mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by a network device acting as a switch in a data plane of a software defined networking, SDN, network, the switch communicatively coupled to a controller in a control plane of the SDN network, where the controller manages packet processing functionality of the switch, the method to provide data storage resource sharing information to the controller so that the controller can manage data storage resource utilization of the switch, the method comprising: determining which tables stored in the switch share a data storage resource of the switch; and transmitting data storage resource sharing information to the controller, wherein the data storage resource sharing information includes an indication of the tables that share the data storage resource, wherein the method is characterised in that the data storage resource sharing information further includes an indication of a minimum number of entries that can be deleted from a second table from the tables that share the data storage resource to create storage space in the data storage resource for a first table that shares the data storage resource with the second table in an event that sufficient storage space is not available in the data storage resource for insertion of an entry in the first table. determining which tables stored in the switch share a data storage resource of the switch; and transmitting data storage resource sharing information to the controller, wherein the data storage resource sharing information includes an indication of the tables that share the data storage resource, wherein the method is characterised in that the data storage resource sharing information further includes an indication of a minimum number of entries that can be deleted from a second table from the tables that share the data storage resource to create storage space in the data storage resource for a first table that shares the data storage resource with the second table in an event that sufficient storage space is not available in the data storage resource for insertion of an entry in the first table.
A polymer film for an inner liner, comprising a base film comprising: polyamide-based resin; and two or more kinds of copolymers comprising polyamide-based segments and polyether-based segments, wherein the two or more kinds of copolymers include copolymer comprising different polyether-based segments.
A fluid circuit, in particular for an aircraft, comprising at least a first pipe , a second pipe and a coupling , each pipe comprising a connecting end , extending along an axis X and defining an inner surface and an outer surface, the connecting ends of the pipes being fixed and spaced apart by an axial connection clearance (Jx), the coupling being configured to mechanically connect the two connecting ends , the coupling comprising : a one-piece outer sleeve comprising a peripheral shell which extends along the axis X and which is configured to connect the two connecting ends in a sealed manner, the outer sleeve being adapted to slide along the axis X, the outer sleeve comprising at least one first closing element and a closing member comprising a second closing element configured to cooperate with the first closing element by clip-fastening, the outer sleeve further comprising at least one opening formed in the peripheral shell , the closing member further comprising at least one immobilizing finger configured to be introduced into the opening in order axially immobilize the outer sleeve relative to at least one connecting end . a one-piece outer sleeve comprising a peripheral shell which extends along the axis X and which is configured to connect the two connecting ends in a sealed manner, the outer sleeve being adapted to slide along the axis X, the outer sleeve comprising at least one first closing element and a closing member comprising a second closing element configured to cooperate with the first closing element by clip-fastening, the outer sleeve further comprising at least one opening formed in the peripheral shell , the closing member further comprising at least one immobilizing finger configured to be introduced into the opening in order axially immobilize the outer sleeve relative to at least one connecting end .
A method for producing an optical laminate, comprising the steps of: laminating an optical functional layer on a base layer and laminating a pressure-sensitive adhesive/adhesive layer and a protective layer on the base layer via the optical functional layer in this order; and after the step of laminating, providing asperities on a surface of the base layer opposite to a surface on which the pressure-sensitive adhesive/adhesive layer is laminated, wherein the optical functional layer is a low refractive index layer having a refractive index of 1.3 or less. laminating an optical functional layer on a base layer and laminating a pressure-sensitive adhesive/adhesive layer and a protective layer on the base layer via the optical functional layer in this order; and after the step of laminating, providing asperities on a surface of the base layer opposite to a surface on which the pressure-sensitive adhesive/adhesive layer is laminated, wherein the optical functional layer is a low refractive index layer having a refractive index of 1.3 or less.
Method of measuring items of laundry , wherein the items of laundry are transported past a measuring device individually with opposite corners of one edge hanging below in clip carriages which can be displaced along a rail , characterized in that the measuring device measures the sagging of the preferably upper edge of the item of laundry , which is retained in the clip carriages by adjacent corners , and a lowermost location of the item of laundry hanging down from the clip carriages . wherein the items of laundry are transported past the measuring device with a defined, constant distance between the clip carriages retaining adjacent corners of the periphery or edge of an identical item of laundry .
A scroll compressor comprising: a case having a high-pressure side and a low-pressure side; a stationary scroll plate having a base plate with a first side having at least one projection, which forms a spiral wrap , and a second side having a first annular protrusion ; a pilot plate for separating the high-pressure side of the case from the low-pressure side of the case and the pilot plate abutting the second side of the stationary scroll plate , wherein the pilot plate has a first side, wherein the first side faces the second side of the stationary scroll plate and wherein the first side has a second annular protrusion ; and a seal , wherein the seal seals a radial gap between the first annular protrusion and the second annular protrusion , wherein the seal has an annular shape with an L-shaped cross-section having a first leg and a second leg extending at an angle of approximately 90 degree, characterised in that an anti-buckling feature in the form of a taper is added to the first leg. a case having a high-pressure side and a low-pressure side; a stationary scroll plate having a base plate with a first side having at least one projection, which forms a spiral wrap , and a second side having a first annular protrusion ; a pilot plate for separating the high-pressure side of the case from the low-pressure side of the case and the pilot plate abutting the second side of the stationary scroll plate , wherein the pilot plate has a first side, wherein the first side faces the second side of the stationary scroll plate and wherein the first side has a second annular protrusion ; and a seal , wherein the seal seals a radial gap between the first annular protrusion and the second annular protrusion , wherein the seal has an annular shape with an L-shaped cross-section having a first leg and a second leg extending at an angle of approximately 90 degree, characterised in that an anti-buckling feature in the form of a taper is added to the first leg.
Process for the electrochemical purification of chloride-containing aqueous process solutions contaminated with organic chemical compounds using a boron-doped diamond electrode, characterized in that the purification is carried out at a current density of 1 to 10 kA/m 2 using a boron-doped diamond electrode at a potential of more than 2.5 V measured against the reversible hydrogen electrode (RHE) and a pH of the process solution of at least pH 11 in the anode zone of an electrolysis cell to a prescribed total content of organic chemical compounds (TOC).
A skimming and separation device comprising an outer casing provided with constructions to directly or indirectly fasten all parts, defining a compartment , a floater configured to create the skimming function of the device, the floater is attached at its lower side to an essentially vertically arranged bellow allowing the floater to adapt flow into a substantially circum volume and allowing the floater to move from an upper position with essentially no flow into the compartment to a lower position allowing flow of water and debris follow the contours of the floater in a downward direction into the device, a power device with a propeller , wherein said power device is configured to be controlled by a control unit such that various kinds of flows and pressures may be generated to control the in-flow and outflow of the device, wherein the device further comprises a central tube (c) arranged along a vertical center axis of the compartment and configured to receive said flow of water and debris, and at least one central rotation member being structured to generate a downward directed and central rotating flow of said water and debris within said central tube (c), characterized in that said at least one central rotation member comprises deflecting members, e.g. tilted wings (cw), provided within said vertical central tube (c).
An automatic parking brake , which provides the feature of full automatic hand brake to a vehicle having a mechanical (with ropes) hand brake system without disrupting operation of the existing systems, basically comprising - at least one hand brake arm , - at least one first hand brake rope which is connected to the hand brake arm , and characterized by - at least one lever to which the other end of the hand brake rope is connected and which is located on the drum (K), - at least one lever , which is in the form of a flat rod, has two connection holes on one side thereof, and is connected to the drum (K) from the other side thereof, - at least one second hand brake rope which is connected onto the lever , - at least one brake chamber to which the second hand brake rope is connected, - at least one air hose which is connected to the brake chamber , - at least one solenoid valve to which the air hose is connected, - at least one air tank to which the solenoid valve is connected, - at least one vehicle control unit which is connected to the solenoid valve via a cable and is adapted to control the solenoid valve , - at least one switch which is adapted to control the vehicle control unit . - at least one hand brake arm , - at least one first hand brake rope which is connected to the hand brake arm , and characterized by - at least one lever to which the other end of the hand brake rope is connected and which is located on the drum (K), - at least one lever , which is in the form of a flat rod, has two connection holes on one side thereof, and is connected to the drum (K) from the other side thereof, - at least one second hand brake rope which is connected onto the lever , - at least one brake chamber to which the second hand brake rope is connected, - at least one air hose which is connected to the brake chamber , - at least one solenoid valve to which the air hose is connected, - at least one air tank to which the solenoid valve is connected, - at least one vehicle control unit which is connected to the solenoid valve via a cable and is adapted to control the solenoid valve , - at least one switch which is adapted to control the vehicle control unit .
A device for heating room air and a liquid, comprising an air inlet , an air outlet , a liquid inlet , a liquid outlet , an energy unit , a heat transfer means , a medium container , a medium line , a conveying device and a control unit , wherein room air to be heated enters the device via the air inlet , wherein heated room air exits the device via the air outlet , wherein liquid to be heated enters the device via the liquid inlet , wherein heated liquid exits the device via the liquid outlet , wherein the energy unit produces thermal energy, wherein the heat transfer means transfers the thermal energy produced by the energy unit to the room air and/or to the liquid, wherein the medium container serves to receive liquid and air, wherein the medium line serves to conduct liquid and air, wherein the heat transfer means and the medium line are configured and arranged relative to each other such that the heat transfer means transfers thermal energy to liquid present in the medium line , wherein the conveying device serves to move liquid and/or air from the medium container to the medium line , and from the medium line to the medium container , wherein the control unit controls the conveying device , characterized in that in the case that the device is intended to heat only room air in an air mode, the control unit is configured to control, in a preparation step, the conveying device such that the conveying device moves air from an air cushion in the medium container through the medium line . comprising an air inlet , an air outlet , a liquid inlet , a liquid outlet , an energy unit , a heat transfer means , a medium container , a medium line , a conveying device and a control unit , wherein room air to be heated enters the device via the air inlet , wherein heated room air exits the device via the air outlet , wherein liquid to be heated enters the device via the liquid inlet , wherein heated liquid exits the device via the liquid outlet , wherein the energy unit produces thermal energy, wherein the heat transfer means transfers the thermal energy produced by the energy unit to the room air and/or to the liquid, wherein the medium container serves to receive liquid and air, wherein the medium line serves to conduct liquid and air, wherein the heat transfer means and the medium line are configured and arranged relative to each other such that the heat transfer means transfers thermal energy to liquid present in the medium line , wherein the conveying device serves to move liquid and/or air from the medium container to the medium line , and from the medium line to the medium container , wherein the control unit controls the conveying device , characterized in that in the case that the device is intended to heat only room air in an air mode, the control unit is configured to control, in a preparation step, the conveying device such that the conveying device moves air from an air cushion in the medium container through the medium line .
A control device for a ship comprising retractable fin stabilizers on both sides, the control device being configured to perform control by: acquiring attitude information from an information measuring device that measures the attitude information on the ship , wherein the attitude information is any one of a fin operation angle of each of the fin stabilizers and a ship speed of the ship ; characterized in that the control is configured to be performed such that when the fin stabilizers on both sides are in operation, a fin of either one of the fin stabilizers is retracted when it is determined that the attitude information is less than a first predetermined value; and when either one of the fin stabilizers is in operation, fins of the fin stabilizers on both sides are retracted when it is determined that the attitude information is less than a second predetermined value. acquiring attitude information from an information measuring device that measures the attitude information on the ship , wherein the attitude information is any one of a fin operation angle of each of the fin stabilizers and a ship speed of the ship ; characterized in that the control is configured to be performed such that when the fin stabilizers on both sides are in operation, a fin of either one of the fin stabilizers is retracted when it is determined that the attitude information is less than a first predetermined value; and when either one of the fin stabilizers is in operation, fins of the fin stabilizers on both sides are retracted when it is determined that the attitude information is less than a second predetermined value.
A cabinet for sanitizing garments , comprising substantially parallel back and front walls ; a pair of substantially parallel side walls connected to the back and front walls at respective longitudinal edges ; and a top wall ; characterized by further comprising a support device (14; 18) to maintain at least one garment in a position substantially parallel to a reference plane (R) passing through two mutually opposite longitudinal edges ; and two ultraviolet (UV) radiation sources arranged on opposite sides of the reference plane (R).
A spring element for a wastegate flap of a turbocharger, which is substantially plate-like and is produced from a sheet metal and is provided with a central opening , wherein, with respect to the axis of its opening and as considered in the direction of this axis, the spring element has a circular outer edge, a radially outer ring region , a radially inner ring region adjoining the spring element opening, and therebetween an annular transition region , such that the radially outer ring region is offset relative to the radially inner ring region in the direction of the axis of the spring element opening, and wherein the outer and the inner ring region are flat and lie in planes perpendicular to the axis of the spring element opening and the transition region is formed by a half bead surrounding the spring element opening and having a radially outer bead foot transitioning into the radially outer ring region, a radially inner bead foot transitioning into the radially inner ring region, and a bead flank connecting the two bead feet to one another, characterized in that , as considered in the direction of the axis of the spring element opening , the width of the spring element transition region and thus the rigidity of the transition region with respect to pressing forces oriented in the direction of the axis of the spring element opening, varies around the spring element opening such that the transition region has two first longitudinal portions of greatest average width arranged opposite one another with respect to the spring element opening, and between these two first longitudinal portions has two second longitudinal portions of smallest average width likewise arranged opposite one another with respect to the spring element opening, and that the bead flank in the first longitudinal portions of the transition region is more heavily inclined relative to the axis of the spring element opening than in the second longitudinal portions.
Nasal shaper configured to be introduced into the nose of a subject, characterised in that it comprises: - two tubes suitable for each being introduced into a nostril of the nose, connected together at their lower ends by a connecting bridge and - a plate attached to the connecting bridge and extending opposite the connecting bridge relative to the tubes , the plate being configured to exert a pressure on the philtrum of the subject when the tubes are each introduced into a nostril of the nose. - two tubes suitable for each being introduced into a nostril of the nose, connected together at their lower ends by a connecting bridge and - a plate attached to the connecting bridge and extending opposite the connecting bridge relative to the tubes , the plate being configured to exert a pressure on the philtrum of the subject when the tubes are each introduced into a nostril of the nose.
A method of receiving a phase tracking reference signal, PT-RS, performed by a user equipment, UE, in a wireless communication system, the method comprising: determining (S2010) PT-RS time densities respectively corresponding to multiple PT-RS ports allocated to the UE, wherein the PT-RS time densities are determined based on modulation and coding schemes, MCSs, for the respective multiple PT-RS ports; selecting one of the PT-RS time densities; and receiving (S2030), through same time-frequency resources, a plurality of PT-RSs corresponding to the plurality of PT-RS ports, wherein the plurality of PT-RSs are all transmitted based on the selected PT-RS time density, via the plurality of PT-RS ports, respectively, wherein the selected PT-RS time density is a highest PT-RS time density associated with a highest modulation and coding scheme, MCS, among the MCSs for the respective multiple PT-RS ports. determining (S2010) PT-RS time densities respectively corresponding to multiple PT-RS ports allocated to the UE, wherein the PT-RS time densities are determined based on modulation and coding schemes, MCSs, for the respective multiple PT-RS ports; selecting one of the PT-RS time densities; and receiving (S2030), through same time-frequency resources, a plurality of PT-RSs corresponding to the plurality of PT-RS ports, wherein the plurality of PT-RSs are all transmitted based on the selected PT-RS time density, via the plurality of PT-RS ports, respectively, wherein the selected PT-RS time density is a highest PT-RS time density associated with a highest modulation and coding scheme, MCS, among the MCSs for the respective multiple PT-RS ports.
A recycling method for oxide-based solid electrolytes with original phase, comprising the following steps: step S1: obtaining a battery with an oxide-based solid electrolyte with an original size and an original material's characteristics; step S2: disassembling the battery to obtain a processing part including at least one electrode and the oxide-based solid electrolyte; step S3: removing an organic substance of the processing part, so that the processing part essentially remains an inorganic substance composition; step S4: separating the inorganic substance composition to obtain the oxide-based solid electrolyte; and step S5: purifying the oxide-based solid electrolyte to obtain a recycled oxide-based solid electrolyte with the original size and the original material's characteristics. step S1: obtaining a battery with an oxide-based solid electrolyte with an original size and an original material's characteristics; step S2: disassembling the battery to obtain a processing part including at least one electrode and the oxide-based solid electrolyte; step S3: removing an organic substance of the processing part, so that the processing part essentially remains an inorganic substance composition; step S4: separating the inorganic substance composition to obtain the oxide-based solid electrolyte; and step S5: purifying the oxide-based solid electrolyte to obtain a recycled oxide-based solid electrolyte with the original size and the original material's characteristics.