing an edge portion of the notch in a direction to expand the hard member in diameter. a drain hose body made of an elastic member, and including an upstream portion and a downstream portion, the upstream portion being coupled to a drain outlet of the collector, and the downstream portion being provided to extend toward an outside of the cabin from a through hole opening on a body panel, and making contact with a rim of the through hole; and a hard member formed to surround an outer periphery of the downstream portion of the drain hose body, attached to the downstream portion, and made of a material harder than the drain hose body, wherein the hard member includes: a notch defined on a portion of the hard member along a circumference of the hard member; and a hook configured to engage from the outside of the cabin with the rim of the through hole on the body panel, and characterised in that, the drain hose body includes a depressing portion provided to a part, of the drain hose body, to which the hard member is attached, the depressing portion extending to be positioned in the notch, and, when force is applied to the drain hose body in a direction to pull the drain hose body from the through hole, depressing an edge portion of the notch in a direction to expand the hard member in diameter.
A drill bit insert attached to a tip portion of a drill bit to perform drilling, the drill bit insert comprising: an insert body comprising: a rear end portion buried in a bit body of the drill bit; and a tip portion protruding from a surface of the drill bit and tapered toward a tip side of the insert body, wherein a surface of at least the tip portion of the insert body is made of a polycrystalline cubic boron nitride compact sintered using a catalytic metal containing Al and at least one selected from the group consisting of Co, Ni, Mn, and Fe, polycrystalline cubic boron nitride compact containing 70 vol% to 95 vol% of cubic boron nitride, wherein the polycrystalline cubic boron nitride compact contains a metallic additive containing at least one selected from the group consisting of W, Mo, Cr, V, Zr and Hf, and the catalytic metal content in a portion other than the cubic boron nitride is 64 wt% to 90 wt%, the metallic additive content in the portion other than cubic boron nitride is 10 wt% to 36 wt%, and the Al content in the catalytic metal is 10 wt% to 14 wt%. an insert body comprising: a rear end portion buried in a bit body of the drill bit; and a tip portion protruding from a surface of the drill bit and tapered toward a tip side of the insert body, wherein a surface of at least the tip portion of the insert body is made of a polycrystalline cubic boron nitride compact sintered using a catalytic metal containing Al and at least one selected from the group consisting of Co, Ni, Mn, and Fe, polycrystalline cubic boron nitride compact containing 70 vol% to 95 vol% of cubic boron nitride, wherein the polycrystalline cubic boron nitride compact contains a metallic additive containing at least one selected from the group consisting of W, Mo, Cr, V, Zr and Hf, and the catalytic metal content in a portion other than the cubic boron nitride is 64 wt% to 90 wt%, the metallic additive content in the portion other than cubic boron nitride is 10 wt% to 36 wt%, and the Al content in the catalytic metal is 10 wt% to 14 wt%.
Apparatus for reducing impact of a fall onto and/or increasing cushioning of a surface comprising: a first upper layer and a second layer, wherein the first layer is resilient and comprises at least one hole, and further wherein the second layer is resilient and comprises; a plurality of foam elements, wherein at least one foam element is a closed-cell foam element; and at least one inset region, wherein the at least one inset region comprises a plurality of through holes in the second layer and wherein the hole(s) of the second layer are partially or wholly filled with a material which supports plant growth. a first upper layer and a second layer, wherein the first layer is resilient and comprises at least one hole, and further wherein the second layer is resilient and comprises; a plurality of foam elements, wherein at least one foam element is a closed-cell foam element; and a plurality of foam elements, wherein at least one foam element is a closed-cell foam element; and at least one inset region, wherein the at least one inset region comprises a plurality of through holes in the second layer and wherein the hole(s) of the second layer are partially or wholly filled with a material which supports plant growth.
A photoacoustic imaging apparatus comprising: a light source configured to irradiate a subject with light, an acoustic converting unit configured to receive an acoustic wave (81, 82) generated by irradiating the subject with the light and to convert the acoustic wave (81, 82) to an electrical signal; and a processing unit configured to determine a surface shape of the subject, to generate first image data from the electrical signal, to determine an internal light intensity distribution corresponding to inside the subject on the basis of a surface illuminance distribution of the light incident on the subject and the determined surface shape of the subject, and to generate second image data on the basis of the electrical signal and the internal light intensity distribution corresponding to inside the subject, wherein the processing unit is adapted to acquire the generated second image data to display an image based on the said second image data. a light source configured to irradiate a subject with light, an acoustic converting unit configured to receive an acoustic wave (81, 82) generated by irradiating the subject with the light and to convert the acoustic wave (81, 82) to an electrical signal; and a processing unit configured to determine a surface shape of the subject, to generate first image data from the electrical signal, to determine an internal light intensity distribution corresponding to inside the subject on the basis of a surface illuminance distribution of the light incident on the subject and the determined surface shape of the subject, and to generate second image data on the basis of the electrical signal and the internal light intensity distribution corresponding to inside the subject, wherein the processing unit is adapted to acquire the generated second image data to display an image based on the said second image data.
A motor vehicle comprising a structural element and a seat comprising at least two separate and independent seat portions, each of the seat portions being configured to support a part of a user's body and being independently coupled to the structural element in a movable manner relative to the structural element with three degrees of freedom including two translations in a plane along respective orthogonal axes (X, Z) and a rotation around a further axis orthogonal to said plane.
A slip ring unit comprising at least one brush rotatable against at least one sliding track, a position encoder and an evaluation unit, the slip ring unit characterised by the position encoder detecting the relative angular position between the at least one brush and the at least one sliding track, and the evaluation unit being configured to receive signals from the position encoder and to generate an angular position dependent wear indicating signal from the signals received from the position encoder, the wear indication signal indicates wear of the at least one sliding track.
A tightening system in an article for a wearer, comprising: a first member defining first and second ends; a second member defining first and second ends, the first ends of the first and second members being spaced apart by a distance; at least one tension element (16, 18) connecting the first and second members; wherein a tensioning mechanism (22, 24) is mounted on one of the members (12, 14) and coupled to the at least one tension element (16, 18), the tensioning mechanism including a housing characterized in that the tensioning mechanism further includes a retractable and extendable line (26, 28) arranged to be extended from the housing and automatically retract to the housing upon release of the line to permit one-way incremental winding of the at least one tension element to thereby draw the first and second members closer to one another by reducing said distance and in that the tensioning mechanism is selectively mountable over an outer surface of the first member at a plurality of locations. a first member defining first and second ends; a second member defining first and second ends, the first ends of the first and second members being spaced apart by a distance; at least one tension element (16, 18) connecting the first and second members; wherein a tensioning mechanism (22, 24) is mounted on one of the members (12, 14) and coupled to the at least one tension element (16, 18), the tensioning mechanism including a housing characterized in that the tensioning mechanism further includes a retractable and extendable line (26, 28) arranged to be extended from the housing and automatically retract to the housing upon release of the line to permit one-way incremental winding of the at least one tension element to thereby draw the first and second members closer to one another by reducing said distance and in that the tensioning mechanism is selectively mountable over an outer surface of the first member at a plurality of locations.
An ultrasonic welding installation comprising an ultrasonic vibration unit having a sonotrode and a converter, wherein the sonotrode and the converter are arranged in mutually adjacent relationship along a longitudinal axis and the ultrasonic vibration unit can be caused to resonate with an ultrasonic vibration in the direction of the longitudinal axis with a wavelength λ/2, wherein there is provided a holder for holding the ultrasonic vibration unit, wherein the holder has an angle positioning device, characterised in that the angle positioning device and the ultrasonic vibration unit are of such a configuration that they can be connected together in positively locking relationship so that a rotation of the ultrasonic vibration unit about the longitudinal axis is prevented by the positively locking connection and a relative movement between the ultrasonic vibration unit and the holder in the direction of the longitudinal axis is not prevented, wherein the ultrasonic vibration unit has an outer bead with at least one recess, wherein the angle positioning device has at least one projection which corresponds to the recess and which can engage into the recess and thus provides the positively locking connection.
Method for aggregating lane information for creating and/or updating a digital roadmap, wherein the method comprises at least the following steps: a) capturing multiple position coordinates of a first vehicle along a route section together with timestamps associated with the respective position coordinates; and b) capturing multiple further position coordinates of at least one further vehicle along the route section together with timestamps associated with the respective further position coordinates; wherein a route profile of the route section is ascertained on the basis of the position coordinates of the first vehicle that are captured in step a) and the further position coordinates of the at least one further vehicle that are captured in step b), wherein in each case the position coordinates of the first vehicle and the further position coordinates of the at least one further vehicle with timestamps within an identical or overlapping period of time are taken into consideration; characterized in that the period of time is between 1 second and 1 minute, the route section being shorter than 500 metres. a) capturing multiple position coordinates of a first vehicle along a route section together with timestamps associated with the respective position coordinates; and b) capturing multiple further position coordinates of at least one further vehicle along the route section together with timestamps associated with the respective further position coordinates; a route profile of the route section is ascertained on the basis of the position coordinates of the first vehicle that are captured in step a) and the further position coordinates of the at least one further vehicle that are captured in step b), wherein in each case the position coordinates of the first vehicle and the further position coordinates of the at least one further vehicle with timestamps within an identical or overlapping period of time are taken into consideration; characterized in that the period of time is between 1 second and 1 minute, the route section being shorter than 500 metres.
A system, comprising: a space suit helmet, comprising: an outer surface structure being an impact bubble; an inner surface structure being a pressure bubble, wherein the inner surface structure is configured to maintain an oxygenated environment within an interior cavity of the space suit helmet, wherein a user is able to see through the inner surface structure and the outer surface structure; a ring, wherein the outer surface structure and the inner surface structure are coupled to the ring; and a waveguide display implemented at least one of in or on the space suit helmet, the waveguide display comprising: a waveguide; and an optical system positioned outside the interior cavity and configured to project images at least through the waveguide to be displayed to the user; wherein there is a gap between the outer surface structure and the inner surface structure;. an outer surface structure being an impact bubble; an inner surface structure being a pressure bubble, wherein the inner surface structure is configured to maintain an oxygenated environment within an interior cavity of the space suit helmet, wherein a user is able to see through the inner surface structure and the outer surface structure; a ring, wherein the outer surface structure and the inner surface structure are coupled to the ring; and a waveguide display implemented at least one of in or on the space suit helmet, the waveguide display comprising: a waveguide; and an optical system positioned outside the interior cavity and configured to project images at least through the waveguide to be displayed to the user; wherein there is a gap between the outer surface structure and the inner surface structure;. a waveguide; and an optical system positioned outside the interior cavity and configured to project images at least through the waveguide to be displayed to the user; wherein there is a gap between the outer surface structure and the inner surface structure;.