mhurhangee/ep-ind-claims huggingface dataset:
A knob assembly, comprising: a knob body that is disposed at a front surface of a control panel and that is configured to rotate with respect to a rotation shaft extended in a front-rear direction of the knob assembly, a knob ring that is disposed at a rear side of the knob body and that has an inner diameter greater than an outer diameter of the knob body, a light diffusing part disposed between the knob body and the knob ring, and a light source part comprising one or more light sources configured to irradiate light, wherein an inner diameter of the light diffusing part is greater than the outer diameter of the knob body and the outer diameter is less than the inner diameter of the knob ring, wherein a front surface of the light diffusing part is exposed between the knob body and the knob ring, wherein at least one of the one or more light sources is configured to irradiate light to a space between the knob body and the knob ring, and characterised in that, a front end of the light diffusing part is disposed further rearward than a front end of the knob ring. a knob body that is disposed at a front surface of a control panel and that is configured to rotate with respect to a rotation shaft extended in a front-rear direction of the knob assembly, a knob ring that is disposed at a rear side of the knob body and that has an inner diameter greater than an outer diameter of the knob body, a light diffusing part disposed between the knob body and the knob ring, and a light source part comprising one or more light sources configured to irradiate light, wherein an inner diameter of the light diffusing part is greater than the outer diameter of the knob body and the outer diameter is less than the inner diameter of the knob ring, wherein a front surface of the light diffusing part is exposed between the knob body and the knob ring, wherein at least one of the one or more light sources is configured to irradiate light to a space between the knob body and the knob ring, and characterised in that, a front end of the light diffusing part is disposed further rearward than a front end of the knob ring.
An ingestible device, comprising: a storage reservoir in a housing; a dispensable substance in the storage reservoir; a nozzle in the housing; a force generator component in the housing, wherein the force generator component is a pre-pressurized gas chamber that is pressurized to a target pressure during manufacture and is configured so that, when the force generator component generates a force, the dispensable substance exits the ingestible device via the nozzle, wherein the force generator component is configured to generate a pressure of 100-360 psi to release the dispensable substance with a force to penetrate a mucosa membrane or epithelial layer; and an occluder having a first state configured to prevent the dispensable substance from exiting the ingestible device via the nozzle; and the occluder having a second state configured to allow the dispensable substance to exit the ingestible device via the nozzle. a storage reservoir in a housing; a dispensable substance in the storage reservoir; a nozzle in the housing; a force generator component in the housing, wherein the force generator component is a pre-pressurized gas chamber that is pressurized to a target pressure during manufacture and is configured so that, when the force generator component generates a force, the dispensable substance exits the ingestible device via the nozzle, wherein the force generator component is configured to generate a pressure of 100-360 psi to release the dispensable substance with a force to penetrate a mucosa membrane or epithelial layer; and an occluder having a first state configured to prevent the dispensable substance from exiting the ingestible device via the nozzle; and the occluder having a second state configured to allow the dispensable substance to exit the ingestible device via the nozzle.
Device for separate dispensing of seed grains, having the following features: 1.1 a drum, 1.2 the drum is rotatable about an axis of rotation, 1.3 a cavity formed in the drum, 1.4 an end side of the cavity is delimited by a sowing disk in which a plurality of sowing holes are arranged at a distance from one another on an imaginary circular path, 1.5 a body is arranged in the cavity which 1.6 can be rotated about an axis arranged at a distance and parallel to the axis of rotation, 1.7 with one part of the surface thereof resting against the sowing disk so that when the sowing disk rotates, said part temporarily seals on the inside a sowing hole guided past in each case, 1.8 wherein the body can be rolled on an outer casing surface surrounding the cavity, characterized by 1.9 a compression spring, wherein the compression spring presses the body against the casing surface, wherein the compression spring presses the body against the casing surface in the radial direction in relation to the axis of rotation. 1.1 a drum, 1.2 the drum is rotatable about an axis of rotation, 1.3 a cavity formed in the drum, 1.4 an end side of the cavity is delimited by a sowing disk in which a plurality of sowing holes are arranged at a distance from one another on an imaginary circular path, 1.5 a body is arranged in the cavity which 1.6 can be rotated about an axis arranged at a distance and parallel to the axis of rotation, 1.7 with one part of the surface thereof resting against the sowing disk so that when the sowing disk rotates, said part temporarily seals on the inside a sowing hole guided past in each case, 1.8 wherein the body can be rolled on an outer casing surface surrounding the cavity, characterized by 1.9 a compression spring, wherein the compression spring presses the body against the casing surface, wherein the compression spring presses the body against the casing surface in the radial direction in relation to the axis of rotation.
A control device comprising: index value calculation means (173; 103) configured to calculate index values indicating a quantity of declination per unit time of a component temperature of an electronic component included in ICT equipment, based on detection results of a plurality of temperature sensors (22~24) that detect the component temperature of the electronic component; and a threshold storing section configured to store a threshold (Th); control means (172; 104) configured to control the number of rotations of a cooling fan in accordance with the index values calculated by the index value calculation means (173; 103) and an intake air temperature detected by an intake air temperature sensor, wherein the control means (172; 104) is configured to compare each index value with the threshold (Th) stored in the threshold storing section; and the control means (172; 104) is configured to stop rotation of the cooling fan if at least one of the index values is higher than the threshold (Th) and is configured to control the number of rotations of the cooling fan to be a first speed if all index values of the temperature sensors (22~24) are lower than the threshold (Th). index value calculation means (173; 103) configured to calculate index values indicating a quantity of declination per unit time of a component temperature of an electronic component included in ICT equipment, based on detection results of a plurality of temperature sensors (22~24) that detect the component temperature of the electronic component; and a threshold storing section configured to store a threshold (Th); control means (172; 104) configured to control the number of rotations of a cooling fan in accordance with the index values calculated by the index value calculation means (173; 103) and an intake air temperature detected by an intake air temperature sensor, wherein the control means (172; 104) is configured to compare each index value with the threshold (Th) stored in the threshold storing section; and the control means (172; 104) is configured to stop rotation of the cooling fan if at least one of the index values is higher than the threshold (Th) and is configured to control the number of rotations of the cooling fan to be a first speed if all index values of the temperature sensors (22~24) are lower than the threshold (Th).
A method for framing data, comprising: encapsulating a data stream into at least one Gigabit Passive Optical Network, GPON, Encapsulation Method, GEM, frame; encapsulating the GEM frame into a GPON Transmission Convergence, GTC, frame (200, 300); and transmitting the GTC frame (200, 300); the method characterized in that: the GEM frame comprises a header aligned with a word boundary of an integer multiple of four bytes. encapsulating a data stream into at least one Gigabit Passive Optical Network, GPON, Encapsulation Method, GEM, frame; encapsulating the GEM frame into a GPON Transmission Convergence, GTC, frame (200, 300); and transmitting the GTC frame (200, 300); the method characterized in that: the GEM frame comprises a header aligned with a word boundary of an integer multiple of four bytes.
An apparatus (110, 120) for channel estimation based on dynamic allocation of resources, the apparatus comprising: means for receiving symbols; means for transforming the symbols to a plurality of carriers; means for estimating a channel estimate based in part on common pilot signals and any dedicated pilot signals in the plurality of carriers, wherein the dedicated pilot signals are code punctured onto data signals for the apparatus (110, 120); and means for demodulating the data carriers of the plurality of carriers based in part on the channel estimate; means for determining whether the symbols were successfully demodulated; and means for requesting additional dedicated pilot signals if the symbols were not successfully demodulated. means for receiving symbols; means for transforming the symbols to a plurality of carriers; means for estimating a channel estimate based in part on common pilot signals and any dedicated pilot signals in the plurality of carriers, wherein the dedicated pilot signals are code punctured onto data signals for the apparatus (110, 120); and means for demodulating the data carriers of the plurality of carriers based in part on the channel estimate; means for determining whether the symbols were successfully demodulated; and means for requesting additional dedicated pilot signals if the symbols were not successfully demodulated.
(E,Z)-Ajoene of formula for use in the treatment of a bacterial infection, wherein said bacterial infection is in the lungs and is caused by Pseudomonas aeruginosa.
A coffee dispensing apparatus (200; 400) comprising: at least one nozzle (208;408) for dispensing coffee; and a base (210;412) for receiving at least one standard-sized coffee container (212; 414) at a filling position to collect the dispensed coffee, wherein the at least one nozzle and the filling position at the base are arranged with respect to each other to hit the dispensed coffee directly at an inner upstanding wall (214a;418) of the at least one container placed at the filling position, wherein the base comprises an inclined upper surface, the filling position being located at the inclined upper surface, characterized in that the upper surface inclines at a first pre-determined angle with respect to a flat lower surface of the base such that the dispensed coffee hits at the inner upstanding wall of the container at a position that is at least at 80% of the height of the upstanding wall,. at least one nozzle (208;408) for dispensing coffee; and a base (210;412) for receiving at least one standard-sized coffee container (212; 414) at a filling position to collect the dispensed coffee, wherein the at least one nozzle and the filling position at the base are arranged with respect to each other to hit the dispensed coffee directly at an inner upstanding wall (214a;418) of the at least one container placed at the filling position, wherein the base comprises an inclined upper surface, the filling position being located at the inclined upper surface, characterized in that the upper surface inclines at a first pre-determined angle with respect to a flat lower surface of the base such that the dispensed coffee hits at the inner upstanding wall of the container at a position that is at least at 80% of the height of the upstanding wall,.
Driver module for driving LEDs, wherein the driver module comprises: - input terminals (2, 3) for receiving an alternating voltage (Vin), and - a rectifier for rectifying the received alternating voltage (Vin), - a load path comprising at least one LED string with one or a plurality of LEDs (12, 13), - a current source connected in series with the load path for generating a current for the load path, and - a control module configured for controlling a shape of the current for the load path to match a shape of a voltage applied to the load path, and characterized in the control module comprising a voltage divider (R3-R4, R5-R6) generating a voltage proportional to the voltage applied to the load path, wherein the control module is adapted to control the current for the load path on the basis of the generated voltage, wherein the rectified alternating voltage is the voltage, and that the control module comprises an adjustable Zener shunt regulator arranged with an anode of the adjustable Zener shunt regulator connected to ground, and each of a cathode and a reference terminal of the adjustable Zener shunt regulator connected to an emitter of a transistor (Ql) in the control module, and that the adjustable Zener shunt regulator (Ul) is configured to limit the current through the load path to maximum allowable value. - input terminals (2, 3) for receiving an alternating voltage (Vin), and - a rectifier for rectifying the received alternating voltage (Vin), - a load path comprising at least one LED string with one or a plurality of LEDs (12, 13), - a current source connected in series with the load path for generating a current for the load path, and - a control module configured for controlling a shape of the current for the load path to match a shape of a voltage applied to the load path, and the control module comprising a voltage divider (R3-R4, R5-R6) generating a voltage proportional to the voltage applied to the load path, wherein the control module is adapted to control the current for the load path on the basis of the generated voltage, wherein the rectified alternating voltage is the voltage, and that the control module comprises an adjustable Zener shunt regulator arranged with an anode of the adjustable Zener shunt regulator connected to ground, and each of a cathode and a reference terminal of the adjustable Zener shunt regulator connected to an emitter of a transistor (Ql) in the control module, and that the adjustable Zener shunt regulator (Ul) is configured to limit the current through the load path to maximum allowable value.
A method for remotely monitoring a mobile communication device using a remote anomaly detection system comprising a central unit, a database and at least two detection units, wherein said mobile communication device is connectable to a cellular network, comprising the steps of - determining operational data of said mobile communication device by a monitoring unit of the mobile communication device, - establishing a data connection between said mobile communication device and said central unit via said cellular network, - transmitting the determined operational data from the mobile communication device to the central unit via said cellular network, - storing the determined operational data in a pre-defined data format in the database by the central unit, - retrieving the determined operational data from said database by the at least two detection units, - detecting anomalous operational data by processing the determined operational data by the at least two detection units, wherein the at least two detection units compare the determined operational data with expected operational data, wherein said at least two detection units provide said expected operational data based on different pre-defined algorithms, and - storing a detection result in said database by the at least two detection units. - determining operational data of said mobile communication device by a monitoring unit of the mobile communication device, - establishing a data connection between said mobile communication device and said central unit via said cellular network, - transmitting the determined operational data from the mobile communication device to the central unit via said cellular network, - storing the determined operational data in a pre-defined data format in the database by the central unit, - retrieving the determined operational data from said database by the at least two detection units, - detecting anomalous operational data by processing the determined operational data by the at least two detection units, wherein the at least two detection units compare the determined operational data with expected operational data, wherein said at least two detection units provide said expected operational data based on different pre-defined algorithms, and - storing a detection result in said database by the at least two detection units.
A key generation method, comprising: determining, by an access and mobility management function node, key-related information; and sending, by the access and mobility management function node, a redirection request message to a mobility management entity wherein the redirection request message comprises the key-related information, and the redirection request message is used to request to hand over a voice service from a packet switched, PS, domain to a circuit switched, CS, domain; receiving, by the mobility management entity, the redirection request message; and generating, by the mobility management entity, an encryption key and an integrity protection key for the voice service based on the key-related information. sending, by the access and mobility management function node, a redirection request message to a mobility management entity wherein the redirection request message comprises the key-related information, and the redirection request message is used to request to hand over a voice service from a packet switched, PS, domain to a circuit switched, CS, domain; receiving, by the mobility management entity, the redirection request message; and generating, by the mobility management entity, an encryption key and an integrity protection key for the voice service based on the key-related information.
An image capturing apparatus comprising: a stage for supporting a sample; a light source for outputting light; a light guiding optical system including a light dividing unit for dividing an optical image of the sample into a first image for capturing an image and a second image for focus control; a first imaging unit for capturing the first image; a second imaging unit for capturing the second image; a scan control unit for implementing a scan of a plurality of preset segmented scanning regions by moving an imaging position of the sample captured by the first imaging unit and the second imaging unit along the plurality of the segmented scanning regions; and a focus control unit for analyzing the captured second image so as to control a focus position of the image pickup by the first imaging unit based on the analysis result, wherein the focus control unit is configured to store the control result of the focus position while the scan control unit scans the segmented scanning regions, and the focus control unit is configured to determine an initial focus position for the scan control unit to scan the (n+1)th segmented scanning region, based on the focus control result stored during the scanning of the nth or an earlier scanned segmented scanning region by the scan control unit, wherein n is an integer of 1 or more, and the focus control unit is configured to analyze the captured second image for the (n+1)th segmented scanning region so as to control a focus position of the image pickup for the (n+1)th segmented scanning region by the first imaging unit based on the analysis result. a stage for supporting a sample; a light source for outputting light; a light guiding optical system including a light dividing unit for dividing an optical image of the sample into a first image for capturing an image and a second image for focus control; a first imaging unit for capturing the first image; a second imaging unit for capturing the second image; a scan control unit for implementing a scan of a plurality of preset segmented scanning regions by moving an imaging position of the sample captured by the first imaging unit and the second imaging unit along the plurality of the segmented scanning regions; and a focus control unit for analyzing the captured second image so as to control a focus position of the image pickup by the first imaging unit based on the analysis result, wherein the focus control unit is configured to store the control result of the focus position while the scan control unit scans the segmented scanning regions, and the focus control unit is configured to determine an initial focus position for the scan control unit to scan the (n+1)th segmented scanning region, based on the focus control result stored during the scanning of the nth or an earlier scanned segmented scanning region by the scan control unit, wherein n is an integer of 1 or more, and the focus control unit is configured to analyze the captured second image for the (n+1)th segmented scanning region so as to control a focus position of the image pickup for the (n+1)th segmented scanning region by the first imaging unit based on the analysis result.