mhurhangee/ep-ind-claims huggingface dataset:
A laundry treatment apparatus comprising: a cabinet defining an external appearance of the laundry treatment apparatus; a drum rotatably placed within the cabinet and configured to receive laundry therein; a connection duct into which air inside the drum is discharged; a discharge duct configured to extend in a longitudinal direction of the drum and connected to the connection duct; a filter assembly including a filter unit located in the discharge duct to filter air and an impurity remover unit configured to remove and compress impurities remaining on the filter unit; and a drive unit configured to reciprocate the impurity remover unit along the filter unit, characterized in that the filter assembly further includes a housing in which the impurity remover unit is received, the housing being configured to store the impurities removed from the filter unit by the impurity remover unit, and wherein the filter unit includes: a filter frame located at an upper side of the housing; an air introduction hole formed in the filter frame to allow the air introduced into the discharge duct to be introduced into the housing; and a filter installed to the filter frame to filter the air to be moved from the housing to the discharge duct. a cabinet defining an external appearance of the laundry treatment apparatus; a drum rotatably placed within the cabinet and configured to receive laundry therein; a connection duct into which air inside the drum is discharged; a discharge duct configured to extend in a longitudinal direction of the drum and connected to the connection duct; a filter assembly including a filter unit located in the discharge duct to filter air and an impurity remover unit configured to remove and compress impurities remaining on the filter unit; and a drive unit configured to reciprocate the impurity remover unit along the filter unit, characterized in that the filter assembly further includes a housing in which the impurity remover unit is received, the housing being configured to store the impurities removed from the filter unit by the impurity remover unit, and wherein the filter unit includes: a filter frame located at an upper side of the housing; an air introduction hole formed in the filter frame to allow the air introduced into the discharge duct to be introduced into the housing; and a filter installed to the filter frame to filter the air to be moved from the housing to the discharge duct. a filter frame located at an upper side of the housing; an air introduction hole formed in the filter frame to allow the air introduced into the discharge duct to be introduced into the housing; and a filter installed to the filter frame to filter the air to be moved from the housing to the discharge duct.
A governor assembly for an elevator system, comprising: a stationary shaft; a sheave arranged on the stationary shaft and rotatable on the stationary shaft; a core ring arranged on one side of the sheave on the stationary shaft and associated with a safety apparatus; and characterized by a lock mechanism comprising a plurality of rockers, wherein each rocker comprises a first end pivotably connected to the sheave and a second end connected to a respective roller, the plurality of rockers are connected by connecting rods such that the plurality of rockers can be pivoted synchronously between a first position where the respective roller is separated from the core ring and a second position where the respective roller is jointed to the core ring, and in the second position, each roller rotates along with the sheave to drive the core ring, thus triggering the safety apparatus. a stationary shaft; a sheave arranged on the stationary shaft and rotatable on the stationary shaft; a core ring arranged on one side of the sheave on the stationary shaft and associated with a safety apparatus; and characterized by a lock mechanism comprising a plurality of rockers, wherein each rocker comprises a first end pivotably connected to the sheave and a second end connected to a respective roller, the plurality of rockers are connected by connecting rods such that the plurality of rockers can be pivoted synchronously between a first position where the respective roller is separated from the core ring and a second position where the respective roller is jointed to the core ring, and in the second position, each roller rotates along with the sheave to drive the core ring, thus triggering the safety apparatus.
A method for performing a measurement procedure by a user equipment, UE, in a wireless communication system using a dual connectivity, DC, in which a master cell group, MCG, and at least one secondary cell group, SCG, are configured, the method comprising: receiving, from a base station, control information including measurement gap configuration information indicating gap configuration for a cell group corresponding to an operating frequency band, wherein the measurement gap configuration information includes first information indicating a gapOffset and second information indicating a gap repetition period; obtaining a system frame number, SFN, of a first serving cell and a sub-frame number of the first serving cell based on the measurement gap configuration information; determining a first sub-frame of the measurement gap based on the SFN and the sub-frame number of the first serving cell; and performing a measurement on a plurality of serving cells including the first serving cell at the first sub-frame, wherein the first serving cell is a primary cell, Pcell, of the MCG or a primary secondary cell, PScell, of the SCG, and wherein the measurement gap starts at an ending point of a sub-frame that ends last among sub-frames of the plurality of serving cells belonging to the MCG or the SCG that occur immediately before the first sub-frame of the measurement gap. receiving, from a base station, control information including measurement gap configuration information indicating gap configuration for a cell group corresponding to an operating frequency band, wherein the measurement gap configuration information includes first information indicating a gapOffset and second information indicating a gap repetition period; obtaining a system frame number, SFN, of a first serving cell and a sub-frame number of the first serving cell based on the measurement gap configuration information; determining a first sub-frame of the measurement gap based on the SFN and the sub-frame number of the first serving cell; and performing a measurement on a plurality of serving cells including the first serving cell at the first sub-frame, wherein the first serving cell is a primary cell, Pcell, of the MCG or a primary secondary cell, PScell, of the SCG, and wherein the measurement gap starts at an ending point of a sub-frame that ends last among sub-frames of the plurality of serving cells belonging to the MCG or the SCG that occur immediately before the first sub-frame of the measurement gap.
A method of communicating timing information for a telecommunication network which uses IEEE 1588 messages to convey the timing information, the method comprising, at a network device having a local clock: determining reliability of timing information of the local clock; determining from a received Announce message an indication of reliability of a clock to which the Announce message containing the reliability indication pertains; setting an indication of reliability in an outgoing Announce message based on the determined reliability of the timing information of the local clock and the determined indication of the clock reliability in the received Announce message; and transmitting the outgoing Announce message, wherein the reliability of the timing information of a clock is directly related to a stability of a synchronization of a frequency of said clock to a frequency of the clock of the source of timing information. determining reliability of timing information of the local clock; determining from a received Announce message an indication of reliability of a clock to which the Announce message containing the reliability indication pertains; setting an indication of reliability in an outgoing Announce message based on the determined reliability of the timing information of the local clock and the determined indication of the clock reliability in the received Announce message; and transmitting the outgoing Announce message, wherein the reliability of the timing information of a clock is directly related to a stability of a synchronization of a frequency of said clock to a frequency of the clock of the source of timing information.
An antioxidant complex characterized by having a synergistic effect and comprising: a) from 1 μg/ml to 20000 μg/ml of Vitamin E; b) from 10 μg/ml to 1000 μg/ml of green tea extract; c) from 10 μg/ml to 1000 μg/ml of cacao extract, all the amounts are based on the total weight of the antioxidant complex. a) from 1 μg/ml to 20000 μg/ml of Vitamin E; b) from 10 μg/ml to 1000 μg/ml of green tea extract; c) from 10 μg/ml to 1000 μg/ml of cacao extract,
Device for sealing a first machine component with respect to a second machine component in a beverage filling installation, preferably for sealing a shaft passage through a housing, comprising a seal, which is retained on the first machine component and which can be placed on the second machine component in a sealing manner, and a pretensioning element which can be applied with a fluid for applying a sealing pretensioning to the seal, characterised in that the pretensioning which can be applied by the pretensioning element to the seal can be varied and a control system for applying a fluid to the pretensioning element in a variable manner is provided.
A driving support apparatus that performs driving support regarding a traffic signal, comprising: an acquisition unit that acquires time-series traffic signal information regarding a lighting state of the traffic signal; and an output device that notifies a driver of lighting time information regarding a time remaining until the lighting state changes, wherein the lighting time information comprises repeatedly updating the time remaining by an interval, wherein the interval is a predetermined number of seconds, characterized in that the output device notifies the driver of the lighting time information when the time remaining is larger than a predetermined value, and the output device notifies the driver of general lighting time information when the time remaining is equal to or smaller than a predetermined value, and wherein the general lighting time information comprises expressing the remaining time with words. an acquisition unit that acquires time-series traffic signal information regarding a lighting state of the traffic signal; and an output device that notifies a driver of lighting time information regarding a time remaining until the lighting state changes, wherein the lighting time information comprises repeatedly updating the time remaining by an interval, wherein the interval is a predetermined number of seconds, characterized in that the output device notifies the driver of the lighting time information when the time remaining is larger than a predetermined value, and the output device notifies the driver of general lighting time information when the time remaining is equal to or smaller than a predetermined value, and wherein the general lighting time information comprises expressing the remaining time with words.
An oral composition in the form of a water-in oil emulsion for whitening teeth, comprising a) from 0.002% to 5% by weight of an aqueous phase; b) at least 95% by weight of a continuous, hydrophobic phase; c) at least one oral care active agent comprised in the aqueous phase; wherein the active agent is a bleaching agent and the net concentration of the bleaching agent is less than 0.1% by weight of the oral composition. a) from 0.002% to 5% by weight of an aqueous phase; b) at least 95% by weight of a continuous, hydrophobic phase; c) at least one oral care active agent comprised in the aqueous phase;
A method of detecting and responding to a change of channels at a media presentation device, the method comprising: while the media presentation device is presenting a first channel, detecting a threshold mismatch between (i) a query fingerprint stream representing media content being presented by the media presentation device and (ii) a reference fingerprint stream representing media content of the first channel, wherein the media presentation device was determined to be presenting the first channel by comparing the query fingerprint stream with the reference fingerprint stream using a first fingerprint comparison rate and, based on the comparing, detecting a match between the query fingerprint stream and the reference fingerprint stream, wherein detecting the threshold mismatch is done by comparing the query fingerprint stream with the reference fingerprint stream using a second fingerprint comparison rate greater than the first fingerprint comparison rate, and wherein the threshold mismatch indicates a likelihood that the media presentation device has transitioned from presenting the first channel to presenting a second channel; and responsive to detecting the threshold mismatch, causing a change in presentation of an overlay on the presented media content, wherein the change in presentation of the overlay involves removing superimposed content associated with the first channel. while the media presentation device is presenting a first channel, detecting a threshold mismatch between (i) a query fingerprint stream representing media content being presented by the media presentation device and (ii) a reference fingerprint stream representing media content of the first channel, wherein the media presentation device was determined to be presenting the first channel by comparing the query fingerprint stream with the reference fingerprint stream using a first fingerprint comparison rate and, based on the comparing, detecting a match between the query fingerprint stream and the reference fingerprint stream, wherein detecting the threshold mismatch is done by comparing the query fingerprint stream with the reference fingerprint stream using a second fingerprint comparison rate greater than the first fingerprint comparison rate, and wherein the threshold mismatch indicates a likelihood that the media presentation device has transitioned from presenting the first channel to presenting a second channel; and responsive to detecting the threshold mismatch, causing a change in presentation of an overlay on the presented media content, wherein the change in presentation of the overlay involves removing superimposed content associated with the first channel.
A wall/ceiling raft - with a circumferential frame; - with a membrane being mounted at the frame, and - with a clamping piece which is movably guided in an accommodation space of the frame along a clamping way, wherein the clamping piece is provided with a clamping device, characterized in that, - the membrane comprises a welt edge via which the membrane can be fixed at the frame in a welt accommodation, - wherein the welt accommodation is arranged at the clamping piece, and - wherein the welt edge is designed as flat welt, the dimension and shape of which is adapted to the dimension and shape of the welt accommodation. - with a circumferential frame; - with a membrane being mounted at the frame, and - with a clamping piece which is movably guided in an accommodation space of the frame along a clamping way, wherein the clamping piece is provided with a clamping device, characterized in that, - the membrane comprises a welt edge via which the membrane can be fixed at the frame in a welt accommodation, - wherein the welt accommodation is arranged at the clamping piece, and - wherein the welt edge is designed as flat welt, the dimension and shape of which is adapted to the dimension and shape of the welt accommodation.
A dental post system for teeth that underwent excessive material loss, comprising: - a dental post trunk, wherein the dental post trunk further comprises a flat surfaced dental post bottom which is capable of vertically conveying a stress from the dental post trunk to a root base; - a col washer with a flat underside (5.1) and a concave upside (5.2) and - a coronal washer with a convex underside (6.1) and a concave upside (6.2) wherein both the concave upside (5.2) of the col washer and the concave upside (6.2) of the coronal washer are capable of shifting the direction of a fracture line in the way that it does not damage the remaining tooth tissues. - a dental post trunk, wherein the dental post trunk further comprises a flat surfaced dental post bottom which is capable of vertically conveying a stress from the dental post trunk to a root base; - a col washer with a flat underside (5.1) and a concave upside (5.2) and - a coronal washer with a convex underside (6.1) and a concave upside (6.2)
A jack stand including: a base; a post for extending from the base; and a top for topping the post and engaging with a load, the top including a load spreader for spreading the weight of the load to the post, wherein the load spreader includes a load engaging area and a load spreading area, the load engaging area being smaller in surface area than the load spreading area, and the load spreader includes spaced apart feet, the feet including engagement formations for engaging with a cap mounted on the top, characterised in that the load engaging area comprises a plate for engaging with the load and each foot comprises a plate for distributing load. a base; a post for extending from the base; and a top for topping the post and engaging with a load, the top including a load spreader for spreading the weight of the load to the post, wherein the load spreader includes a load engaging area and a load spreading area, the load engaging area being smaller in surface area than the load spreading area, and the load spreader includes spaced apart feet, the feet including engagement formations for engaging with a cap mounted on the top, characterised in that the load engaging area comprises a plate for engaging with the load and each foot comprises a plate for distributing load.
A surfaces treatment machine, comprising: a chassis; a drum rotor mounted to the chassis; a drive motor mounted to the chassis, the drive motor being coupled to a drive train that includes a drive pulley; the drive motor being adapted to drive the drive pulley to rotate the drum rotor at a first rotational velocity when the drive motor is activated; and a service motor adapted to drive the drive pulley to rotate the drum rotor at a second rotational velocity when the service motor is activated; characterized in that the service motor being integral to the drive pulley within an inner diameter of the drive pulley and being connected to an input shaft of the drum rotor by a freewheeling device adapted to reversibly engage the service motor with the drum rotor. a chassis; a drum rotor mounted to the chassis; a drive motor mounted to the chassis, the drive motor being coupled to a drive train that includes a drive pulley; the drive motor being adapted to drive the drive pulley to rotate the drum rotor at a first rotational velocity when the drive motor is activated; and a service motor adapted to drive the drive pulley to rotate the drum rotor at a second rotational velocity when the service motor is activated; the service motor being integral to the drive pulley within an inner diameter of the drive pulley and being connected to an input shaft of the drum rotor by a freewheeling device adapted to reversibly engage the service motor with the drum rotor.
A communication method executed by a source access network device, the method comprising: sending, by the source access network device, a first data packet of a terminal to a target access network device; determining, by the source access network device, that the target access network device has received the first data packet; and sending, by the source access network device, a first message to the terminal, wherein the first message is used to indicate the terminal to hand over to the target access network device; wherein the source access network device determines that the target access network device has received the first data packet comprises: determining, by the source access network device based on latency information, that the target access network device has received the first data packet; wherein the method further comprises: determining, by the source access network device, the latency information based on QoS information of the first data packet; or obtaining, by the source access network device, the latency information from a session management function network element. sending, by the source access network device, a first data packet of a terminal to a target access network device; determining, by the source access network device, that the target access network device has received the first data packet; and sending, by the source access network device, a first message to the terminal, wherein the first message is used to indicate the terminal to hand over to the target access network device; wherein the source access network device determines that the target access network device has received the first data packet comprises: determining, by the source access network device based on latency information, that the target access network device has received the first data packet; wherein the method further comprises: determining, by the source access network device, the latency information based on QoS information of the first data packet; or obtaining, by the source access network device, the latency information from a session management function network element. determining, by the source access network device based on latency information, that the target access network device has received the first data packet; wherein the method further comprises: determining, by the source access network device, the latency information based on QoS information of the first data packet; or obtaining, by the source access network device, the latency information from a session management function network element. determining, by the source access network device, the latency information based on QoS information of the first data packet; or obtaining, by the source access network device, the latency information from a session management function network element.