mhurhangee/patent-ind-claim-en huggingface dataset:
An electro-magnetic check valve for use in an air exchange panel of a transportation refrigeration system , comprising: a valve cap positioned adjacent the air exchange panel and movable between a first position and a second position, the valve cap including a magnetic portion and being made of an iron based steel, wherein the valve cap includes at least one sealing mechanism being connected to or integrally formed with a second surface opposite a first surface of the valve cap , wherein the sealing mechanism is a generally v-shaped peak that extends from the second surface of the valve cap ; a resilient flexible member mounted to the valve cap , the resilient flexible member being coupled to the air exchange panel to bias the valve cap into a first position, wherein the resilient flexible member is made from a sheet metal and includes a plurality of grains such that the resilient flexible member has an increased flexibility parallel to the plurality of grains and an increased stiffness normal to the plurality of grains; an electromagnet positioned inside the air exchange panel opposite the valve cap , and a controller that selectively applies power to the electromagnet to move the valve cap between the first position and the second position. a valve cap positioned adjacent the air exchange panel and movable between a first position and a second position, the valve cap including a magnetic portion and being made of an iron based steel, wherein the valve cap includes at least one sealing mechanism being connected to or integrally formed with a second surface opposite a first surface of the valve cap , wherein the sealing mechanism is a generally v-shaped peak that extends from the second surface of the valve cap ; a resilient flexible member mounted to the valve cap , the resilient flexible member being coupled to the air exchange panel to bias the valve cap into a first position, wherein the resilient flexible member is made from a sheet metal and includes a plurality of grains such that the resilient flexible member has an increased flexibility parallel to the plurality of grains and an increased stiffness normal to the plurality of grains; an electromagnet positioned inside the air exchange panel opposite the valve cap , and a controller that selectively applies power to the electromagnet to move the valve cap between the first position and the second position.
A fuel assembly having an upper fuel region and a lower fuel region along an axial direction, wherein a proportion of fertile transuranium elements among heavy metals in the upper fuel region and the lower fuel region is 20 wt% or more, and characterized in that a proportion of fertile transuranium elements contained in the upper fuel region is greater than the proportion of fertile transuranium elements contained in the lower fuel region , when the fuel assembly is loaded into a nuclear reactor core.
Cortical stimulating and recording electrode comprising a flexible support element for at least one conductive element, which flexible support element has a head end and a tail end , the conductive element having at least one head contact and at least one tail contact , arranged at the head end and tail end respectively of the flexible support element, such that said conductive element transmits signals from said head contact to said tail contact and vice versa, said conductive element being composed of a conductive track formed of a layer of conductive ink deposited on said flexible support element, said head contact and tail contact being composed each one of a plate composed of a first layer of conductive ink, characterized in that said head contact comprises a second layer of metal material .
A composite for treating a well wherein the composite comprises a surface modifying treatment agent at least partially coated onto a solid particulate and wherein the surface modifying treatment agent comprises a metallic anchor and a hydrophobic tail wherein the hydrophobic tail is an organo-silicon material, a fluorinated hydrocarbon or both a hydrophobic organo-silicon material and a fluorinated hydrocarbon and further wherein the metallic anchor of the surface modifying treatment agent is attached to the solid particulate, and wherein the hydrophobic tail is attached to the metallic anchor.
Outdoor treatment system , - wherein the outdoor treatment system comprises an autonomous mobile outdoor treatment robot and a sensor and control device , - wherein the outdoor treatment robot comprises a chassis and a contact element , - wherein the chassis is designed to execute a travelling movement of the outdoor treatment robot in a direction of travel (x), and - wherein the contact element is designed to execute an avoiding movement in an avoiding direction (z) as a result of the travelling movement in the direction of travel (x) and contact between an obstacle and a lower contact point (uP) below a height limit (HG) and to execute a detection movement in a detection direction (-z) as a result of the travelling movement in the direction of travel (x) and contact between an obstacle and an upper contact point (oP) at or above the height limit (HG) and is mounted so that it can move with respect to the chassis , wherein the avoiding direction (z) and the detection direction (-z) are different, characterized in that - the sensor and control device is designed to detect the detection movement of the contact element or a movement caused by the detection movement, and to control a protective function (SF) of the outdoor treatment robot triggered by the detected detection movement or the detected movement, and - the sensor and control device is designed not to detect or to evaluate the avoiding movement of the contact element or a movement caused by the avoiding movement. - wherein the outdoor treatment system comprises an autonomous mobile outdoor treatment robot and a sensor and control device , - wherein the outdoor treatment robot comprises a chassis and a contact element , - wherein the chassis is designed to execute a travelling movement of the outdoor treatment robot in a direction of travel (x), and - wherein the contact element is designed to execute an avoiding movement in an avoiding direction (z) as a result of the travelling movement in the direction of travel (x) and contact between an obstacle and a lower contact point (uP) below a height limit (HG) and to execute a detection movement in a detection direction (-z) as a result of the travelling movement in the direction of travel (x) and contact between an obstacle and an upper contact point (oP) at or above the height limit (HG) and is mounted so that it can move with respect to the chassis , wherein the avoiding direction (z) and the detection direction (-z) are different, characterized in that - the sensor and control device is designed to detect the detection movement of the contact element or a movement caused by the detection movement, and to control a protective function (SF) of the outdoor treatment robot triggered by the detected detection movement or the detected movement, and - the sensor and control device is designed not to detect or to evaluate the avoiding movement of the contact element or a movement caused by the avoiding movement.
An infill material for synthetic turfs comprising: - a stabilizing infill comprising a predetermined quantity per unit surface area of vegetable material of rachis of cereal ear not coated with a film, or layer, of coating material; - a performance infill positioned above said stabilizing infill and constituted of polymeric material in granular form in a predetermined quantity per unit surface area; said infill material being characterized in that said predetermined quantity per unit surface area of vegetable material of rachis of cereal ear not coated with a film, or layer, of coating material is set between 2 kg/m 2 and 15 kg/m 2 ; and in that said polymeric material has elastomeric properties. - a stabilizing infill comprising a predetermined quantity per unit surface area of vegetable material of rachis of cereal ear not coated with a film, or layer, of coating material; - a performance infill positioned above said stabilizing infill and constituted of polymeric material in granular form in a predetermined quantity per unit surface area; said infill material being characterized in that said predetermined quantity per unit surface area of vegetable material of rachis of cereal ear not coated with a film, or layer, of coating material is set between 2 kg/m 2 and 15 kg/m 2 ; and in that said polymeric material has elastomeric properties.
An electrophoresis cartridge adapted to releasably engage with an electrophoresis cartridge interface of a system, wherein the electrophoresis cartridge comprises: (a) an electrophoresis assembly including: an anode sub-assembly comprising an anode, a cathode sub-assembly comprising a cathode ; and at least one electrophoresis capillary having a first end in fluidic communication with the cathode sub-assembly and a second end in fluidic communication with the anode sub-assembly , wherein said cathode and said anode are configured to provide a voltage gradient across said first end and said second end of said at least one electrophoresis capillary , (b) a plurality of containers comprising reagent; (c) at least one pump configured to transfer reagent from one or more container to the cathode sub-assembly through at least one respective fluid conduit, and at least one pump configured to transfer reagent from one or more container to the anode sub-assembly through at least one respective fluid conduit; and (d) a sample inlet port and at least one sample line, wherein the sample line places the sample inlet port in fluidic communication with the first end of the electrophoresis capillary through a passage in the cathode sub-assembly and the sample inlet port is configured to fluidically communicate with the sample cartridge interface of the system so as to direct a sample to the at least one electrophoresis capillary. (a) an electrophoresis assembly including: an anode sub-assembly comprising an anode, a cathode sub-assembly comprising a cathode ; and at least one electrophoresis capillary having a first end in fluidic communication with the cathode sub-assembly and a second end in fluidic communication with the anode sub-assembly , wherein said cathode and said anode are configured to provide a voltage gradient across said first end and said second end of said at least one electrophoresis capillary , an anode sub-assembly comprising an anode, a cathode sub-assembly comprising a cathode ; and at least one electrophoresis capillary having a first end in fluidic communication with the cathode sub-assembly and a second end in fluidic communication with the anode sub-assembly , wherein said cathode and said anode are configured to provide a voltage gradient across said first end and said second end of said at least one electrophoresis capillary , (b) a plurality of containers comprising reagent; (c) at least one pump configured to transfer reagent from one or more container to the cathode sub-assembly through at least one respective fluid conduit, and at least one pump configured to transfer reagent from one or more container to the anode sub-assembly through at least one respective fluid conduit; and (d) a sample inlet port and at least one sample line, wherein the sample line places the sample inlet port in fluidic communication with the first end of the electrophoresis capillary through a passage in the cathode sub-assembly and the sample inlet port is configured to fluidically communicate with the sample cartridge interface of the system so as to direct a sample to the at least one electrophoresis capillary.
A method of allocating bit-rates for video services in a transport channel, the method comprising: receiving user defined weighting parameters for each of one or more first video services and user defined fixed bit-rates for each of one or more second video services; determining an available bit-rate for a transport channel for the first and second video services ; subtracting the fixed bit-rates from the available bit-rate to obtain a remaining available bit-rate; automatically allocating a proportion of the remaining available bit-rate to each first video service according to their respective weighting parameters ; multiplexing the first and second video services into the transport channel according respectively to the allocated proportions of the remaining available bit-rate and the fixed bit-rates. receiving user defined weighting parameters for each of one or more first video services and user defined fixed bit-rates for each of one or more second video services; determining an available bit-rate for a transport channel for the first and second video services ; subtracting the fixed bit-rates from the available bit-rate to obtain a remaining available bit-rate; automatically allocating a proportion of the remaining available bit-rate to each first video service according to their respective weighting parameters ; multiplexing the first and second video services into the transport channel according respectively to the allocated proportions of the remaining available bit-rate and the fixed bit-rates.
A cooking oven with an oven cavity and a cooling channel , wherein: - the oven cavity includes at least one cavity opening , - the cooling channel includes at least one guiding channel , - the cavity opening is connected to the guiding channel , - the cavity opening is surrounded by a first structure , - the guiding channel is surrounded by a second structure , and - the first structure and the second structure are formed complementary to each other, wherein complementary first structure and second structure provide a mechanical sealing between the cavity opening and the guiding channel , characterized in that the first structure is embossed around the cavity opening into the top wall of the cavity or that the first structure is formed as shape part attached to the top wall of the cavity . - the oven cavity includes at least one cavity opening , - the cooling channel includes at least one guiding channel , - the cavity opening is connected to the guiding channel , - the cavity opening is surrounded by a first structure , - the guiding channel is surrounded by a second structure , and - the first structure and the second structure are formed complementary to each other, wherein complementary first structure and second structure provide a mechanical sealing between the cavity opening and the guiding channel , characterized in that the first structure is embossed around the cavity opening into the top wall of the cavity or that the first structure is formed as shape part attached to the top wall of the cavity .
A method for resuming a radio resource control, RRC, connection, comprising: receiving , by a target base station, an RRC connection resume request message sent by a terminal that is a user equipment; determining , by the target base station, a first node serving the terminal according to a user equipment, UE, identifier in the RRC connection resume request message, and obtaining, from the first node, both a first UE context on the first node and a second UE context on a second node serving the terminal; and sending , by the target base station, an RRC connection resume message to the terminal for the terminal to resume the RRC connection, wherein the first node is a master node in a dual connection network or a multi-connection network, and the second node is a secondary node in the dual connection network or the multi-connection network, wherein the terminal is a terminal in a first type of RRC inactive state, and the first type of RRC inactive state refers to a state which the terminal is in after all RRC connections are suspended. receiving , by a target base station, an RRC connection resume request message sent by a terminal that is a user equipment; determining , by the target base station, a first node serving the terminal according to a user equipment, UE, identifier in the RRC connection resume request message, and obtaining, from the first node, both a first UE context on the first node and a second UE context on a second node serving the terminal; and sending , by the target base station, an RRC connection resume message to the terminal for the terminal to resume the RRC connection, wherein the first node is a master node in a dual connection network or a multi-connection network, and the second node is a secondary node in the dual connection network or the multi-connection network, wherein the terminal is a terminal in a first type of RRC inactive state, and the first type of RRC inactive state refers to a state which the terminal is in after all RRC connections are suspended.
- A TOP FOR A CONTAINER comprising: a hollow upper part opened through its lower base and having with a cavity suitable for housing the protruding part of a wick inserted into the container , which container is to be closed and fastened by a plug ; a middle zone with an anchoring zone ; the top characterized by also by comprising: a flared skirt , opened at its upper and lower bases and connected through its upper base with the middle zone , wherein its lower base is open to the outside of the top; and a stiffening cornice disposed perimeterly on the skirt at the largest diameter of its lower base; inner stiffeners disposed radially downwards between the anchoring zone and the cornice in the inner part of the top; and outer ribs , disposed on the outer surface of the top between the middle zone and the skirt, wherein all of the inner stiffeners are coincident with outer ribs . with a cavity suitable for housing the protruding part of a wick inserted into the container , which container is to be closed and fastened by a plug ; a middle zone with an anchoring zone ; the top characterized by also by comprising: a flared skirt , opened at its upper and lower bases and connected through its upper base with the middle zone , wherein its lower base is open to the outside of the top; and a stiffening cornice disposed perimeterly on the skirt at the largest diameter of its lower base; inner stiffeners disposed radially downwards between the anchoring zone and the cornice in the inner part of the top; and outer ribs , disposed on the outer surface of the top between the middle zone and the skirt, wherein all of the inner stiffeners are coincident with outer ribs . a flared skirt , opened at its upper and lower bases and connected through its upper base with the middle zone , wherein its lower base is open to the outside of the top; and a stiffening cornice disposed perimeterly on the skirt at the largest diameter of its lower base; inner stiffeners disposed radially downwards between the anchoring zone and the cornice in the inner part of the top; and outer ribs , disposed on the outer surface of the top between the middle zone and the skirt, wherein all of the inner stiffeners are coincident with outer ribs .
A system comprising: means for receiving , by a multi-access edge computing, MEC, application, parameters of a global quality of service, QoS, prediction model; means for sending , by the MEC application to a local prediction function, PF, an update of a local QoS prediction model based on the received parameters; means for detecting , by the MEC application, a journey of a vehicle requested by a user; means for sending , by the MEC application to the local PF, a request for a value of the QoS along the journey to be calculated by the local QoS prediction model, the value of the QoS being a measure of quality of transportation services delivered during the journey; means for receiving , by the MEC application, the predicted value of the QoS along the journey; and means for providing , by the MEC application, the predicted value of the QoS to the vehicle. means for receiving , by a multi-access edge computing, MEC, application, parameters of a global quality of service, QoS, prediction model; means for sending , by the MEC application to a local prediction function, PF, an update of a local QoS prediction model based on the received parameters; means for detecting , by the MEC application, a journey of a vehicle requested by a user; means for sending , by the MEC application to the local PF, a request for a value of the QoS along the journey to be calculated by the local QoS prediction model, the value of the QoS being a measure of quality of transportation services delivered during the journey; means for receiving , by the MEC application, the predicted value of the QoS along the journey; and means for providing , by the MEC application, the predicted value of the QoS to the vehicle.
A highly ageing-resistant flat sheet for the construction sector, having a multilayer structure comprising at least a first nonwoven layer and a second nonwoven layer and at least one membrane layer arranged between the nonwoven layers, wherein the membrane layer is designed as a monolithic membrane layer and comprises a thermoplastic elastomer selected from the group of thermoplastic polyurethanes and/or thermoplastic copolyesters (TPEE), and wherein the first and/or the second nonwoven layer has a grammage of between 10 and 150 g/m 2 , characterized in that that the first nonwoven layer and the second nonwoven layer are designed as a mono-component fiber nonwoven, in that an adhesion promoter layer is arranged between the first nonwoven layer and the membrane layer and the second nonwoven layer and the membrane layer, the adhesion promoter layer being formed by a reactive polyurethane hot-melt adhesive and being applied with a grammage of 2 to 20 g/m 2 , and that the sheet has an ageing stability of at least 15 years, wherein the ageing stability is determined by subjecting the sheet to an artificial ageing process, the artificial ageing process being carried out at a temperature of 70±2 °C and an air velocity of 5±2 m/s, where the duration in weeks for carrying out the artificial ageing process is determined by multiplying the number of years for the ageing stability by a factor of 12 and dividing the product obtained by a value of 4.5 or by multiplying the number of years for the ageing stability by a factor of 2.5, and, following the artificial ageing process, the waterproofness of the membrane is tested in accordance with DIN EN 13859-1-2010-11, section 5.2.3, against a water column of at least 200 mm over a period of 2 hours. that the first nonwoven layer and the second nonwoven layer are designed as a mono-component fiber nonwoven, in that an adhesion promoter layer is arranged between the first nonwoven layer and the membrane layer and the second nonwoven layer and the membrane layer, the adhesion promoter layer being formed by a reactive polyurethane hot-melt adhesive and being applied with a grammage of 2 to 20 g/m 2 , and that the sheet has an ageing stability of at least 15 years, wherein the ageing stability is determined by subjecting the sheet to an artificial ageing process, the artificial ageing process being carried out at a temperature of 70±2 °C and an air velocity of 5±2 m/s, where the duration in weeks for carrying out the artificial ageing process is determined by multiplying the number of years for the ageing stability by a factor of 12 and dividing the product obtained by a value of 4.5 or by multiplying the number of years for the ageing stability by a factor of 2.5, and, following the artificial ageing process, the waterproofness of the membrane is tested in accordance with DIN EN 13859-1-2010-11, section 5.2.3, against a water column of at least 200 mm over a period of 2 hours.