mhurhangee/patent-ind-claim-en huggingface dataset:
An article comprising: a food wrapping film; a core material on which the food wrapping film is rolled; and a box in which the food wrapping film and the core material are stored, wherein the box is provided with a blade part for cutting the food wrapping film, wherein the food wrapping film comprises: a thermoplastic resin; a blue colorant; and a white colorant, wherein the film has a total light transmittance of 70% or more, wherein a content of the blue colorant is 0.45 to 2.2% by mass based on a total amount of the film, and wherein a content of the white colorant is 0.15 to 0.55% by mass based on the total amount of the film. a food wrapping film; a core material on which the food wrapping film is rolled; and a box in which the food wrapping film and the core material are stored, wherein the box is provided with a blade part for cutting the food wrapping film, wherein the food wrapping film comprises: a thermoplastic resin; a blue colorant; and a white colorant, a thermoplastic resin; a blue colorant; and a white colorant, wherein the film has a total light transmittance of 70% or more, wherein a content of the blue colorant is 0.45 to 2.2% by mass based on a total amount of the film, and wherein a content of the white colorant is 0.15 to 0.55% by mass based on the total amount of the film.
A method for operating a pump system , multi-component material being dispensed under pressure by means of a spray gun of a pump device and by means of a mixer of a pump unit using the pump unit of the pump system, component material being pumped using at least two pumps of the pump device, and component material being stored using liquid tanks of the pump device associated to the respective pump device, the pump device being controlled by means of an operating means of the pump device, characterized in that the operating means is realized having a display element and an operating means , the pump system having a control device , the control device being realized as a means for processing data having a display element and operating elements , the pump unit being controlled by means of a control unit which together with the operating means is formed by the control device , the control device being disposed at a distance from the pump unit, and data being exchanged between the control device and the operating means.
A sensor device for capturing at least three parameters of a rotatable component to be analyzed and configured for the torque-proof arrangement on the component, the sensor device comprising a casing and at least three acceleration sensor means disposed in the casing , the three acceleration sensor means each having a measuring direction orthogonal to the two other acceleration sensor means, at least one of the acceleration sensor means being designed as a MEMS sensor means which is designed and/or disposable for measurement in a tangential and/or radial direction of the component, characterized in that the MEMS sensor means is configured for capturing the rotational speed and/or the rotation angle of the component by means of a sine or cosine-like vibration of the gravitational acceleration measured.
A thermo-analytical instrument , comprising: a first thermal substrate adapted to provide a substantially uniform temperature across a surface of the first thermal substrate ; ; a temperature control module in thermal communication with the first thermal substrate to control a temperature thereof; and a plurality of second thermal substrates in thermal communication with the surface of the first thermal substrate , , each of the second thermal substrates adapted to provide a substantially uniform temperature across a surface of the second thermal substrate, each of the second thermal substrates configured to receive a reference cell and a sample cell . a first thermal substrate adapted to provide a substantially uniform temperature across a surface of the first thermal substrate ; ; a temperature control module in thermal communication with the first thermal substrate to control a temperature thereof; and a plurality of second thermal substrates in thermal communication with the surface of the first thermal substrate , , each of the second thermal substrates adapted to provide a substantially uniform temperature across a surface of the second thermal substrate, each of the second thermal substrates configured to receive a reference cell and a sample cell .
A planet carrier for an epicyclic gearbox , the planet carrier comprising: a single piece carrier body arranged to support a plurality of gears of the epicyclic gearbox ; and an opening in a wall of the carrier body; wherein: in a cross-section of the carrier body in a plane that is orthogonal to the longitudinal axis of the carrier body and at a longitudinal position along the carrier body that does not comprise the opening , the carrier body is substantially annular; and the opening is arranged such that the gears that the carrier body is arranged to support can be passed entirely through the opening and characterised in that the planet carrier further comprises a cover plate ; wherein the cover plate is attachable to the carrier body; and the cover plate is arranged to at least partially close the opening when it is attached to the carrier body such that the gears that the carrier body is arranged to support cannot be passed entirely through the opening . a single piece carrier body arranged to support a plurality of gears of the epicyclic gearbox ; and an opening in a wall of the carrier body; wherein: in a cross-section of the carrier body in a plane that is orthogonal to the longitudinal axis of the carrier body and at a longitudinal position along the carrier body that does not comprise the opening , the carrier body is substantially annular; and the opening is arranged such that the gears that the carrier body is arranged to support can be passed entirely through the opening and characterised in that the planet carrier further comprises a cover plate ; wherein the cover plate is attachable to the carrier body; and the cover plate is arranged to at least partially close the opening when it is attached to the carrier body such that the gears that the carrier body is arranged to support cannot be passed entirely through the opening . in a cross-section of the carrier body in a plane that is orthogonal to the longitudinal axis of the carrier body and at a longitudinal position along the carrier body that does not comprise the opening , the carrier body is substantially annular; and the opening is arranged such that the gears that the carrier body is arranged to support can be passed entirely through the opening and characterised in that the planet carrier further comprises a cover plate ; wherein the cover plate is attachable to the carrier body; and the cover plate is arranged to at least partially close the opening when it is attached to the carrier body such that the gears that the carrier body is arranged to support cannot be passed entirely through the opening .
Electro-optical distance measurement method having at least one • emission of a light signal , in particular of laser light, from at least one light source onto a target object , • detection of a fraction of the light signal returning from the target object using a detector and a signal processing electronics system connected downstream from the detector, • determination of a distance to the target object , wherein the emitted light signal comprises a sequence of sequential elements of, in each case, • at least one light pulse (P(TOF)) and • one light signal train (P(Φ)), characterized in that the light pulses (P(TOF)) each have a higher intensity amplitude I than the light signal trains (P(Φ)), wherein • the light pulses (P(TOF)) are each modulated so that the fractions thereof returning from the target object are provided for analysis according to the pulse runtime method TOF, and • the light signal trains (P(Φ)) are each modulated so that the fractions thereof returning from the target object are provided for analysis according to the phase comparison method Φ, so that in each case the detected returning fractions of the light pulses (P(TOF)) are analyzed with respect to a chronological location and the detected returning fractions of the light signal trains (P(Φ)) are analyzed with respect to a phase location. • emission of a light signal , in particular of laser light, from at least one light source onto a target object , • detection of a fraction of the light signal returning from the target object using a detector and a signal processing electronics system connected downstream from the detector, • determination of a distance to the target object , wherein • at least one light pulse (P(TOF)) and • one light signal train (P(Φ)), • the light pulses (P(TOF)) are each modulated so that the fractions thereof returning from the target object are provided for analysis according to the pulse runtime method TOF, and • the light signal trains (P(Φ)) are each modulated so that the fractions thereof returning from the target object are provided for analysis according to the phase comparison method Φ,
A method of managing traffic among a plurality of interconnected sites using a transport software-defined networking, TSDN, controller configured to manage traffic over a transport network including the sites , the TSDN controller comprising a processor configured to execute instructions to cause the TSDN controller to carrying out the following steps: a) implementing a logical ring over physical components of the transport network, the logical ring including ring members and ring segments , the sites being logically interconnected via the logical ring; b) receiving information about traffic in the logical ring; c) determining, in accordance with the received information, a need for a change in ring topology; d) in response to the determining, performing topology optimization to accommodate the change in traffic, the topology optimization including at least one of: increasing capacity of a ring segment, decreasing capacity of a ring segment, creating a traffic path, and removing an existing traffic path; and e) transmitting updated routing information to ring members , the routing information reflecting the change in ring topology; characterized in that the TSDN controller further carries out the following steps: f) determining, based on traffic matrices from two sites , that there is a requirement for higher capacity between these two sites , wherein the two sites are not connected to each other through adjacent ring members , and g) establishing a direct bypass link for direct traffic between the two sites by aggregating together L1/L0 transport layers connections between non-adjacent ring members and providing the bypass link with greater capacity than other ring segments . a) implementing a logical ring over physical components of the transport network, the logical ring including ring members and ring segments , the sites being logically interconnected via the logical ring; b) receiving information about traffic in the logical ring; c) determining, in accordance with the received information, a need for a change in ring topology; d) in response to the determining, performing topology optimization to accommodate the change in traffic, the topology optimization including at least one of: increasing capacity of a ring segment, decreasing capacity of a ring segment, creating a traffic path, and removing an existing traffic path; and e) transmitting updated routing information to ring members , the routing information reflecting the change in ring topology; f) determining, based on traffic matrices from two sites , that there is a requirement for higher capacity between these two sites , wherein the two sites are not connected to each other through adjacent ring members , and g) establishing a direct bypass link for direct traffic between the two sites by aggregating together L1/L0 transport layers connections between non-adjacent ring members and providing the bypass link with greater capacity than other ring segments .
An electric system with switched cells comprising: a first unit (C 1 ); a plurality of second units (C 2 , C 3 ) series-connected with the first unit, each first and second unit comprising: an electric cell (Acc 1 , Acc 2 , Acc 3 ) series-connected, by the cathode, with a first switch (S 1 , S 2 , S 3 , S 4 ), a second switch (B 1 , B 2 , B 3 , B 4 ) connected in parallel with the cell and the first switch, and a first diode (D 1 , D 2 , D 3 ), the anode of the first diode being coupled to the cathode of the cell, the cathodes of the first diodes being connected to an output node , the anode of the cell of the first unit being connected to ground, the anode of the first diode of each second unit being connected to the cell cathode by at least one third switch (T 2,1 , T 3,2 , T 3,1 , I 2 , I 3 ); and a control circuit capable of measuring characteristics of at least certain cells and of controlling the first, second, and third switches according to the characteristics. a first unit (C 1 ); a plurality of second units (C 2 , C 3 ) series-connected with the first unit, each first and second unit comprising: an electric cell (Acc 1 , Acc 2 , Acc 3 ) series-connected, by the cathode, with a first switch (S 1 , S 2 , S 3 , S 4 ), a second switch (B 1 , B 2 , B 3 , B 4 ) connected in parallel with the cell and the first switch, and a first diode (D 1 , D 2 , D 3 ), the anode of the first diode being coupled to the cathode of the cell, an electric cell (Acc 1 , Acc 2 , Acc 3 ) series-connected, by the cathode, with a first switch (S 1 , S 2 , S 3 , S 4 ), a second switch (B 1 , B 2 , B 3 , B 4 ) connected in parallel with the cell and the first switch, and a first diode (D 1 , D 2 , D 3 ), the anode of the first diode being coupled to the cathode of the cell, the cathodes of the first diodes being connected to an output node , the anode of the cell of the first unit being connected to ground, the anode of the first diode of each second unit being connected to the cell cathode by at least one third switch (T 2,1 , T 3,2 , T 3,1 , I 2 , I 3 ); and a control circuit capable of measuring characteristics of at least certain cells and of controlling the first, second, and third switches according to the characteristics.
Prechamber cap for a prechamber spark plug , having a wall with an inner side and with an outer side , wherein the wall of the prechamber cap has at least one passage opening , which extends from the inner side of the wall to the outer side of the wall , and wherein a fuel mixture can flow into a prechamber , and a flame can pass out of the prechamber , through the at least one passage opening , wherein the wall of the prechamber cap can form a part of the delimitation of the prechamber , wherein the prechamber cap has at least two passage openings , whose diameters (d) have a conical profile, characterized in that all the passage openings of the prechamber cap have a larger diameter (d2) on the inner side of the prechamber cap wall than on the outer side of the prechamber cap wall .
Pump dispenser for the discharge of liquids in atomized form, having the following features: a. the pump dispenser has a liquid reservoir for receiving the liquid before the discharge, and b. the liquid reservoir has a removal opening , and c. the pump dispenser has a pump device which is attached to the removal opening and which has a push-actuator which can be depressed downwardly in a main direction of the pump dispenser , liquid being able to be conveyed thereby out of the liquid reservoir to a discharge opening , and d. the pump dispenser has a cap unit with a base element , which is fastened to the liquid reservoir, and with a cap element which can be pivoted with respect to the base element by means of a joint , wherein in a closed state the cap element covers the push-actuator and the discharge opening and in an open state the cap element releases the push-actuator and the discharge opening , and e. the base element is provided for fastening to the liquid reservoir and has a retaining surface facing in the direction of the removal opening of the liquid reservoir, the pump device being attached to the removal opening of the liquid reservoir and secured thereon by said retaining surface . a. the pump dispenser has a liquid reservoir for receiving the liquid before the discharge, and b. the liquid reservoir has a removal opening , and c. the pump dispenser has a pump device which is attached to the removal opening and which has a push-actuator which can be depressed downwardly in a main direction of the pump dispenser , liquid being able to be conveyed thereby out of the liquid reservoir to a discharge opening , and d. the pump dispenser has a cap unit with a base element , which is fastened to the liquid reservoir, and with a cap element which can be pivoted with respect to the base element by means of a joint , wherein in a closed state the cap element covers the push-actuator and the discharge opening and in an open state the cap element releases the push-actuator and the discharge opening , and e. the base element is provided for fastening to the liquid reservoir and has a retaining surface facing in the direction of the removal opening of the liquid reservoir, the pump device being attached to the removal opening of the liquid reservoir and secured thereon by said retaining surface .
A method in a network node (115, 115A-C), comprising: receiving channel state information from a user equipment (110, 110A-C), the channel state information comprising a first transmission rank reported by the user equipment for downlink transmission of a packet, wherein the channel state information further comprises a channel quality indicator and a precoding matrix indicator, the precoding matrix indicator providing an indication of a first precoding matrix corresponding to the first transmission rank reported by the user equipment; determining whether the packet is a signaling bearer packet or a data bearer packet; upon determining that the packet is a signaling bearer packet, modifying the first transmission rank to a second transmission rank, the second transmission rank comprising a lower rank than the first transmission rank reported by the user equipment; and determining a second precoding matrix corresponding to the second transmission rank according to a mapping table , the mapping table indicating the second precoding matrix corresponding to the second transmission rank based at least in part on the first transmission rank reported by the user equipment and the precoding matrix indicator. receiving channel state information from a user equipment (110, 110A-C), the channel state information comprising a first transmission rank reported by the user equipment for downlink transmission of a packet, wherein the channel state information further comprises a channel quality indicator and a precoding matrix indicator, the precoding matrix indicator providing an indication of a first precoding matrix corresponding to the first transmission rank reported by the user equipment; determining whether the packet is a signaling bearer packet or a data bearer packet; upon determining that the packet is a signaling bearer packet, modifying the first transmission rank to a second transmission rank, the second transmission rank comprising a lower rank than the first transmission rank reported by the user equipment; and determining a second precoding matrix corresponding to the second transmission rank according to a mapping table , the mapping table indicating the second precoding matrix corresponding to the second transmission rank based at least in part on the first transmission rank reported by the user equipment and the precoding matrix indicator.
A product comprising a DNA or RNA viral mimic with a delivery agent suitable for cytoplasmic delivery of the viral mimic, for use as a medicament for treatment of a tumor of a patient wherein the administration regime of the medicament comprises administering a therapeutically effective amount of the product to the tumor, in one or more sessions, followed by treating the tumor with intra-tumoral alpha-emitter radiotherapy less than two weeks after administering the medicament, wherein the delivery agent suitable for cytoplasmic delivery comprises a lipid-based delivery agent, a polymer-based delivery agent, or the viral mimic with the delivery agent comprises Poly-ICLC.
Light-emitting device comprising first and second light-emitting cells adapted to respectively emitting in first and second wavelength ranges, wherein: - each light-emitting cell comprises a stack of a first layer of a first semiconductor material and of a second layer (111; 311; 411) of a second semiconductor material having a mesh parameter different from that of the first material; - in the first cell, the first layer is in contact with the second layer (111; 311; 411) across the entire surface of the cell; and - in the second cell, a mask (107; 307; 407) provided with a plurality of through nano-openings (109; 309) regularly distributed across the entire surface of the cell forms an interface between the first layer and the second layer (111; 311; 411), the second layer (111; 311; 411) comprising a plurality of nanopillars (115; 315) of the second material arranged in the nano-openings of the mask, in contact, by a first surface, with the first layer , and a coalesced layer (113; 313) of the second material in contact with a second surface of the nanopillars opposite to the first layer , extending across substantially the entire surface of the cell on the side of the mask opposite to the first layer , and wherein, in each cell, the second layer (111; 311; 411) is topped with an active layer . - each light-emitting cell comprises a stack of a first layer of a first semiconductor material and of a second layer (111; 311; 411) of a second semiconductor material having a mesh parameter different from that of the first material; - in the first cell, the first layer is in contact with the second layer (111; 311; 411) across the entire surface of the cell; and - in the second cell, a mask (107; 307; 407) provided with a plurality of through nano-openings (109; 309) regularly distributed across the entire surface of the cell forms an interface between the first layer and the second layer (111; 311; 411), the second layer (111; 311; 411) comprising a plurality of nanopillars (115; 315) of the second material arranged in the nano-openings of the mask, in contact, by a first surface, with the first layer , and a coalesced layer (113; 313) of the second material in contact with a second surface of the nanopillars opposite to the first layer , extending across substantially the entire surface of the cell on the side of the mask opposite to the first layer ,