mhurhangee/ep-ind-claims huggingface dataset:
A non-therapeutic method for removal of nematodes from fish liver, preferably cod liver, said fish liver comprising liver meat at least partly surrounded by connective tissue membrane attached to said liver meat, said nematodes being situated on an inside of said membrane in respective depressions of said liver meat, said method being characterized by comprising the steps of treating said fish liver with steam for a period of time sufficient to allow for said connective tissue membrane to contract, thereby pulling out said nematodes from said respective depressions, and further treating said fish liver with steam for a period of time sufficient to allow for said connective tissue membrane to be released from said liver meat.
A radiation-curable resin composition, comprising - from 0 to 30% by weight of one or more oligomers; - from 15 to 80% by weight of one or more monomers; - from 10 to 80% by weight of a filler mixture; - from 0.1 to 5% by weight of one or more photoinitiators; wherein the filler mixture includes: - from 39.9 to 90% by weight of first particles having a grain size d50 vol of 3 to 20 μm; - from 9.9 to 60% by weight of second particles having a grain size d50 vol of 0.5 to 1 μm; - from 0.1 to 5% by weight of nanoparticles having a BET surface area within a range of from 10 to 100 m 2 /g. - from 0 to 30% by weight of one or more oligomers; - from 15 to 80% by weight of one or more monomers; - from 10 to 80% by weight of a filler mixture; - from 0.1 to 5% by weight of one or more photoinitiators; - from 39.9 to 90% by weight of first particles having a grain size d50 vol of 3 to 20 μm; - from 9.9 to 60% by weight of second particles having a grain size d50 vol of 0.5 to 1 μm; - from 0.1 to 5% by weight of nanoparticles having a BET surface area within a range of from 10 to 100 m 2 /g.
A terminal device arranged to communicate with a base station via a relay device in a wireless communications system, the terminal device comprising: a transmitter arranged to transmit an access request message wherein the access request message comprises one from a set of access preambles that indicate relay device uplink assistance is required; a receiver arranged to receive an access request grant response from the base station; and a control processor operably coupled to the transmitter and receiver and arranged to: process the access request grant response, characterized by the control processor being further arranged to determine from a timing advance part thereof transmit power control, TPC, information for transmitting to the base station via the relay device. a transmitter arranged to transmit an access request message wherein the access request message comprises one from a set of access preambles that indicate relay device uplink assistance is required; a receiver arranged to receive an access request grant response from the base station; and a control processor operably coupled to the transmitter and receiver and arranged to: process the access request grant response, characterized by the control processor being further arranged to determine from a timing advance part thereof transmit power control, TPC, information for transmitting to the base station via the relay device. process the access request grant response, characterized by the control processor being further arranged to determine from a timing advance part thereof transmit power control, TPC, information for transmitting to the base station via the relay device.
A measurement sensor comprising a radio frequency identification circuit for measuring a parameter, wherein the circuit comprises at least one component in which a characteristic of that component can be changed to reflect a change in a measured parameter, such that a frequency used by the sensor to communicate with a reader varies according to changes in the measured parameter, wherein the at least one component of the circuit is selected from a group comprising: a capacitor and a coil; characterised in that the sensor is configured to send calibration data to the reader in order that the reader can interpret the frequency information sent from the sensor.
Water-carrying household appliance, which is embodied as a dishwasher, with: a receiving unit for receiving at least one signal from an external device coupled to the household appliance, characterised in that the signal contains an item of information which is indicative of an item to be washed arranged in a dishwasher cavity of the dishwasher and/or a soiling of the item to be washed, a number of actuators (12 - 14) for executing a plurality of programs, a selector unit for selecting a program from the plurality of programs as a function of the at least one signal received, and a control unit which is equipped to control the actuators (12 - 14) for executing the selected program. a receiving unit for receiving at least one signal from an external device coupled to the household appliance, characterised in that the signal contains an item of information which is indicative of an item to be washed arranged in a dishwasher cavity of the dishwasher and/or a soiling of the item to be washed, a number of actuators (12 - 14) for executing a plurality of programs, a selector unit for selecting a program from the plurality of programs as a function of the at least one signal received, and a control unit which is equipped to control the actuators (12 - 14) for executing the selected program.
Basket-like frame structure for storing fluid flow-based mouthpieces and/or hoses of a shisha, where the basket-like frame structure is one or more target or shaped intakes (5, 6) to contain a fluid flow-based mouthpiece and/or hose of a shisha, where the target mounting elements (5, 6) are positionable or arranged at an angle (α) between 5 and 45° relative to a horizontal reference plane; characterised by the fact that several recording elements (5, 6) forming a group of elements (G1, G2) are placed side by side in at least one row on a support section, with the support section having a flow duct structure that can be passed through a cleaning fluid.
A solid form of RAD1901-2HCl, which has the following structure having an X-ray powder diffraction pattern comprising a peak, in terms of 2-theta, at 7.1 degrees 2θ ± 0.2 degree 2θ at about relative humidity 0%.
Method for producing a coaxial cable comprising the steps of: a) providing a litz inner conductor composed of a plurality of wires that have been stranded together; b) rotary swaging the litz inner conductor by means of a rotary swaging device; c) encasing the rotary swaged litz inner conductor with a dielectric; and d) encasing the dielectric with an outer conductor. a) providing a litz inner conductor composed of a plurality of wires that have been stranded together; b) rotary swaging the litz inner conductor by means of a rotary swaging device; c) encasing the rotary swaged litz inner conductor with a dielectric; and d) encasing the dielectric with an outer conductor.
Method for manufacturing a headrest comprising an integrated functional module, wherein the method comprises the following method steps: - mounting the functional module on a supporting rod of a vehicle seat; and - enclosing the functional module mounted on the supporting rod by means of a housing, which is fitted on a front part, and a rear part; and - introducing a cable tube into a hole in the front part or in the rear part, wherein the cable tube serves for receiving a cable; - fastening the front part, the rear part and the supporting rod using fastening means. - mounting the functional module on a supporting rod of a vehicle seat; and - enclosing the functional module mounted on the supporting rod by means of a housing, which is fitted on a front part, and a rear part; and - introducing a cable tube into a hole in the front part or in the rear part, wherein the cable tube serves for receiving a cable; - fastening the front part, the rear part and the supporting rod using fastening means.
A Power-over-Ethernet lighting system comprising: - at least one subsystem comprising: - at least one sensor (4; 104), - at least one luminaire (5; 105) to be controlled by the sensor (4; 104), wherein the at least one sensor and the at least one luminaire are connected to the same communication network, and wherein the Power-over-Ethernet lighting system further comprises: - a trigger unit for generating a trigger signal, and - an assigning unit for performing a commissioning procedure; wherein the assigning unit, upon the trigger signal being generated, assigns to each other all sensors and luminaires comprised in the at least one subsystem without connecting the subsystem to the overall Power-over-Ethernet lighting system, which are connected to the same communication network and which have not already been assigned; and further to bind all such devices assigned to each other, wherein the assignments are stored by storing corresponding unique identifiers being unique for the respective sensor (4; 104) or luminaire (5; 105) in the assigning unit or in another unit of the Power-over-Ethernet lighting system, wherein the assignment unit is further arranged for connecting the subsystem to the overall Power-over-Ethernet lighting system after the assignment of the subsystem; wherein the Power-over-Ethernet lighting system (1; 9; 10; 101; 109; 110) is adapted such that a sensor (4; 104) controls a luminaire (5; 105), if they have been assigned to each other. - at least one subsystem comprising: - at least one sensor (4; 104), - at least one luminaire (5; 105) to be controlled by the sensor (4; 104), wherein the at least one sensor and the at least one luminaire are connected to the same communication network, and wherein the Power-over-Ethernet lighting system further comprises: - at least one sensor (4; 104), - at least one luminaire (5; 105) to be controlled by the sensor (4; 104), wherein the at least one sensor and the at least one luminaire are connected to the same communication network, and wherein the Power-over-Ethernet lighting system further comprises: - a trigger unit for generating a trigger signal, and - an assigning unit for performing a commissioning procedure;
A generator drive disconnect device of a generator arranged to be driven by an aircraft engine, the disconnect device comprising: a drive transfer means for transferring drive from an input shaft of the generator to a rotor of the generator, the drive transfer means having a connected configuration and a disconnected configuration; a disconnect mechanism configured to move the drive transfer means from the connected configuration to the disconnected configuration; and a latch mechanism configured to hold the drive transfer means in the disconnected configuration, the latch mechanism comprising: a support structure; a latch member, moveable between an extended position in which the latch mechanism restricts movement of the drive transfer means from the disconnected configuration to the connected configuration, and a retracted position in which it does not; and a biasing mechanism configured to generate a biasing force to bias the latch member towards the extended position and to apply a reaction force to the latch member to resist movement of the latch member towards the retracted position, the reaction force having a magnitude which increases as the distance of the latch member from the retracted position increases. a drive transfer means for transferring drive from an input shaft of the generator to a rotor of the generator, the drive transfer means having a connected configuration and a disconnected configuration; a disconnect mechanism configured to move the drive transfer means from the connected configuration to the disconnected configuration; and a latch mechanism configured to hold the drive transfer means in the disconnected configuration, the latch mechanism comprising: a support structure; a latch member, moveable between an extended position in which the latch mechanism restricts movement of the drive transfer means from the disconnected configuration to the connected configuration, and a retracted position in which it does not; and a biasing mechanism configured to generate a biasing force to bias the latch member towards the extended position and to apply a reaction force to the latch member to resist movement of the latch member towards the retracted position, the reaction force having a magnitude which increases as the distance of the latch member from the retracted position increases. a support structure; a latch member, moveable between an extended position in which the latch mechanism restricts movement of the drive transfer means from the disconnected configuration to the connected configuration, and a retracted position in which it does not; and a biasing mechanism configured to generate a biasing force to bias the latch member towards the extended position and to apply a reaction force to the latch member to resist movement of the latch member towards the retracted position, the reaction force having a magnitude which increases as the distance of the latch member from the retracted position increases.
A hydraulic apparatus (1, 2, 3) and wing assembly for aircraft actuators that supplies pressure oil to a hydraulically-operated actuator (104a, 104b) for driving a control surface of an aircraft, the apparatus (1, 2, 3) comprising: a pump unit installed inside a wing of the aircraft; an inlet port that is provided as a hole formed through a wing structure portion forming a surface structure of the wing and that can supply air outside the wing into the wing; an exhaust port that is provided as a hole formed through the wing structure portion and that can discharge air inside the wing to the outside of the wing; an inlet port opening/closing portion (16, 31) that is provided in the wing structure portion, whose position can be switched between a position to open the inside of the wing to the outside and a position to close the inside of the wing from the outside, and that can open and close the inlet port; and an exhaust port opening/closing portion (17, 32) that is provided in the wing structure portion, whose position can be switched between a position to open the inside of the wing to the outside and a position to close the inside of the wing from the outside, and that can open and close the exhaust port, wherein the pump unit includes a backup hydraulic pump that can supply pressure oil to the actuator (104a, 104b) when a loss or reduction occurs in a function of an aircraft central hydraulic power source and an electric motor that drives the backup hydraulic pump. a pump unit installed inside a wing of the aircraft; an inlet port that is provided as a hole formed through a wing structure portion forming a surface structure of the wing and that can supply air outside the wing into the wing; an exhaust port that is provided as a hole formed through the wing structure portion and that can discharge air inside the wing to the outside of the wing; an inlet port opening/closing portion (16, 31) that is provided in the wing structure portion, whose position can be switched between a position to open the inside of the wing to the outside and a position to close the inside of the wing from the outside, and that can open and close the inlet port; and an exhaust port opening/closing portion (17, 32) that is provided in the wing structure portion, whose position can be switched between a position to open the inside of the wing to the outside and a position to close the inside of the wing from the outside, and that can open and close the exhaust port, wherein the pump unit includes a backup hydraulic pump that can supply pressure oil to the actuator (104a, 104b) when a loss or reduction occurs in a function of an aircraft central hydraulic power source and an electric motor that drives the backup hydraulic pump.
A dimmer control circuit comprising: - a dimmer control logic; - a comparator for comparing a signal (VDCI, VDCI_ls) derived from the mains voltage to a reference value (Vdim_th), the comparator being adapted to use the comparison result for selecting between a step dimming mode and a phase-cut dimming mode of said dimmer control logic; characterised in that the dimmer control circuit further comprises: - a switching unit, said dimmer control logic being adapted to control the switching sequence of said switching unit based on the selection in order to switch between a plurality of values (V1-V4); wherein, - said dimmer control circuit is adapted to prioritize said phase-cut dimming mode above said step dimming mode when a phase-cut dimmer is connected; and - the dimmer control citcuit is such that the maximum level of said step dimming mode is dependent on said mains voltage and is application adjustable. - a dimmer control logic; - a comparator for comparing a signal (VDCI, VDCI_ls) derived from the mains voltage to a reference value (Vdim_th), the comparator being adapted to use the comparison result for selecting between a step dimming mode and a phase-cut dimming mode of said dimmer control logic; - a switching unit, said dimmer control logic being adapted to control the switching sequence of said switching unit based on the selection in order to switch between a plurality of values (V1-V4); - said dimmer control circuit is adapted to prioritize said phase-cut dimming mode above said step dimming mode when a phase-cut dimmer is connected; and - the dimmer control citcuit is such that the maximum level of said step dimming mode is dependent on said mains voltage and is application adjustable.
Routing method for routing power line communication in a residential site equipped with a plurality of electrical equipments (T2-T4, Ti) able to communicate over a plurality of electrical subnetworks (CP2-CP4) through power line communication, each subnetwork corresponding to a part of the electrical network of the residential site that is electrically isolated from the other subnetworks, said method comprising the following steps for at least one subnetwork: - initializing (E0, E'0) an association data structure associating said subnetwork (CP2-CP4) with an identifier of at least one first electrical equipment (Tl); - obtaining (E1, E10) a communication request containing an identifier of a second electrical equipment; - obtaining the association data structure from the subnetwork; - comparing the obtained identifier of the second electrical equipment with the identifier of said at least one first electrical equipment associated with the subnetwork; - on the basis of the results of the comparison, commanding activation of the subnetwork. - initializing (E0, E'0) an association data structure associating said subnetwork (CP2-CP4) with an identifier of at least one first electrical equipment (Tl); - obtaining (E1, E10) a communication request containing an identifier of a second electrical equipment; - obtaining the association data structure from the subnetwork; - comparing the obtained identifier of the second electrical equipment with the identifier of said at least one first electrical equipment associated with the subnetwork; - on the basis of the results of the comparison, commanding activation of the subnetwork.
Disc brake for a vehicle, comprising a first and a second brake pad (2a, 2b) and a brake disc arranged therebetween and a brake caliper which engages around the brake disc and has a brake caliper housing in which a brake application device is arranged, wherein the brake application device comprises a pressure piece which can be applied to the first brake pad, wherein a bellows is provided for protecting the interior of the brake caliper housing against contamination, wherein the bellows is fastened to the brake caliper housing by a first end region and is attached to a sheet metal arrangement by a second end region, which sheet metal arrangement consists of a sheet metal plate and a sheet metal ring which is arranged coaxially therewith and is integrally bonded thereto, wherein the sheet metal plate is arranged between an end face of the pressure piece and the first brake pad, wherein the sheet metal ring is arranged between the bellows and the brake pad to protect the bellows against heat radiation which is generated by braking operations by the brake pads (2a, 2b) and the brake disc, characterized in that the sheet metal ring has an annular disc-shaped portion which is arranged in the radial extension of the sheet metal plate and has slot-like cut-outs for reducing its flexural rigidity, and in that the cut-outs are uniformly distributed in the circumferential direction and are formed adjacently to one another on at least one circular path on the annular disc-shaped portion.
A method in a communication device configured for multiple subscriber identities (440-1, 440-2), comprising at least a first subscriber identity and a second subscriber identity, for causing call back, comprising: receiving a telephone call on a first subscription, associated with the first subscriber identity, from another communication device; characterised in that the method further comprises: determining an order of prioritization among the subscriber identities (440-1, 440-2), according to at least one parameter, for establishing the telephone call with the other communication device on the subscription associated with the respective subscriber identities (440-1, 440-2), the at least one parameter comprising properties of the other communication device; and causing callback to the other communication device using the second subscriber identity, when it is determined that the second subscriber identity is more prioritized than the first subscriber identity. receiving a telephone call on a first subscription, associated with the first subscriber identity, from another communication device; characterised in that the method further comprises: determining an order of prioritization among the subscriber identities (440-1, 440-2), according to at least one parameter, for establishing the telephone call with the other communication device on the subscription associated with the respective subscriber identities (440-1, 440-2), the at least one parameter comprising properties of the other communication device; and causing callback to the other communication device using the second subscriber identity, when it is determined that the second subscriber identity is more prioritized than the first subscriber identity. determining an order of prioritization among the subscriber identities (440-1, 440-2), according to at least one parameter, for establishing the telephone call with the other communication device on the subscription associated with the respective subscriber identities (440-1, 440-2), the at least one parameter comprising properties of the other communication device; and causing callback to the other communication device using the second subscriber identity, when it is determined that the second subscriber identity is more prioritized than the first subscriber identity.