mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method, comprising providing a publisher 2. with a privacy control user interface that includes one or more controls that enable the publisher to assign one privacy wall to each domain-purpose pair wherein a domain-purpose pair comprises a combination of an online domain that can collect user data and a purpose for which that user data is potentially used and wherein a privacy wall allows, in its active state electronic transmission of electronic content of a domain of a domain-purpose pair associated with the privacy wall; determining that the publisher has created, via the privacy control user interface, an additional privacy wall for a specific domain-purpose pair that already has an existing privacy wall ; in response to determining that the publisher has created the additional privacy wall, restricting the specific domain-purpose pair to a single active privacy wall, by: enabling only one of the existing privacy wall and the additional privacy wall to be in an active state at any given time; and maintaining any privacy wall that is not in the active state in an inactive state; detecting a transition of a specific privacy wall from the inactive state to the active state; in response to detecting the transition of the specific privacy wall from the inactive state to the active state, transitioning a different privacy wall from the active state to the inactive state. providing a publisher 2. with a privacy control user interface that includes one or more controls that enable the publisher to assign one privacy wall to each domain-purpose pair wherein a domain-purpose pair comprises a combination of an online domain that can collect user data and a purpose for which that user data is potentially used and wherein a privacy wall allows, in its active state electronic transmission of electronic content of a domain of a domain-purpose pair associated with the privacy wall; determining that the publisher has created, via the privacy control user interface, an additional privacy wall for a specific domain-purpose pair that already has an existing privacy wall ; in response to determining that the publisher has created the additional privacy wall, restricting the specific domain-purpose pair to a single active privacy wall, by: enabling only one of the existing privacy wall and the additional privacy wall to be in an active state at any given time; and maintaining any privacy wall that is not in the active state in an inactive state; enabling only one of the existing privacy wall and the additional privacy wall to be in an active state at any given time; and maintaining any privacy wall that is not in the active state in an inactive state; detecting a transition of a specific privacy wall from the inactive state to the active state; in response to detecting the transition of the specific privacy wall from the inactive state to the active state, transitioning a different privacy wall from the active state to the inactive state.
A two-phase heat transfer device , comprising a closed cavity comprising at least one evaporation area in a situation of heat exchange with at least one hot source and at least one condensation area in a situation of heat exchange with at least one cold source , the closed cavity containing a two-phase fluid in a state of liquid-vapour equilibrium and comprising at least one channel for circulation of the two-phase fluid in the vapour phase and at least one main capillary structure adapted to allow the circulation of the two-phase fluid in the liquid phase between said cold source and said hot source, the two-phase device being characterised in that it further comprises at least one additional capillary medium allowing storage and restitution of an excess of liquid in relation to a maximum capacity of liquid contained in the main capillary structure , said additional capillary medium and said main capillary structure being connected so as to ensure capillary continuity for the two-phase fluid in the liquid phase, said additional medium comprising at least one capillary reservoir area, the main capillary structure comprising at least one capillary condensation area and a capillary evaporation area , characterised in that the evaporation and condensation areas of the main capillary structure, taken in order, have increasing characteristic capillary dimensions, said capillary dimensions being less than the diameter of the vapour circulation channel, and the additional capillary medium has a characteristic capillary dimension greater than that of the evaporation area and less than the diameter of the vapour circulation channel.
An apparatus comprising a first interface unit configured to provide connection to a first network, a second interface unit configured to provide connection to a network node located in a second network, the network node being a mobile network node, and a processor configured to carry out a gateway function between the first network and the second network, to receive an internet protocol version 6, IPv6, packet from the network node via the second interface unit, to determine that the received IPv6 packet comprises a source address which topologically does not belong to the second network based on a network prefix of the source address differing from a network prefix of the second network and being of the first network; characterized in that the processor is configured to encapsulate the received IPv6 packet in a new IPv6 packet, to send the new IPv6 packet to the first network via the first interface unit, and in that for an encapsulation header for the new IPv6 packet, the processor is configured to create a destination address which comprises the network prefix from the source address, and a fixed interface identifier of a tunnel endpoint in a gateway in a home network of the network node, the home network being the first network.
A process for producing triallyl isocyanurate, comprising the steps of: reacting cyanuric chloride with allyl alcohol to obtain triallyl cyanurate; subjecting the thus obtained triallyl cyanurate to stirring treatment in a strong base aqueous solution having a concentration of 0.5 to 10 % by weight at a temperature of 30 to 80°C for 0.5 to 10 hours; and subjecting the thus treated triallyl cyanurate to rearrangement reaction, wherein the triallyl cyanurate subjected to the stirring treatment comprises organic chlorine compounds represented by the following general formulae (I) and (II) in a total amount of not more than 800 ppm: wherein R 1 and R 2 are respectively a chlorine atom or an allyloxy group with the proviso that at least one of R 1 and R 2 is a chlorine atom, and wherein the triallyl isocyanurate comprises an organic chlorine compound represented by the general formula (I) as an impurity in an amount of not more than 100 ppm. reacting cyanuric chloride with allyl alcohol to obtain triallyl cyanurate; subjecting the thus obtained triallyl cyanurate to stirring treatment in a strong base aqueous solution having a concentration of 0.5 to 10 % by weight at a temperature of 30 to 80°C for 0.5 to 10 hours; and subjecting the thus treated triallyl cyanurate to rearrangement reaction, wherein the triallyl cyanurate subjected to the stirring treatment comprises organic chlorine compounds represented by the following general formulae (I) and (II) in a total amount of not more than 800 ppm: wherein R 1 and R 2 are respectively a chlorine atom or an allyloxy group with the proviso that at least one of R 1 and R 2 is a chlorine atom, and wherein the triallyl isocyanurate comprises an organic chlorine compound represented by the general formula (I) as an impurity in an amount of not more than 100 ppm.
An environmental enrichment apparatus comprising: a self-contained housing defining an interface aperture ; a tablet computing device disposed within the housing, the computing device including a touchscreen interface , the interface being adjacently disposed to the interface aperture and facing out of the housing; wherein the apparatus is a self-contained unit with the ability to be portable by a single individual; wherein the computing device executes an environmental enrichment application, said enrichment application being configured to present a stimulus to an animal via the interface and to receive input from the animal via the interface without being restrained into a user position or within a cage; wherein the correct stimulus response causes the computing device to send a direct signal to the treat release system or produce a light or sound that is detected by the sensor of the treat release system; and wherein the treat release system comprises a powered valve actuator , which opens and closes the valve attached to the solid or liquid treat reservoir . a self-contained housing defining an interface aperture ; a tablet computing device disposed within the housing, the computing device including a touchscreen interface , the interface being adjacently disposed to the interface aperture and facing out of the housing; wherein the apparatus is a self-contained unit with the ability to be portable by a single individual; wherein the computing device executes an environmental enrichment application, said enrichment application being configured to present a stimulus to an animal via the interface and to receive input from the animal via the interface without being restrained into a user position or within a cage; wherein the correct stimulus response causes the computing device to send a direct signal to the treat release system or produce a light or sound that is detected by the sensor of the treat release system; and wherein the treat release system comprises a powered valve actuator , which opens and closes the valve attached to the solid or liquid treat reservoir .
A wireless mobile communication device (110, 110', 110"), comprising; a microphone for providing audio signals; a processor ; a memory storing a wireless microphone application executable by said processor for converting the audio signals to wireless audio signals; at least one cellular communications subsystem under control of said processor having an interface configured to transmit requests to a back-end system of a public address system and to receive a connection authorization message from the back-end system via a cellular network; and, a short range communications component including at least a first short range communicator and a second short range communicator: the first short range communicator configured to receive connection information for connecting to the back-end system from at least one radio frequency identification/near field communication tag (400, 400', 400"); and the second short range communicator configured to, via an antenna , access the public address system and to transmit the wireless audio signals thereto for broadcast, wherein the processor is further configured to: download the connection information from the at least one radio frequency identification/near field communication tag (400, 400', 400"), in response to downloading the connection information, wirelessly send a request message to the back-end system via the cellular communications subsystem , receive the connection authorization message , and in response to receiving the connection authorization message launch the wireless microphone application and communicate with the public address system via the antenna to transmit the wireless audio signals thereto for broadcast. the first short range communicator configured to receive connection information for connecting to the back-end system from at least one radio frequency identification/near field communication tag (400, 400', 400"); and the second short range communicator configured to, via an antenna , access the public address system and to transmit the wireless audio signals thereto for broadcast, download the connection information from the at least one radio frequency identification/near field communication tag (400, 400', 400"), in response to downloading the connection information, wirelessly send a request message to the back-end system via the cellular communications subsystem , receive the connection authorization message , and in response to receiving the connection authorization message launch the wireless microphone application and communicate with the public address system via the antenna to transmit the wireless audio signals thereto for broadcast.
A method of forming a sealing structure including a spline seal in a turbine component having a spline seal slot , the spline seal slot including walls defining an opening therebetween, the method comprising using an additive manufacturing process to form a neck structure on at least one of the walls so as to reduce a size of the opening; characterized by positioning a turbine component such that powder can be contained by the spline seal slot ; adding powder to the spline seal slot until the powder is at a predetermined level relative to the walls ; and selectively fusing a portion of an uppermost layer of the powder; depositing an additional layer of powder on the uppermost layer of powder; and fusing at least some of the additional layer of powder to at least a portion of the fused section of the previous layer; fusing a part of a layer of powder to at least one of the walls ; and repeating in a cycle the steps of depositing and fusing to build up the structure in a layer-by-layer fashion.
A method for recycling a shoe having a majority of weight made from a same material class, the shoe comprising various components made from the same material class with varying densities, the material class being thermoplastic polyurethane (TPU) or polyamide, the method comprising: a. milling the shoe to obtain a plurality of particles , the particles having different material densities; b. mixing the particles; c. applying heat to the mixed particles to obtain a melt of molten particles; and d. extruding the melt, wherein the step of extruding comprises extruding an intermediate product adapted for the manufacture of a new shoe without further thermoplastic processing, and wherein the intermediate product is a yarn, a film component or extruded in a melt-blowing process to manufacture a melt-blown non-woven fabric. a. milling the shoe to obtain a plurality of particles , the particles having different material densities; b. mixing the particles; c. applying heat to the mixed particles to obtain a melt of molten particles; and d. extruding the melt, wherein the step of extruding comprises extruding an intermediate product adapted for the manufacture of a new shoe without further thermoplastic processing, and wherein the intermediate product is a yarn, a film component or extruded in a melt-blowing process to manufacture a melt-blown non-woven fabric. wherein the step of extruding comprises extruding an intermediate product adapted for the manufacture of a new shoe without further thermoplastic processing, and wherein the intermediate product is a yarn, a film component or extruded in a melt-blowing process to manufacture a melt-blown non-woven fabric.
A cup holder designed to be mountable in a beverage vending machine to support an individual cup in a filling station and/or in a picking station; the cup holder having a vertical axis and comprising a housing and a cup retention device , which is supported by the housing and defines a cup retention area ( A ) designed to be occupied by a cup when the cup is supported by the cup retention device; the cup holder further comprising an electric actuator , which is kinematically coupled to the cup retention device to move the cup retention device and adapt a dimension of the cup retention area ( A ) to a dimension of the cup , and is mounted on the housing ; and a transmission , which kinematically connects the electric actuator to the cup retention device , comprises a power input coupled to a power output of the electric actuator , and is designed to transform a rotary motion received from the electric actuator via the power input into a radial linear motion relative to the axis of the cup retention device ; characterized in that the cup holder further comprises a quick engagement/disengagement device designed to enable the electric actuator to be easily and quickly mounted and dismounted, with few and simple operations, to/from the rest of the cup holder , and the housing comprises an upper half-shell and a lower half-shell coupled to one another, and the transmission being housed between the upper half-shell and the lower half-shell , the power input being arranged on the upper half-shell , and the electric actuator being dismountably mounted on the upper half-shell ; and in that the quick engagement/disengagement device is designed to allow the power input and the power output to be quickly mutually coupled and uncoupled when the electric actuator is mounted and dismounted to/from the rest of the cup holder and comprises a bayonet coupling and a lever release mechanism designed to be manually operated by an operator and move from a blocking configuration, in which the electric actuator is prevented from being removable from the housing , to a release configuration, in which the electric actuator is enabled to be movable relative to the housing to disengage the bayonet coupling .
A dichroic mirror molded from a material selected from a group consisting of polysiloxane and lithia potash borosilicate, wherein the dichroic mirror further comprises a coating configured to reflect an infrared signal.
A system comprising: a power source ; a plurality of load power inputs (32a-32c); a plurality of primary control circuits (20a-20n) connected to control load power from the power source to respective ones of the plurality of load power inputs (32a-32c); a load configured to receive power from the plurality of load power inputs (32a-32c); at least one secondary control circuit (22a-22n) connected to the power source ; a switch circuit ; wherein the switch circuit is connected between the at least one secondary control circuit (22a-22n) and the plurality of load power inputs (32a-32c); and wherein the system further comprises a control channel configured to detect a fault in one of the plurality of primary control circuits (20a-20n) and to control the switch circuit to connect the at least one secondary control circuit (22a-22n) to a selected one of the plurality of load power inputs (32a-32c) upon detection of the fault, wherein the control channel comprises a primary channel circuit configured to monitor the plurality of primary control circuits (20a-20n) for faults, a secondary channel circuit configured to provide redundancy for the primary channel circuit , and hardware and/or software interlocks to ensure that only the primary channel circuit or the secondary channel circuit is active at a given time. a power source ; a plurality of load power inputs (32a-32c); a plurality of primary control circuits (20a-20n) connected to control load power from the power source to respective ones of the plurality of load power inputs (32a-32c); a load configured to receive power from the plurality of load power inputs (32a-32c); at least one secondary control circuit (22a-22n) connected to the power source ; a switch circuit ; wherein the switch circuit is connected between the at least one secondary control circuit (22a-22n) and the plurality of load power inputs (32a-32c); and wherein the system further comprises a control channel configured to detect a fault in one of the plurality of primary control circuits (20a-20n) and to control the switch circuit to connect the at least one secondary control circuit (22a-22n) to a selected one of the plurality of load power inputs (32a-32c) upon detection of the fault, wherein the control channel comprises a primary channel circuit configured to monitor the plurality of primary control circuits (20a-20n) for faults, a secondary channel circuit configured to provide redundancy for the primary channel circuit , and hardware and/or software interlocks to ensure that only the primary channel circuit or the secondary channel circuit is active at a given time.
A process for producing superabsorbent particles by polymerizing a monomer solution or suspension comprising a) at least one ethylenically unsaturated monomer which bears acid groups and may have been at least partly neutralized, b) at least one crosslinker, c) at least one initiator, d) optionally one or more ethylenically unsaturated monomers copolymerizable with the monomers mentioned under a) and e) optionally one or more water-soluble polymers, comprising the steps of i) classifying the superabsorbent particles by means of one or more sieves and ii) removing metallic impurities by means of one or more magnetic separators, where step i) is conducted before step ii), which comprises classifying using sieves made of a wire mesh, wherein the wires of the wire mesh consist of a steel composed of at least 70% by weight of iron, at least 10% by weight of chromium and less than 2.5% by weight of nickel, and the throughput of superabsorbent particles in the magnetic separator is in the range from 2.0 to 6.5 g/s per cm 2 of free cross-sectional area. a) at least one ethylenically unsaturated monomer which bears acid groups and may have been at least partly neutralized, b) at least one crosslinker, c) at least one initiator, d) optionally one or more ethylenically unsaturated monomers copolymerizable with the monomers mentioned under a) and e) optionally one or more water-soluble polymers, comprising the steps of i) classifying the superabsorbent particles by means of one or more sieves and ii) removing metallic impurities by means of one or more magnetic separators, i) classifying the superabsorbent particles by means of one or more sieves and ii) removing metallic impurities by means of one or more magnetic separators,