mhurhangee/patent-ind-claim-en huggingface dataset:
A passive nozzle for a vacuum cleaner, the passive nozzle comprising: a top part , a bottom part , and an airtight chamber having a suction inlet for the purpose of taking in dust from a surface to be cleaned and an outlet for connection to a fan unit of the vacuum cleaner, wherein: the top part comprises at least one air intake aperture , the suction inlet of the airtight chamber is defined between the portions of the bottom part arranged to be closest to the surface to be cleaned when the nozzle is operated characterised in that the bottom part comprises an air outlet aperture , and the at least one air intake aperture of the top part is in fluid connection with the air outlet aperture of the bottom part, wherein the nozzle is arranged so as to guide an airflow generated by the fan unit of the vacuum cleaner from the air intake aperture of the top part and out of the air outlet aperture of the bottom part to the suction inlet of the airtight chamber. a top part , a bottom part , and an airtight chamber having a suction inlet for the purpose of taking in dust from a surface to be cleaned and an outlet for connection to a fan unit of the vacuum cleaner, wherein: the top part comprises at least one air intake aperture , the suction inlet of the airtight chamber is defined between the portions of the bottom part arranged to be closest to the surface to be cleaned when the nozzle is operated characterised in that the bottom part comprises an air outlet aperture , and the at least one air intake aperture of the top part is in fluid connection with the air outlet aperture of the bottom part, wherein the nozzle is arranged so as to guide an airflow generated by the fan unit of the vacuum cleaner from the air intake aperture of the top part and out of the air outlet aperture of the bottom part to the suction inlet of the airtight chamber. the top part comprises at least one air intake aperture , the suction inlet of the airtight chamber is defined between the portions of the bottom part arranged to be closest to the surface to be cleaned when the nozzle is operated characterised in that the bottom part comprises an air outlet aperture , and the at least one air intake aperture of the top part is in fluid connection with the air outlet aperture of the bottom part, wherein the nozzle is arranged so as to guide an airflow generated by the fan unit of the vacuum cleaner from the air intake aperture of the top part and out of the air outlet aperture of the bottom part to the suction inlet of the airtight chamber.
Surface-machining unit , in particular manual grinder, with a machining body which has at least one machining face (21-23) for grinding or polishing machining of a workpiece surface (O), wherein there are provided on at least one machining face (21-23) inflow openings (50-52) for the extraction of dust-laden air, which are flow-connected via a ducting arrangement to a suction connection at which a suction device (AB) may be connected, characterised in that it has a setting device (60; 260; 360) for the adjustment of effective flow cross-sections, through which an inflow opening of a first machining face section of the machining face or faces (21-23) and inflow openings (51-52) of the second machining face section or sections are flow-connected to the suction connection , so that a suction effect may be set and/or shut off at the first machining face section and the second machining face section or sections .
Bathroom pod for a rail vehicle, having a washbasin arrangement comprising a washbasin equipped with a fresh-water supply line and a grey-water line for a basin , and wherein the washbasin arrangement is fastened on a wall of the bathroom pod, characterized in that the washbasin arrangement has a central, compact attachment module , of which the rear side is fastened on the wall of the bathroom pod at a height adapted to a desired position of the basin , wherein the washbasin , with a panelling element arranged therebeneath, is connected on the one side of the central attachment module , and a horizontally running pipework cover for the fresh-water supply line and/or the grey-water line is connected on the other side of the central attachment module .
An ultrasound image display method comprising: acquiring ultrasound image data of an object; receiving, via a graphical user interface (GUI), a selection of at least one range of image pixel information acquired from the ultrasound image data, wherein the GUI is displayed in a different area from an ultrasound image corresponding to the ultrasound image data; extracting partial ultrasound image data corresponding to the at least one range from among the ultrasound image data; and three-dimensionally displaying an ultrasound image corresponding to the at least one range based on the partial ultrasound image data, wherein the at least one range comprises at least one from among a partial brightness range, a partial color range, and a partial speed range, wherein the three-dimensional displaying of the ultrasound image comprises: receiving a selection of at least one rendering method among a plurality of rendering methods; and three-dimensionally displaying the ultrasound image corresponding to the at least one range by using the selected rendering method. acquiring ultrasound image data of an object; receiving, via a graphical user interface (GUI), a selection of at least one range of image pixel information acquired from the ultrasound image data, wherein the GUI is displayed in a different area from an ultrasound image corresponding to the ultrasound image data; extracting partial ultrasound image data corresponding to the at least one range from among the ultrasound image data; and three-dimensionally displaying an ultrasound image corresponding to the at least one range based on the partial ultrasound image data, wherein the at least one range comprises at least one from among a partial brightness range, a partial color range, and a partial speed range, wherein the three-dimensional displaying of the ultrasound image comprises: receiving a selection of at least one rendering method among a plurality of rendering methods; and three-dimensionally displaying the ultrasound image corresponding to the at least one range by using the selected rendering method. receiving a selection of at least one rendering method among a plurality of rendering methods; and three-dimensionally displaying the ultrasound image corresponding to the at least one range by using the selected rendering method.
Korsch-type telescope comprising the following elements, listed in order according to a direction of propagation of rays forming a final image of a portion of a scene situated around a viewing direction of the telescope: - a primary mirror having a central aperture (O), - a secondary mirror disposed in front of the primary mirror, - a tertiary mirror , disposed behind the primary mirror for receiving, through the aperture of the primary mirror, rays reflected by said primary mirror, then by the secondary mirror, and - an image detector , disposed in a formation plane of the final image as formed by the primary, secondary and tertiary mirrors, the primary and secondary mirrors furthermore being arranged so as to form, between said secondary mirror and said tertiary mirror, an intermediate image of the portion of the scene, the telescope being characterised in that it further comprises first, second and third flat folding mirrors situated behind the primary mirror, - said first folding mirror being situated on a path of the rays between the secondary and tertiary mirrors, and oriented so that the rays form, immediately after reflection on said first folding mirror, a beam with a first direction of propagation (D1) making an angle (α 1 ) of less than 20° with a radial direction of the primary mirror, and - said second and third folding mirrors being situated along the rays between the tertiary mirror and the detector, and having respective optical axes (R 5 , R 6 ) each forming an angle (α 5 , α 6 ) of less than 20° with a mean plane of the primary mirror. - a primary mirror having a central aperture (O), - a secondary mirror disposed in front of the primary mirror, - a tertiary mirror , disposed behind the primary mirror for receiving, through the aperture of the primary mirror, rays reflected by said primary mirror, then by the secondary mirror, and - an image detector , disposed in a formation plane of the final image as formed by the primary, secondary and tertiary mirrors, the primary and secondary mirrors furthermore being arranged so as to form, between said secondary mirror and said tertiary mirror, an intermediate image of the portion of the scene, the telescope being characterised in that it further comprises first, second and third flat folding mirrors situated behind the primary mirror, - said first folding mirror being situated on a path of the rays between the secondary and tertiary mirrors, and oriented so that the rays form, immediately after reflection on said first folding mirror, a beam with a first direction of propagation (D1) making an angle (α 1 ) of less than 20° with a radial direction of the primary mirror, and - said second and third folding mirrors being situated along the rays between the tertiary mirror and the detector, and having respective optical axes (R 5 , R 6 ) each forming an angle (α 5 , α 6 ) of less than 20° with a mean plane of the primary mirror.
A distribution point unit coupled to an optical fiber network and further coupled to a first end of an electrical conductor span that connects the distribution point unit to customer premises power sourcing equipment , the distribution point unit comprising: a power supply unit; a processor ; a switching relay coupled to an upstream service delivery unit ; wherein the distribution point unit is configured to energize the processor and to operate the switching relay by tapping power of a trigger signal drawn from the electrical conductor span to: electrically disconnect the electrical conductor span from the upstream service delivery unit ; and couple the electrical conductor span with the power supply unit. a power supply unit; a processor ; a switching relay coupled to an upstream service delivery unit ; wherein the distribution point unit is configured to energize the processor and to operate the switching relay by tapping power of a trigger signal drawn from the electrical conductor span to: electrically disconnect the electrical conductor span from the upstream service delivery unit ; and couple the electrical conductor span with the power supply unit. electrically disconnect the electrical conductor span from the upstream service delivery unit ; and couple the electrical conductor span with the power supply unit.
A computer program comprising an interface module for interfacing between a communications module and a plurality of instances of logic modules (104a-c), the interface module being connectable with a plurality of external servers (116a-c), the interface module comprising first and second functional elements, the first functional element being arranged to receive incoming data from a communications module and to select which of a plurality of instances of logic modules (104a-c) to forward the incoming data to, the first functional element comprising a context server , wherein, responsive to a user query including query data being received, the first functional element is arranged to: - establish a context for the received user query and store a data entry associated with the user query in the context server ; - select one of the plurality of instances of logic modules (104a-c) for the received query data according to the data entry, based upon a rule set held within a data structure ; - pass via the second functional element the received query data to the selected logic module instance (104a-c); and wherein the selected logic module instance (104a-c) is arranged to determine which of the plurality of external servers (116a-c) is required to be queried to fulfill the user query and to communicate this information to the first functional element ; the first functional element issuing a query to the determined external server (116a-c), receiving response data from the queried external server (116a-c) and storing the received response data within the first functional element . - establish a context for the received user query and store a data entry associated with the user query in the context server ; - select one of the plurality of instances of logic modules (104a-c) for the received query data according to the data entry, based upon a rule set held within a data structure ; - pass via the second functional element the received query data to the selected logic module instance (104a-c);
A circuit breaker system comprising: a load; a circuit breaker comprising: a line connection coupled to a power source; a load connection coupled to the load; a first and a second contacts moveable with respect to each other and corresponding to a closed state and an open state; an overcurrent protection circuit coupled between said line connection and said load connection , where when a measured current exceeds an overcurrent threshold, said overcurrent circuit determines that a fault condition is present and moves the contacts to the open state; and a control circuit ; characterized in that the load is a self-monitoring load configured to monitor itself and to generate a trouble signal if the load determines that current operating parameters of the load fall outside a range of safe operating parameters, said trouble signal being independent from the measured current; wherein the control circuit is configured to receive the trouble signal generated by the self-monitoring load and to move said contacts to the open state upon receipt of said trouble signal. a load; a circuit breaker comprising: a line connection coupled to a power source; a load connection coupled to the load; a first and a second contacts moveable with respect to each other and corresponding to a closed state and an open state; an overcurrent protection circuit coupled between said line connection and said load connection , where when a measured current exceeds an overcurrent threshold, said overcurrent circuit determines that a fault condition is present and moves the contacts to the open state; and a control circuit ; a line connection coupled to a power source; a load connection coupled to the load; a first and a second contacts moveable with respect to each other and corresponding to a closed state and an open state; an overcurrent protection circuit coupled between said line connection and said load connection , where when a measured current exceeds an overcurrent threshold, said overcurrent circuit determines that a fault condition is present and moves the contacts to the open state; and a control circuit ; characterized in that the load is a self-monitoring load configured to monitor itself and to generate a trouble signal if the load determines that current operating parameters of the load fall outside a range of safe operating parameters, said trouble signal being independent from the measured current; wherein the control circuit is configured to receive the trouble signal generated by the self-monitoring load and to move said contacts to the open state upon receipt of said trouble signal.
An optical testing device , comprising: a position sensing detector having an optical sensing area of a first material that is photosensitive to a first range of wavelengths, the position sensing detector being configured to: receive a plurality of first optical signals emitted through a respective plurality of optical fibers of an optical fiber cable , the plurality of first optical signals having wavelengths within the first range of wavelengths; detect a plurality of positions where the plurality of first optical signals respectively impinge on the optical sensing area; and output data representative of the plurality of positions; and a photodetector of a second material that is different than the first material and is photosensitive to a second range of wavelengths different than the first range of wavelengths, the photodetector being configured to: receive a plurality of second optical signals emitted through the plurality of optical fibers of the optical fiber cable, respectively, the plurality of second optical signals having wavelengths within the second range of wavelengths. a position sensing detector having an optical sensing area of a first material that is photosensitive to a first range of wavelengths, the position sensing detector being configured to: receive a plurality of first optical signals emitted through a respective plurality of optical fibers of an optical fiber cable , the plurality of first optical signals having wavelengths within the first range of wavelengths; detect a plurality of positions where the plurality of first optical signals respectively impinge on the optical sensing area; and output data representative of the plurality of positions; and receive a plurality of first optical signals emitted through a respective plurality of optical fibers of an optical fiber cable , the plurality of first optical signals having wavelengths within the first range of wavelengths; detect a plurality of positions where the plurality of first optical signals respectively impinge on the optical sensing area; and output data representative of the plurality of positions; and a photodetector of a second material that is different than the first material and is photosensitive to a second range of wavelengths different than the first range of wavelengths, the photodetector being configured to: receive a plurality of second optical signals emitted through the plurality of optical fibers of the optical fiber cable, respectively, the plurality of second optical signals having wavelengths within the second range of wavelengths.
A method for transmitting a demodulation reference signal, DM-RS, in wireless communications, performed by a user equipment and comprising: receiving an indication of a configured delay value as a delay of a number of slots between receiving a corresponding resource grant and transmitting uplink communications over resources indicated by the corresponding resource grant; determining , based at least in part on the configured delay value, a symbol of a slot for transmitting the DM-RS for the communications, wherein: when the configured delay value indicates transmitting the communications in the same slot during which the corresponding resource grant is received, the symbol of the slot for transmitting the DM-RS is determined to be a first symbol (610; 612) of an uplink portion of the slot; and when the configured delay value indicates transmitting the communications in a subsequent slot to receiving the corresponding resource grant, the symbol of the slot for transmitting the DM-RS is determined to be a symbol of fixed location regardless of the number of downlink or uplink symbols in the slot, wherein the fixed location is the same absolute DM-RS symbol index as used for downlink DM-RS symbols; and transmitting the DM-RS during the determined symbol of the slot. receiving an indication of a configured delay value as a delay of a number of slots between receiving a corresponding resource grant and transmitting uplink communications over resources indicated by the corresponding resource grant; determining , based at least in part on the configured delay value, a symbol of a slot for transmitting the DM-RS for the communications, wherein: when the configured delay value indicates transmitting the communications in the same slot during which the corresponding resource grant is received, the symbol of the slot for transmitting the DM-RS is determined to be a first symbol (610; 612) of an uplink portion of the slot; and when the configured delay value indicates transmitting the communications in a subsequent slot to receiving the corresponding resource grant, the symbol of the slot for transmitting the DM-RS is determined to be a symbol of fixed location regardless of the number of downlink or uplink symbols in the slot, wherein the fixed location is the same absolute DM-RS symbol index as used for downlink DM-RS symbols; and transmitting the DM-RS during the determined symbol of the slot. when the configured delay value indicates transmitting the communications in the same slot during which the corresponding resource grant is received, the symbol of the slot for transmitting the DM-RS is determined to be a first symbol (610; 612) of an uplink portion of the slot; and when the configured delay value indicates transmitting the communications in a subsequent slot to receiving the corresponding resource grant, the symbol of the slot for transmitting the DM-RS is determined to be a symbol of fixed location regardless of the number of downlink or uplink symbols in the slot, wherein the fixed location is the same absolute DM-RS symbol index as used for downlink DM-RS symbols; and transmitting the DM-RS during the determined symbol of the slot.
An idler for a machine undercarriage, comprising: a hub ; and a separate body extending radially outward from the hub, the body including a single solid disk with a first planar side and a second planar side opposite the first planar side, the body having at its radially outer perimeter a center tread surface ; wherein a radially outer portion of the body , including the center tread surface , is hardened, while portions of the body radially inward are not hardened. a hub ; and a separate body extending radially outward from the hub, the body including a single solid disk with a first planar side and a second planar side opposite the first planar side, the body having at its radially outer perimeter a center tread surface ; wherein a radially outer portion of the body , including the center tread surface , is hardened, while portions of the body radially inward are not hardened.
A method for treating a plant to prevent the emergence of larvae through the bark of the plant , implementing a step of applying a viscous layer on the surface of the bark of the plant , in such a way as to fill at least one passage going right through the bark .
A friction plate in which a plurality of friction material segments are fixed in a circumferential direction of an annular plate , and radial oil grooves are formed between adjacent friction material segments , so that each of said friction material segments is provided with radially extending side edges and a vertex formed on each radially extending side edge, vertexes of adjacent side edges of the friction material segments facing with each other, each oil groove forming sectors spreading both outwardly and inwardly from said facing vertexes , characterized in that said facing vertexes for each oil groove being composed of an inner circumference side vertex located in an inner circumference side from a radially intermediate point of the oil groove and a perimeter side vertex located in a perimeter side from the radially intermediate point.
A process for making an olelyl phosphocholine (OIPC) containing granulate, said process comprises the consecutive steps of: a) preparing a mixture of oelyl phosphocholine, an anti-oxidant, a filler and, optionally, a granulation liquid and/or one or more further granulation excipients; b) processing the mixture prepared in step a) into a dry granulate; and c) milling the granulate produced in step b); characterized in that the antioxidant is vitamin E, vitamin E TPGS, alpha-tocopherol acetate and/or alpha-tocopherol. a) preparing a mixture of oelyl phosphocholine, an anti-oxidant, a filler and, optionally, a granulation liquid and/or one or more further granulation excipients; b) processing the mixture prepared in step a) into a dry granulate; and c) milling the granulate produced in step b);