mhurhangee/ep-ind-claims huggingface dataset:
A rolling method that rolls a rolled material by a tandem rolling mill including a plurality of rolling stands (#1 to #5), supplying by mixing rolling oil supplied from a first rolling oil supply system and a second rolling oil supply system to one or two or more rolling stands selected from the plurality of rolling stands, wherein the first rolling oil supply system circulates and supplies rolling oil subjected to a removal treatment of wear powder generated by the rolling, characterized in that the second rolling oil supply system supplies rolling oil containing the wear powder generated by the rolling. supplying by mixing rolling oil supplied from a first rolling oil supply system and a second rolling oil supply system to one or two or more rolling stands selected from the plurality of rolling stands, wherein the first rolling oil supply system circulates and supplies rolling oil subjected to a removal treatment of wear powder generated by the rolling, characterized in that the second rolling oil supply system supplies rolling oil containing the wear powder generated by the rolling.
A greenhouse (10; 50) comprising: a growing section (16; 56) with an air or gas distribution system within said growing section; the distribution system comprising one or more conduits (18; 58) for distributing air or gas within the greenhouse with the one or more conduits carrying air or gas having different pressures along the length of the one or more conduits, the one or more conduits being arranged to provide substantially equal distribution of air or gas throughout the growing section; the one or more conduits comprising one or more air distribution tubes (100; 200) each comprising an outer tube (102; 202) and an inner tube (104; 204); outer tube holes (106; 206) are provided in the outer tube and inner tube holes (108; 208) are included in the inner tube; the pattern of the outer tube holes (106; 206) changing so that different amounts of air are allowed to pass out of the outer tube (102; 202) at different locations along the outer tube (102; 202), the pattern of holes varying along the length of the outer tube (102; 202) to compensate for pressure variations; one or more compartments (114; 214) being formed between the inner tube and the outer tube; a main air flow from the inner tube can pass through the inner tube holes into the one or more compartments; the inner tube holes are offset from the outer tube holes such that much of the turbulence or directional nature of the air flow is dissipated in the one or more compartments before exiting from the air distribution tube through the outer tube holes. a growing section (16; 56) with an air or gas distribution system within said growing section; the distribution system comprising one or more conduits (18; 58) for distributing air or gas within the greenhouse with the one or more conduits carrying air or gas having different pressures along the length of the one or more conduits, the one or more conduits being arranged to provide substantially equal distribution of air or gas throughout the growing section; the one or more conduits comprising one or more air distribution tubes (100; 200) each comprising an outer tube (102; 202) and an inner tube (104; 204); outer tube holes (106; 206) are provided in the outer tube and inner tube holes (108; 208) are included in the inner tube; the pattern of the outer tube holes (106; 206) changing so that different amounts of air are allowed to pass out of the outer tube (102; 202) at different locations along the outer tube (102; 202), the pattern of holes varying along the length of the outer tube (102; 202) to compensate for pressure variations; one or more compartments (114; 214) being formed between the inner tube and the outer tube; a main air flow from the inner tube can pass through the inner tube holes into the one or more compartments; the inner tube holes are offset from the outer tube holes such that much of the turbulence or directional nature of the air flow is dissipated in the one or more compartments before exiting from the air distribution tube through the outer tube holes.
Portable lighting lamp comprising - one or more LEDs: - a controllable power unit (113, 112) providing power to the LEDs, - a control unit for adjusting the light generated by the lamp, characterized in that said control unit includes an image sensor generating images of the area illuminated by the lamp, and a processor for processing images so as to detect the presence of an eye in a presumably dangerous area, said control unit generating a control signal for reducing the amount of light generated by the LEDs upon detection of a human face, in particular of an eye in said presumably dangerous area. - one or more LEDs: - a controllable power unit (113, 112) providing power to the LEDs, - a control unit for adjusting the light generated by the lamp,
A multi-edge reamer with a cutting region having a base body comprising a centre axis, - wherein from the cutting region extend - at least a first number of first edges, each with a cutting edge and with an adjoining circular grinding chamfer with a first width forming a guide region for the respective first edge, and - a second number of second edges, each with a cutting edge and with an adjoining circular grinding chamfer with a second width forming a guide region for the respective second edge, wherein - the first width is greater than the second width, wherein - the first number of first edges is greater than the second number of second edges, wherein - all the first edges are directly adjacent to one another - viewed in circumferential direction - so that they are arranged in a contiguous group, characterised in that - exactly one second edge is provided, and in that - the first number is at least three to at most seven. - wherein from the cutting region extend - at least a first number of first edges, each with a cutting edge and with an adjoining circular grinding chamfer with a first width forming a guide region for the respective first edge, and - a second number of second edges, each with a cutting edge and with an adjoining circular grinding chamfer with a second width forming a guide region for the respective second edge, wherein - at least a first number of first edges, each with a cutting edge and with an adjoining circular grinding chamfer with a first width forming a guide region for the respective first edge, and - a second number of second edges, each with a cutting edge and with an adjoining circular grinding chamfer with a second width forming a guide region for the respective second edge, wherein - the first width is greater than the second width, wherein - the first number of first edges is greater than the second number of second edges, wherein - all the first edges are directly adjacent to one another - viewed in circumferential direction - so that they are arranged in a contiguous group, characterised in that - exactly one second edge is provided, and in that - the first number is at least three to at most seven.
An enhanced node B, eNB, comprising hardware processing circuitry configured to: transmit signaling either using dedicated radio-resource control, RRC, signaling or sent using common RRC signaling via system information blocks, SIBs, to indicate a device-to-device,D2D, discovery zone configuration to proximity service, ProSe, enabled user equipment, wherein the signaling indicates time and frequency resources and a periodicity of a discovery zone and operational parameters for the discovery zone, wherein the resources of the D2D discovery zone are allocated for D2D discovery signal transmission by the ProSe-enabled user equipments, characterized in that the signaling for the D2D discovery zone configuration indicates: a non-contention-based D2D discovery zone for which periodic resources are allocated for non-contention based transmission of discovery signals by only ProSe-enabled user equipments in RRC connected mode; and a contention-based D2D discovery zone for which periodic resources are allocated for contention-based transmission of discovery signals by any ProSe-enabled user equipments including ProSe-enabled user equipments in RRC connected mode, RRC idle mode and out of coverage user equipments. transmit signaling either using dedicated radio-resource control, RRC, signaling or sent using common RRC signaling via system information blocks, SIBs, to indicate a device-to-device,D2D, discovery zone configuration to proximity service, ProSe, enabled user equipment, wherein the signaling indicates time and frequency resources and a periodicity of a discovery zone and operational parameters for the discovery zone, wherein the resources of the D2D discovery zone are allocated for D2D discovery signal transmission by the ProSe-enabled user equipments, characterized in that the signaling for the D2D discovery zone configuration indicates: a non-contention-based D2D discovery zone for which periodic resources are allocated for non-contention based transmission of discovery signals by only ProSe-enabled user equipments in RRC connected mode; and a contention-based D2D discovery zone for which periodic resources are allocated for contention-based transmission of discovery signals by any ProSe-enabled user equipments including ProSe-enabled user equipments in RRC connected mode, RRC idle mode and out of coverage user equipments. a non-contention-based D2D discovery zone for which periodic resources are allocated for non-contention based transmission of discovery signals by only ProSe-enabled user equipments in RRC connected mode; and a contention-based D2D discovery zone for which periodic resources are allocated for contention-based transmission of discovery signals by any ProSe-enabled user equipments including ProSe-enabled user equipments in RRC connected mode, RRC idle mode and out of coverage user equipments.
A method for modeling computer and network threats, comprising: receiving information about an entity that is to be protected from threats, the entity being one of an application and an operating system; receiving information about one or more security products for protecting the entity; retrieving a plurality of transforms based on the information about one or more security products for protecting the entity, each transform querying a database containing empirical test results data on exploits that bypass security products; modeling each security product using the plurality of transforms to identify one or more exploits that are not stopped by the security product; and displaying, based on the modeling, a graphical output to the user that displays the one or more security products for protecting the entity and a plurality of known exploits and each exploit is linked to one or more of the security products, each security product having an icon having a size wherein the size of the icon for a particular security product grows when additional exploits are linked to the particular security product. receiving information about an entity that is to be protected from threats, the entity being one of an application and an operating system; receiving information about one or more security products for protecting the entity; retrieving a plurality of transforms based on the information about one or more security products for protecting the entity, each transform querying a database containing empirical test results data on exploits that bypass security products; modeling each security product using the plurality of transforms to identify one or more exploits that are not stopped by the security product; and displaying, based on the modeling, a graphical output to the user that displays the one or more security products for protecting the entity and a plurality of known exploits and each exploit is linked to one or more of the security products, each security product having an icon having a size wherein the size of the icon for a particular security product grows when additional exploits are linked to the particular security product.
A method for hybrid client-server data provision, comprising: requesting, by an application executed by a client device from a plurality of content provider software development kits, SDKs, integrated with the application, an item of content for display by the client device; processing the request for an item of content, by a plurality of request adaptors of the content provider SDKs, for potential submission to a plurality of content provider servers, thereby generating a plurality of processed requests; receiving, by an interceptor module of a mediation SDK integrated with the application from the plurality of content provider SDKs, the plurality of processed requests; batching, by a consolidator module of the mediation SDK, the plurality of processed requests into a batch request, the batch request comprising content provider priority information; transmitting, by the mediation SDK, the batch request to a mediation server for mediation of the batch request to the plurality of content provider servers based on the content provider priority information; and receiving, by the mediation SDK, the requested item of content from the mediation server for display by the client device. requesting, by an application executed by a client device from a plurality of content provider software development kits, SDKs, integrated with the application, an item of content for display by the client device; processing the request for an item of content, by a plurality of request adaptors of the content provider SDKs, for potential submission to a plurality of content provider servers, thereby generating a plurality of processed requests; receiving, by an interceptor module of a mediation SDK integrated with the application from the plurality of content provider SDKs, the plurality of processed requests; batching, by a consolidator module of the mediation SDK, the plurality of processed requests into a batch request, the batch request comprising content provider priority information; transmitting, by the mediation SDK, the batch request to a mediation server for mediation of the batch request to the plurality of content provider servers based on the content provider priority information; and receiving, by the mediation SDK, the requested item of content from the mediation server for display by the client device.
An LTE in band relay method, wherein the method comprises: receiving, by a first relay node, allocation information that is sent by a donor eNodeB, wherein the allocation information is used to indicate a first radio bearer resource that is to be occupied by a first backhaul link in a scheduling period, and the first backhaul link is a link between the first relay node and the donor eNodeB; and communicating, by the first relay node, with first user equipment in the scheduling period by using a second radio bearer resource, wherein the first user equipment is user equipment to which the first relay node provides a service, and the second radio bearer resource is a radio bearer resource that is in a preset frequency band and that is different from the first radio bearer resource; wherein the receiving, by a first relay node, allocation information that is sent by a donor eNodeB comprises: receiving, by the first relay node by using a relay physical downlink control channel, the allocation information that is sent by the donor eNodeB, wherein a radio bearer resource occupied by the relay physical downlink control channel is at least one radio bearer resource of radio bearer resources in the preset frequency band, wherein the relay physical downlink control channel occupies radio bearer resources that are at two ends of the preset frequency band. receiving, by a first relay node, allocation information that is sent by a donor eNodeB, wherein the allocation information is used to indicate a first radio bearer resource that is to be occupied by a first backhaul link in a scheduling period, and the first backhaul link is a link between the first relay node and the donor eNodeB; and communicating, by the first relay node, with first user equipment in the scheduling period by using a second radio bearer resource, wherein the first user equipment is user equipment to which the first relay node provides a service, and the second radio bearer resource is a radio bearer resource that is in a preset frequency band and that is different from the first radio bearer resource; wherein the receiving, by a first relay node, allocation information that is sent by a donor eNodeB comprises: receiving, by the first relay node by using a relay physical downlink control channel, the allocation information that is sent by the donor eNodeB, wherein a radio bearer resource occupied by the relay physical downlink control channel is at least one radio bearer resource of radio bearer resources in the preset frequency band, wherein the relay physical downlink control channel occupies radio bearer resources that are at two ends of the preset frequency band.
An apparatus for unbinding a mass of mutually stuck noodles comprising a housing having an upper inlet at an upper middle portion and a lower outlet provided underneath the inlet at a lower middle portion, a rotating member rotated around a rotating shaft being arranged horizontally within said housing underneath said inlet and being rotated by a driving means, and a noodle unbinding member secured to said rotating shaft to extend in a radial direction, wherein said housing includes an inner wall surface having a circular arc to serve as an unbinding surface extending from said upper inlet to a horizontal level passing through a center of said rotating member, wherein said inner wall surface extends substantially along a curved surface which has a radius larger than a radius of a circle drawn by a locus of a rotating tip of said unbinding member rotated by said rotating member and is separated from the rotating tip of said unbinding member by a clearance, and wherein at least an entrance of said unbinding surface is situated close to said circle drawn by the locus of the rotating tip of said unbinding member rotated by said rotating member such that a mass of mutually stuck noodles for one meal charged into the housing from the upper inlet is unbound in such a manner that the unbounding members repeatedly hit the mass of stuck noodles against the unbinding surface in a region near said entrance of the unbinding surface and discharge the unbound noodles from said lower outlet.
Electromagnetic induction coil clamp for use with a power supply having a first polarity terminal and a second opposite polarity terminal for induction welding an induction weldable pipe connector and a plastic pipe end to form a welded sealed joint, the clamp comprising: (a) an elongated lever pair pivoted at a fulcrum for forming a long handle pair for hand gripping by a user and a short jaw pair; (b) a biasing member for normally biasing said jaw pair into a closed position for defining a tubular coil housing having a longitudinal coil housing axis transverse to said lever pair wherein said biasing is countered on manually squeezing said handle pair together for opening said jaw pair; and (c) an induction coil extending peripherally around said coil housing whereupon operation of the power supply energizes said induction coil to generate a substantially uniform electromagnetic field intensity at a given radial distance from the longitudinal coil housing axis for inducing electromagnetic induction in the induction weldable pipe connector and plastic pipe end placed therein to form the welded sealed joint, characterized in that said clamp is a reverse action pliers, and said coil housing has a stepped internal surface including a central section and a pair of lateral ends wherein said lateral ends have a smaller internal diameter than said central section, wherein said lateral ends extend beyond said induction weldable pipe connector on clamping said short jaw pair thereon such that said induction weldable pipe connector resides in said central section. (a) an elongated lever pair pivoted at a fulcrum for forming a long handle pair for hand gripping by a user and a short jaw pair; (b) a biasing member for normally biasing said jaw pair into a closed position for defining a tubular coil housing having a longitudinal coil housing axis transverse to said lever pair wherein said biasing is countered on manually squeezing said handle pair together for opening said jaw pair; and (c) an induction coil extending peripherally around said coil housing whereupon operation of the power supply energizes said induction coil to generate a substantially uniform electromagnetic field intensity at a given radial distance from the longitudinal coil housing axis for inducing electromagnetic induction in the induction weldable pipe connector and plastic pipe end placed therein to form the welded sealed joint,
A loculus assembly for a columbarium system, said columbarium system comprising a support frame defining a plurality of loculus housings arranged as a matrix, wherein the loculus assembly is housable in a respective loculus housing, wherein the loculus assembly extends in length along an axis (X-X) and comprises: - a casing element extending along the axis (X-X) comprising a back wall substantially orthogonal to the axis (X-X), side walls extending substantially parallel to the axis (X-X), and an opening, axially opposite to the back wall, defined by opening edges at the axial ends of the side walls, wherein the casing element defines a cavity suitable for housing a coffin; - a cap element suitable for engaging the casing element closing the opening and thus the cavity; wherein the casing element consists of a single component made of a plastic material belonging to the family of polymeric materials, preferably polyethylene or polypropylene, and wherein the cap element consists of a single component made of a plastic material, belonging to the family of polymeric materials, preferably polyethylene or polypropylene; wherein the locus assembly is characterized by the fact that the casing element and the cap element are obtained from a single body made of a material belonging to the family of polymeric materials, wherein said single body is obtained by rotational molding operations or by blow molding operations, wherein said single body is subdivided into the two components, i.e. the casing element and the cap element. - a casing element extending along the axis (X-X) comprising a back wall substantially orthogonal to the axis (X-X), side walls extending substantially parallel to the axis (X-X), and an opening, axially opposite to the back wall, defined by opening edges at the axial ends of the side walls, wherein the casing element defines a cavity suitable for housing a coffin; - a cap element suitable for engaging the casing element closing the opening and thus the cavity;
A method of sterilizing containers, wherein a flowable sterilization agent is produced by means of a sterilization agent production device and this sterilization agent is supplied by means of a supply device to the containers in a sterile room through which the containers are conveyed during the sterilization thereof, characterized in that if pre-determined states occur the supply of the sterilization agent to the containers is interrupted by means of a switching device whilst maintaining the production of the sterilization agent at least in part and the sterilization agent is drawn away by means of a drawing-away device in such a way that it is no longer supplied directly to the containers.