mhurhangee/patent-ind-claim-en huggingface dataset:
A pallet changing apparatus provided with a turning shaft supporting pallet changing arms transferring a pallet (P, P') between a pallet setup base and a table in such a manner so as to move freely at a vertical direction and also in a state of being stationary at a horizontal direction, said apparatus comprising said table being configured to move back and forth to a side of the turning shaft and being provided with a rising portion at a leading end of the table on the side of the turning shaft and an oscillating portion which is supported so as to oscillate freely around an oscillating center axis of the rising portion and configured to place a workpiece (W, W') by means of a pallet (P, P'), wherein the pallet changing arms extend on both sides of the turning shaft , the pallet changing arms being provided with a bridging extending portion which bridges a pallet supporting portion extending in the horizontal direction for transferring a pallet (P, P') with a side of the turning shaft , and the bridging extending portion forms a shape of covering across an upper side of the rising portion at a stage of the table transferring a pallet (P, P'), wherein the rising portion is arranged to exist at the vicinity of the surface of the turning shaft at the stage in which the rising portion is set to be closest to the turning shaft to achieve that the table transfers the pallet (P, P').
An apparatus for inspecting a welding state in a welded portion for an electronic or mechanical coupling in a lithium secondary battery, comprising: a measuring unit configured to obtain data for deriving a resistance value of the welded portion by allowing a resistance measuring probe to contact the welded portion ; and a controller configured to communicate with the measuring unit , determine the resistance value of the welded portion by receiving the data obtained from the measuring unit , and determine whether a weak welding was performed by comparing the determined resistance value with a threshold resistance value, wherein the measuring unit is configured to allow the resistance measuring probe to contact one end and the other end of the welded portion , characterized in that the apparatus comprises a cradle on which a subject including the welded portion to be inspected is mountable, wherein the cradle includes a through hole formed on a portion corresponding to the welded portion of the subject in a thickness direction of the cradle to allow the resistance measuring probe to contact the top and backside of the welded portion when the welded portion is positioned in the through hole region. a measuring unit configured to obtain data for deriving a resistance value of the welded portion by allowing a resistance measuring probe to contact the welded portion ; and a controller configured to communicate with the measuring unit , determine the resistance value of the welded portion by receiving the data obtained from the measuring unit , and determine whether a weak welding was performed by comparing the determined resistance value with a threshold resistance value, wherein the measuring unit is configured to allow the resistance measuring probe to contact one end and the other end of the welded portion , characterized in that the apparatus comprises a cradle on which a subject including the welded portion to be inspected is mountable, wherein the cradle includes a through hole formed on a portion corresponding to the welded portion of the subject in a thickness direction of the cradle to allow the resistance measuring probe to contact the top and backside of the welded portion when the welded portion is positioned in the through hole region.
Effluent duct comprising an installation for extracting heat, notably from a main sewer, said installation comprising, on the areas of the internal wall of the duct situated above the effluent, at least one heat-exchange tube exposed to the atmosphere prevailing in the duct, through which a heat-transfer fluid travels to recover a portion of the noticeable heat and of the latent heat from condensation of the water vapor originating from the effluent, said installation comprising further a forced-convection device for producing a movement of air which sweeps over the surface of the effluent and to increase the evaporation rate of the effluent, the forced-convection device being placed in the top portion of the duct , parallel to the heat-exchange tubes the forced-convection device consisting of at least one pipe supplied with recycled humid air, or with outside air, by a fan characterized in that said fan is installed at one end of the pipe, outside the effluent duct . the pipe of the forced-convection device comprising nozzles or slots or orifices to produce jets oriented toward the effluent flowing in the duct.
A method performed by a client device , the method comprising: receiving , via an input component of the client device , a plurality of time slices of video content; performing extraction of audio-video descriptor on the time slices of video content, to obtain audio and visual features of a time slice of the plurality of time slices; generating an audio-video signature associated with one or more of the plurality of time slices of video content based at least in part on the audio-video descriptor having been extracted, wherein the audio-video signature includes an audio fingerprint and video hash bits associated with a time slice of the plurality of time slices of video content, wherein the video hash bits are generated using a hash function learned using a Minimal Loss Hashing or a Spectral Hashing applied to the visual features of the audio-video descriptor; sending the audio-video signature associated with the one or more time slices of video content as a query toward a layered audio-video indexed dataset stored on a server ; receiving from the server candidate results which are similar to the query while still receiving the time slices of video content; and presenting at least some of the candidate results while still receiving the time slices of video content. receiving , via an input component of the client device , a plurality of time slices of video content; performing extraction of audio-video descriptor on the time slices of video content, to obtain audio and visual features of a time slice of the plurality of time slices; generating an audio-video signature associated with one or more of the plurality of time slices of video content based at least in part on the audio-video descriptor having been extracted, wherein the audio-video signature includes an audio fingerprint and video hash bits associated with a time slice of the plurality of time slices of video content, wherein the video hash bits are generated using a hash function learned using a Minimal Loss Hashing or a Spectral Hashing applied to the visual features of the audio-video descriptor; sending the audio-video signature associated with the one or more time slices of video content as a query toward a layered audio-video indexed dataset stored on a server ; receiving from the server candidate results which are similar to the query while still receiving the time slices of video content; and presenting at least some of the candidate results while still receiving the time slices of video content.
Anti-friction bearing cage having pockets for rolling bodies, which pockets are delimited at least in a U-shape, comprising the following features: - the U-shaped delimitation of one of the pockets is configured by way of the integrally joined connection of two web elements on a ring-like circumferential element , - the circumferential element is free from cavities and penetrations for a fully circumferential connection to sections of the web elements , and, - for proper positioning of the elements with respect to one another for the integrally joined connection, the elements are configured with a shape which is matched to one another in such a way that the positions of the web elements on the circumferential element are predetermined in the circumferential direction, by the circumferential element being designed in the circumferential direction with bulged portions which are configured in the radial direction. - the U-shaped delimitation of one of the pockets is configured by way of the integrally joined connection of two web elements on a ring-like circumferential element , - the circumferential element is free from cavities and penetrations for a fully circumferential connection to sections of the web elements , and, - for proper positioning of the elements with respect to one another for the integrally joined connection, the elements are configured with a shape which is matched to one another in such a way that the positions of the web elements on the circumferential element are predetermined in the circumferential direction, by the circumferential element being designed in the circumferential direction with bulged portions which are configured in the radial direction.
A vane arc segment comprising: an airfoil fairing having a platform and an airfoil section extending therefrom, the platform defining periphery edge faces , a gaspath face , and a non-gaspath face , the platform having a flange projecting radially from the non-gaspath face , the flange defining a forward flange face , an aft flange face , and a radial flange face , the flange having an end portion adjacent one of the periphery edge faces , characterised in that : the end portion includes a step defining a radial step face that is radially intermediate the radial flange face and the non-gaspath face ; the radial step face is non-coated; the airfoil fairing includes a coating disposed on the non-gaspath face next to the step ; and the radial step face is flush with the coating . the end portion includes a step defining a radial step face that is radially intermediate the radial flange face and the non-gaspath face ; the radial step face is non-coated; the airfoil fairing includes a coating disposed on the non-gaspath face next to the step ; and the radial step face is flush with the coating .
A differential member for a surgical instrument comprising: two or more input units each receiving an input of an amount of rotation motion or translation motion from outside; and an output unit outputting a single rotation motion or translation motion based on a combination of rotation motions or translation motions input to the two or more input units; and a differential control member connecting the two or more input units and the output unit, characterized in that : a rotation motion or translation motion of at least a portion of the differential control member is generated by rotation motions or translation motions input to the two or more input units, wherein the output unit translates or rotates by a sum of or a difference between the rotation motions or translation motions input to the two or more input units, by the rotation motion or translation motion of at least a portion of the differential control member, wherein the two or more input units rotate or translate independently, and wherein the rotation motions or translation motions input to the two or more input units do not interfere with each other. two or more input units each receiving an input of an amount of rotation motion or translation motion from outside; and an output unit outputting a single rotation motion or translation motion based on a combination of rotation motions or translation motions input to the two or more input units; and a differential control member connecting the two or more input units and the output unit, characterized in that : a rotation motion or translation motion of at least a portion of the differential control member is generated by rotation motions or translation motions input to the two or more input units, wherein the output unit translates or rotates by a sum of or a difference between the rotation motions or translation motions input to the two or more input units, by the rotation motion or translation motion of at least a portion of the differential control member, wherein the two or more input units rotate or translate independently, and wherein the rotation motions or translation motions input to the two or more input units do not interfere with each other. a rotation motion or translation motion of at least a portion of the differential control member is generated by rotation motions or translation motions input to the two or more input units, wherein the output unit translates or rotates by a sum of or a difference between the rotation motions or translation motions input to the two or more input units, by the rotation motion or translation motion of at least a portion of the differential control member, wherein the two or more input units rotate or translate independently, and wherein the rotation motions or translation motions input to the two or more input units do not interfere with each other.
A method for sulfonation of poly(phenylene ether), comprising dissolving a poly(phenylene ether) comprising 2,6-dimethyl-1,4-phenylene ether units, 2,3,6-trimethyl-1,4-phenylene ether units, 3,3',5,5'-tetramethyl-4,4'-dihydroxybiphenyl ether units, or a combination thereof, in a mixture of 1,2-dichloroethane and preferably a cosolvent to form a solvent mixture in a mixing vessel; combining a sulfonating agent with the solvent mixture, wherein the sulfonating agent reacts with the poly(phenylene ether) to form sulfonated poly(phenylene ether); precipitating the sulfonated poly(phenylene ether); and filtering the precipitated sulfonated poly(phenylene ether) to form a sulfonated poly(phenylene ether) precipitate and a filtrate; wherein the sulfonated poly(phenylene ether) has a sulfonation level of 20 to 50%. dissolving a poly(phenylene ether) comprising 2,6-dimethyl-1,4-phenylene ether units, 2,3,6-trimethyl-1,4-phenylene ether units, 3,3',5,5'-tetramethyl-4,4'-dihydroxybiphenyl ether units, or a combination thereof, in a mixture of 1,2-dichloroethane and preferably a cosolvent to form a solvent mixture in a mixing vessel; combining a sulfonating agent with the solvent mixture, wherein the sulfonating agent reacts with the poly(phenylene ether) to form sulfonated poly(phenylene ether); precipitating the sulfonated poly(phenylene ether); and filtering the precipitated sulfonated poly(phenylene ether) to form a sulfonated poly(phenylene ether) precipitate and a filtrate; wherein the sulfonated poly(phenylene ether) has a sulfonation level of 20 to 50%.
Method for measuring and/or determining an adhesion coefficient between a wheel of a railway vehicle and a rail, on which the railway vehicle drives or moves, wherein the adhesion coefficient is measured and/or determined while braking or driving at least one wheel set of the railway vehicle during operation of the railway vehicle, wherein the adhesion coefficient is determined based on the torque equilibrium of the wheel of the railway vehicle, wherein the adhesion coefficient is determined in a cyclic manner by braking or driving at least one wheel set of the railway vehicle in a cyclic manner, wherein said wheel set is chosen in a cyclic manner from a set of at least two wheel sets; wherein the method further comprises using at least one of the following as input parameters for determining the adhesion coefficient: the weight force acting on the wheel; the wheel radius; and the braking force. wherein the adhesion coefficient is determined based on the torque equilibrium of the wheel of the railway vehicle, wherein the adhesion coefficient is determined in a cyclic manner by braking or driving at least one wheel set of the railway vehicle in a cyclic manner, wherein said wheel set is chosen in a cyclic manner from a set of at least two wheel sets; wherein the method further comprises using at least one of the following as input parameters for determining the adhesion coefficient: the weight force acting on the wheel; the wheel radius; and the braking force.
A method for automatically recording the use of fee-based transport means for the passenger transport by means of a user terminal of a user who uses the transport means, wherein at least one transmitter located in the area of the transport means sends data telegrams, characterized in that the transmitter emits the data telegrams in a unidirectional manner at specified time intervals and/or in dependence on the location of the transport means, wherein the data telegrams will be received by the user terminal, wherein the following steps are realized • receiving and storing a data telegram emitted by a transmitter, which data telegram contains a location information item with respect to the location of the transmitter and/or fare or tariff information, • receiving and storing at least one other data telegram emitted by a transmitter, • processing the received data in consideration of data and algorithms present on the user terminal characterized in that a read-back receiver arranged in the transport means verifies the correct emission of the data telegrams sent in a unidirectional manner by the transmitter and in case of recognizing collisions and/or interferences it will initiate a frequency or channel change, such that the data telegrams will be sent on another frequency or on another channel. • receiving and storing a data telegram emitted by a transmitter, which data telegram contains a location information item with respect to the location of the transmitter and/or fare or tariff information, • receiving and storing at least one other data telegram emitted by a transmitter, • processing the received data in consideration of data and algorithms present on the user terminal
A compound of Formula (I): or a pharmaceutically acceptable salt thereof, wherein: Ring B is a 5-membered ring heteroaryl; R 1 is H or C 1-4 alkyl; X 1 is N or CH; X 2 is N or CR 2 , wherein R 2 is H or C 1-4 alkyl; R 3 is: X 3 is N or CH; X 4 is N or CH; Y is O, NR a or CH 2 ; and R a is H or C 1-4 alkyl; R 4 is selected from the group consisting of is selected from halo, haloC 1-4 alkoxy, C 1-4 alkoxy, haloC 1-4 alkyl, C 1-4 alkyl, 5-membered heteroaryl and C 1-5 cycloalkyl; and R 5 is H or halo. Ring B is a 5-membered ring heteroaryl; R 1 is H or C 1-4 alkyl; X 1 is N or CH; X 2 is N or CR 2 , wherein R 2 is H or C 1-4 alkyl; R 3 is: X 3 is N or CH; X 4 is N or CH; Y is O, NR a or CH 2 ; and R a is H or C 1-4 alkyl; R 4 is selected from the group consisting of is selected from halo, haloC 1-4 alkoxy, C 1-4 alkoxy, haloC 1-4 alkyl, C 1-4 alkyl, 5-membered heteroaryl and C 1-5 cycloalkyl; and R 5 is H or halo.
Device for staining an organic element on at least one slide , the slide defining an axis contained within the plane of the slide, which device comprises: - at least one slide holder on which the slide holding the organic element is positioned; - at least one means for spreading a staining fluid and/or a rinsing fluid on the slide, paired with a means for relative motion in translation relative to the slide along the axis of the slide, the spreading means comprising a linear element along an axis perpendicular to the axis of the slide and supplied with spreading fluid; and - at least one means for suctioning the staining fluid and/or a rinsing fluid, paired with a means for relative motion in translation relative to each slide along the axis of the slide; wherein the suction means is positioned in succession to the spreading means, characterised in that it also comprises a means for simultaneously controlling the spreading of the rinsing fluid by the spreading means, and the suctioning of the rinsing fluid by the suction means, thus creating on the slide, between the spreading means and the suction means, a turbulent flow cleaning the impurities of the organic element spread over the slide. - at least one slide holder on which the slide holding the organic element is positioned; - at least one means for spreading a staining fluid and/or a rinsing fluid on the slide, paired with a means for relative motion in translation relative to the slide along the axis of the slide, the spreading means comprising a linear element along an axis perpendicular to the axis of the slide and supplied with spreading fluid; and - at least one means for suctioning the staining fluid and/or a rinsing fluid, paired with a means for relative motion in translation relative to each slide along the axis of the slide; wherein the suction means is positioned in succession to the spreading means, characterised in that it also comprises a means for simultaneously controlling the spreading of the rinsing fluid by the spreading means, and the suctioning of the rinsing fluid by the suction means, thus creating on the slide, between the spreading means and the suction means, a turbulent flow cleaning the impurities of the organic element spread over the slide. wherein the suction means is positioned in succession to the spreading means, characterised in that it also comprises a means for simultaneously controlling the spreading of the rinsing fluid by the spreading means, and the suctioning of the rinsing fluid by the suction means, thus creating on the slide, between the spreading means and the suction means, a turbulent flow cleaning the impurities of the organic element spread over the slide.
A method for providing requested content to a user device in an overlay information centric networking O-ICN architecture, the method comprising: receiving, by an ICN manager , a request for accessing content, from the user device , wherein the request is routed to the ICN manager from an ICN router , wherein the ICN router is patched to communicate with the ICN manager , wherein the O-ICN architecture comprises an ICN sub-layer added at a top of a transport layer of a TCP/IP protocol stack, and wherein the request comprises an ICN sub-layer header comprising a content name field to indicate a name of the requested content and a flag bit used to indicate that the request is an ICN based request or an ICN based content and a reserved bit of a TCP header used to indicate that the request is the ICN based request or a non-ICN based request; parsing, by the ICN manager , the request to determine whether the request is the ICN-based request based on at least one of the flag bit of the ICN sub-layer header and the reserved bit of the TCP header; based on the determination that the request is the ICN based request, identifying, by the ICN manager , at least one network entity hosting the requested content, wherein the identification is based on the name of the content; and sending, by the ICN manager , a notification to the at least one identified network entity hosting the requested content for providing the requested content directly to the user device . receiving, by an ICN manager , a request for accessing content, from the user device , wherein the request is routed to the ICN manager from an ICN router , wherein the ICN router is patched to communicate with the ICN manager , wherein the O-ICN architecture comprises an ICN sub-layer added at a top of a transport layer of a TCP/IP protocol stack, and wherein the request comprises an ICN sub-layer header comprising a content name field to indicate a name of the requested content and a flag bit used to indicate that the request is an ICN based request or an ICN based content and a reserved bit of a TCP header used to indicate that the request is the ICN based request or a non-ICN based request; parsing, by the ICN manager , the request to determine whether the request is the ICN-based request based on at least one of the flag bit of the ICN sub-layer header and the reserved bit of the TCP header; based on the determination that the request is the ICN based request, identifying, by the ICN manager , at least one network entity hosting the requested content, wherein the identification is based on the name of the content; and sending, by the ICN manager , a notification to the at least one identified network entity hosting the requested content for providing the requested content directly to the user device .