mhurhangee/ep-ind-claims huggingface dataset:
An image sensor comprising: a pixel array section in which a plurality of pixels including photoelectric conversion units is disposed; and a comparator (50, 50A to 50H, 141) configured to compare an analog pixel signal output from the pixels to a predetermined reference signal (RAMP), and to output a comparison result according to a signal level of the pixel signal, wherein the comparator (50, 50A to 50H, 141) includes differential pair transistors, a first load transistor (NT 21, PT 11, PT 31) connected in series with a first transistor (NT 11, NT 31, PT 21) of the differential pair, and a second load transistor (NT 22, PT 12, PT 32) connected in series with a second transistor (NT 12, NT 32, PT 22) of the differential pair, the first transistor (NT 11, NT 31, PT 21) of the differential pair is configured to accept a signal obtained by combining the pixel signal and the predetermined reference signal (RAMP) as a gate input, wherein the predetermined reference signal is a ramp waveform, the second transistor (NT 12, NT 32, PT 22) of the differential pair is configured to accept a reference voltage as a gate input, characterized in that a capacitance unit is connected between a common connection node of the first transistor (NT 11, NT 31, PT 21) of the differential pair and the first load transistor (NT 21, PT 11, PT 31), and a node of the reference voltage. a pixel array section in which a plurality of pixels including photoelectric conversion units is disposed; and a comparator (50, 50A to 50H, 141) configured to compare an analog pixel signal output from the pixels to a predetermined reference signal (RAMP), and to output a comparison result according to a signal level of the pixel signal, wherein the comparator (50, 50A to 50H, 141) includes differential pair transistors, a first load transistor (NT 21, PT 11, PT 31) connected in series with a first transistor (NT 11, NT 31, PT 21) of the differential pair, and a second load transistor (NT 22, PT 12, PT 32) connected in series with a second transistor (NT 12, NT 32, PT 22) of the differential pair, the first transistor (NT 11, NT 31, PT 21) of the differential pair is configured to accept a signal obtained by combining the pixel signal and the predetermined reference signal (RAMP) as a gate input, wherein the predetermined reference signal is a ramp waveform, the second transistor (NT 12, NT 32, PT 22) of the differential pair is configured to accept a reference voltage as a gate input, characterized in that a capacitance unit is connected between a common connection node of the first transistor (NT 11, NT 31, PT 21) of the differential pair and the first load transistor (NT 21, PT 11, PT 31), and a node of the reference voltage.
A motor vehicle lighting device having a light guide and at least one first light source, which generates light in a first color and feeds it into the light guide, and having at least one second light source, which generates light in a second color and feeds into the light guide, the light guide having light decoupling elements and a light-radiating face and being arranged for emitting the light in the first color and the light in the second color in the same direction, and the light source being located behind a cover frame of the lighting device, and ends (28, 32) of the light guide extend at least partially behind the cover frame, characterized in that the light-radiating face is embodied as smooth, and the light decoupling elements are located on a side of the light guide opposite the smooth light-radiating face; and that an end of the light guide serving the purpose of feeding in light is split into two branches (52, 54), so that the light guide extends over at least a portion of its length in at least two branches (52, 54), and light in the first light color is fed into one branch of the two branches (52, 54), and light in the second light color is fed into a second branch of the two light branches (52, 54), and the light of the first light color is fed in the same direction as the light of the second light color, and a light guide portion having light decoupling elements is located between two branches (52, 54).
A cement which is suitable for dental use and comprises a 1 st agent and a 2 nd agent, wherein (i) both of the 1 st and the 2 nd agent comprise - a polymerizable monomer (a), and - a filler (b); and the cement contains a polymerizable monomer containing an acidic group as monomer (a); (ii) either one or both of the 1 st and the 2 nd agent further comprise(s) a photopolymerization initiator (c) comprising an α-diketone; (iii) one of the 1 st and the 2 nd agent comprises an oxidizing agent (f) and the other comprises a reducing agent (g), the agents (f) and (g) constitute a chemical redox polymerization initiator (d); (iv) the total amount of the photopolymerization initiator (c) is 0.010-0.080 pbw per 100 pbw of the total amount of monomer (a); (v) the total amount of the chemical redox polymerization initiator (d) is 0.001-20 pbw per 100 pbw of the total amount of monomer (a); (vi) the ratio of the total weight of the photopolymerization initiator (c) to the total weight of the chemical polymerization initiator (d) is 1/27 to 1/10; and (vii) a cured product has a compression modulus of 100-400 MPa immediately after photocuring, and of ≥ 500 MPa after 24 hours from photocuring. (i) both of the 1 st and the 2 nd agent comprise - a polymerizable monomer (a), and - a filler (b); and the cement contains a polymerizable monomer containing an acidic group as monomer (a); - a polymerizable monomer (a), and - a filler (b); (ii) either one or both of the 1 st and the 2 nd agent further comprise(s) a photopolymerization initiator (c) comprising an α-diketone; (iii) one of the 1 st and the 2 nd agent comprises an oxidizing agent (f) and the other comprises a reducing agent (g), the agents (f) and (g) constitute a chemical redox polymerization initiator (d); (iv) the total amount of the photopolymerization initiator (c) is 0.010-0.080 pbw per 100 pbw of the total amount of monomer (a); (v) the total amount of the chemical redox polymerization initiator (d) is 0.001-20 pbw per 100 pbw of the total amount of monomer (a); (vi) the ratio of the total weight of the photopolymerization initiator (c) to the total weight of the chemical polymerization initiator (d) is 1/27 to 1/10; and (vii) a cured product has a compression modulus of 100-400 MPa immediately after photocuring, and of ≥ 500 MPa after 24 hours from photocuring.
Kit for applying a liquid composition 18 on or in the skin, comprising an injection device 2 and one or more cartridges 1, provided with a container 10 appropriate for receiving a liquid composition 18, in which the injection device 2 comprises a casing 16, in which the casing 16 is provided at the distal end 4 with means 7 for receiving the cartridge 1, and whereby the injection device 2 is provided with a force-displacing element 13, adjustable in a longitudinal axis of the injection device 2 by means of a spring 14 mechanism, characterized in that the force-displacing element 13 comprises a guiding path 30, adjustably coupled to the casing 16.
A plant for transmitting electric power comprising a direct voltage network for High Voltage Direct Current and at least one three-phase alternating voltage network connected thereto through a station, in which the station is configured to perform transmitting of electric power between the direct voltage network and the alternating voltage network and comprises at least one converter configured to convert direct voltage into alternating voltage and conversely and a unit configured to control said converter for generating an alternating voltage in each of three phase legs of the converter, having a fundamental voltage part that has the same frequency as the alternating voltage on said alternating voltage network, wherein the direct voltage on the direct voltage network is adapted to a peak value of the alternating voltage of said alternating voltage network, the alternating voltage network is connected to phase outputs of each said phase leg without any intermediate full transformer, and the plant further comprises an arrangement (107, 107", 123) connected to each said phase leg and configured to block said third harmonic voltage part and to prevent it from reaching the alternating voltage network, characterized in that the at least one converter is a Voltage Source Converter (103, 103'), the unit configured to control the converter is a unit configured to control the converter according to a Pulse Width Modulation for generating an alternating voltage in each of three phase legs of the converter having a third harmonic voltage part added to the fundamental voltage part, and said arrangement comprises at least one third harmonic blocking filter (107, 107") with inductance and capacitance for each said phase leg.
Machine tool, having a plurality of groups of tool spindles which are arranged above and/or next to one another and each receive a tool, and having a workpiece carrier which can be moved translationally in several axes in relation to the tool spindles, which protrudes in the sense of a cantilever arm, and to which at least one workpiece receiver is fastened, characterized in that each group of tool spindles is arranged a turret head which is axially fixed, can be rotated about its longitudinal axis, projects parallel to the workpiece carrier as a cantilever arm and on which a plurality of tool spindles distributed in series over the circumference are arranged, wherein each row of circumferential tool spindles is assigned a drive which is arranged inside the turret head and can be brought in each case into operative connection with one of the tool spindles.
A process for the upgrading of pyrolysis oil comprising the following stages: • prereforming the light aqueous fraction, either resulting from the separation of the pyrolysis oil into an aqueous fraction and a lignin-rich fraction, or obtained after a hydrodeoxygenation treatment of the pyrolysis oil, followed by separation of the effluent stream obtained into a light aqueous fraction and a heavy organic fraction, this prereforming being carried out at a temperature of 225 to 450°C, under a pressure of 1 to 30 bar, • treatment of said prereformed aqueous fraction in an SMR unit in order to produce hydrogen; • hydrotreating and/or catalytic cracking and/or viscobreaking of said lignin-rich fraction or of the heavy organic fraction. • prereforming the light aqueous fraction, either resulting from the separation of the pyrolysis oil into an aqueous fraction and a lignin-rich fraction, or obtained after a hydrodeoxygenation treatment of the pyrolysis oil, followed by separation of the effluent stream obtained into a light aqueous fraction and a heavy organic fraction, this prereforming being carried out at a temperature of 225 to 450°C, under a pressure of 1 to 30 bar, • treatment of said prereformed aqueous fraction in an SMR unit in order to produce hydrogen; • hydrotreating and/or catalytic cracking and/or viscobreaking of said lignin-rich fraction or of the heavy organic fraction.
A code construction method, applied to a binary audit of a code, comprising: generating at least two test construction commands according to different environment variables in a code construction command; respectively executing the at least two test construction commands on a code, and adjusting, in response to execution results being different indicating that binary inconsistency of the execution results, the code construction command according to the environment variables in the code construction command and a corresponding adjustment rule; and executing the adjusted code construction command on the code, until binary consistency of execution results is realized. generating at least two test construction commands according to different environment variables in a code construction command; respectively executing the at least two test construction commands on a code, and adjusting, in response to execution results being different indicating that binary inconsistency of the execution results, the code construction command according to the environment variables in the code construction command and a corresponding adjustment rule; and executing the adjusted code construction command on the code, until binary consistency of execution results is realized.
A cooking appliance comprising: at least one heating element; a heat sink connected to the heating element, to radiate heat; a cooling fan provided at one side of the heat sink, to blow cooling air to the heat sink; and a flow guide covering at least a portion of the heat sink; wherein the heat sink comprises a plurality of heating fins (54, 58), and a first cooling passage (55, 56) is respectively defined between every two of the heating fins (54, 58) that are directly adjacent, and a second cooling passage separated from the first cooling passage (55, 56) is defined by the flow guide and the heat sink, wherein the flow guide further comprises a bottom plate, and a top plate spaced from the bottom plate, and a connecting plate (62, 64) connecting the top plate to the bottom plate, and guiding cooling air in the second cooling passage to flow toward the heating element, characterized in that the bottom plate separates and guides the cooling air to flow along the heat sink and guides a portion of the cooling air to flow toward the heating element, and that the bottom plate contacts the heating fins (54, 58). at least one heating element; a heat sink connected to the heating element, to radiate heat; a cooling fan provided at one side of the heat sink, to blow cooling air to the heat sink; and a flow guide covering at least a portion of the heat sink; wherein the heat sink comprises a plurality of heating fins (54, 58), and a first cooling passage (55, 56) is respectively defined between every two of the heating fins (54, 58) that are directly adjacent, and a second cooling passage separated from the first cooling passage (55, 56) is defined by the flow guide and the heat sink, wherein the flow guide further comprises a bottom plate, and a top plate spaced from the bottom plate, and a connecting plate (62, 64) connecting the top plate to the bottom plate, and guiding cooling air in the second cooling passage to flow toward the heating element, characterized in that the bottom plate separates and guides the cooling air to flow along the heat sink and guides a portion of the cooling air to flow toward the heating element, and that the bottom plate contacts the heating fins (54, 58).
An interference avoiding method for use in a home network using different communication protocols (P1, P2, P3) by different devices in a domain of said home network, said domain supporting a medium (M-A), said method avoiding interference in said domain of signals of secondary devices (A2, A3) with signals of a primary device in the event when said primary device becomes active, said secondary devices using available spectrum of said primary device when said primary device is inactive, characterized in that: - determining by a first processing means (PROC1) a common frequency band (BWc) being common to said different communication protocols (P2, P3) being respectively used by each of said secondary devices; and - determining by a second processing means (PROC2) an escape frequency band (BWe) within said common frequency band (BWc); and - upon activation of said primary device, by a global master of said home network initiating: - a commanding control signal towards said secondary devices for a use of said escape frequency band (BWe) during a predefined period in order to execute its terminating signals which are terminating its communication session; and - a forbidding control signal towards said primary device in order to forbid during said predefined period a use of said escape frequency band (BWe), and thereby avoiding said interference. - determining by a first processing means (PROC1) a common frequency band (BWc) being common to said different communication protocols (P2, P3) being respectively used by each of said secondary devices; and - determining by a second processing means (PROC2) an escape frequency band (BWe) within said common frequency band (BWc); and - upon activation of said primary device, by a global master of said home network initiating: - a commanding control signal towards said secondary devices for a use of said escape frequency band (BWe) during a predefined period in order to execute its terminating signals which are terminating its communication session; and - a forbidding control signal towards said primary device in order to forbid during said predefined period a use of said escape frequency band (BWe), and thereby avoiding said interference. - a commanding control signal towards said secondary devices for a use of said escape frequency band (BWe) during a predefined period in order to execute its terminating signals which are terminating its communication session; and - a forbidding control signal towards said primary device in order to forbid during said predefined period a use of said escape frequency band (BWe), and thereby avoiding said interference.
A power toothbrush, comprising: a handle portion; a brushhead (20; 26; 36) having a set of bristles at the distal end thereof; a first drive signal source producing a first bristle motion (23; 27) having an effective cleansing action for a user's teeth; a second drive signal source producing a second bristle motion (25; 28) with an audible sound, wherein the first and second drive signals (30, 32) are combined to produce a combined drive signal; and a drive system within the handle portion responsive to the combined drive signal to produce multiple bristle motions, producing a cleansing effect and audible sounds, wherein the audible sounds produced by the drive system on the brushhead (20; 26; 36) produce a cognitive stimulating or relaxing effect, wherein the audible sounds increase in intensity from a start of a brushing event to an end thereof or the intensity of the audible sounds decreases between a start and end of a brushing event. a handle portion; a brushhead (20; 26; 36) having a set of bristles at the distal end thereof; a first drive signal source producing a first bristle motion (23; 27) having an effective cleansing action for a user's teeth; a second drive signal source producing a second bristle motion (25; 28) with an audible sound, wherein the first and second drive signals (30, 32) are combined to produce a combined drive signal; and a drive system within the handle portion responsive to the combined drive signal to produce multiple bristle motions, producing a cleansing effect and audible sounds, wherein the audible sounds produced by the drive system on the brushhead (20; 26; 36) produce a cognitive stimulating or relaxing effect, wherein the audible sounds increase in intensity from a start of a brushing event to an end thereof or the intensity of the audible sounds decreases between a start and end of a brushing event.
A compound of formula I or a pharmaceutically acceptable salt thereof, R 1 = H, halogen, alkyl, alkoxy, nitro R 2 = H, halogen, alkyl, alkoxy, nitro R 3 = H, alkyl, alkoxy, nitro, halogen X=O, S R 4 = hydrogen, alkyl group (C 1 -C 6), alkylamino group (C 1 -C 6), cyclic or open chain amines R 5 = hydrogen, alkyl group (C 1 -C 6), alkylepoxy, alkylhydroxyamino group (C 1 -C 6), alkylamino group (C 1 -C 6), cyclic or open chain amines, ester and amides m=1,2,3,4 R 1 = H, halogen, alkyl, alkoxy, nitro R 2 = H, halogen, alkyl, alkoxy, nitro R 3 = H, alkyl, alkoxy, nitro, halogen X=O, S R 4 = hydrogen, alkyl group (C 1 -C 6), alkylamino group (C 1 -C 6), cyclic or open chain amines R 5 = hydrogen, alkyl group (C 1 -C 6), alkylepoxy, alkylhydroxyamino group (C 1 -C 6), alkylamino group (C 1 -C 6), cyclic or open chain amines, ester and amides m=1,2,3,4
An insert for use in a photoacoustic image generation apparatus, whereby the insert is configured to be at least partially inserted into a subject such that photoacoustic waves are generated by the absorption of light by the subject, the insert comprising: a light guide member configured to guide light with a first wavelength and light with a second wavelength different from the first wavelength which are incident while being switched; a light emitting portion from which the light guided by the light guide member is emitted; and a light absorption member configured to absorb the light with the first wavelength emitted from the light emitting portion, generate photoacoustic waves, and transmit the light with the second wavelength emitted from the light emitting portion; a phosphor configured to convert the light with the second wavelength emitted from the light emitting portion into light with a third wavelength different from the first wavelength and the second wavelength; and wherein the photoacoustic waves generated by the absorption of light by the subject are second photoacoustic waves generated by the absorption of the light with the third wavelength emitted from the phosphor by the subject. a light guide member configured to guide light with a first wavelength and light with a second wavelength different from the first wavelength which are incident while being switched; a light emitting portion from which the light guided by the light guide member is emitted; and a light absorption member configured to absorb the light with the first wavelength emitted from the light emitting portion, generate photoacoustic waves, and transmit the light with the second wavelength emitted from the light emitting portion; a phosphor configured to convert the light with the second wavelength emitted from the light emitting portion into light with a third wavelength different from the first wavelength and the second wavelength; and wherein the photoacoustic waves generated by the absorption of light by the subject are second photoacoustic waves generated by the absorption of the light with the third wavelength emitted from the phosphor by the subject.
An electronic device, comprising: a first image sensor; a second image sensor; and a processor, wherein the processor is configured to acquire a first depth image and a confidence map corresponding to the first depth image by using the first image sensor, is configured to acquire an RGB image corresponding to the first depth image by using the second image sensor, is configured to acquire a second depth image based on the confidence map and the RGB image, and is configured to acquire a third depth image by composing the first depth image and the second depth image based on a pixel value of the confidence map. a first image sensor; a second image sensor; and a processor, wherein the processor is configured to acquire a first depth image and a confidence map corresponding to the first depth image by using the first image sensor, is configured to acquire an RGB image corresponding to the first depth image by using the second image sensor, is configured to acquire a second depth image based on the confidence map and the RGB image, and is configured to acquire a third depth image by composing the first depth image and the second depth image based on a pixel value of the confidence map.