mhurhangee/ep-ind-claims huggingface dataset:
A service chain selection control method, comprising: receiving, by a flow classifier, a service chain selection control policy sent by a policy and charging rules function, PCRF, unit, wherein the service chain selection control policy comprises a corresponding relation between an application type and an identifier of a service chain and is determined by the PCRF unit based on a policy contextual information and a service chain selection policy, wherein the policy contextual information and the service chain selection policy are sent by a cooperation device, the service chain selection policy comprises a corresponding relation among the policy contextual information, the application type and the identifier of the service chain, the service chain is a path formed by a forwarding device and a value-added service device both of which a service flow with the application type needs to pass through, and the service flow is from a user matching the policy contextual information; detecting, by the flow classifier, the service flow with the application type based on the service chain selection control policy, and adding the identifier of the service chain to a message of the service flow; and sending, by the flow classifier, the message of the service flow with the added identifier of the service chain to a forwarding device directly connected to the flow classifier. receiving, by a flow classifier, a service chain selection control policy sent by a policy and charging rules function, PCRF, unit, wherein the service chain selection control policy comprises a corresponding relation between an application type and an identifier of a service chain and is determined by the PCRF unit based on a policy contextual information and a service chain selection policy, wherein the policy contextual information and the service chain selection policy are sent by a cooperation device, the service chain selection policy comprises a corresponding relation among the policy contextual information, the application type and the identifier of the service chain, the service chain is a path formed by a forwarding device and a value-added service device both of which a service flow with the application type needs to pass through, and the service flow is from a user matching the policy contextual information; detecting, by the flow classifier, the service flow with the application type based on the service chain selection control policy, and adding the identifier of the service chain to a message of the service flow; and sending, by the flow classifier, the message of the service flow with the added identifier of the service chain to a forwarding device directly connected to the flow classifier.
A composition for powder coating material comprising the following polyvinylidene fluoride and the following acrylic resin: polyvinylidene fluoride: a polyvinylidene fluoride having a melting point of from 151 to 200°C, measured using thermal analysis, as described in the specification, acrylic resin: an acrylic resin having a glass transition temperature of from 45 to 80°C, measured using thermal analysis as described in the specification, wherein the difference between the melting point of the polyvinylidene fluoride and the glass transition temperature of the acrylic resin is from 70 to 150°C, the acrylic resin comprises units derived from methyl methacrylate and units derived from ethyl methacrylate, and the proportion of the units derived from methyl methacrylate to the units derived from ethyl methacrylate [(methyl methacrylate units)/(ethyl methacrylate units)] is from 50/50 to 90/10 (molar ratio). polyvinylidene fluoride: a polyvinylidene fluoride having a melting point of from 151 to 200°C, measured using thermal analysis, as described in the specification, acrylic resin: an acrylic resin having a glass transition temperature of from 45 to 80°C, measured using thermal analysis as described in the specification, wherein the difference between the melting point of the polyvinylidene fluoride and the glass transition temperature of the acrylic resin is from 70 to 150°C, the acrylic resin comprises units derived from methyl methacrylate and units derived from ethyl methacrylate, and the proportion of the units derived from methyl methacrylate to the units derived from ethyl methacrylate [(methyl methacrylate units)/(ethyl methacrylate units)] is from 50/50 to 90/10 (molar ratio).
Foundation equipment (10**) for a pole, in particular, for a lighting pole, whereby at least one screw element (11; 11*) is adapted to be screwed into the ground; equipment (10**) characterized by comprising: at least one box-like body (12*) mechanically fixed to said screw element (11; 11*); said box-like body (12*) being divided into at least two compartments (150A; 150B) by at least one partition wall; at least one compartment being adapted to receive the lower end of said pole. at least one box-like body (12*) mechanically fixed to said screw element (11; 11*); said box-like body (12*) being divided into at least two compartments (150A; 150B) by at least one partition wall; at least one compartment being adapted to receive the lower end of said pole.
An anchoring element for fastening a climbing formwork to a concrete body, comprising a stop anchor and a coupling element, wherein the stop anchor has a head and a threaded rod with an external thread, and wherein the coupling element is formed by a, in particular elongated, body, in particular a round body, with an axial anchor bore which has an internal thread which meshes with the external thread of the threaded rod, and a sleeve arranged around the coupling element is provided, characterized in that in that a securing element is provided which acts in a frictionally locking manner on the external thread of the threaded rod and/or the internal thread of the anchor bore and is suitable for impeding an unscrewing movement of the threaded rod accommodated in the anchor bore, the securing element being arranged on the sleeve.
A method comprising: receiving a data communications signal via a random access channel of a wireless communications network; processing the data communications signal to search for data bursts in a first time-slot of the random access channel that include any one of a first set of signature sequences assigned to the first time-slot, and determining that a data burst A in the first time-slot includes a first one of the first set of signature sequences assigned to the first time-slot, and, based on this determination, resolving that the data burst A in the first time-slot is an initial burst of a message from a first communications terminal; processing the data communications signal to determine whether a second time-slot of the random access channel directly following the first time-slot includes a data burst B that includes the first one of the first set of signature sequences assigned to the first time-slot; and in a circumstance when it is determined that the second time-slot includes the data burst B, resolving that the message from the first communications terminal is a multi-burst message and that the data burst B is a second burst of the multi-burst message from the first communications terminal; and in a circumstance when it is determined that the second time-slot does not include the data burst B, resolving that the message from the first communications terminal is a single-burst message that has been completed via the first time-slot. receiving a data communications signal via a random access channel of a wireless communications network; processing the data communications signal to search for data bursts in a first time-slot of the random access channel that include any one of a first set of signature sequences assigned to the first time-slot, and determining that a data burst A in the first time-slot includes a first one of the first set of signature sequences assigned to the first time-slot, and, based on this determination, resolving that the data burst A in the first time-slot is an initial burst of a message from a first communications terminal; processing the data communications signal to determine whether a second time-slot of the random access channel directly following the first time-slot includes a data burst B that includes the first one of the first set of signature sequences assigned to the first time-slot; and in a circumstance when it is determined that the second time-slot includes the data burst B, resolving that the message from the first communications terminal is a multi-burst message and that the data burst B is a second burst of the multi-burst message from the first communications terminal; and in a circumstance when it is determined that the second time-slot does not include the data burst B, resolving that the message from the first communications terminal is a single-burst message that has been completed via the first time-slot.
An insulation material, particularly in the form of matting able to be used with or without lamination, for example between rafters, or in the form of stuffing wool or the form of cut staple fibers for blowing into molds or cavities, wherein the insulation material is implemented as a tubular composite structure comprising tubular continuous cellulose acetate filaments and/or tubular and cut continuous cellulose acetate filaments, characterized in that the outer filament diameter of the cellulose acetate filaments is in a range of between 50 to 150 μm, and preferably in a range of between 60 to 100 μm.
Dental implant comprising at least a lower part and at least an upper part; wherein said lower part of the dental implant, which is adapted to be connected to the jawbone of a patient, is made of an at least first material; wherein said upper part of the dental implant, which is adapted to be connected to the lower part of the dental implant, is made of an at least second material; and wherein the upper surface of the upper part of the dental implant is adapted to be aligned with the upper surface of the jawbone of a patient; said at least first material is different from said at least second material; wherein the at least second material of the upper part of the implant is made of a ceramic material, and wherein said ceramic material comprises zirconium dioxide characterised in that said zirconium dioxide comprises at least one coloring additive; in that the second material has a color according to one of the sixteen Vita classical A1-D4 ® shades; and in that the upper part and the lower part of the dental implant are interconnected to each other by a shrinkage fastening connection or by providing a screw in thread in the lower part and the upper part of the implant, respectively. said at least first material is different from said at least second material; wherein the at least second material of the upper part of the implant is made of a ceramic material, and wherein said ceramic material comprises zirconium dioxide characterised in that said zirconium dioxide comprises at least one coloring additive; in that the second material has a color according to one of the sixteen Vita classical A1-D4 ® shades; and in that the upper part and the lower part of the dental implant are interconnected to each other by a shrinkage fastening connection or by providing a screw in thread in the lower part and the upper part of the implant, respectively.
An intraocular lens implant comprising: an optical combination of a first lens element and a second lens element, the optical combination having an optical axis and a variable optical power; securing means to fix the first lens element relative to a lens capsule with a front surface directed towards the iris of the eye; and characterised in that the optical power of the optical combination varies in dependence on the angular orientation of the optical axis of the optical combination relative to the horizontal; the intraocular lens implant comprising mounting means (16, 17, 18) to mount the second lens element for pivoting movement under gravity between a first position in which the second lens element is adjacent the front surface of the first lens element and the optical combination has a first optical power, and a second position in which the second lens element is spaced from the first lens element and the optical combination has a second optical power greater than the first optical power; wherein the second lens element has an asymmetric "teardrop" or "pear" shape with a thinner region at its upper part, and the arrangement being such that directing the front surface of the first lens element downwardly causes the second lens element to move to the second position, and directing the front surface of the first lens element horizontally or upwardly causes the second lens element to move to the first position. an optical combination of a first lens element and a second lens element, the optical combination having an optical axis and a variable optical power; securing means to fix the first lens element relative to a lens capsule with a front surface directed towards the iris of the eye; and characterised in that the optical power of the optical combination varies in dependence on the angular orientation of the optical axis of the optical combination relative to the horizontal; the intraocular lens implant comprising mounting means (16, 17, 18) to mount the second lens element for pivoting movement under gravity between a first position in which the second lens element is adjacent the front surface of the first lens element and the optical combination has a first optical power, and a second position in which the second lens element is spaced from the first lens element and the optical combination has a second optical power greater than the first optical power; wherein the second lens element has an asymmetric "teardrop" or "pear" shape with a thinner region at its upper part, and the arrangement being such that directing the front surface of the first lens element downwardly causes the second lens element to move to the second position, and directing the front surface of the first lens element horizontally or upwardly causes the second lens element to move to the first position.
A flexible cloth that can be set to become rigid or semi-rigid, the cloth comprising: a first face; a second face separated from the first face by a space; linking fibres extending between the first and second faces (12, 10) that maintain the first and second face (12, 10) in a spaced-apart arrangement; and a compacted powder material having a void fraction located in the space between the first and second faces (12, 10), which material is capable of setting to a rigid or semi-rigid solid on the addition of a liquid, wherein the linking fibres are configured to be self-supporting in that they are sufficiently resistant to bending under forces tending to crush the fabric before addition of the powder material, in order to maintain the spacing between the faces (12, 10) when the powder material is placed onto the first face both the first and second faces (12, 10) are substantially impervious to the powder material but at least one of them is pervious to liquid, characterised in that the void fraction of the powder material and length, stiffness and quantity of the linking fibres are configured to control the space available to accommodate the liquid so that the amount of liquid allowed to enter the space between the two faces (12, 10) equals an amount which provides a ratio between the liquid and the powder material in the space such that there is below the theoretical optimum amount of liquid, thereby providing unset powder material within the set material which can impart limited self-healing properties. a first face; a second face separated from the first face by a space; linking fibres extending between the first and second faces (12, 10) that maintain the first and second face (12, 10) in a spaced-apart arrangement; and a compacted powder material having a void fraction located in the space between the first and second faces (12, 10), which material is capable of setting to a rigid or semi-rigid solid on the addition of a liquid, wherein the linking fibres are configured to be self-supporting in that they are sufficiently resistant to bending under forces tending to crush the fabric before addition of the powder material, in order to maintain the spacing between the faces (12, 10) when the powder material is placed onto the first face both the first and second faces (12, 10) are substantially impervious to the powder material but at least one of them is pervious to liquid, characterised in that the void fraction of the powder material and length, stiffness and quantity of the linking fibres are configured to control the space available to accommodate the liquid so that the amount of liquid allowed to enter the space between the two faces (12, 10) equals an amount which provides a ratio between the liquid and the powder material in the space such that there is below the theoretical optimum amount of liquid, thereby providing unset powder material within the set material which can impart limited self-healing properties.
Porous micronized fat powder characterised in that said porous micronized fat powder comprises 70-99.8 % by weight on said powder of a structuring fat and 0.2-10 % by weight on said powder of lecithin, and wherein said powder comprise less than 10% by weight on said powder of water.
A hood hair dryer attachment comprising: a hood for covering at least a part of a head of a user, the hood having spaced apart inner and outer walls defining an air channel there between, wherein the inner wall comprises a plurality of holes for directing air from the air channel onto a head of a user; a hose connected at a first end to the outer wall of the hood and in communication with the air channel, said hose comprising a collar at a second end for mounting to an air delivery conduit of a hair dryer, said collar being resiliently circumferentially expandable, the hood hair dryer attachment characterized by further comprising a friction-enhancing material exposed on an inner surface of the collar for contacting a surface of the air delivery conduit of a hair dryer; and wherein the friction-enhancing material comprises a ring, or strip, of silicone rubber stitched or glued into the inside surface of the collar of the hose. a hood for covering at least a part of a head of a user, the hood having spaced apart inner and outer walls defining an air channel there between, wherein the inner wall comprises a plurality of holes for directing air from the air channel onto a head of a user; a hose connected at a first end to the outer wall of the hood and in communication with the air channel, said hose comprising a collar at a second end for mounting to an air delivery conduit of a hair dryer, said collar being resiliently circumferentially expandable, the hood hair dryer attachment characterized by further comprising a friction-enhancing material exposed on an inner surface of the collar for contacting a surface of the air delivery conduit of a hair dryer; and wherein the friction-enhancing material comprises a ring, or strip, of silicone rubber stitched or glued into the inside surface of the collar of the hose.
A machine control system for an off-road machine, comprising: a digital fence generation system configured to generate a digital fence with a boundary defining the periphery of a worksite on which the off-road machine operates; a geographic location system configured to detect a geographic location of the off-road machine; a threshold distance comparison system configured to determine that the off-road machine is within a threshold distance of the boundary; the machine control system being characterised in that it further comprises: a boundary crossing detector configured to determine, if the threshold distance comparison system has determined that the machine is within a threshold distance of the boundary, whether machine could be steered in such a way that a projected collision point (128'-144') on a periphery of the off-road machine would encroach on the boundary and to generate an encroachment signal indicative of the determination; and a limitation enforcement system configured to control limitation of an operating envelope of the off-road machine by limiting speed, heading and steering angle of the off-road machine based on the encroachment signal to avoid colliding with the boundary. a digital fence generation system configured to generate a digital fence with a boundary defining the periphery of a worksite on which the off-road machine operates; a geographic location system configured to detect a geographic location of the off-road machine; a threshold distance comparison system configured to determine that the off-road machine is within a threshold distance of the boundary; the machine control system being characterised in that it further comprises: a boundary crossing detector configured to determine, if the threshold distance comparison system has determined that the machine is within a threshold distance of the boundary, whether machine could be steered in such a way that a projected collision point (128'-144') on a periphery of the off-road machine would encroach on the boundary and to generate an encroachment signal indicative of the determination; and a limitation enforcement system configured to control limitation of an operating envelope of the off-road machine by limiting speed, heading and steering angle of the off-road machine based on the encroachment signal to avoid colliding with the boundary.