mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for making a container which has a bottom wall , a plurality of lateral walls and a perimetric flange , the container comprising an outer skeleton and a layer of thermoplastic material adhering to the inside of the outer skeleton , the outer skeleton including at least one first sheet and one second sheet , the apparatus comprising: - a supporting structure ; - a conveying element which defines a housing , which is mounted on the supporting structure and which is movable relative to the supporting structure along a movement path which extends from an infeed station to an outfeed station , along the movement path the apparatus having a first feeding station , a second feeding station , and a thermoforming station placed downstream of the feeding stations; - a first feeding device positioned at the first feeding station , configured to insert, in use, the first sheet into the housing of the conveying element placed at the first feeding station ; - a second feeding device positioned at the second feeding station , configured to insert, in use, the second sheet into the housing of the conveying element placed at the second feeding station ; and - a thermoforming device positioned at the thermoforming station , which is configured to thermoform, in use, a thermoplastic material on the first sheet and on the second sheet , when the conveying element is placed at the thermoforming station , and thereby to make the layer of thermoplastic material . - a supporting structure ; - a conveying element which defines a housing , which is mounted on the supporting structure and which is movable relative to the supporting structure along a movement path which extends from an infeed station to an outfeed station , along the movement path the apparatus having a first feeding station , a second feeding station , and a thermoforming station placed downstream of the feeding stations; - a first feeding device positioned at the first feeding station , configured to insert, in use, the first sheet into the housing of the conveying element placed at the first feeding station ; - a second feeding device positioned at the second feeding station , configured to insert, in use, the second sheet into the housing of the conveying element placed at the second feeding station ; and - a thermoforming device positioned at the thermoforming station , which is configured to thermoform, in use, a thermoplastic material on the first sheet and on the second sheet , when the conveying element is placed at the thermoforming station , and thereby to make the layer of thermoplastic material .
A FoxMl gene splicing modifier selected from a compound of formula (IV) or of formula (V) or of formula (VIII): wherein X is -O- or -N(CH 3 )-; R' is cyano, pyrazolyl optionally substituted with methyl, or pyridinyl substituted with methyl and hydroxy; R" is hydrogen, methyl or methoxy; R′′′ is pyrazolyl optionally substituted with methyl, or pyridinyl substituted with methyl and hydroxy; R u is hydrogen, chloro or fluoro; R v is hydrogen, chloro or fluoro; or a pharmaceutically acceptable salt thereof; for use in the treatment, prevention and/or delay of progression of cancer.
Method for cleaning a fastening surface for a balancing element on an inner face of a rim of a vehicle wheel , in which method the vehicle wheel is positioned in a holding apparatus such that a cleaning apparatus can be moved, by means of a handling apparatus , to the fastening surface on the inner face of the rim of the positioned vehicle wheel , wherein the cleaning apparatus is arranged at a free end of the handling apparatus and the cleaning apparatus is moved by the handling apparatus to a wetting device filled with a cleaning agent and is wetted with cleaning agent in the wetting device , the cleaning apparatus wetted with cleaning agent is moved by the handling apparatus from below into the wheel rim and to a fastening surface to be cleaned, the cleaning apparatus is set in rotation around its axis by a motor and cleans the at least one fastening surface on the inner face of the wheel rim rotatably.
A computing system , comprising: a processor ; a sensor to collect environmental data relative to the computing system and an environment surrounding the computing system; and a depth sensor to collect depth data in response to a determination by the processor of a movement of the computing system in the environment, wherein the determination of the movement is based on the collected environmental data from the sensor . a processor ; a sensor to collect environmental data relative to the computing system and an environment surrounding the computing system; and a depth sensor to collect depth data in response to a determination by the processor of a movement of the computing system in the environment, wherein the determination of the movement is based on the collected environmental data from the sensor .
An electrostatic encoder (40; 70) that uses a capacitance defined by electrodes (44a-44d, 45a-45d, 47a-47e; 74a-74h, 75a-75h, 77a-77j) arranged on mutually opposed surfaces of first and second insulation members (42, 41; 72, 71) to measure a displacement of the first insulation member (42; 72) in a measurement direction, wherein the electrodes include: a plurality of relay electrodes (47a-47e; 77a-77j) arranged on the first insulation member (42; 72) at regular intervals of a predetermined first electrode cycle in the measurement direction; and a plurality of transmission electrodes (45a-45d; 75a-75h) and detection electrodes (44a-44d; 74a-74h) arranged on the second insulation member (41; 71) at regular intervals of a predetermined second electrode cycle in the measurement direction, the plurality of transmission electrodes (45a-45d; 75a-75h) and detection electrodes (44a-44d; 74a-74h) being arranged alternately in the measurement direction, wherein the first insulation member is a disk-shaped rotor (42; 72) and the second insulation member is a disk-shaped stator (41; 71), wherein the number of the transmission electrodes (45a-45d; 75a-75h) and the number of the detection electrodes (44a-44d; 74a-74h) arranged on the stator (41; 71) are each 4nm and the number of the relay electrodes (47a-47e; 77a-77j) arranged on the rotor (42; 72) is X, and there exist natural numbers "n" and "m" equal to or larger than 1 such that the following relationship is met: X / 4 n = m ± 0.25 a plurality of relay electrodes (47a-47e; 77a-77j) arranged on the first insulation member (42; 72) at regular intervals of a predetermined first electrode cycle in the measurement direction; and a plurality of transmission electrodes (45a-45d; 75a-75h) and detection electrodes (44a-44d; 74a-74h) arranged on the second insulation member (41; 71) at regular intervals of a predetermined second electrode cycle in the measurement direction, the plurality of transmission electrodes (45a-45d; 75a-75h) and detection electrodes (44a-44d; 74a-74h) being arranged alternately in the measurement direction, wherein the first insulation member is a disk-shaped rotor (42; 72) and the second insulation member is a disk-shaped stator (41; 71), wherein the number of the transmission electrodes (45a-45d; 75a-75h) and the number of the detection electrodes (44a-44d; 74a-74h) arranged on the stator (41; 71) are each 4nm and the number of the relay electrodes (47a-47e; 77a-77j) arranged on the rotor (42; 72) is X, and there exist natural numbers "n" and "m" equal to or larger than 1 such that the following relationship is met: X / 4 n = m ± 0.25
A tin oxide forming composition comprising: a tin precursor; sulfate ions; and a solvent, wherein the molar ratio of sulfate ions to tin (sulfate ions/tin) is 3 to 10. a tin precursor; sulfate ions; and a solvent, wherein the molar ratio of sulfate ions to tin (sulfate ions/tin) is 3 to 10.
Lining component for lining and controlling the temperature of an inner compartment of a passenger transportation means , in particular of a motor vehicle , wherein the lining component comprises - at least one support element for attaching the lining component in the passenger transportation means , - a temperature control body which is attached to the support element and which forms a visible side which can be seen from the inner compartment of the passenger transportation means and which comprises an air-permeable hollow body structure , - at least one air intake segment formed by the support element or arranged on the support element for supplying the temperature control body with air, and - one or more air outlet segments for releasing the supplied air from the temperature control body , characterized in that the temperature control body comprises an air-impermeable decorative layer which forms the visible side and which has a high thermal conductivity of 3W / (mK) or more, wherein the air outlet segment ends in the inner compartment and the temperature control body comprises an air-impermeable heat insulating layer which is applied to the support element and which has a thermal conductivity of less than 2W / (mK). - at least one support element for attaching the lining component in the passenger transportation means , - a temperature control body which is attached to the support element and which forms a visible side which can be seen from the inner compartment of the passenger transportation means and which comprises an air-permeable hollow body structure , - at least one air intake segment formed by the support element or arranged on the support element for supplying the temperature control body with air, and - one or more air outlet segments for releasing the supplied air from the temperature control body , characterized in that the temperature control body comprises an air-impermeable decorative layer which forms the visible side and which has a high thermal conductivity of 3W / (mK) or more, wherein the air outlet segment ends in the inner compartment and the temperature control body comprises an air-impermeable heat insulating layer which is applied to the support element and which has a thermal conductivity of less than 2W / (mK).
Apparatus for applying a structure made of printing medium to a substrate , having a rotatable transfer cylinder, a printing medium supply unit and a substrate supply unit , wherein the printing medium supply unit is configured to supply printing medium to the transfer cylinder and the apparatus is configured to transfer printing medium indirectly or directly from the transfer cylinder to the substrate supplied by means of the substrate supply unit , in order to form the structure made of printing medium on the substrate , characterised in that the printing medium supply unit has a dispensing unit having a plurality of discharge openings for printing medium, which dispensing unit is configured to co-operate with the transfer cylinder, which is configured as a dispensing-transfer cylinder , in order to effect simultaneous application of a plurality of parallel and mutually spaced printing medium lines of printing medium to the dispensing-transfer cylinder ; and the apparatus has at least one length-limiting unit which is configured to limit the length of the printing medium lines generated by means of the dispensing unit on the dispensing-transfer cylinder and/or on a further transfer cylinder of the apparatus. having a rotatable transfer cylinder, a printing medium supply unit and a substrate supply unit , wherein the printing medium supply unit is configured to supply printing medium to the transfer cylinder and the apparatus is configured to transfer printing medium indirectly or directly from the transfer cylinder to the substrate supplied by means of the substrate supply unit , in order to form the structure made of printing medium on the substrate , characterised in that the printing medium supply unit has a dispensing unit having a plurality of discharge openings for printing medium, which dispensing unit is configured to co-operate with the transfer cylinder, which is configured as a dispensing-transfer cylinder , in order to effect simultaneous application of a plurality of parallel and mutually spaced printing medium lines of printing medium to the dispensing-transfer cylinder ; and the apparatus has at least one length-limiting unit which is configured to limit the length of the printing medium lines generated by means of the dispensing unit on the dispensing-transfer cylinder and/or on a further transfer cylinder of the apparatus.
A method for location reminder, comprising: extracting , by a processor of an electronic device, a target voiceprint feature from a voice configured for searching for a terminal, after receiving the voice; the method characterized by comprising: determining , by the processor, whether the target voiceprint feature meets a preset condition in relation to a preset voiceprint feature, in response to the target voiceprint feature unmatching with the preset voiceprint feature; detecting , by the processor, whether the terminal is located at a preset location in response to the target voiceprint feature meeting the preset condition in relation to the preset voiceprint feature; and triggering , by the processor, a location reminder in a preset manner for reminding a user where the terminal is, in response to the terminal being located at the preset location. extracting , by a processor of an electronic device, a target voiceprint feature from a voice configured for searching for a terminal, after receiving the voice; the method characterized by comprising: determining , by the processor, whether the target voiceprint feature meets a preset condition in relation to a preset voiceprint feature, in response to the target voiceprint feature unmatching with the preset voiceprint feature; detecting , by the processor, whether the terminal is located at a preset location in response to the target voiceprint feature meeting the preset condition in relation to the preset voiceprint feature; and triggering , by the processor, a location reminder in a preset manner for reminding a user where the terminal is, in response to the terminal being located at the preset location. determining , by the processor, whether the target voiceprint feature meets a preset condition in relation to a preset voiceprint feature, in response to the target voiceprint feature unmatching with the preset voiceprint feature; detecting , by the processor, whether the terminal is located at a preset location in response to the target voiceprint feature meeting the preset condition in relation to the preset voiceprint feature; and triggering , by the processor, a location reminder in a preset manner for reminding a user where the terminal is, in response to the terminal being located at the preset location.
An exhaust gas purification filter comprising: a honeycomb structure having porous ceramic partition walls separating and forming a plurality of cells functioning as exhaust gas passages and extending from one end portion to the other end portion , plugging portions disposed in one side open end portions of predetermined cells and in the other side open end portions of the other cells , and a surface trapping layer disposed on the surface of each of the cells having open end portions on an exhaust gas inflow side of the honeycomb structure, wherein the partition walls have a thickness of 0.05 mm or more and 0.18 mm or less, the partition walls have a porosity of 35% or more and 50% or less, an average pore size of 10 μm or more and 18 μm or less, which is measured by mercury porosimetry, and the proportion of the volume of the pores having a size of twice the average pore size or more in the entire pore volume in a pore size distribution of the partition walls measured by mercury porosimetry is 5% or more and 40% or less, and the surface trapping layer has an average pore size of 0.1 μm or more and 4 μm or less, a porosity of 50% or more and 80% or less, and a thickness of 5 μm or more and 50 μm or less. a honeycomb structure having porous ceramic partition walls separating and forming a plurality of cells functioning as exhaust gas passages and extending from one end portion to the other end portion , plugging portions disposed in one side open end portions of predetermined cells and in the other side open end portions of the other cells , and a surface trapping layer disposed on the surface of each of the cells having open end portions on an exhaust gas inflow side of the honeycomb structure, wherein the partition walls have a thickness of 0.05 mm or more and 0.18 mm or less, the partition walls have a porosity of 35% or more and 50% or less, an average pore size of 10 μm or more and 18 μm or less, which is measured by mercury porosimetry, and the proportion of the volume of the pores having a size of twice the average pore size or more in the entire pore volume in a pore size distribution of the partition walls measured by mercury porosimetry is 5% or more and 40% or less, and the surface trapping layer has an average pore size of 0.1 μm or more and 4 μm or less, a porosity of 50% or more and 80% or less, and a thickness of 5 μm or more and 50 μm or less.
A method for adapting System Information, SI, acquisition in a Wireless Device, WD, , comprising the steps of: a) if a neighbour cell transmits SI where fields other than frame numbers do not change in different transmission periods over a certain period of time, obtaining by the WD from the neighbour cell a Cell Global Identity, CGI, of the neighbour cell within a first time period, and b) otherwise, obtaining by the WD from the neighbour cell the CGI of the neighbour cell within a second time period longer than the first time period, wherein, in step a), obtaining by the WD from the neighbour cell the CGI of the neighbour cell within the first period comprises combining by the WD at least some fields, other than the fields related to frame numbers, from multiple SI transmissions to acquire the SI, and, in step b), obtaining by the WD from the neighbour cell the CGI of the neighbour cell within the second period comprises not combining by the WD any of the fields from multiple SI transmissions to acquire the SI. a) if a neighbour cell transmits SI where fields other than frame numbers do not change in different transmission periods over a certain period of time, obtaining by the WD from the neighbour cell a Cell Global Identity, CGI, of the neighbour cell within a first time period, and b) otherwise, obtaining by the WD from the neighbour cell the CGI of the neighbour cell within a second time period longer than the first time period,
A method for wireless communications performed by a user equipment, UE, comprising: identifying a neighboring base station scheduled to transmit interfering signals during transmission of a subframe from a serving base station; evaluating whether precoder resource bundling is used for the interfering signals, wherein the evaluating comprises evaluating signals from at least one of the serving base station or the neighboring base station for an indication of whether the UE is to account for a presence of precoder resource bundling for one or more interfering signals or to disregard precoder resource bundling for one or more interfering signals; and modifying interference cancellation/interference suppression, IC/IS, operations for the subframe responsive to the evaluating. identifying a neighboring base station scheduled to transmit interfering signals during transmission of a subframe from a serving base station; evaluating whether precoder resource bundling is used for the interfering signals, wherein the evaluating comprises evaluating signals from at least one of the serving base station or the neighboring base station for an indication of whether the UE is to account for a presence of precoder resource bundling for one or more interfering signals or to disregard precoder resource bundling for one or more interfering signals; and modifying interference cancellation/interference suppression, IC/IS, operations for the subframe responsive to the evaluating.
A computer-implemented method for managing storage of messages using geographically distributed data storage in a group-based communication system , the computer-implemented method comprising: receiving, by a first data residency server physically located in a first geographic area defined by a first geographic boundary, a message comprising at least message data, the first data residency server being configured to access a first geographic data residency local repository located in the first geographic area; upon determining that an entity identifier associated with the message is associated with a geographic data storage policy associated to a second geographic area defined by a second boundary, transmitting a geographic data residency message package comprising message data of the message to a second geographic data residency server (106B-C) physically located within the second geographic area for storing at a second geographic data residency local repository (107B-C) accessible to the second geographic data residency server; receiving, from the second geographic data residency server, residency token data associated with the message data stored at the second geographic data residency local repository; updating the message data of the message with residency token data received from the geographic data residency server; and storing by the first data residency server the updated message in the first geographic data residency local repository. receiving, by a first data residency server physically located in a first geographic area defined by a first geographic boundary, a message comprising at least message data, the first data residency server being configured to access a first geographic data residency local repository located in the first geographic area; upon determining that an entity identifier associated with the message is associated with a geographic data storage policy associated to a second geographic area defined by a second boundary, transmitting a geographic data residency message package comprising message data of the message to a second geographic data residency server (106B-C) physically located within the second geographic area for storing at a second geographic data residency local repository (107B-C) accessible to the second geographic data residency server; receiving, from the second geographic data residency server, residency token data associated with the message data stored at the second geographic data residency local repository; updating the message data of the message with residency token data received from the geographic data residency server; and storing by the first data residency server the updated message in the first geographic data residency local repository.
An electronic oven with a set of reflective elements for controlling a distribution of microwave energy in the electronic oven, comprising: a chamber ; a microwave energy source coupled to an injection port in the chamber; a set of actuators connected to the set of reflective elements ; a controller that controls the set of actuators; wherein the microwave energy source applies an electromagnetic wave with a dominant wavelength to the chamber ; wherein the controller repositions the set of reflective elements via the set of actuators; wherein the controller stores instructions that independently cause a repositioning of each reflective element in the set of reflective elements using the set of actuators; and wherein the set of actuators and the set of reflective elements are each sets of at least three units. a chamber ; a microwave energy source coupled to an injection port in the chamber; a set of actuators connected to the set of reflective elements ; a controller that controls the set of actuators; wherein the microwave energy source applies an electromagnetic wave with a dominant wavelength to the chamber ; wherein the controller repositions the set of reflective elements via the set of actuators; wherein the controller stores instructions that independently cause a repositioning of each reflective element in the set of reflective elements using the set of actuators; and wherein the set of actuators and the set of reflective elements are each sets of at least three units.