mhurhangee/ep-ind-claims huggingface dataset:
An image providing apparatus comprising: an internal communication interface configured to receive image data and camera setting information from a plurality of camera modules included in a network camera, and transmit a control signal to the plurality of camera modules; a processor configured to generate the control signal to control an operation of the plurality of camera modules, control a power supply to each of the plurality of camera modules, and generate combined image data by combining the image data obtained from the plurality of camera modules; and an external communication interface configured to transmit the combined image data to a client terminal via an Internet network, wherein the plurality of camera modules comprise a first camera module and a second camera module, the first camera module is connected to a microphone that generates first audio data, and the second camera module is not connected to the microphone, the external communication interface is further configured to receive, from the client terminal, a request for second audio data that requests the second camera module to obtain second audio data through the microphone, the internal communication interface is further configured to transmit a request for the first audio data to the first camera module and receive the first audio data from the first camera module, the processor is further configured to generate the second audio data including the first audio data in response to the request for the second audio data, and the external communication interface is further configured to transmit the second audio data to the client terminal. an internal communication interface configured to receive image data and camera setting information from a plurality of camera modules included in a network camera, and transmit a control signal to the plurality of camera modules; a processor configured to generate the control signal to control an operation of the plurality of camera modules, control a power supply to each of the plurality of camera modules, and generate combined image data by combining the image data obtained from the plurality of camera modules; and an external communication interface configured to transmit the combined image data to a client terminal via an Internet network, wherein the plurality of camera modules comprise a first camera module and a second camera module, the first camera module is connected to a microphone that generates first audio data, and the second camera module is not connected to the microphone, the external communication interface is further configured to receive, from the client terminal, a request for second audio data that requests the second camera module to obtain second audio data through the microphone, the internal communication interface is further configured to transmit a request for the first audio data to the first camera module and receive the first audio data from the first camera module, the processor is further configured to generate the second audio data including the first audio data in response to the request for the second audio data, and
A method for preparing graphene quantum dots in large-scale, the method comprising: dispersing graphene oxide uniformly in a first solvent to obtain a first dispersion liquid, adding reducing agent into the first dispersion liquid and dispersing uniformly to give a mixed solution; treating the mixed solution for 10-60mins under microwave environment with the power being at 500-800W, then cooling and separating to obtain the solid as a crude product; mixing a reducing polyhydroxy aldehyde or an organic acid with the crude product, following by adding the Lewis acid to obtain a mixture, dispersing the mixture in a second solvent uniformly to obtain a second dispersion liquid; putting the second dispersion liquid into microwave treatment for 0.2-1 hours with the microwave power being 500-800w, then exfoliating for 2-3 hours under ultrasonic power of 120-300w, and isolating the graphene quantum dots and purifying the obtained graphene quantum dots. dispersing graphene oxide uniformly in a first solvent to obtain a first dispersion liquid, adding reducing agent into the first dispersion liquid and dispersing uniformly to give a mixed solution; treating the mixed solution for 10-60mins under microwave environment with the power being at 500-800W, then cooling and separating to obtain the solid as a crude product; mixing a reducing polyhydroxy aldehyde or an organic acid with the crude product, following by adding the Lewis acid to obtain a mixture, dispersing the mixture in a second solvent uniformly to obtain a second dispersion liquid; putting the second dispersion liquid into microwave treatment for 0.2-1 hours with the microwave power being 500-800w, then exfoliating for 2-3 hours under ultrasonic power of 120-300w, and isolating the graphene quantum dots and purifying the obtained graphene quantum dots.
A can for containing a liquid comprising a top end, said top end comprising: (a) A dispense area defined on said top end by a first score line (31 A), (b)A pull tab coupled to the top end by a first rivet, said pull tab being suitable for puncturing the dispense area to open a dispense aperture upon lifting an actuating end of said pull tab away from the top end, (c) A vent area defined on said top end by a second score line (31 B), (d)A secondary lever coupled to the top end by a second rivet, said secondary lever comprising a puncturing end (21 B) suitable for puncturing the vent area to open a vent aperture upon lifting an opposite, actuating end of said secondary lever away from the top end, Characterized in that, the secondary lever and pull tab are interlocked such that the lifting of the actuating end of the pull tab triggers the lifting of the actuating end of the secondary lever thus yielding the opening of both dispensing and vent apertures (13A, 1 3B) in a single move. (a) A dispense area defined on said top end by a first score line (31 A), (b)A pull tab coupled to the top end by a first rivet, said pull tab being suitable for puncturing the dispense area to open a dispense aperture upon lifting an actuating end of said pull tab away from the top end, (c) A vent area defined on said top end by a second score line (31 B), (d)A secondary lever coupled to the top end by a second rivet, said secondary lever comprising a puncturing end (21 B) suitable for puncturing the vent area to open a vent aperture upon lifting an opposite, actuating end of said secondary lever away from the top end,
Pharmaceutical composition comprising a crystalline form of 5-azacytidine for use in a method of treating myelodysplastic syndromes, wherein the crystalline form of 5-azacytidine is characterized by peaks observed using X-ray powder diffraction (Cu Kα radiation) pattern having the following 2θ angles: 2θ Angle (°) 6.599 10.660 12.600 13.358 15.849 17.275 20.243 20.851 21.770 22.649 25.554 25.740 29.293 32.148 35.074 38.306., and wherein the method comprises the oral administration of the pharmaceutical composition.
A cell culture and mixing vessel for containing a liquid, comprising a chamber having a tapered lower chamber portion and a tapered upper chamber portion wider than the lower portion, gas inlet means for supplying gas to the lower portion and redirecting means for redirecting rising gas, the redirecting means comprising an abutment inclined with respect to the direction of rising gas, the height of liquid being selectable, such that, in use, rising gas in the form of bubbles, initially rises substantially vertically in liquid and is redirected in a substantially horizontal direction by the abutment and G = (H x A)/V is greater than 1.2 wherein A is the area of the surface of the liquid in the vessel, H is the rise height of the gas and V the volume of liquid, wherein the chamber has a front wall and a back wall, wherein, the back wall is vertically oriented, the front wall is inclined at an angle of incline, and wherein the angle of incline of the front wall has an initial value which, with increasing height, is followed by a reduction in the value of the angle of incline.
Wear indicator in a compound system made of fireproof ceramic bricks with the following characteristics: a.) the wear indicator consists of a set of at least two ceramic components (10.1, 10.2, 10.3), b.) each component (10.1, 10.2, 10.3) features at least one surface segment with a three dimensional profile (P, N), wherein the profiles (P, N) of corresponding surface segments of adjacent components (10.1, 10.2, 10.3) complement one another in a form fitted manner, c.) in the direction of wear of the components (10.1, 10.2, 10.3), the profiles (P, N) extend c1.) only over a partial length, or c2.) with a different geometry, or c3.) only over a partial length with a different geometry. a.) the wear indicator consists of a set of at least two ceramic components (10.1, 10.2, 10.3), b.) each component (10.1, 10.2, 10.3) features at least one surface segment with a three dimensional profile (P, N), wherein the profiles (P, N) of corresponding surface segments of adjacent components (10.1, 10.2, 10.3) complement one another in a form fitted manner, c.) in the direction of wear of the components (10.1, 10.2, 10.3), the profiles (P, N) extend c1.) only over a partial length, or c2.) with a different geometry, or c3.) only over a partial length with a different geometry. c1.) only over a partial length, or c2.) with a different geometry, or c3.) only over a partial length with a different geometry.
A method of quality assessment for a multimedia signal comprising video telephony media for a video telephony system, comprising the steps of: receiving said multimedia signal; extracting a plurality of parameters from said multimedia signal, and determining an objective quality measure for said video telephony media based on representations of at least three of said extracted parameters, said at least three parameters including at least one of each of coding parameters, network parameters and robustness parameters, wherein said plurality of parameters is extracted without fully decoding said multimedia signal. receiving said multimedia signal; extracting a plurality of parameters from said multimedia signal, and determining an objective quality measure for said video telephony media based on representations of at least three of said extracted parameters, said at least three parameters including at least one of each of coding parameters, network parameters and robustness parameters, wherein said plurality of parameters is extracted without fully decoding said multimedia signal.
A method for producing 7-octenal, wherein a copper-based catalyst is obtained by reducing a copper-based catalyst precursor described below, and an isomerization reaction of 2,7-octadiene-1-ol is caused in a gas phase using a fixed-bed reaction in the presence of the obtained copper-based catalyst, the copper-based catalyst precursor: a copper-based catalyst precursor obtained by calcining a mixture containing copper, iron, aluminum, and calcium silicate in which an atomic ratio of iron and aluminum to copper [(Fe+Al)/Cu] is in a range of 1.71 to 2.5, an atomic ratio of aluminum to iron [Al/Fe] is in a range of 0.001 to 3.3, and calcium silicate is contained in a range of 15% by mass to 65% by mass at a temperature in a range of 500°C to 1,000°C.
A method performed by a wireless device (710, 800, 1900), the method comprising: - receiving, from a network node, a configuration message comprising an indication of preconfigured radio resources for uplink transmissions; - obtaining a synchronization status of the wireless device with respect to the network node; and - adapting use of the preconfigured radio resources based on the synchronization status of the wireless device with respect to the network node, - characterized in that adapting use of the preconfigured radio resources based on the synchronization status of the wireless device with respect to the network node comprises, responsive to a determination that the synchronization status is unsynchronized and while maintaining the preconfigured radio resources, performing one or more of: refraining from utilizing the preconfigured radio resources to transmit to the network node; suspending use of the preconfigured radio resources to transmit to the network node; cancelling use of the preconfigured radio resources to transmit to the network node; and delaying utilizing the preconfigured radio resources to transmit to the network node. - receiving, from a network node, a configuration message comprising an indication of preconfigured radio resources for uplink transmissions; - obtaining a synchronization status of the wireless device with respect to the network node; and - adapting use of the preconfigured radio resources based on the synchronization status of the wireless device with respect to the network node, - characterized in that
A method of dampening movement in a multiple rotor wind turbine located at sea and comprising a tower extending in an upwards direction, a load carrying structure (3, 4) forming a first section and a second section, the first and second sections extending in different directions away from the tower, the method comprising tethering a first body to the first section, characterised in the first body being at least partly submerged into the sea.
A method for displaying status information of an application, comprising: displaying an application interface of an application running in the foreground (101; 201); obtaining status information of the application, the status information of the application comprising at least one type of status information (102; 202); displaying a suspension icon on the application interface of the application, wherein the suspension icon occupies a display area of a predetermined size of the application interface, wherein the status information of the application is displayed in the display area of the suspension icon, and wherein the suspension icon is controlled to move location when a movement operation is applied on the suspension icon; stopping displaying the status information of the application in the display area of the suspension icon, when it is detected that the application starts running in the background or stops running; and when it is detected that another application is running in the foreground, displaying an application interface of the another application, obtaining status information of the another application, and displaying the status information of the another application in the display area of the suspension icon. displaying an application interface of an application running in the foreground (101; 201); obtaining status information of the application, the status information of the application comprising at least one type of status information (102; 202); displaying a suspension icon on the application interface of the application, wherein the suspension icon occupies a display area of a predetermined size of the application interface, wherein the status information of the application is displayed in the display area of the suspension icon, and wherein the suspension icon is controlled to move location when a movement operation is applied on the suspension icon; stopping displaying the status information of the application in the display area of the suspension icon, when it is detected that the application starts running in the background or stops running; and when it is detected that another application is running in the foreground, displaying an application interface of the another application, obtaining status information of the another application, and displaying the status information of the another application in the display area of the suspension icon.
A target assembly (10,101) to produce a radioisotope from a target material comprising: a target vessel (12,121) having a body fabricated from a single piece of material, said target vessel (12,121) defining a target chamber (14,141) to hold the target material and to position the target material in the path of a beam of charged particles, whereby when the charged particles interact with the target material in said target chamber (12, 141), at least one radioisotope is formed; and a support structure to deliver target material to said target chamber (14, 141), to pressurize the target material within said target chamber (14, 141), to remove radioisotopes from said target chamber (14, 141), and to cool said target vessel (12, 121), said target chamber (14,141) defines a window at least partially covered by a sheet of particle-permeable material, said sheet of particle-permeable material being positioned to allow the beam of charged particles to penetrate said sheet of particle-permeable material to bombard the target material; said sheet of particle-permeable material wrapping around said target chamber (14, 141) characterized in that wherein said sheet of particle-permeable material is an alloy selected from the group consisting of HAVAR and ARNAVAR. a target vessel (12,121) having a body fabricated from a single piece of material, said target vessel (12,121) defining a target chamber (14,141) to hold the target material and to position the target material in the path of a beam of charged particles, whereby when the charged particles interact with the target material in said target chamber (12, 141), at least one radioisotope is formed; and a support structure to deliver target material to said target chamber (14, 141), to pressurize the target material within said target chamber (14, 141), to remove radioisotopes from said target chamber (14, 141), and to cool said target vessel (12, 121), said target chamber (14,141) defines a window at least partially covered by a sheet of particle-permeable material, said sheet of particle-permeable material being positioned to allow the beam of charged particles to penetrate said sheet of particle-permeable material to bombard the target material; said sheet of particle-permeable material wrapping around said target chamber (14, 141) characterized in that wherein said sheet of particle-permeable material is an alloy selected from the group consisting of HAVAR and ARNAVAR.
A conjugate of polyethylene glycol and opioid having a structure of formula: PEG-(X-OP) m wherein, PEG is a double-ended, branched or multi-armed polyethylene glycol residue with a molecular weight of 45-1500 Da; X is a linking group selected from one of the following group: -O-, -OC -, -O(CH 2) i NH-, -O(CH 2) i C O-, -O(CH 2) i C NH-, and -O(CH 2) i NHC NH-, i is an integer of 0-5, preferably 0, 1, or 2; OP is opioid; and m is an integer of 2-6, preferably 2, 3 or 4; wherein the opioid is morphine, hydromorphone, oxycodone, hydrocodone, codeine, paracodin, nalbuphine, methofuran, levorphan, levorphanol, butorphanol, oxymorphone, buprenorphine, or fentanyl; and, with the proviso that when the PEG is a double-ended polyethylene glycol residue of formula -(CH 2 CH 2 O) n-1 CH 2 CH 2 - and the opioid is morphine, then n is an integer of 6-30. PEG is a double-ended, branched or multi-armed polyethylene glycol residue with a molecular weight of 45-1500 Da; X is a linking group selected from one of the following group: -O-, -OC -, -O(CH 2) i NH-, -O(CH 2) i C O-, -O(CH 2) i C NH-, and -O(CH 2) i NHC NH-, i is an integer of 0-5, preferably 0, 1, or 2; OP is opioid; and m is an integer of 2-6, preferably 2, 3 or 4; wherein the opioid is morphine, hydromorphone, oxycodone, hydrocodone, codeine, paracodin, nalbuphine, methofuran, levorphan, levorphanol, butorphanol, oxymorphone, buprenorphine, or fentanyl; and, with the proviso that when the PEG is a double-ended polyethylene glycol residue of formula -(CH 2 CH 2 O) n-1 CH 2 CH 2 - and the opioid is morphine, then n is an integer of 6-30.
Use of at least one kind selected from the group consisting of an extract from Justicia procumbens, an extract from Peristrophe japonica, and a compound represented by Formula, as an active ingredient, as a skin moisturizing function improver: wherein R 1 and R 2 each independently represent a hydrogen atom, a hydroxyl group, or a linear or branched alkoxy group having 1 to 4 carbon atoms; R 3 represents a hydrogen atom, or a group for forming a methylenedioxy group by bonding with R 2; R 4 and R 5 each represent a hydrogen atom, or a group for forming a methylenedioxy group by bonding with each other; R 6 represents a hydrogen atom, a hydroxyl group, a linear or branched alkoxy group having 1 to 5 carbon atoms, a linear or branched acyloxy group having 1 to 4 carbon atoms, or a sugar residue selected from the group consisting of (D-apio-β-D-furanosyl)oxy, (5-O-acetyl-D-apio-β-D-furanosyl)oxy, (β-D-glucopyranosyl)oxy, (3-O,4-O-dimethyl-D-xylopyranosyl)oxy, (2-O,3-O,4-O-trimethyl-β-D-xylopyranosyl)oxy and (3-O-methyl-β-D-glucopyranosyl)oxy; and the hydroxyl group in the sugar residue may form an ester with a carboxylic acid; wherein the extract from Justicia procumbens and the extract from Peristrophe japonica are obtainable by using an extraction solvent selected from the group consisting of water, alcohols and polyhydric alcohols, wherein the extraction solvent may be used alone or in combination of two or more kinds; and whereby the extract from Justicia procumbens is obtainable by subjecting Justicia procumbens to immersion or heating under reflux at 0°C or higher and 100°C or lower for 1 minute or more and 50 days or less, and by using an amount of the extraction solvent once or more and 100 times or less based on the weight (on dried basis) of Justicia procumbens; and whereby the extract from Peristrophe japonica is obtainable by subjecting Peristrophe japonica to immersion or heating under reflux at 0°C or higher and 100°C or lower for 0.5 hours or more and 30 days or less, and by using an amount of the extraction solvent once or more and 100 times or less based on the weight (on dried basis) of Peristrophe japonica; wherein a method for treatment of the human or animal body by therapy is excluded.
A system comprising: - at least one display, wherein the at least one display is adapted to visually represent a 3D representation of a 3D environment, and wherein the at least one display is a 3D display; and - a handheld device, wherein the handheld device is adapted for scanning the 3D environment, whereby the 3D representation of the 3D environment is displayed on the 3D display, wherein the handheld device is an intra-oral 3D scanner or an in-ear 3D scanner, and is further adapted to remotely control the view with which the 3D representation is represented on the 3D display, wherein the handheld device is adapted for switching between: - scanning the 3D environment, and - remotely controlling the view with which the 3D representation is represented on the 3D display, characterized in that the handheld device comprises at least one motion sensor, and in that the view of the 3D environment represented on the 3D display is at least partly determined by the at least one motion sensor. - at least one display, wherein the at least one display is adapted to visually represent a 3D representation of a 3D environment, and wherein the at least one display is a 3D display; and - a handheld device, wherein the handheld device is adapted for scanning the 3D environment, whereby the 3D representation of the 3D environment is displayed on the 3D display, wherein the handheld device is an intra-oral 3D scanner or an in-ear 3D scanner, and is further adapted to remotely control the view with which the 3D representation is represented on the 3D display, wherein the handheld device is adapted for switching between: - scanning the 3D environment, and - remotely controlling the view with which the 3D representation is represented on the 3D display, characterized in that the handheld device comprises at least one motion sensor, and in that the view of the 3D environment represented on the 3D display is at least partly determined by the at least one motion sensor. - scanning the 3D environment, and - remotely controlling the view with which the 3D representation is represented on the 3D display,