mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for measuring the height of a person, wherein at least one emitter for emitting a primary signal and at least one sensor for capturing a measurement signal are arranged in the region of an inner boundary of a room in a building and wherein both the emitter and the sensor are coupled to a control device coupled to a display device, wherein the sensor is arranged in the region of a ceiling of the room and a projector is used to project a standing mark for the person to be measured, wherein both the emitter and the sensor are coupled to a control device which is additionally coupled to a display device, in that the sensor is embodied as a camera and arranged in a vertical direction above the person on the ceiling, characterized in that the projector projects the standing mark in a vertical direction below the camera in such a way that a vertical connecting line extends from the standing mark through the person and to the region of the camera, wherein both the sensor and the emitter are contactlessly coupled to the control device.
A method of buffering application data operable at a delivery control server, comprising: receiving information that identifies applications used by a mobile device; transmitting a notification to one or more application servers associated with the identified applications to push application data to the delivery control server instead of the mobile device; receiving a request to buffer application data for the identified applications, wherein the request to buffer the application data is adapted to request the delivery control server to buffer a portion of the application data in accordance with a selection criteria, and wherein the selection criteria comprises delay tolerance of the application data; receiving, from the one or more application servers, an application data transmission for at least one of the identified applications used by the mobile device; storing the received portion of the application data in a buffer as a result of receiving the request; receiving an activity notification from the mobile device indicating an opportunity to transmit the buffered data to the mobile device; and transmitting the buffered portion of the application data to the mobile device in response to the activity notification. receiving information that identifies applications used by a mobile device; transmitting a notification to one or more application servers associated with the identified applications to push application data to the delivery control server instead of the mobile device; receiving a request to buffer application data for the identified applications, wherein the request to buffer the application data is adapted to request the delivery control server to buffer a portion of the application data in accordance with a selection criteria, and wherein the selection criteria comprises delay tolerance of the application data; receiving, from the one or more application servers, an application data transmission for at least one of the identified applications used by the mobile device; storing the received portion of the application data in a buffer as a result of receiving the request; receiving an activity notification from the mobile device indicating an opportunity to transmit the buffered data to the mobile device; and transmitting the buffered portion of the application data to the mobile device in response to the activity notification.
A method of generating a streaming media presentation comprising: dividing an input media into a plurality of segments of encoded media data; for each segment: determining a complexity value for a segment by analysing the encoded bit rate of the media data in a segment; generating sub-segments of video data, the number of sub-segments generated being dependent on the complexity value for that segment, and the video data within each segment being distributed across the sub-segments such that each sub-segment contains non-contiguous video data; and storing the segments and sub-segments of video data in a data store. dividing an input media into a plurality of segments of encoded media data; for each segment: determining a complexity value for a segment by analysing the encoded bit rate of the media data in a segment; generating sub-segments of video data, the number of sub-segments generated being dependent on the complexity value for that segment, and the video data within each segment being distributed across the sub-segments such that each sub-segment contains non-contiguous video data; and storing the segments and sub-segments of video data in a data store. determining a complexity value for a segment by analysing the encoded bit rate of the media data in a segment; generating sub-segments of video data, the number of sub-segments generated being dependent on the complexity value for that segment, and the video data within each segment being distributed across the sub-segments such that each sub-segment contains non-contiguous video data; and storing the segments and sub-segments of video data in a data store.
A tire comprising an annular tread having a first circumferentially extending asymmetric shoulder groove having a radially angled axially inner sidewall with a first sidewall radial angle (β) in a range of from 0 degree to 10 degree, preferably from 3 to 7 degree or of 5 degrees, and a radially angled axially outer sidewall with a second sidewall radial angle (α) in a range of from 10 degree to 25 degree, preferably from 16 to 22 degree or of 19 degree; the tire further includes a first circumferential central groove or a first and a second circumferential central groove (102, 103), characterized in that the first and/or the second circumferential central groove (102, 103) includes bridge structures at circumferential intervals about the respective circumferential groove (102, 103) and contoured pocket structures therebetween.
Bilateral Operating Suspension for damping the vertical forces created by the movements of the tire structure and the vehicle body in the opposite vertical directions relatively to each other, comprises; • Suspension tire structure connector • Suspension vehicle body connector • Slider beds • Slider stoppers • Upper end slider • Lower end slider • Piston • Spring • Suspension tire structure connector • Suspension vehicle body connector • Slider beds • Slider stoppers • Upper end slider • Lower end slider • Piston • Spring
Wheel comprising a rim and a thereto connected spoke structure made out of fiber reinforced plastic material and an insert, which is embedded in the fiber reinforced structure at the center of the spoke structure and wherein the insert in at least one region protrudes above the surface of the fiber reinforced plastic material forming at least one contact area, characterized in that a bridge is arranged between two contact areas (10, 14, 15), wherein the bridge is forming a recess and wherein fiber reinforced plastic material is arranged in said recess, wherein the fiber reinforced material is forming a loop around the bridge.
A container superior in air-tightness, wherein the container is filled with liquid, viscous fluid or solid body comprising hydrogen molecules and is given a cap or seal, the whole of the container including the cap or seal is covered with a foil laminated film superior in resistance against gas permeability to be vacuum packaged, characterized in that the foil laminated film is a metal foil laminated film and the container's surface and the inner surface of the film are highly adhered to each other to unite the container and the film by vacuum packaging at a pressure gauge of a vacuum packaging apparatus of -101.325 kPa (-760 mmHg) to -98.658 kPa (-740 mmHg), wherein gauge pressure notation/ absolute vacuum is -101.325 kPa (-760 mmHg), and the liquid or viscous fluid containing hydrogen molecules is filled in the container up to its mouth without having any space (dead volume) at the upper part of the container.
A pulse modulated RF power supply device for supplying RF power to a load, comprising an RF output part for outputting an RF output of a pulse output, an output amplitude control part for performing a constant amplitude control to control an amplitude value of the pulse output so that the amplitude value becomes equal to a set amplitude value, and a duty control part for performing a constant power control to control a duty ratio of the pulse output so that a power amount determined by the duty ratio becomes equal to a set power value, wherein the output amplitude control part and the duty control part independently operate the RF output part to perform pulse modulation of the RF power, characterized in that the output amplitude control part is adapted to perform the constant amplitude control so that an amplitude value of the peak forward power (P F) becomes constant, and the duty control part is adapted to perform the constant power control so that an average power value (P LAV) of peak load power (P L) which is obtained from the peak forward power (P F) determined by the duty ratio and peak reflected power (P R) becomes equal to a set power value, thereby controlling the average load power (P LAV), wherein the peak forward power (P F) corresponds to the maximum amplitude value of a forward power that travels from the RF power source to the load, the peak load power (P L) corresponds to the maximum amplitude of a load power which is supplied to the load, and the peak reflected power (P R) corresponds to the maximum amplitude of a reflected power which returns to the RF power source side from the load.
Nalbuphine or a pharmaceutically acceptable salt or ester thereof for use in a method of treating uremic pruritus, comprising administering for at least a week to a patient in need thereof, a daily dose of 240 mg of the nalbuphine or pharmaceutically acceptable salt or ester thereof; and titrating the dose of the nalbuphine or pharmaceutically acceptable salt or ester thereof for at least 2 weeks, prior to said administering.
An isolated nucleic acid molecule comprising a first nucleic acid encoding a first immunoglobulin heavy chain or immunoglobulin light chain, wherein the transcription of said first nucleic acid is operably linked to transcription of a second nucleic acid encoding a first subunit of a selectable marker, and further comprising a third nucleic acid encoding a second immunoglobulin light chain or immunoglobulin heavy chain wherein the immunoglobulin light chain is capable of associating with the first immunoglobulin heavy chain to form a heteromeric complex, wherein the transcription of said third nucleic acid is operably linked to transcription of a fourth nucleic acid which encodes a second subunit of a selectable marker, and wherein said second subunit associates with the first subunit of the selectable marker, to provide a selectable activity.
Valve series comprising multiple valve types (A, B, C) with valves of different sizes; - wherein each valve type (A, B, C) of the valve series has a linearly movable valve closing member, to which a valve seat, a closing spring and a valve drive are assigned, - wherein the valve drive of all valve types (A, B, C) is formed uniformly and provides a uniform maximum lift (h), - wherein at least two valve types (A, B,...) are present, the closing springs of which have a different characteristic curve (I, II), - wherein the different closing springs are configured to exert different closing forces (F A, F B) when the valve closing members are seated on the valve seats, and - wherein the different closing springs are configured to exert the same closing forces (F H) when the valve closing members are in the open position. - wherein each valve type (A, B, C) of the valve series has a linearly movable valve closing member, to which a valve seat, a closing spring and a valve drive are assigned, - wherein the valve drive of all valve types (A, B, C) is formed uniformly and provides a uniform maximum lift (h), - wherein at least two valve types (A, B,...) are present, the closing springs of which have a different characteristic curve (I, II), - wherein the different closing springs are configured to exert different closing forces (F A, F B) when the valve closing members are seated on the valve seats, and - wherein the different closing springs are configured to exert the same closing forces (F H) when the valve closing members are in the open position.
A remote control device for an air-conditioning apparatus, the remote control device comprising: a flat, plate-like display to display a state of settings of the air-conditioning apparatus or a control command; a touch panel provided on or under the display to receive input of a control command for the air-conditioning apparatus through detection of a change in an electric signal, the change occurring when a display position of the display unit is touched; a transmitter to transmit to the air-conditioning apparatus a signal of the control command input through the touch panel; and a start/stop button provided at a position different from the touch panel and configured to trigger start of operation of or stop of operation of the air-conditioning apparatus, wherein when the touch panel is not touched for a predetermined period after the state of settings of the air- conditioning apparatus or the control command is displayed on the display, the display is turned off, wherein when the start/stop button is depressed while the display is turned off and the air-conditioning apparatus is in operation, the operation of the air- conditioning apparatus is stopped, and the state of settings and the control command are displayed on the display, and wherein where the start/stop button is depressed while the display is turned off and the air- conditioning apparatus is stopped, the operation of the air- conditioning apparatus is started and the state of settings and the control command are displayed on the display. a flat, plate-like display to display a state of settings of the air-conditioning apparatus or a control command; a touch panel provided on or under the display to receive input of a control command for the air-conditioning apparatus through detection of a change in an electric signal, the change occurring when a display position of the display unit is touched; a transmitter to transmit to the air-conditioning apparatus a signal of the control command input through the touch panel; and a start/stop button provided at a position different from the touch panel and configured to trigger start of operation of or stop of operation of the air-conditioning apparatus, wherein when the touch panel is not touched for a predetermined period after the state of settings of the air- conditioning apparatus or the control command is displayed on the display, the display is turned off, wherein when the start/stop button is depressed while the display is turned off and the air-conditioning apparatus is in operation, the operation of the air- conditioning apparatus is stopped, and the state of settings and the control command are displayed on the display, and wherein where the start/stop button is depressed while the display is turned off and the air- conditioning apparatus is stopped, the operation of the air- conditioning apparatus is started and the state of settings and the control command are displayed on the display.
A data embedding device comprising: a code book that stores a plurality of prediction coefficients in advance; a candidate extractor unit that extracts from the code book a plurality of candidates of prediction coefficients of an audio channel signal out of a plurality of audio channel signals, each candidate having a predictive error falling within a specific range of predictive error of predictive encoding of two audio channel signals; and a data embedding unit that selects from the extracted candidates a prediction coefficient as a result of the predictive encoding in accordance with a data embedding rule and embeds embed target data into the selected prediction coefficient, wherein data embedding is not performed if the surface shape of an error curved surface is not parabolic. a code book that stores a plurality of prediction coefficients in advance; a candidate extractor unit that extracts from the code book a plurality of candidates of prediction coefficients of an audio channel signal out of a plurality of audio channel signals, each candidate having a predictive error falling within a specific range of predictive error of predictive encoding of two audio channel signals; and a data embedding unit that selects from the extracted candidates a prediction coefficient as a result of the predictive encoding in accordance with a data embedding rule and embeds embed target data into the selected prediction coefficient, wherein data embedding is not performed if the surface shape of an error curved surface is not parabolic.
A method for producing 1-(4-hydroxyphenyl)-4-(4-trifluoromethoxyphenoxy)piperidine represented by Formula: or a salt thereof, the method comprising the step of heating hydroquinone represented by Formula: or a salt thereof and 4-(4-trifluoromethoxyphenoxy)piperidine represented by Formula: or a salt thereof, the hydroquinone represented by Formula or a salt thereof being used in an amount of 2 moles or more per mole of the 4-(4-trifluoromethoxyphenoxy)piperidine represented by Formula or a salt thereof.
A ducted heat exchanger system, comprising: an inlet duct with an inlet to a nacelle; an exit duct with an exit from the nacelle; a heat exchanger core comprising an inlet face opposite an exit face; an additively manufactured inlet header downstream of, and in fluid communication with, the inlet duct, and upstream of, and in fluid communication with, said heat exchanger core wherein said additively manufactured inlet header is shaped, during additive manufacturing based on computational flow dynamics modeling such that during operation the pressure drop per unit length of the additively manufactured inlet header is controlled by maintaining airflow that enters the heat exchanger core generally perpendicular to the inlet face over the entirety of the inlet face of the heat exchanger core; a multiple of additively manufactured internal splitters (130, 140) within said additively manufactured header; and an additively manufactured exit header upstream of, and in fluid communication with the exit duct and downstream of, and in fluid communication with, said heat exchanger core wherein said additively manufactured exit header is shaped during additive manufacturing based on computational flow dynamics modeling such that during operation the pressure drop per unit length of the additively manufactured exit header is controlled by maintaining airflow that enters the heat exchanger core is generally perpendicular to the exit face over the entirety of the exit face of the heat exchanger core. an inlet duct with an inlet to a nacelle; an exit duct with an exit from the nacelle; a heat exchanger core comprising an inlet face opposite an exit face; an additively manufactured inlet header downstream of, and in fluid communication with, the inlet duct, and upstream of, and in fluid communication with, said heat exchanger core wherein said additively manufactured inlet header is shaped, during additive manufacturing based on computational flow dynamics modeling such that during operation the pressure drop per unit length of the additively manufactured inlet header is controlled by maintaining airflow that enters the heat exchanger core generally perpendicular to the inlet face over the entirety of the inlet face of the heat exchanger core; a multiple of additively manufactured internal splitters (130, 140) within said additively manufactured header; and
System made up of an attachment housing having a locking clip and of a plug-connector housing, wherein the locking clip is intended for reversibly locking the attachment housing to the plug-connector housing, wherein the locking clip has a rear wall, side parts, which are formed on the rear wall, and a U-shaped cross section, wherein the side parts each have a bearing mount, by means of which the locking clip is mounted in a pivotable manner on the attachment housing, and wherein the side parts (3, 3') each have an arresting mount, which can be engaged in each case over an arresting pin of the plug-connector housing, wherein the plug-connector housing has arresting pins with a contour formed thereon, characterized in that the arresting mounts each have a V-shaped groove, and the contour engages in a precisely fitting manner in the V-shaped groove of the locking clip during the locking operation, as a result of which the arresting mounts are fully guided via the arresting pins during the plug-fit operation such that an end position or locking position of the locking clip is reached and locking of the plug-fit connection is ensured. wherein the locking clip has a rear wall, side parts, which are formed on the rear wall, and a U-shaped cross section, wherein the side parts each have a bearing mount, by means of which the locking clip is mounted in a pivotable manner on the attachment housing, and wherein the side parts (3, 3') each have an arresting mount, which can be engaged in each case over an arresting pin of the plug-connector housing, wherein the plug-connector housing has arresting pins with a contour formed thereon, characterized in that the arresting mounts each have a V-shaped groove, and the contour engages in a precisely fitting manner in the V-shaped groove of the locking clip during the locking operation, as a result of which the arresting mounts are fully guided via the arresting pins during the plug-fit operation such that an end position or locking position of the locking clip is reached and locking of the plug-fit connection is ensured.
A summing unit (404, 2102) for a distributed antenna system (900A, 2100), the summing unit (404, 2102) comprising: at least one port configured to receive multiplexed digital data from a multiplexing unit (902A, 902-1, 2118-1), the multiplexed digital data including first digital data from a first device (2104-4, 2108-2, 2112-2, 2116-2) multiplexed with second digital data; at least a second port configured to receive other digital data from another device (2104-1, 2108-1, 2112-1, 2116-1); and wherein the summing unit (404, 2102) is configured to sum the first digital data with the other digital data to generate summed digital data for conversion to radio frequency signals and transmission at an antenna. at least one port configured to receive multiplexed digital data from a multiplexing unit (902A, 902-1, 2118-1), the multiplexed digital data including first digital data from a first device (2104-4, 2108-2, 2112-2, 2116-2) multiplexed with second digital data; at least a second port configured to receive other digital data from another device (2104-1, 2108-1, 2112-1, 2116-1); and wherein the summing unit (404, 2102) is configured to sum the first digital data with the other digital data to generate summed digital data for conversion to radio frequency signals and transmission at an antenna.
A compound of formula or a pharmaceutically acceptable salt or hydrate thereof for use in decreasing a subject's risk of developing pancreatitis, wherein the subject has a blood triglyceride level of 500 mg/dl or higher, and wherein the amount of compound administered is between 150 and 600 mg/day.
Compounds being cyclic N,N' -diarylthioureas and N, N' -diarylureas of general formula 1.2, their optical - and - isomers, and their pharmaceutically acceptable salts, wherein: R1 - represents C 1 -C 3 alkyl; R5 and R4 together with the C-atom to which they are attached form a 5- or 6-membered heterocycle comprising at least one oxygen atom or nitrogen atom optionally substituted with methyl. R1 - represents C 1 -C 3 alkyl; R5 and R4 together with the C-atom to which they are attached form a 5- or 6-membered heterocycle comprising at least one oxygen atom or nitrogen atom optionally substituted with methyl.