mhurhangee/patent-ind-claim-en huggingface dataset:
A universal interface (INT) arranged to be positioned between a detector (D) and a monitoring-control unit of equipment, said interface comprising: - a connector with at least four input connection points configured for being connected to the detector (D) and comprising a first connection point designed to receive a first electrical potential (V+) and for being connected to a first input of the detector, a second connection point designed to be connected to a first output of the detector for receiving a first detector output signal (S1_D), a third connection point designed to receive a second electrical potential (V-) and for being connected to a second input of the detector, a fourth connection point designed to be connected to a second output of the detector for receiving a second detector output signal (S2_D), - characterized in that it comprises: - a processing unit (UC) arranged for converting each detector output signal (S1_D, S2_D) into binary information to be sent to the monitoring-control unit of equipment and which is representative of a switched status or of a non-switched status of each output of the detector (D), - the processing unit (UC) being configured to implement, for each output of the detector (D), comparison functions allowing to detect the transition to a high potential or the transition to a low potential of each output of the detector (D), and a logic function allowing the logic of operation of the detector (D) to which the interface (INT) is connected to be taken into account. - a connector with at least four input connection points configured for being connected to the detector (D) and comprising a first connection point designed to receive a first electrical potential (V+) and for being connected to a first input of the detector, a second connection point designed to be connected to a first output of the detector for receiving a first detector output signal (S1_D), a third connection point designed to receive a second electrical potential (V-) and for being connected to a second input of the detector, a fourth connection point designed to be connected to a second output of the detector for receiving a second detector output signal (S2_D), - characterized in that it comprises: - a processing unit (UC) arranged for converting each detector output signal (S1_D, S2_D) into binary information to be sent to the monitoring-control unit of equipment and which is representative of a switched status or of a non-switched status of each output of the detector (D), - the processing unit (UC) being configured to implement, for each output of the detector (D), comparison functions allowing to detect the transition to a high potential or the transition to a low potential of each output of the detector (D), and a logic function allowing the logic of operation of the detector (D) to which the interface (INT) is connected to be taken into account.
An imaging illumination apparatus configured to illuminate an imaging target object which is to be imaged by a camera used for image recognition, the apparatus comprising: multiple illumination blocks configured to be individually lighted; a charge section configured to be charged by a power supply section ; multiple switching elements (33-36) configured to be connected to the charge section in parallel, and to discharge the charge section by an ON-operation and individually pulse-light the multiple illumination blocks by the discharged current; and a control section configured to select the illumination blocks to be pulse-lighted at the same time from the multiple illumination blocks, to control a switching operation of the switching elements that pulse-light the selected illumination blocks, and to control an imaging operation of the camera, wherein the control section is configured to change a continuous lighting time which is a pulse width of pulse lighting according to the number of illumination blocks to be pulse-lighted at the same time among the multiple illumination blocks, and to change an imaging time of the camera, wherein the control section is configured to increase the continuous lighting time and decrease the imaging time of the camera as the number of illumination blocks to be pulse-lighted at the same time among the multiple illumination blocks decreases. multiple illumination blocks configured to be individually lighted; a charge section configured to be charged by a power supply section ; multiple switching elements (33-36) configured to be connected to the charge section in parallel, and to discharge the charge section by an ON-operation and individually pulse-light the multiple illumination blocks by the discharged current; and a control section configured to select the illumination blocks to be pulse-lighted at the same time from the multiple illumination blocks, to control a switching operation of the switching elements that pulse-light the selected illumination blocks, and to control an imaging operation of the camera, wherein the control section is configured to change a continuous lighting time which is a pulse width of pulse lighting according to the number of illumination blocks to be pulse-lighted at the same time among the multiple illumination blocks, and to change an imaging time of the camera, wherein the control section is configured to increase the continuous lighting time and decrease the imaging time of the camera as the number of illumination blocks to be pulse-lighted at the same time among the multiple illumination blocks decreases.
A semiconductor process transport apparatus comprising: a drive section with at least one motor; an articulated arm coupled to the drive section for driving articulation motion of the articulated arm; a machine controller operably coupled to the drive section so as to control the at least one motor for moving the articulated arm from one location to a different other location; and an adapter pendant having a machine controller interface operably coupling the adapter pendant for input/output with the machine controller, the adapter pendant having another interface , different from the machine controller interface and configured for operably connecting with a fungible smart mobile device (SD) having predetermined resident user operable device functionality characteristics resident on the fungible smart mobile device; wherein the other interface has a connectivity configuration so that mating of the fungible smart mobile device with the other interface automatically enables configuration of at least one of the resident user operable device functionality characteristics (SDC1-SDCn) of the fungible smart mobile device so as to define an input/output to the machine controller via the adapter pendant effecting input commands and output signals for motion control of the articulated arm from the one location to the other location. a drive section with at least one motor; an articulated arm coupled to the drive section for driving articulation motion of the articulated arm; a machine controller operably coupled to the drive section so as to control the at least one motor for moving the articulated arm from one location to a different other location; and an adapter pendant having a machine controller interface operably coupling the adapter pendant for input/output with the machine controller, the adapter pendant having another interface , different from the machine controller interface and configured for operably connecting with a fungible smart mobile device (SD) having predetermined resident user operable device functionality characteristics resident on the fungible smart mobile device; wherein the other interface has a connectivity configuration so that mating of the fungible smart mobile device with the other interface automatically enables configuration of at least one of the resident user operable device functionality characteristics (SDC1-SDCn) of the fungible smart mobile device so as to define an input/output to the machine controller via the adapter pendant effecting input commands and output signals for motion control of the articulated arm from the one location to the other location.
A method for measuring a packet loss rate, applied to a terminal, the method comprising: obtaining configuration information for measuring an uplink packet loss rate , wherein the configuration information comprises: measurement time window information, measurement service information and condition information for triggering reporting of an uplink packet loss rate measurement; measuring the uplink packet loss rate based on the configuration information ; and sending reporting information to a network device based on the uplink packet loss rate ; wherein the measurement service information comprises at least one of a data flow identifier, a protocol data unit session identifier, a cell group identifier and a logical channel identifier; and, the condition information for triggering reporting of an uplink packet loss rate measurement comprises: at least one of preset threshold information about a packet loss rate threshold that triggers reporting, and period information about reporting of a packet loss rate measurement. obtaining configuration information for measuring an uplink packet loss rate , wherein the configuration information comprises: measurement time window information, measurement service information and condition information for triggering reporting of an uplink packet loss rate measurement; measuring the uplink packet loss rate based on the configuration information ; and sending reporting information to a network device based on the uplink packet loss rate ; wherein the measurement service information comprises at least one of a data flow identifier, a protocol data unit session identifier, a cell group identifier and a logical channel identifier; and, the condition information for triggering reporting of an uplink packet loss rate measurement comprises: at least one of preset threshold information about a packet loss rate threshold that triggers reporting, and period information about reporting of a packet loss rate measurement.
A method in a mobile radio network for signalling to mobile terminals signal parameters which influence the cell reselection process of the mobile terminals between different radio access technologies and frequencies, characterized in that the parameters are signalled selectively to certain mobile terminals in order to selectively steer these mobile terminals between the different radio access technologies and frequencies, while the cell reselection of all other mobile terminals are not affected, wherein system information broadcast parameters are partitioned in a way that allows to transmit multiple instances of cell reselection parameters forming multiple sets of parameters (A, B, C) to the mobile terminals, wherein a specific mobile terminal gets an indication which one of the multiple sets of parameters (A, B, C) should be used by the mobile terminal during cell reselection evaluation.
A method for forming a laminated glass semifinished product for forming a laminated glass sheet; the method comprising the steps of forming an assembly of laminated glass by interposing a sheet of thermoplastic material between two side glass sheets and allowing at least a peripheral portion of said sheet of thermoplastic material to protrude beyond the outer peripheral edges of said glass sheets , and trimming said peripheral portion by means of a cutting tool ; the trimming of said peripheral portion comprising the steps of keeping a cutting edge of said cutting tool spaced from both of the outer peripheral edges of said glass sheets ; characterised in that keeping the cutting edge in a position spaced from said peripheral edges comprises the steps of advancing said cutting tool by means of a motorised cart movable in a rectilinear direction ; detecting by means of at least an optical detector and during said trimming operation, at least a peripheral segment of the peripheral edge of one of the glass sheets that protrudes in a cantilever fashion beyond the other glass sheet and; generating a corresponding segment position signal; said cutting edge being kept spaced from said peripheral edges by a command and control unit acting on a motorised actuator carried by said motorised cart and in response to the segment position signal received from said optical detector .
A method for transmitting data, the method comprising: receiving, by an interface device , a pre-generated network remote communications command from a central processing unit, CPU, wherein the pre-generated network remote communications command includes a threshold value that indicates a number of triggers to wait for before executing the pre-generated network remote communications command; receiving, by the interface device, a signal from a graphics processing unit, GPU, indicating that data is ready in a memory, wherein the signal comprises a trigger; determining that, after receiving the trigger from the GPU, a number of triggers received by the interface device matches the threshold value included in the pre-generated network remote communications command; and in response to the determining, executing, by the interface device, the pre-generated network remote communications command, to transmit the data to a target device over a network. receiving, by an interface device , a pre-generated network remote communications command from a central processing unit, CPU, wherein the pre-generated network remote communications command includes a threshold value that indicates a number of triggers to wait for before executing the pre-generated network remote communications command; receiving, by the interface device, a signal from a graphics processing unit, GPU, indicating that data is ready in a memory, wherein the signal comprises a trigger; determining that, after receiving the trigger from the GPU, a number of triggers received by the interface device matches the threshold value included in the pre-generated network remote communications command; and in response to the determining, executing, by the interface device, the pre-generated network remote communications command, to transmit the data to a target device over a network.
An apparatus comprising: a clip configured to be slidable over a surface of a brake disc in a tangential direction of the brake disc , the surface being adjacent to a drive slot on a perimeter of the brake disc ; a retainer configured to be slidable over the clip when the clip is positioned over the surface to secure the clip to the brake disc ; and characterized by ; the retainer comprising a first tab and a second tab , and wherein the clip defines a first slot and a second slot , the first tab being configured to be received in the first slot of the clip and the second tab being configured to be received in the second slot of the clip when the retainer is positioned over the clip . a clip configured to be slidable over a surface of a brake disc in a tangential direction of the brake disc , the surface being adjacent to a drive slot on a perimeter of the brake disc ; a retainer configured to be slidable over the clip when the clip is positioned over the surface to secure the clip to the brake disc ; and characterized by ; the retainer comprising a first tab and a second tab , and wherein the clip defines a first slot and a second slot , the first tab being configured to be received in the first slot of the clip and the second tab being configured to be received in the second slot of the clip when the retainer is positioned over the clip .
A female electrical connector for a medium or high voltage electric line, comprising: a tulip-type female electrical contact for electrically contacting a male electrical contact , by surrounding the male electrical contact , the female electrical contact comprising: a ring of conducting fingers ; a base portion carrying the ring of fingers ; a pressing element configured to exert a force on the fingers when the female electrical contact is in a rest position, wherein the female electrical contact is free of electrical contact with the male electrical contact ; and a support for the pressing element arranged around the ring of conducting fingers , the pressing element projecting from within the support , characterized in that each of the conducting fingers extend from the base to a distal end opposite to the base and wherein the pressing element is positioned closer to the base than the distal end of the conducting fingers so as to exert a force on the fingers at a position away from the base . a tulip-type female electrical contact for electrically contacting a male electrical contact , by surrounding the male electrical contact , the female electrical contact comprising: a ring of conducting fingers ; a base portion carrying the ring of fingers ; a ring of conducting fingers ; a base portion carrying the ring of fingers ; a pressing element configured to exert a force on the fingers when the female electrical contact is in a rest position, wherein the female electrical contact is free of electrical contact with the male electrical contact ; and a support for the pressing element arranged around the ring of conducting fingers , the pressing element projecting from within the support , characterized in that each of the conducting fingers extend from the base to a distal end opposite to the base and wherein the pressing element is positioned closer to the base than the distal end of the conducting fingers so as to exert a force on the fingers at a position away from the base .
A scraper for scraping the internal surfaces of a cylindrical combustion chamber comprising: a first cylinder ; a second cylinder ; a plurality of scraper elements connected to and extending between the first and second cylinders at substantially equally positions around the respective circumferences of the cylinders; characterized in that , the scraper elements are V-shaped with the apex of the V directed axially outward such that, in use, it scrapes the internal surfaces of the combustion chamber into which it is located, and wherein the internal angle, Θ, of the V is between 120 degrees and 160 degrees.
A pharmaceutical composition in the form of a chewable tablet comprising as active ingredient 1000 mg of micronized diosmin, characterized in that : - the composition comprises at least one polyol, - the composition comprises from 30% to 60% by weight of micronized diosmin relative to the total mass of the composition. - the composition comprises at least one polyol, - the composition comprises from 30% to 60% by weight of micronized diosmin relative to the total mass of the composition.
- After treatment system, ATS, module for a vehicle , said ATS module comprising, fluidly connected in series, an inlet , a plurality of chemical reaction modules and an urea mixer module and an outlet , said inlet configured to be fluidly connected to an output of an engine of said vehicle and said outlet configured to be fluidly connected to an outlet tube of said vehicle , said inlet , said chemical reaction modules , said urea mixer module and said outlet are arranged to define a path of a flow (F) of exhaust gases flowing in said ATS , wherein said urea mixer module is perpendicular to said plurality of chemical reaction modules , and wherein said ATS module comprises deflector means configured to impart a swirling motion to said flow (F) before said flow (F) enters in said urea mixer module , wherein said urea mixer module comprises a dosing module configured to inject urea into said flow (F) of exhaust gases, said dosing module comprising an injector for injecting said urea and a shell defining a volume into which said injector is partially housed and comprising a plurality of openings for allowing said flow (F) of exhaust gases to flow inside said volume , characterised in that each of said openings is provided with a baffle configured to contribute to generate a swirl motion to a portion (F2) of said exhaust gas flow (F) passing from said openings . wherein said urea mixer module comprises a dosing module configured to inject urea into said flow (F) of exhaust gases, said dosing module comprising an injector for injecting said urea and a shell defining a volume into which said injector is partially housed and comprising a plurality of openings for allowing said flow (F) of exhaust gases to flow inside said volume , characterised in that each of said openings is provided with a baffle configured to contribute to generate a swirl motion to a portion (F2) of said exhaust gas flow (F) passing from said openings .
A relay control device comprising: a first power supply ; a second power supply ; a coil having a first end connected with the first power supply ; a movable iron armature having a first end connected with the second power supply , the movable iron armature being switched from an open state to a closed state when the coil is excited; a switching current output circuit having a first end connected with a second end of the coil , to apply current supplied from the first power supply via the coil , as first current for switching the movable iron armature from the open state to the closed state, to the coil ; and a holding current output circuit having one end connected with the second end of the coil , to apply current supplied from the first power supply via the coil , as second current for holding the movable iron armature in the closed state, to the coil , wherein the switching current output circuit applies the first current to the coil when a first time has elapsed from when the second current started to be applied to the coil , and a value of the second current is lower than a value of the first current. a first power supply ; a second power supply ; a coil having a first end connected with the first power supply ; a movable iron armature having a first end connected with the second power supply , the movable iron armature being switched from an open state to a closed state when the coil is excited; a switching current output circuit having a first end connected with a second end of the coil , to apply current supplied from the first power supply via the coil , as first current for switching the movable iron armature from the open state to the closed state, to the coil ; and a holding current output circuit having one end connected with the second end of the coil , to apply current supplied from the first power supply via the coil , as second current for holding the movable iron armature in the closed state, to the coil , wherein the switching current output circuit applies the first current to the coil when a first time has elapsed from when the second current started to be applied to the coil , and a value of the second current is lower than a value of the first current.