mhurhangee/patent-ind-claim-en huggingface dataset:
A water attraction dispatch system, comprising: a water attraction ; a plurality of sensors of the water attraction ; and a dispatch controller comprising a processor and a memory, wherein the memory stores instructions executable by the processor, the instructions configured to cause the dispatch controller to: receive attraction condition data from the plurality of sensors of the water attraction , wherein a subset of the plurality of sensors comprises a network of strain gauge sensors along a slide path of an individual slide of the water attraction ; determine guest position data on the individual slide based on the network of strain gauge sensors and a strain map of the individual slide, wherein the strain map corresponds to a profile of the individual slide associated with the guest position data; determine a dispatch status of the individual slide of the water attraction based on the attraction condition data and the guest position data, wherein the determined dispatch status comprises a permit dispatch status or a deny dispatch status; and transmit a signal indicative of the dispatch status to a controller of the water attraction . a water attraction ; a plurality of sensors of the water attraction ; and a dispatch controller comprising a processor and a memory, wherein the memory stores instructions executable by the processor, the instructions configured to cause the dispatch controller to: receive attraction condition data from the plurality of sensors of the water attraction , wherein a subset of the plurality of sensors comprises a network of strain gauge sensors along a slide path of an individual slide of the water attraction ; determine guest position data on the individual slide based on the network of strain gauge sensors and a strain map of the individual slide, wherein the strain map corresponds to a profile of the individual slide associated with the guest position data; determine a dispatch status of the individual slide of the water attraction based on the attraction condition data and the guest position data, wherein the determined dispatch status comprises a permit dispatch status or a deny dispatch status; and transmit a signal indicative of the dispatch status to a controller of the water attraction . receive attraction condition data from the plurality of sensors of the water attraction , wherein a subset of the plurality of sensors comprises a network of strain gauge sensors along a slide path of an individual slide of the water attraction ; determine guest position data on the individual slide based on the network of strain gauge sensors and a strain map of the individual slide, wherein the strain map corresponds to a profile of the individual slide associated with the guest position data; determine a dispatch status of the individual slide of the water attraction based on the attraction condition data and the guest position data, wherein the determined dispatch status comprises a permit dispatch status or a deny dispatch status; and transmit a signal indicative of the dispatch status to a controller of the water attraction .
A clamp device for holding a container for a container processing plant, having: a first clamp arm pair and a second clamp arm pair , which are arranged one above the other for the simultaneous holding of the container and which can be pivoted independently of one another between an open position and a closed position, namely coaxially about a common pivot axis; a first actuating device , which is operatively connected to the first clamp arm pair in order to bring about the pivoting of the first clamp arm pair ; and a second actuating device , which is operatively connected to the second clamp arm pair , namely in a manner decoupled from the first actuating device , in order to bring about the pivoting of the second clamp arm pair . a first clamp arm pair and a second clamp arm pair , which are arranged one above the other for the simultaneous holding of the container and which can be pivoted independently of one another between an open position and a closed position, namely coaxially about a common pivot axis; a first actuating device , which is operatively connected to the first clamp arm pair in order to bring about the pivoting of the first clamp arm pair ; and a second actuating device , which is operatively connected to the second clamp arm pair , namely in a manner decoupled from the first actuating device , in order to bring about the pivoting of the second clamp arm pair .
An analytical system comprising a liquid chromatographic (LC) system comprising a plurality of fluidic streams (11, 12, 13, Sn-1, Sn, Sn+1) alternately connectable to a common detector via a stream-selection valve connected to the detector via a valve-to-detector conduit , whereby the detector is a mass spectrometer connected to the valve-to-detector conduit via an ionization source and wherein the analytical system further comprises a wash pump fluidically connected to the stream-selection valve and configured to connect to the valve-to-detector conduit between two consecutive fluidic streams in order to wash liquid from a previous fluidic stream out of the valve-to-detector conduit before liquid from a subsequent fluidic stream enters the valve-to-detector conduit , characterized in that the analytical system comprises a controller configured to manage a fluidic-stream connection time (t-Sn-1, t-Sn, t-Sn+1), that is the connection time between each fluidic stream (11, 12, 13, Sn-1, Sn, Sn+1) and the valve-to-detector conduit , and a wash-pump connection time (t-W), that is the connection time between the wash pump and the valve-to-detector conduit , by controlling switching of the stream-selection valve , wherein the controller is configured to adjust a set of parameters of the detector and/or ionization source from a previous configuration related to the previous fluidic stream to a subsequent configuration related to the subsequent fluidic stream during the wash-pump connection time (t-W) before switching to the subsequent fluidic stream, and/or wherein the controller is configured to extend the wash-pump connection time (t-W) while pumping of wash liquid through the valve-to-detector conduit in case of interrupted switching between fluidic streams or in case of system standby.
Warhead comprising a tubular structure comprising: - a front end and a front region adjoining the front end ; - a rear end and a rear region adjoining the rear end ; - a central axis connecting the front end and the rear end ; - an outer wall portion ; and - a central cavity , whereby the outer wall portion tapers in the front region and comprises fragments (7;9) in the rear region ; wherein a) the tubular structure in the rear region comprises a generally cylindrical portion and a generally conical portion relative to the central axis ; and b) the front region does not comprise any fragments; characterized in that the wall portion comprises fragments (7;9) in the generally conical portion as well as in the generally cylindrical portion of the rear region . - a front end and a front region adjoining the front end ; - a rear end and a rear region adjoining the rear end ; - a central axis connecting the front end and the rear end ; - an outer wall portion ; and - a central cavity , whereby a) the tubular structure in the rear region comprises a generally cylindrical portion and a generally conical portion relative to the central axis ; and b) the front region does not comprise any fragments;
An injection blow molding apparatus comprising: an injection molding section including an injection unit and an injection mold unit to be operated by an oil pressure, the injection molding section being configured to form a preform by injection molding; and a blow molding section including a blow mold unit , the blow molding section being configured to blow mold the preform ; a first oil supply section including a hydraulic drive source composed of a drive motor , whose number of revolutions can be controlled, and a hydraulic pump , the first oil supply section being configured to supply oil from an oil tank to an injection mold drive unit provided in the injection mold unit ; and a third oil supply section including a hydraulic drive source composed of a drive motor, whose number of revolutions can be controlled, and a hydraulic pump, the third oil supply section being configured to supply oil from the oil tank to an injection drive unit provided in the injection unit, the third oil supply section being provided independently of the first oil supply section, wherein the first oil supply section and the third oil supply section are controlled independently. an injection molding section including an injection unit and an injection mold unit to be operated by an oil pressure, the injection molding section being configured to form a preform by injection molding; and a blow molding section including a blow mold unit , the blow molding section being configured to blow mold the preform ; a first oil supply section including a hydraulic drive source composed of a drive motor , whose number of revolutions can be controlled, and a hydraulic pump , the first oil supply section being configured to supply oil from an oil tank to an injection mold drive unit provided in the injection mold unit ; and a third oil supply section including a hydraulic drive source composed of a drive motor, whose number of revolutions can be controlled, and a hydraulic pump, the third oil supply section being configured to supply oil from the oil tank to an injection drive unit provided in the injection unit, the third oil supply section being provided independently of the first oil supply section, wherein the first oil supply section and the third oil supply section are controlled independently.
A method for communications, comprising: transmitting a first control message , to a plurality of other apparatuses , the first control message requesting channel state information, CSI, to be computed, based on a sounding frame, at each of the other apparatuses ; receiving, in response to the first control message, a first CSI report message with the CSI from a first apparatus of the other apparatuses that is indicated in the first control message as the one responding first with the CSI among the other apparatuses, the method being characterised by : transmitting a second control message requesting a second CSI report message with the computed CSI to be transmitted from at least a second apparatus of the other apparatuses that is not indicated in the first control message as the one responding first with the CSI among the other apparatuses; and receiving the second CSI report message in response to the second control message, wherein the second CSI report message comprises a sequence number that matches a sequence number in the first control message, wherein the second CSI report message comprises at least a segment of the computed CSI and at least an indication about a number of remaining segments of the computed CSI to be transmitted from the second apparatus. transmitting a first control message , to a plurality of other apparatuses , the first control message requesting channel state information, CSI, to be computed, based on a sounding frame, at each of the other apparatuses ; receiving, in response to the first control message, a first CSI report message with the CSI from a first apparatus of the other apparatuses that is indicated in the first control message as the one responding first with the CSI among the other apparatuses, transmitting a second control message requesting a second CSI report message with the computed CSI to be transmitted from at least a second apparatus of the other apparatuses that is not indicated in the first control message as the one responding first with the CSI among the other apparatuses; and receiving the second CSI report message in response to the second control message, wherein the second CSI report message comprises a sequence number that matches a sequence number in the first control message, wherein the second CSI report message comprises at least a segment of the computed CSI and at least an indication about a number of remaining segments of the computed CSI to be transmitted from the second apparatus.
A bio-electrochemical reactor comprising: - an anode compartment comprising at least two anodes called bioanodes, and an anodic electrolyte comprising anodic electroactive microorganisms; - a cathode compartment comprising at least one cathode called biocathode , and a cathodic electrolyte comprising cathodic electroactive microorganisms; - the anode compartment being separated from the cathode compartment - from the anode compartment towards the cathode compartment - by a cation exchange membrane and anion exchange membrane , said cation and anion exchange membranes being separated from each other by an inter-membrane compartment ; - means for applying a potential difference between the bioanodes connected together and the bio-cathodes(s), the bioanodes and biocathode(s) having active surface areas such that the total active surface area of the biocathode(s) is greater than the total active surface area of the two bioanodes . - an anode compartment comprising at least two anodes called bioanodes, and an anodic electrolyte comprising anodic electroactive microorganisms; - a cathode compartment comprising at least one cathode called biocathode , and a cathodic electrolyte comprising cathodic electroactive microorganisms; - the anode compartment being separated from the cathode compartment - from the anode compartment towards the cathode compartment - by a cation exchange membrane and anion exchange membrane , said cation and anion exchange membranes being separated from each other by an inter-membrane compartment ; - means for applying a potential difference between the bioanodes connected together and the bio-cathodes(s),
An electrode device comprising: a first electrode ; a second electrode separated from the first electrode with a space therebetween; and an ion-conducting medium extending over the first electrode and the second electrode so as to be in contact with the first electrode and the second electrode, characterised in that the ion-conducting medium is made of a bicontinuous microemulsion containing a water phase being a continuous phase and an oil phase being a continuous phase, and at least one of the water phase and the oil phase is a gel. a first electrode ; a second electrode separated from the first electrode with a space therebetween; and an ion-conducting medium extending over the first electrode and the second electrode so as to be in contact with the first electrode and the second electrode, characterised in that the ion-conducting medium is made of a bicontinuous microemulsion containing a water phase being a continuous phase and an oil phase being a continuous phase, and at least one of the water phase and the oil phase is a gel.
A measuring system for measuring the displacement of at least one point of a bridge, wherein said bridge has a resonance frequency comprised in the frequency band [fl, fh] where fl<fh, said measuring system comprising: - a geophone adapted to be applied in said at least one point of said bridge, said geophone having a resonance frequency fr greater than fh and a frequency response for f<fh substantially equal to that of a double shunt; - an analogue compensation device connected in series to said geophone and having a frequency response equal to that of a double integrator in the frequency band [fl, fh], so that the series of said geophone and said analogue compensation device has a frequency response with a substantially constant module in the frequency band [fl, fh]; - an analogue integrator device connected in series to said analogue compensation device ; - an analogue/digital converter device connected in series to said analogue integrator device , said analogue/digital converter device being adapted to convert the output signal from said analogue integrator device into a digital signal. where said analogue compensation device comprises: - a first amplification stage ; - a double low-pass filter connected in series to said first amplification stage and having a cutoff frequency ft no greater than fl, said double low-pass filter being an active filter that realizes a second amplification stage. - a geophone adapted to be applied in said at least one point of said bridge, said geophone having a resonance frequency fr greater than fh and a frequency response for f<fh substantially equal to that of a double shunt; - an analogue compensation device connected in series to said geophone and having a frequency response equal to that of a double integrator in the frequency band [fl, fh], so that the series of said geophone and said analogue compensation device has a frequency response with a substantially constant module in the frequency band [fl, fh]; - an analogue integrator device connected in series to said analogue compensation device ; - an analogue/digital converter device connected in series to said analogue integrator device , said analogue/digital converter device being adapted to convert the output signal from said analogue integrator device into a digital signal. - a first amplification stage ; - a double low-pass filter connected in series to said first amplification stage and having a cutoff frequency ft no greater than fl, said double low-pass filter being an active filter that realizes a second amplification stage.
A gate system for an overhead lifting rail system, comprising: a first gate comprising: a rail portion for suspending a lifting carriage; and a bridging element pivotally coupled adjacent a proximal end to the rail portion; and a second gate comprising: a rail portion for suspending a lifting carriage; and a bridging element support portion ; wherein: upon the first gate engaging with the second gate , a distal end of the bridging element of the first gate engages with the bridging element support portion of the second gate to form a bridge between the first gate and the second gate ; and the distal end of the bridging element and the bridging element support portion are configured such that the ends of the bridging element are substantially aligned with the respective ends of the rail portions of the first and second gates . a first gate comprising: a rail portion for suspending a lifting carriage; and a bridging element pivotally coupled adjacent a proximal end to the rail portion; a rail portion for suspending a lifting carriage; and a bridging element pivotally coupled adjacent a proximal end to the rail portion; and a second gate comprising: a rail portion for suspending a lifting carriage; and a bridging element support portion ; a rail portion for suspending a lifting carriage; and a bridging element support portion ; wherein: upon the first gate engaging with the second gate , a distal end of the bridging element of the first gate engages with the bridging element support portion of the second gate to form a bridge between the first gate and the second gate ; and the distal end of the bridging element and the bridging element support portion are configured such that the ends of the bridging element are substantially aligned with the respective ends of the rail portions of the first and second gates . upon the first gate engaging with the second gate , a distal end of the bridging element of the first gate engages with the bridging element support portion of the second gate to form a bridge between the first gate and the second gate ; and the distal end of the bridging element and the bridging element support portion are configured such that the ends of the bridging element are substantially aligned with the respective ends of the rail portions of the first and second gates .
A compound having the following Formula (I), wherein the compound is selected from the group consisted of the following: Compound Name n R 1 R 2 R 3 R 4 R 5 R 6 ML-A1-B 1 -CH 2 CH 2 N(CH 3 ) 2 =CH-CH=CH- H H or a tautomer, stereoisomer or enantiomer thereof, or a solvate, or a pharmaceutically acceptable salt thereof.
A padlock assembly including a body , a shackle movable relative to the body between an open position and a closed position, a lock mechanism that when in an active condition can retain the shackle in the closed position and in an inactive condition can allow the shackle to move to the open position, an actuator mechanism including a hand engageable portion that is external to the body and is manually movable relative to the body, the actuator mechanism being electrically controlled to adjust between an operable condition and an inoperable condition, a coupling mechanism acting between the lock mechanism and the actuator mechanism , a first influencing arrangement that facilitates retaining the lock mechanism in the active condition, wherein when the actuator is in the operable condition movement of the hand engageable portion causes the condition of the lock mechanism to adjust from the active condition to the inactive condition, wherein the coupling includes a drive member which is impeded from moving from a first position by the first influencing arrangement and is movable from the first position when the actuator is operable, the first influencing arrangement includes at least one first magnet associated with the drive member urging the drive member to remain in the first position, and the first influencing arrangement includes at least one second magnet that is fixed relative to the body.
A swashplate assembly for a rotary aircraft, comprising: a rotating ring configured to rotate with a drive shaft of the rotary aircraft; a non-rotating ring coupled to the rotating ring and rotationally decoupled from the rotating ring, wherein the non-rotating ring does not rotate with the rotating ring and drive shaft; a gearbox top case configured to surround the drive shaft; a tilt ball disposed around the gearbox top case ; and an anti-drive mechanism to maintain the tilt ball rotationally stationary relative to the gearbox top case , the anti-drive mechanism comprising a key and slot system between the gearbox top case and the tilt ball , wherein the tilt ball contains slots of the key-and-slot system to mate with keys of the key-and-slot system; characterised in that the keys are attached directly to the gearbox top case . a rotating ring configured to rotate with a drive shaft of the rotary aircraft; a non-rotating ring coupled to the rotating ring and rotationally decoupled from the rotating ring, wherein the non-rotating ring does not rotate with the rotating ring and drive shaft; a gearbox top case configured to surround the drive shaft; a tilt ball disposed around the gearbox top case ; and an anti-drive mechanism to maintain the tilt ball rotationally stationary relative to the gearbox top case , the anti-drive mechanism comprising a key and slot system between the gearbox top case and the tilt ball , wherein the tilt ball contains slots of the key-and-slot system to mate with keys of the key-and-slot system; characterised in that the keys are attached directly to the gearbox top case .