mhurhangee/ep-ind-claims huggingface dataset:
A board inspecting apparatus, comprising: a measuring section obtaining measurement data for at least a portion of a board; a processing section comparing the measurement data of the board and previously obtained reference data of the board, based on a plurality of selection feature objects set on the board, wherein the processing section compares selection feature objects of the measurement data and associated selection feature objects of the reference data, to perform distortion compensation for the board, and inspects the board in which distortion is compensated; and characterized by further comprising a display section, after the distortion compensation of the board is performed, distinguishably displaying a first area corresponding to such an area that the distortion compensation has succeeded and a second area corresponding to such an area that the distortion compensation has failed; wherein the processing section, when performing the distortion compensation of the board, compares a number of effective feature objects that are recognizable among the selection feature objects set for distortion compensation of the board with a reference number that is predetermined, and determines the distortion compensation as failed in case that the number of the recognizable effective feature objects is less than the reference number. a measuring section obtaining measurement data for at least a portion of a board; a processing section comparing the measurement data of the board and previously obtained reference data of the board, based on a plurality of selection feature objects set on the board, wherein the processing section compares selection feature objects of the measurement data and associated selection feature objects of the reference data, to perform distortion compensation for the board, and inspects the board in which distortion is compensated; and characterized by further comprising a display section, after the distortion compensation of the board is performed, distinguishably displaying a first area corresponding to such an area that the distortion compensation has succeeded and a second area corresponding to such an area that the distortion compensation has failed; wherein the processing section, when performing the distortion compensation of the board, compares a number of effective feature objects that are recognizable among the selection feature objects set for distortion compensation of the board with a reference number that is predetermined, and determines the distortion compensation as failed in case that the number of the recognizable effective feature objects is less than the reference number.
A sewing machine with adjustable double needle distance, comprising: a sewing head including an upper shaft and a needle bar; the upper shaft being rotatable to bring the needle bar to move upward and downward, such that two needles located at a lower end of the needle bar move synchronously with the needle bar; a double needle distance driving mechanism; and a double needle distance adjusting mechanism including an adjustment stem axially extended through the needle bar and an adjustment unit located between the adjustment stem and the two needles; the adjustment stem being brought by the double needle distance driving mechanism to rotate, and the adjustment stem in rotating enabling the adjustment unit to cause at least one of the two needles to move sidewardly, so that the two needles are located closer to or farther away from each other; characterized in that the adjustment unit includes a gear connected to the adjustment stem and a first rack connected to a first one of the two needles; the gear being brought by the adjustment stem to rotate; and the first rack being engaged with the gear, so that the first one of the two needles is moved sidewardly in a first direction across the needle bar by the first rack. a sewing head including an upper shaft and a needle bar; the upper shaft being rotatable to bring the needle bar to move upward and downward, such that two needles located at a lower end of the needle bar move synchronously with the needle bar; a double needle distance driving mechanism; and a double needle distance adjusting mechanism including an adjustment stem axially extended through the needle bar and an adjustment unit located between the adjustment stem and the two needles; the adjustment stem being brought by the double needle distance driving mechanism to rotate, and the adjustment stem in rotating enabling the adjustment unit to cause at least one of the two needles to move sidewardly, so that the two needles are located closer to or farther away from each other; characterized in that the adjustment unit includes a gear connected to the adjustment stem and a first rack connected to a first one of the two needles; the gear being brought by the adjustment stem to rotate; and the first rack being engaged with the gear, so that the first one of the two needles is moved sidewardly in a first direction across the needle bar by the first rack.
A fully-automatic unfolding, packing and palletizing machine, comprising an unfolding and packing machine and a carton box palletizing machine, wherein the unfolding and packing machine comprises a carton box conveying device; the carton box palletizing machine comprises a palletizing manipulator and a palletizing and conveying device; the palletizing and conveying device is located in front of the palletizing manipulator; the palletizing and conveying device comprises a feeding transverse conveying mechanism; a feeding end of the feeding transverse conveying mechanism is connected to a discharging end of the carton box conveying device; one side of the feeding transverse conveying mechanism is provided with a transitioning transverse conveying mechanism; the transitioning transverse conveying mechanism and the feeding transverse conveying mechanism are connected in a conveying manner; one side of the transitioning transverse conveying mechanism is provided with a discharging longitudinal conveying mechanism; the discharging longitudinal conveying mechanism and the transitioning transverse conveying mechanism are connected in a conveying manner; a first palletizing space and a second palletizing space are provided; the palletizing manipulator is configured to transfer carton boxes from the discharging longitudinal conveying mechanism to the first palletizing space and the second palletizing space characterized in that, both the feeding transverse conveying mechanism and the discharging longitudinal conveying mechanism are located in front of the transitioning transverse conveying mechanism such that the transitioning transverse conveying mechanism is located between the palletizing manipulator and the discharging longitudinal conveying mechanism, wherein the first palletizing space is between one side of the discharging longitudinal conveying mechanism and the feeding transverse conveying mechanism; and the second palletizing space is on the other side of the discharging longitudinal conveying mechanism, such that the first palletizing space and the second palletizing space are distributed on two sides of a discharging point of the discharging longitudinal conveying mechanism. both the feeding transverse conveying mechanism and the discharging longitudinal conveying mechanism are located in front of the transitioning transverse conveying mechanism such that the transitioning transverse conveying mechanism is located between the palletizing manipulator and the discharging longitudinal conveying mechanism, wherein the first palletizing space is between one side of the discharging longitudinal conveying mechanism and the feeding transverse conveying mechanism; and the second palletizing space is on the other side of the discharging longitudinal conveying mechanism, such that the first palletizing space and the second palletizing space are distributed on two sides of a discharging point of the discharging longitudinal conveying mechanism.
A self-oscillating amplifier system having an input for receiving an input signal and an output, said system comprising: a pulse modulator configured to modulate the input signal and form a pulse modulated signal, a switching power amplification stage configured to receive the pulse modulated signal, amplify the pulse modulated signal, and form a switching output signal, a demodulation filter configured to demodulated the switching output signal and form a demodulated signal at the output, a feedback path from the output, said feedback path comprising a phase lead network for compensating at least a portion of a phase lag of the demodulation filter; a summing box, connected to the input signal and to the feedback path, and configured to subtract a feedback path signal from the input signal; and a first forward branch connected between the summing box and the pulse modulator, the first forward branch comprising a differentiating forward filter for controlling a switching frequency; and a second forward branch connected in parallel with the first forward branch, said second forward branch comprising an integrating forward filter, configured to form an integrated signal, wherein the second forward branch further comprises an amplitude limiting circuitry (13a; 13b) configured to limit the amplitude of the integrated signal. a pulse modulator configured to modulate the input signal and form a pulse modulated signal, a switching power amplification stage configured to receive the pulse modulated signal, amplify the pulse modulated signal, and form a switching output signal, a demodulation filter configured to demodulated the switching output signal and form a demodulated signal at the output, a feedback path from the output, said feedback path comprising a phase lead network for compensating at least a portion of a phase lag of the demodulation filter; a summing box, connected to the input signal and to the feedback path, and configured to subtract a feedback path signal from the input signal; and a first forward branch connected between the summing box and the pulse modulator, the first forward branch comprising a differentiating forward filter for controlling a switching frequency; and a second forward branch connected in parallel with the first forward branch, said second forward branch comprising an integrating forward filter, configured to form an integrated signal, wherein the second forward branch further comprises an amplitude limiting circuitry (13a; 13b) configured to limit the amplitude of the integrated signal.
Method for preparing a thin layer of alkali-based ferroelectric material, having a predetermined Curie temperature, said layer being transferred from a donor substrate onto a support substrate by a transfer technique including implantation of atomic species into the donor substrate to generate an embrittlement plane, the thin layer having a first free face and a second face that is arranged on the support substrate, the method for preparing the thin layer being characterized in that it includes: - applying a first heat treatment to the transferred thin layer at a temperature above the predetermined Curie temperature, the thin layer having a multi-domain nature at the end of the first heat treatment; - after the first heat treatment, introducing protons into the thin layer, followed by applying a second heat treatment to the thin layer at a temperature below the predetermined Curie temperature to generate an internal electric field, resulting in the thin layer being made single domain. - applying a first heat treatment to the transferred thin layer at a temperature above the predetermined Curie temperature, the thin layer having a multi-domain nature at the end of the first heat treatment; - after the first heat treatment, introducing protons into the thin layer, followed by applying a second heat treatment to the thin layer at a temperature below the predetermined Curie temperature to generate an internal electric field, resulting in the thin layer being made single domain.
A separation device for separating dielectric particles (A, B, C), comprising: a flow channel configured to feed a suspension containing the dielectric particles (A, B, C); a plurality of three-dimensionally shaped electrodes (31, 32) arranged in the flow channel and extending in a height direction of the flow channel; a power supply configured to apply an AC voltage with a predetermined frequency to the plurality of electrodes (31, 32) so as to generate dielectrophoresis of the dielectric particles (A, B, C); and a controller configured to control the power supply, characterized in that the plurality of the electrodes (31, 32) are arranged in an oblique direction forming a predetermined angle with respect to a liquid flow direction, with arrangement of the plurality of electrodes (31, 32) being a V-shape convex on upstream or downstream of the liquid flow direction. a flow channel configured to feed a suspension containing the dielectric particles (A, B, C); a plurality of three-dimensionally shaped electrodes (31, 32) arranged in the flow channel and extending in a height direction of the flow channel; a power supply configured to apply an AC voltage with a predetermined frequency to the plurality of electrodes (31, 32) so as to generate dielectrophoresis of the dielectric particles (A, B, C); and a controller configured to control the power supply, characterized in that the plurality of the electrodes (31, 32) are arranged in an oblique direction forming a predetermined angle with respect to a liquid flow direction, with arrangement of the plurality of electrodes (31, 32) being a V-shape convex on upstream or downstream of the liquid flow direction.
A heat exchanger comprising: a cast plate (12; 26) defining at least one passage defining a flow path for airflow, the plate (12; 26) defining a unitary part without joints; and a manifold (15;20) including a transition region (16;22), wherein the transition region (16; 22) includes at least two rib portions defining a smoothly curved transition surface into the at least one passage, wherein the at least two rib portions extend across the transition region (16;22) from a first wall of the manifold (15;20) to a second wall of the manifold (15; 20), wherein the at least two rib portions include a support portion supporting the at least one passage, and wherein the plate (12;26) is abutted against the support portion of the at least two rib portions so as to continue the smoothly curved transition surface through the at least one passage. a cast plate (12; 26) defining at least one passage defining a flow path for airflow, the plate (12; 26) defining a unitary part without joints; and a manifold (15;20) including a transition region (16;22), wherein the transition region (16; 22) includes at least two rib portions defining a smoothly curved transition surface into the at least one passage, wherein the at least two rib portions extend across the transition region (16;22) from a first wall of the manifold (15;20) to a second wall of the manifold (15; 20), wherein the at least two rib portions include a support portion supporting the at least one passage, and wherein the plate (12;26) is abutted against the support portion of the at least two rib portions so as to continue the smoothly curved transition surface through the at least one passage.
A method of controlling data accesses to a data object based upon content of the data object between an organization's user systems and independent object stores, the method including: receiving first data packets at a proxy interposed between a user system and an independent object store during transfer of a data object from the user system to the independent object store; determining by the proxy that the data object is subject to content control by applying content inspection rules to the first data packets; generating by the proxy object metadata for the data object and storing the object metadata in a metadata store; receiving at the proxy second data packets from the user system during an application programming interface, API, request to the independent object store, the second data packets comprising a request to access the data object; retrieving the object metadata by the proxy for the data object from the metadata store; and controlling access by the proxy to the data object via the independent object store by the user system based upon the retrieved object metadata for the data object. receiving first data packets at a proxy interposed between a user system and an independent object store during transfer of a data object from the user system to the independent object store; determining by the proxy that the data object is subject to content control by applying content inspection rules to the first data packets; generating by the proxy object metadata for the data object and storing the object metadata in a metadata store; receiving at the proxy second data packets from the user system during an application programming interface, API, request to the independent object store, the second data packets comprising a request to access the data object; retrieving the object metadata by the proxy for the data object from the metadata store; and controlling access by the proxy to the data object via the independent object store by the user system based upon the retrieved object metadata for the data object.
A collector comprising a diverter apparatus, wherein a transfer device is adapted to divert a flow of articles from a belt conveyor (100, 200) to a collecting table to create a plurality of rows that are mutually parallel, or vice versa, said belt conveyor (100, 200) being arranged orthogonal to the collecting table, so that said articles, passing from the belt conveyor (100, 200) to the collecting table and/or vice versa, are diverted defining an angle of 90°, wherein said belt conveyor (100, 200) comprises a forwarding chain (101, 201), wherein the collecting table comprises storage conveyors comprising at least one collecting chain, preferably a plurality of parallel collecting chains said forwarding chain (101, 201) and collecting chain being arranged orthogonal to one another, and wherein the transfer device is mobile along the belt conveyor (100, 200) by translation means, characterized in that the translation means is arranged above the forwarding chain (101 201) and/or the collecting chain and said forwarding chain (101, 201) and collecting chain are arranged adjacent to one another.
A resonator defining a longitudinal axis, the resonator comprising: a mounting pad; a pad connector (46a; 46b); an isolation mechanism (38a, 38b) comprising: an outer block defining a first outer end and a second outer end on opposite sides; an inner block defining a first inner end and a second inner end on opposite sides; and a pair of interconnect members, wherein each respective interconnect member of the pair of interconnect members connects the second outer end to the first inner end; and a pair of elongated beams (34a, 34b) extending in the direction of the longitudinal axis, wherein respective first ends of the pair of elongated beams (34a, 34b) are connected to the second inner end, wherein the pad connector connects the mounting pad to the first outer end, wherein the pair of interconnect members are separated by a first distance as measured perpendicular to the longitudinal axis, wherein the pair of elongated beams (34a, 34b) are separated by a second distance as measured perpendicular to the longitudinal axis, and characterized in that the first distance is less than the second distance, causing the inner block and the outer block to flex in opposite directions responsive to a flex in the pair of elongated beams (34a, 34b). a mounting pad; a pad connector (46a; 46b); an isolation mechanism (38a, 38b) comprising: an outer block defining a first outer end and a second outer end on opposite sides; an inner block defining a first inner end and a second inner end on opposite sides; and a pair of interconnect members, wherein each respective interconnect member of the pair of interconnect members connects the second outer end to the first inner end; and an outer block defining a first outer end and a second outer end on opposite sides; an inner block defining a first inner end and a second inner end on opposite sides; and a pair of interconnect members, wherein each respective interconnect member of the pair of interconnect members connects the second outer end to the first inner end; and a pair of elongated beams (34a, 34b) extending in the direction of the longitudinal axis, wherein respective first ends of the pair of elongated beams (34a, 34b) are connected to the second inner end, wherein the pad connector connects the mounting pad to the first outer end, wherein the pair of interconnect members are separated by a first distance as measured perpendicular to the longitudinal axis, wherein the pair of elongated beams (34a, 34b) are separated by a second distance as measured perpendicular to the longitudinal axis, and characterized in that the first distance is less than the second distance, causing the inner block and the outer block to flex in opposite directions responsive to a flex in the pair of elongated beams (34a, 34b).
A bollard apparatus for use as a vehicle barrier comprising: one or more bollard members; a plurality of separate foot assemblies each adapted for ground engagement by placement upon, or embedment within, a ground or floor surface, to at least one of which is fixed at least one said bollard member upstanding therefrom; characterised in that: each said foot assembly comprises a pair of opposed parallel plates (1003, 1004) separated by a plurality of coupling beams which are each fixed to both of the opposed plates and are sandwiched therebetween; wherein a pair of said coupling beams extend in parallel adjacent an edge of a foot assembly of the plurality of foot assemblies and define between them an a spacing accessible at said edge and adapted for receiving an end of a separate coupling beam extending adjacent an edge of a separate other said foot assembly; and a linkage member for linking each of said pair of coupling beams to an end of said separate coupling beam when so received thereby to couple the two foot assemblies. one or more bollard members; a plurality of separate foot assemblies each adapted for ground engagement by placement upon, or embedment within, a ground or floor surface, to at least one of which is fixed at least one said bollard member upstanding therefrom; characterised in that: each said foot assembly comprises a pair of opposed parallel plates (1003, 1004) separated by a plurality of coupling beams which are each fixed to both of the opposed plates and are sandwiched therebetween; wherein a pair of said coupling beams extend in parallel adjacent an edge of a foot assembly of the plurality of foot assemblies and define between them an a spacing accessible at said edge and adapted for receiving an end of a separate coupling beam extending adjacent an edge of a separate other said foot assembly; and a linkage member for linking each of said pair of coupling beams to an end of said separate coupling beam when so received thereby to couple the two foot assemblies. each said foot assembly comprises a pair of opposed parallel plates (1003, 1004) separated by a plurality of coupling beams which are each fixed to both of the opposed plates and are sandwiched therebetween; wherein a pair of said coupling beams extend in parallel adjacent an edge of a foot assembly of the plurality of foot assemblies and define between them an a spacing accessible at said edge and adapted for receiving an end of a separate coupling beam extending adjacent an edge of a separate other said foot assembly; and a linkage member for linking each of said pair of coupling beams to an end of said separate coupling beam when so received thereby to couple the two foot assemblies.