mhurhangee/patent-ind-claim-en huggingface dataset:
A container for liquids and a carbonator comprising: - a containment body ; - a base ; - said containment body and said base defining a first inner volume (1 a) for a liquid, - an opening closable by a cap , suitable to allow access to said liquid in said first inner volume , and - said base including: - fastening means for fastening a gas container inside said first inner volume, said gas container defining a second inner volume for containing gas, - a connection , different from said opening , configured to place in connection for fluid passage said second inner volume with said first inner volume , - a valve suitable to obstruct or free said connection , wherein - said base and said containment body define an operating configuration in which said base and said containment body are mutually coupled and a non-operating configuration in which said base and said containment body are mutually disengaged, wherein in the said non-operating configuration said gas container is accessible and a user can fasten or release said gas container to said fastening means , characterised in that said base further includes control means configured to control said valve from outside said first inner volume , and in that said fastening means are configured to fasten said gas container inside said first inner volume . - a containment body ; - a base ; - said containment body and said base defining a first inner volume (1 a) for a liquid, - an opening closable by a cap , suitable to allow access to said liquid in said first inner volume , and - said base including: - fastening means for fastening a gas container inside said first inner volume, said gas container defining a second inner volume for containing gas, - a connection , different from said opening , configured to place in connection for fluid passage said second inner volume with said first inner volume , - a valve suitable to obstruct or free said connection , wherein - fastening means for fastening a gas container inside said first inner volume, said gas container defining a second inner volume for containing gas, - a connection , different from said opening , configured to place in connection for fluid passage said second inner volume with said first inner volume , - a valve suitable to obstruct or free said connection , wherein - said base and said containment body define an operating configuration in which said base and said containment body are mutually coupled and a non-operating configuration in which said base and said containment body are mutually disengaged, wherein in the said non-operating configuration said gas container is accessible and a user can fasten or release said gas container to said fastening means ,
A wireless transmit/receive unit, WTRU, comprising: a processor; and a transceiver in communication with the processor, the processor and the transceiver configured to communicate using cooperative multipoint communication, CoMP with an active CoMP set comprising an anchor cell and a non-anchor cell, the processor and the transceiver further configured to perform measurements of the cells of the active CoMP set and a neighboring cell, the processor and the transceiver further configured to send a measurement report, based on a configuration, on a condition that measurement of the neighboring cell is better than at least one of the measurements of the cells of the active CoMP set by an amount, and the processor and the transceiver further configured to receive radio resource control, RRC, component carrier specific connection reconfiguration signaling, in response to the sent measurement report. a processor; and a transceiver in communication with the processor, the processor and the transceiver configured to communicate using cooperative multipoint communication, CoMP with an active CoMP set comprising an anchor cell and a non-anchor cell, the processor and the transceiver further configured to perform measurements of the cells of the active CoMP set and a neighboring cell, the processor and the transceiver further configured to send a measurement report, based on a configuration, on a condition that measurement of the neighboring cell is better than at least one of the measurements of the cells of the active CoMP set by an amount, and the processor and the transceiver further configured to receive radio resource control, RRC, component carrier specific connection reconfiguration signaling, in response to the sent measurement report.
A mixing apparatus for mixing fluids, in particular different coloured inks, the mixing apparatus comprising - containers (12, 12a-12d, 90), each adapted for storing a fluid, - a tube element (13, 13a-13e), for each container (12, 12a-12d, 90), connected to the container (12, 12a-12d, 90) and having a dispensing end portion at its end being opposite the container (12, 12a-12d, 90), and - a fluid feed device adapted for dispensing fluid from the containers (12, 12a-12d, 90) via the dispensing end portions, characterised by further comprising - a mixing space part encasing element having a mixing space part in its inner space, and a fluid discharge portion connected to the mixing space part and adapted for discharging fluid being in the mixing space part , wherein the dispensing end portions of the tube elements (13, 13a-13e) are arranged to extend into the mixing space part , and as the dispensing end portion of each tube element (13, 13a-13e) a respective dispensing needle (52a-52c, 112) having an internal fluid channel with an end aperture opening into the mixing space part is arranged, and - a filling unit having a base portion and a neck portion , the neck portion is adapted for holding the mixing space part encasing element , and the base portion and the neck portion are configured to be movable relative to each other, and are adapted for encompassing a container being connectible to the fluid discharge portion . - containers (12, 12a-12d, 90), each adapted for storing a fluid, - a tube element (13, 13a-13e), for each container (12, 12a-12d, 90), connected to the container (12, 12a-12d, 90) and having a dispensing end portion at its end being opposite the container (12, 12a-12d, 90), and - a fluid feed device adapted for dispensing fluid from the containers (12, 12a-12d, 90) via the dispensing end portions, - a mixing space part encasing element having a mixing space part in its inner space, and a fluid discharge portion connected to the mixing space part and adapted for discharging fluid being in the mixing space part , wherein the dispensing end portions of the tube elements (13, 13a-13e) are arranged to extend into the mixing space part , and as the dispensing end portion of each tube element (13, 13a-13e) a respective dispensing needle (52a-52c, 112) having an internal fluid channel with an end aperture opening into the mixing space part is arranged, and - a filling unit having a base portion and a neck portion , the neck portion is adapted for holding the mixing space part encasing element , and the base portion and the neck portion are configured to be movable relative to each other, and are adapted for encompassing a container being connectible to the fluid discharge portion .
An electronic electrical device , comprising - a first electrical conductor for the input of electric current; - a second electrical conductor for the output of electric current; - a first electrical control device adapted to have two positions to electrically connect and disconnect the first electrical conductor and the second electrical conductor to/from each other; - a second electrical control device adapted to have two positions to electrically connect and disconnect the first electrical conductor and the second electrical conductor to/from each other; - first actuation means ; - second actuation means ; wherein the first actuation means are adapted to vary the position of said first electrical control device independently of said second actuation means ; and wherein the second actuation means are adapted to vary the position of said second electrical control device independently of said first actuation means ; characterized in that the first actuation means comprise a digital electronic controller ; and in that the second actuation means comprise only mechanical and/or electromechanical components. - a first electrical conductor for the input of electric current; - a second electrical conductor for the output of electric current; - a first electrical control device adapted to have two positions to electrically connect and disconnect the first electrical conductor and the second electrical conductor to/from each other; - a second electrical control device adapted to have two positions to electrically connect and disconnect the first electrical conductor and the second electrical conductor to/from each other; - first actuation means ; - second actuation means ; wherein the first actuation means are adapted to vary the position of said first electrical control device independently of said second actuation means ; and wherein the second actuation means are adapted to vary the position of said second electrical control device independently of said first actuation means ; characterized in that the first actuation means comprise a digital electronic controller ; and in that the second actuation means comprise only mechanical and/or electromechanical components. wherein the first actuation means are adapted to vary the position of said first electrical control device independently of said second actuation means ; and wherein the second actuation means are adapted to vary the position of said second electrical control device independently of said first actuation means ; the first actuation means comprise a digital electronic controller ; and in that the second actuation means comprise only mechanical and/or electromechanical components.
An arrangement of plastic shipping containers comprising bananas, the arrangement comprising: a pallet having a top surface, the top surface having a pallet length and a pallet width; six shipping containers each having a container length and a container width arranged on the top surface of the pallet in a layer, characterised in that the containers are arranged in two rows, each row having three of the containers , each of the six shipping containers having its container width extend in the direction of the rows and in the direction of the pallet width and having its container length extend in the direction of the pallet length; and bananas in each container , the bananas disposed in a three-line configuration with their crowns facing down. a pallet having a top surface, the top surface having a pallet length and a pallet width; six shipping containers each having a container length and a container width arranged on the top surface of the pallet in a layer, characterised in that the containers are arranged in two rows, each row having three of the containers , each of the six shipping containers having its container width extend in the direction of the rows and in the direction of the pallet width and having its container length extend in the direction of the pallet length; and bananas in each container , the bananas disposed in a three-line configuration with their crowns facing down.
The use of a combination of 2 to 17% by weight of an ethylene/α-olefin copolymer and 0.04 to 0.2% by weight of an additive comprising an amine salt of a hydrocarbyl thiophosphoric acid ester to improve the ability of an oil of lubricating viscosity to release entrapped air.
A pipetting system comprising: - at least one pipette tip receptacle having a pipette tip arranged therein, which pipette tip extending along a vertical axis (V), - at least one gripper (1,2;5;6) comprising: - a mechanical coupling having a body extending along the vertical axis (V), the gripper with the coupling being connected to the at least one pipette tip receptacle , and - at least one gripping element (2;5;6) arranged laterally on the body of the coupling and extending vertically downwardly from the coupling and comprising at least one substantially vertical portion (20;50;60), wherein the coupling comprises in the body a through channel extending along the vertical axis (V) over the entire length of the coupling and wherein the pipette tip extends at least partially along the through channel of the coupling . - at least one pipette tip receptacle having a pipette tip arranged therein, which pipette tip extending along a vertical axis (V), - at least one gripper (1,2;5;6) comprising: - a mechanical coupling having a body extending along the vertical axis (V), the gripper with the coupling being connected to the at least one pipette tip receptacle , and - at least one gripping element (2;5;6) arranged laterally on the body of the coupling and extending vertically downwardly from the coupling and comprising at least one substantially vertical portion (20;50;60), - a mechanical coupling having a body extending along the vertical axis (V), the gripper with the coupling being connected to the at least one pipette tip receptacle , and - at least one gripping element (2;5;6) arranged laterally on the body of the coupling and extending vertically downwardly from the coupling and comprising at least one substantially vertical portion (20;50;60),
A method for managing communications comprising: obtaining user profile data comprising at least associations between contexts and sources of communication wherein a context is at least one of a topic, a subject, and a category of a communication; generating information comprising graphical elements corresponding to sources of communications, generating information comprising graphical elements corresponding to contexts, in response to user input: managing an association of a context with a source of communication through graphical interactions on the graphical elements corresponding to sources of communications and the graphical elements corresponding to contexts and updating user profile data according to said associations, managing received communications by selecting communications for which the context and the source are matching a context-source association of the user profile data; and generating information for display comprising graphical elements corresponding to the selected communications according to the user profile data. obtaining user profile data comprising at least associations between contexts and sources of communication wherein a context is at least one of a topic, a subject, and a category of a communication; generating information comprising graphical elements corresponding to sources of communications, generating information comprising graphical elements corresponding to contexts, in response to user input: managing an association of a context with a source of communication through graphical interactions on the graphical elements corresponding to sources of communications and the graphical elements corresponding to contexts and updating user profile data according to said associations, managing an association of a context with a source of communication through graphical interactions on the graphical elements corresponding to sources of communications and the graphical elements corresponding to contexts and updating user profile data according to said associations, managing received communications by selecting communications for which the context and the source are matching a context-source association of the user profile data; and generating information for display comprising graphical elements corresponding to the selected communications according to the user profile data.
A particle separator for removing particles in a flow of air of an aircraft engine, comprising: a conduit having an inlet section for directing air towards a curved section of the conduit and an outlet section ; characterised in that the particle separator further comprises: a drum rotatably mounted for rotation about an axis , wherein the axis extends traverse to the direction of air in the conduit , the drum having an outer surface in fluid communication with the conduit at the curved section of the conduit , wherein particles in the air travelling into the curved section will contact the outer surface of the drum and cause it to rotate about the axis , wherein the curved section is located between the inlet section and the outlet section of the conduit such that both the air and the particles entrained in the air are accelerated by making them go over a turn located proximate to the curved section .
A method used in a personal equipment for selecting frames (150 i ) used in face processing, the method comprising: a) capturing, with a camera of the personal equipment, video data featuring a face of an individual; b) determining with a processing unit at least one image quality indicator, q ij , for at least some frames (150 i ) in said video data; c) using said quality indicator , q ij , for selecting a subset of said frames (Sel 1 , Sel 2 ), such that frames with said quality indicator, q ij , lower than a threshold are rejected, and wherein consecutive frames are excluded in said subset; d) detecting a sequence of frames (f period ) corresponding to a movement of a body portion in said video data and wherein said sequence of frames is within a predefined response window (rw) during which a response should be given by the individual to a challenge, prompted by the personal equipment as part of a presentation attack detection scheme, wherein frames within said sequence of frames (f period ) corresponding to a movement of a body are not selected; e) adding to said subset at least one second frame (Sel 3 , Sel 4 ), within a predefined interval (Int 1 , Int 2 ) before or after said sequence of frames (f period ), f) storing said subset of frames (Sel 1 , Sel 2 , Sel 3 , Sel 4 ) in a memory . a) capturing, with a camera of the personal equipment, video data featuring a face of an individual; b) determining with a processing unit at least one image quality indicator, q ij , for at least some frames (150 i ) in said video data; c) using said quality indicator , q ij , for selecting a subset of said frames (Sel 1 , Sel 2 ), such that frames with said quality indicator, q ij , lower than a threshold are rejected, and wherein consecutive frames are excluded in said subset; d) detecting a sequence of frames (f period ) corresponding to a movement of a body portion in said video data and wherein said sequence of frames is within a predefined response window (rw) during which a response should be given by the individual to a challenge, prompted by the personal equipment as part of a presentation attack detection scheme, wherein frames within said sequence of frames (f period ) corresponding to a movement of a body are not selected; e) adding to said subset at least one second frame (Sel 3 , Sel 4 ), within a predefined interval (Int 1 , Int 2 ) before or after said sequence of frames (f period ), f) storing said subset of frames (Sel 1 , Sel 2 , Sel 3 , Sel 4 ) in a memory .
Counter-current swimming device for installation in an existing swimming pool, the device comprising: - a lower housing part of a housing, the lower housing part having an inlet with a cross section, - an upper housing part of the housing, connected to the lower housing part - an outlet nozzle connected to an exit of the upper housing part, the exit having an exit cross section, so that the lower housing part , the upper housing part and the outlet nozzle form a flow channel, wherein the device further comprises: - a propeller screw positioned in the lower housing and configured to, when the device is installed in the swimming pool, accelerate water into the inlet, and characterized by : - a motor positioned outside the housing and coupled to the propeller wherein the cross section of the inlet is larger than the exit cross section of the upper housing part and the flow channel is continuously becoming more narrow starting from the propeller screw to the outlet nozzle of the upper housing part . - a lower housing part of a housing, the lower housing part having an inlet with a cross section, - an upper housing part of the housing, connected to the lower housing part - an outlet nozzle connected to an exit of the upper housing part, the exit having an exit cross section, so that the lower housing part , the upper housing part and the outlet nozzle form a flow channel, wherein the device further comprises: - a propeller screw positioned in the lower housing and configured to, when the device is installed in the swimming pool, accelerate water into the inlet, and characterized by : - a motor positioned outside the housing and coupled to the propeller - a propeller screw positioned in the lower housing and configured to, when the device is installed in the swimming pool, accelerate water into the inlet, and characterized by : - a motor positioned outside the housing and coupled to the propeller - a motor positioned outside the housing and coupled to the propeller wherein the cross section of the inlet is larger than the exit cross section of the upper housing part and the flow channel is continuously becoming more narrow starting from the propeller screw to the outlet nozzle of the upper housing part .