mhurhangee/patent-ind-claim-en huggingface dataset:
An antireflection film, comprising: a low refractive index layer which includes a binder resin containing a crosslinked polymer of a photopolymerizable compound and a polysilsesquioxane substituted with one or more reactive functional groups, wherein the binder resin further includes a crosslinked polymer of a photopolymerizable compound, a fluorine-based compound containing a photoreactive functional group, and polysilsesquioxane substituted with one or more reactive functional groups; and inorganic fine particles dispersed in the binder resin, wherein the inorganic fine particles include at least one selected from the group consisting of solid inorganic nanoparticles having a diameter of 0.5 to 100 nm, and hollow inorganic nanoparticles having a diameter of 1 to 200 nm; and a hard coating layer; wherein a 10-point average roughness (Rz) of the shape of irregularities on the surface of the low refractive index layer is 0.05 μ m to 0.2 μ m, wherein the 10-point average roughness indicates the sum of an average value of absolute values of the heights of five highest profile peaks and the depths of five deepest profile valleys based on an average line within sampling length from the surface irregularity curve, wherein the 10-point average roughness (Rz) of the shape of irregularities on the surface of the low refractive index is a result measured using a non-contact surface measuring system of 3D optical profiler.
An apparatus for moulding battery components comprising: a molten metal feed trough ; a mould block adjacent to the feed trough , the mould block having at least one mould cavity and a cooling arrangement which in use cools the mould block ; a weir between the feed trough and the or each cavity ; a supply for feeding molten metal to the feed trough ; wherein the mould block is provided with a heating arrangement adjacent to the or each mould cavity , characterised in that , the heating arrangement includes at least one thermal bridge provided adjacent to the mould block ; and, wherein the heating arrangement is configured in use to locally heat the mould block by conducting thermal energy from the molten metal in the feed trough to the mould block , such that at least part of the or each mould cavity is maintained at an elevated temperature relative to the average operational temperature of the mould block . a molten metal feed trough ; a mould block adjacent to the feed trough , the mould block having at least one mould cavity and a cooling arrangement which in use cools the mould block ; a weir between the feed trough and the or each cavity ; a supply for feeding molten metal to the feed trough ; wherein the mould block is provided with a heating arrangement adjacent to the or each mould cavity , characterised in that , the heating arrangement includes at least one thermal bridge provided adjacent to the mould block ; and, wherein the heating arrangement is configured in use to locally heat the mould block by conducting thermal energy from the molten metal in the feed trough to the mould block , such that at least part of the or each mould cavity is maintained at an elevated temperature relative to the average operational temperature of the mould block .
A container for transport and/or storage of goods, the container comprising: - a bottom and at least two sides , erecting from said bottom , - at least one pair of opposite guiding rails supported by the container sides , wherein each guiding rail comprises a guiding channel having a slit opening , which guiding rail is further provided with one or more sliding elements engaged within said channel , wherein the sliding elements are able to slide back and forth along said channel while providing a dunnage support through the slit opening , and a blocking element coupled to the guiding rail , which blocking element has a blocking portion for blocking a passage of the sliding elements along said channel , - a dunnage structure that is suspended from the sliding elements , characterized in that the blocking element is further adapted for its blocking portion to be movable between a first position and a second position, in which the blocking portion respectively blocks and allows said passage of the sliding elements . - a bottom and at least two sides , erecting from said bottom , - at least one pair of opposite guiding rails supported by the container sides , wherein each guiding rail comprises a guiding channel having a slit opening , which guiding rail is further provided with one or more sliding elements engaged within said channel , wherein the sliding elements are able to slide back and forth along said channel while providing a dunnage support through the slit opening , and a blocking element coupled to the guiding rail , which blocking element has a blocking portion for blocking a passage of the sliding elements along said channel , - a dunnage structure that is suspended from the sliding elements , characterized in that the blocking element is further adapted for its blocking portion to be movable between a first position and a second position, in which the blocking portion respectively blocks and allows said passage of the sliding elements .
A posing assembly that effects transfer and posing of a semi-finished product that is destined for inclusion in a tire, the posing assembly comprising: a cylindrical carrier of predetermined length and having a central longitudinal axis and a carrier surface having a predetermined circumferential extent; a lune that is movable relative to the carrier , with the lune having an arcuate outer lune surface with an apex defined therealong and an opposed arcuate inner lune surface positioned proximate the carrier surface , and with the outer lune surface and the inner lune surface being bound by a leading edge and a trailing edge ; and an actuatable yoke coupled with the carrier such that actuation of the yoke effects corresponding actuation of the posing assembly , the yoke having a fixed extent pivotably secured to a support surface (S) and an opposed free extent , with the yoke being actuatable between a ready position, at which the apex of the outer lune surface positions a leading edge of the semi-finished product in linear spaced alignment with a posing point (P) of a rotating forming drum having a circumferential forming surface upon which the semi-finished product is posed during the product posing cycle, and a posing position, at which the apex engages the posing point (P) and thereby effects posing of the leading edge of the semi-finished product upon the forming surface . a cylindrical carrier of predetermined length and having a central longitudinal axis and a carrier surface having a predetermined circumferential extent; a lune that is movable relative to the carrier , with the lune having an arcuate outer lune surface with an apex defined therealong and an opposed arcuate inner lune surface positioned proximate the carrier surface , and with the outer lune surface and the inner lune surface being bound by a leading edge and a trailing edge ; and
An aerosol generating device for generating a flow of aerosol in use, the aerosol generating device defining a first flow path (P-R) from an air inlet to an outlet portion , and a second, separate flow path (A-C) from the or another air inlet to the outlet portion, the aerosol generating device comprising: a container for containing aerosol generating material; a heating element arranged to heat the material to generate, in the first flow path (P-R), a flow of aerosol; the or another heating element arranged to heat only inlet air from the air inlet or the other air inlet to generate, in the second flow path, a flow of heated air; a receiving portion , in the second flow path, arranged to receive an element for modifying a property of the flow of heated air generated in use flowing therethrough, thereby to generate, in the second flow path, a flow of modified air; wherein the outlet portion is arranged to allow egress of the flow of aerosol generated in use, and the flow of modified air generated in use, for inhalation by a user. a container for containing aerosol generating material; a heating element arranged to heat the material to generate, in the first flow path (P-R), a flow of aerosol; the or another heating element arranged to heat only inlet air from the air inlet or the other air inlet to generate, in the second flow path, a flow of heated air; a receiving portion , in the second flow path, arranged to receive an element for modifying a property of the flow of heated air generated in use flowing therethrough, thereby to generate, in the second flow path, a flow of modified air; wherein the outlet portion is arranged to allow egress of the flow of aerosol generated in use, and the flow of modified air generated in use, for inhalation by a user.
Blocking device (D) for an opening handle comprising a blocking member and a screw , said blocking member being mounted on said screw , wherein said blocking member comprises at least two branches and that are parallel and joined at their rear end by a base , characterized in that the front end of one of the two branches being linked to an arm extending parallel to the two branches and , said arm comprising at least one extension at right angles to said arm .
A clockwork movement including a power supply feeding components forming two distinct kinematic chains , each kinematic chain comprising a regulating system , the frequency of rotation of said regulating systems being different from each other, characterized in that each kinematic chain comprises a torque stabilizer arranged between the power supply and the regulating system .
A solid lubricant composition comprising a solid lubricant mixture comprising a fatty acid amide, a dicarboxylic acid or a salt thereof, and boron nitride; a lubricating grease base; a solvent and/or a blowing agent. a solid lubricant mixture comprising a fatty acid amide, a dicarboxylic acid or a salt thereof, and boron nitride; a fatty acid amide, a dicarboxylic acid or a salt thereof, and boron nitride; a lubricating grease base; a solvent and/or a blowing agent.
Ankle protection device for a person comprising: - a main part made of an anti-abrasion material enveloping the ankle and having a rear part placed on the rear of the ankle at the level of the Achilles tendon of the person, a front part placed on the front of the ankle at the level of the instep of the person, an inner wall intended to be in contact with the ankle and an outer wall , - two reinforcements fixed to the inner wall of the main part at the level of the malleoli of the person's ankle , - closing devices fixed to the outer wall of the main part to hold and tighten the said device against the ankle , - a rigid element having two parts joined together by a bend, an upper part fixed to the rear part of the main part and a lower part intended to be positioned under the heel of the person's shoe. - a main part made of an anti-abrasion material enveloping the ankle and having a rear part placed on the rear of the ankle at the level of the Achilles tendon of the person, a front part placed on the front of the ankle at the level of the instep of the person, an inner wall intended to be in contact with the ankle and an outer wall , - two reinforcements fixed to the inner wall of the main part at the level of the malleoli of the person's ankle , - closing devices fixed to the outer wall of the main part to hold and tighten the said device against the ankle , - a rigid element having two parts joined together by a bend, an upper part fixed to the rear part of the main part and a lower part intended to be positioned under the heel of the person's shoe.
An expansion compensator element , for pipe elements, comprising - first and second identical stub ends , which have a tubular body with first and second opposite ends (2.1, 2.2, 3.1, 3.2) and a ring-shaped area emerging from the first end (2.1, 3.1) with first through holes , wherein both first and second stub ends are arranged symmetrically with the second end (2.2, 3.2) of both facing each other; the compensator element is characterised in that it further comprises - a tubular jacket arranged on the outer surface of at least one portion of the tubular bodies of both first and second stub ends , the inner diameter of the tubular jacket being such that the tubular bodies can fit tightly therein while the longitudinal movement of both stub ends with respect to the tubular jacket is enabled, and; - guide means for the longitudinal movement of each first and second stub ends respectively, which have for each one of them a guide flange located on the tubular jacket on one end thereof, with second through holes , and a set of shafts parallel to the shaft of both stub ends each arranged through one of the second through holes , with a first free end (10.1) and a second end (10.2) fixed to the ring-shaped area of the corresponding stub end. - first and second identical stub ends , which have a tubular body with first and second opposite ends (2.1, 2.2, 3.1, 3.2) and a ring-shaped area emerging from the first end (2.1, 3.1) with first through holes , wherein both first and second stub ends are arranged symmetrically with the second end (2.2, 3.2) of both facing each other; the compensator element is characterised in that it further comprises - a tubular jacket arranged on the outer surface of at least one portion of the tubular bodies of both first and second stub ends , the inner diameter of the tubular jacket being such that the tubular bodies can fit tightly therein while the longitudinal movement of both stub ends with respect to the tubular jacket is enabled, and; - guide means for the longitudinal movement of each first and second stub ends respectively, which have for each one of them a guide flange located on the tubular jacket on one end thereof, with second through holes , and a set of shafts parallel to the shaft of both stub ends each arranged through one of the second through holes , with a first free end (10.1) and a second end (10.2) fixed to the ring-shaped area of the corresponding stub end.
A wind turbine rotor blade comprising a lightning protection system which has at least one receptor , a lightning protection conductor and a dissipation ring , wherein a portion of the lightning protection conductor is in electrical contact with the dissipation ring by a connecting unit , wherein the connecting unit has a screw with a first end with a collar as well as a second end with an elongate portion and a male thread at the region of the elongate portion as well as a nut with a first end with a collar and a second end with an elongated portion and a female thread at the elongated portion , wherein the nut and the screw can be screwed together by the female thread of the elongated portion of the nut and by the male thread of the elongated portion of the screw , wherein the collar of the screw and the collar of the nut are disposed at mutually opposite sides of the connecting unit when the screw with the male thread is screwed into the female thread of the nut , characterized in that the screw has a through bore and that the relationship between an outside diameter of the collars and an outside diameter of a portion of the nut is greater than 3. a lightning protection system which has at least one receptor , a lightning protection conductor and a dissipation ring , wherein a portion of the lightning protection conductor is in electrical contact with the dissipation ring by a connecting unit , wherein the connecting unit has a screw with a first end with a collar as well as a second end with an elongate portion and a male thread at the region of the elongate portion as well as a nut with a first end with a collar and a second end with an elongated portion and a female thread at the elongated portion , wherein the nut and the screw can be screwed together by the female thread of the elongated portion of the nut and by the male thread of the elongated portion of the screw , wherein the collar of the screw and the collar of the nut are disposed at mutually opposite sides of the connecting unit when the screw with the male thread is screwed into the female thread of the nut , characterized in that the screw has a through bore and that the relationship between an outside diameter of the collars and an outside diameter of a portion of the nut is greater than 3.
A method performed by a node in a mesh communication network for routing a received packet towards a destination, the method comprising: - receiving a packet addressed to a destination node in the mesh network, the packet comprising information related to address of source node, last hop address, address of destination node, and a hop counter, - determining whether the destination address is comprised in a routing table of the node in the mesh communication network, and when the destination address is comprised in a routing table: - forwarding the received packet according to the routing table, or when the destination address is not comprised in a routing table: - flooding the received packet by broadcasting it in the mesh communication network, characterized in that , the method further comprising: - updating the routing table according to the received packet, wherein the updating of the routing table according to the received packet comprises incrementing a counter indicative of the number of times packets have been received from the last hop address, having the same source address, when both the source address and the last hop address are comprised in the routing table. - receiving a packet addressed to a destination node in the mesh network, the packet comprising information related to address of source node, last hop address, address of destination node, and a hop counter, - determining whether the destination address is comprised in a routing table of the node in the mesh communication network, and when the destination address is comprised in a routing table: - forwarding the received packet according to the routing table, or when the destination address is not comprised in a routing table: - flooding the received packet by broadcasting it in the mesh communication network, characterized in that , the method further comprising: - updating the routing table according to the received packet, wherein the updating of the routing table according to the received packet comprises incrementing a counter indicative of the number of times packets have been received from the last hop address, having the same source address, when both the source address and the last hop address are comprised in the routing table.
A method for measuring the retroreflectivity of a surface of a reflective layer applied to a road while moving across the surface, the method comprising: - receiving a detector signal indicative of an intensity of light reflected back from an illuminated area of the surface, and detected by a detector at an observation angle (α) relative to the surface in response to an illumination of the illuminated area at an incident angle relative to the surface; - determining, from at least the received detector signal, a first measure of retroreflectivity of the surface; wherein the method further comprises receiving a measured distance between the detector and the illuminated area ; characterized by a step of determining an adjusted measure of retroreflectivity wherein said step comprises scaling the first measure of retroreflectivity in response to the received measured distance. - receiving a detector signal indicative of an intensity of light reflected back from an illuminated area of the surface, and detected by a detector at an observation angle (α) relative to the surface in response to an illumination of the illuminated area at an incident angle relative to the surface; - determining, from at least the received detector signal, a first measure of retroreflectivity of the surface;
A data flow transmission method, applied to a wireless network system, and comprising: obtaining , by a first network device, position information of a user equipment for which the first network device provides a service; determining , by the first network device according to the position information, a quantity of remote user equipments in a first group connected to a relay user equipment; wherein the remote user equipments are user equipments located outside the wireless network coverage; when the quantity of the remote user equipments in the first group connected to the relay user equipment is greater than or equal to a first threshold, determining, by the first network device, to send data of the remote user equipments by using a common data flow bearer of a unicast mode; triggering , by the first network device, the relay user equipment to establish the common data flow bearer with a second network device, wherein the common data flow bearer is used to carry a data flow transmitted from the second network device to a remote user equipment in the first group, the remote user equipment in the first group is connected to the second network device by using the relay user equipment; and sending , by the first network device, an identifier of a common data flow to the remote user equipment in the first group by using the relay user equipment, wherein the identifier of the common data flow is used for the remote user equipment in the first group receiving data of the common data flow, the common data flow is the data flow transmitted from the second network device to the remote user equipment in the first group. obtaining , by a first network device, position information of a user equipment for which the first network device provides a service; determining , by the first network device according to the position information, a quantity of remote user equipments in a first group connected to a relay user equipment; wherein the remote user equipments are user equipments located outside the wireless network coverage; when the quantity of the remote user equipments in the first group connected to the relay user equipment is greater than or equal to a first threshold, determining, by the first network device, to send data of the remote user equipments by using a common data flow bearer of a unicast mode; triggering , by the first network device, the relay user equipment to establish the common data flow bearer with a second network device, wherein the common data flow bearer is used to carry a data flow transmitted from the second network device to a remote user equipment in the first group, the remote user equipment in the first group is connected to the second network device by using the relay user equipment; and sending , by the first network device, an identifier of a common data flow to the remote user equipment in the first group by using the relay user equipment, wherein the identifier of the common data flow is used for the remote user equipment in the first group receiving data of the common data flow, the common data flow is the data flow transmitted from the second network device to the remote user equipment in the first group.