mhurhangee/patent-ind-claim-en huggingface dataset:
An abrasive jet system comprising: an abrasive container ; a nozzle assembly having a mixing cavity downstream of a fluid inlet aperture and proximate to an abrasive inlet port , wherein the fluid inlet aperture is configured to receive a fluid ; and an abrasive supply conduit operably coupleable between the abrasive container and the abrasive inlet port , characterized in that the abrasive supply conduit includes a first interior surface portion configured to be positioned proximate to the abrasive inlet port and a second interior surface portion , different from the first interior surface portion , configured to be spaced apart from the abrasive inlet port , wherein the first interior surface portion has a different ability to repel the fluid than the second interior surface portion . an abrasive container ; a nozzle assembly having a mixing cavity downstream of a fluid inlet aperture and proximate to an abrasive inlet port , wherein the fluid inlet aperture is configured to receive a fluid ; and an abrasive supply conduit operably coupleable between the abrasive container and the abrasive inlet port , characterized in that the abrasive supply conduit includes a first interior surface portion configured to be positioned proximate to the abrasive inlet port and a second interior surface portion , different from the first interior surface portion , configured to be spaced apart from the abrasive inlet port , wherein the first interior surface portion has a different ability to repel the fluid than the second interior surface portion .
A method of operating a fire protection system , the fire protection system comprising one or more fire protection components , the method comprising: a fire protection component of the one or more fire protection components of the fire protection system generating a message indicating an event associated with the fire protection system; the method characterised by : determining a type of the message by determining whether the message is indicative of an Alarm, PreAlarm, Fault, Quiescent, Disabled, or Offline event; determining that the message is indicative of a critical event when it is determined that the message is indicative of an Alarm, or PreAlarm event; and determining that the message is indicative of a non-critical event when it is determined that the message is indicative of a Fault, Quiescent, Disabled, or Offline event; when it is determined that the message is indicative of a critical event, storing data associated with the message in a first collection of event data; and when it is determined that the message is indicative of a non-critical event, storing data associated with the message in a second different collection of event data. determining a type of the message by determining whether the message is indicative of an Alarm, PreAlarm, Fault, Quiescent, Disabled, or Offline event; determining that the message is indicative of a critical event when it is determined that the message is indicative of an Alarm, or PreAlarm event; and determining that the message is indicative of a non-critical event when it is determined that the message is indicative of a Fault, Quiescent, Disabled, or Offline event; when it is determined that the message is indicative of a critical event, storing data associated with the message in a first collection of event data; and when it is determined that the message is indicative of a non-critical event, storing data associated with the message in a second different collection of event data.
An antenna array platform comprising; - at least one bottom plate , - at least one box located on the bottom plate , - at least one lid covering the upper part of the box , - angling holes made in a side of the box so that they correspond to certain angle values, - at least one plate that provides support so that the box stays at a required position, - at least one screw entering the angling hole positioned on at least one side of the plate and that corresponds to a required angle, providing the plate to stay fixed and characterized by - a number of antenna slots made in the lid , wherein the number of antenna slots is equal to the number of antennas to be used in the antenna array platform, and wherein distances between the antenna slots are different and longer than the half of wavelength of the antennas. - at least one bottom plate , - at least one box located on the bottom plate , - at least one lid covering the upper part of the box , - angling holes made in a side of the box so that they correspond to certain angle values, - at least one plate that provides support so that the box stays at a required position, - at least one screw entering the angling hole positioned on at least one side of the plate and that corresponds to a required angle, providing the plate to stay fixed - a number of antenna slots made in the lid , wherein the number of antenna slots is equal to the number of antennas to be used in the antenna array platform, and wherein distances between the antenna slots are different and longer than the half of wavelength of the antennas.
A liquid pharmaceutical composition comprising a peroxisome proliferator-activated receptor (PPAR) agonist; at least 60% (v/v) of an adjuvant wherein the adjuvant is an oil; and less than 20% (v/v) of a solvent, wherein the liquid pharmaceutical composition does not comprise an emulsifying agent like a surfactant, a polysaccharide, a lectin, a phospholipid, or a combination thereof. a peroxisome proliferator-activated receptor (PPAR) agonist; at least 60% (v/v) of an adjuvant wherein the adjuvant is an oil; and less than 20% (v/v) of a solvent,
A computer implemented method for speech recognition from an audio signal, the method comprising: obtaining initial values for silence detection parameters comprising: a lead period; a threshold amplitude; and a terminal period; starting to detect an amplitude of the audio signal at a first time T1 of the audio signal; optionally, adjusting the threshold amplitude based on the detected amplitude; starting the speech recognition from a second time T2 of the audio signal, wherein the second time T2 is at or after the first time T1; starting silence detection from the audio signal when lead period has elapsed after the second time T2 comprising: responsive to detecting amplitude below the threshold amplitude for a duration of the terminal period, terminating the speech recognition and the silence detection at a third time T3 of the audio signal; and adjusting the silence detection parameters based on the detected amplitude changes of the audio signal between the first time T1 and the third time T3. obtaining initial values for silence detection parameters comprising: a lead period; a threshold amplitude; and a terminal period; a lead period; a threshold amplitude; and a terminal period; starting to detect an amplitude of the audio signal at a first time T1 of the audio signal; optionally, adjusting the threshold amplitude based on the detected amplitude; starting the speech recognition from a second time T2 of the audio signal, wherein the second time T2 is at or after the first time T1; starting silence detection from the audio signal when lead period has elapsed after the second time T2 comprising: responsive to detecting amplitude below the threshold amplitude for a duration of the terminal period, terminating the speech recognition and the silence detection at a third time T3 of the audio signal; and adjusting the silence detection parameters based on the detected amplitude changes of the audio signal between the first time T1 and the third time T3.
A cartridge arranged for integration and use with first and second ozonation devices of different types, the cartridge comprising: an air inlet to receive atmospheric air; a desiccant and/or nitrogen removing material to remove moisture and/or nitrogen from the received atmospheric air; an air outlet for interfacing with one of the first and second types of ozonation devices to provide dry and/or oxygen enriched air to an ozone generator; a usage counter comprising a processor, the processor operable to: modify a stored usage count, in response to receipt of a first cycle completion signal received from a first cycle count manager of the first ozonation device , and modify the stored usage count in response to receipt of a second cycle completion signal received from a second cycle count manager of the second ozonation device ; and a device interface arranged to provide an expiry indication indicating that the cartridge is no longer suitable for further use based on the stored usage count. an air inlet to receive atmospheric air; a desiccant and/or nitrogen removing material to remove moisture and/or nitrogen from the received atmospheric air; an air outlet for interfacing with one of the first and second types of ozonation devices to provide dry and/or oxygen enriched air to an ozone generator; a usage counter comprising a processor, the processor operable to: modify a stored usage count, in response to receipt of a first cycle completion signal received from a first cycle count manager of the first ozonation device , and modify the stored usage count in response to receipt of a second cycle completion signal received from a second cycle count manager of the second ozonation device ; and a device interface arranged to provide an expiry indication indicating that the cartridge is no longer suitable for further use based on the stored usage count. modify a stored usage count, in response to receipt of a first cycle completion signal received from a first cycle count manager of the first ozonation device , and modify the stored usage count in response to receipt of a second cycle completion signal received from a second cycle count manager of the second ozonation device ; and a device interface arranged to provide an expiry indication indicating that the cartridge is no longer suitable for further use based on the stored usage count.
Adapter for a windscreen wiper system, in particular of a motor vehicle, comprising a body of longitudinally elongated shape which is delimited by two longitudinal and vertical external lateral faces and which is shaped so as to be mounted in a complementary cap of reverse U-shaped section belonging to a windscreen wiper arm, this cap comprising a pair of front locking lugs which are capable of cooperating with the associated parts of the adapter in order to fix the cap to the adapter in a dismantlable manner, each of the external lateral faces of the body of the adapter comprising a front locking notch , each thereof being capable of receiving an associated front locking lug of the cap , and the body of the adapter comprising rear locking means capable of cooperating with associated means of the cap , said rear locking means of the adapter comprise at least one rear locking notch which is arranged at one end of a resilient branch of the adapter, characterized in that the rear locking notch presents a horizontally inclined C-shape and is open transversely to the outside.
A key for a rotary cylinder lock , comprising a key grip and a key shank which adjoins the key grip and extends along a longitudinal axis (L), wherein the key shank comprises, on the outer side thereof, control recesses , in particular control bores, for positioning tumblers on the rotary cylinder lock , and at least one control element arranged movably in the key shank , which control element has a control surface cooperating with a tumbler of the rotary cylinder lock , wherein the key shank , in the region of the control element , has a tapered cross section which is tapered in relation to the cross section with the control recesses , , characterized in that the control element comprises a bolt arranged in a bore in the key , and a spring element , in particular a compression spring, which spring element subjects the bolt to a force which presses the control element outward, as seen from the key shank , wherein the bolt has said control surface and in that the bolt is provided with a control edge in the region of the control surface , which control edge runs at an angle to the longitudinal axis (L).
A lane divider for a conveyor belt comprising: a body extending from a front edge to a rear edge, the body including at least one transverse opening to allow fluid flow therethrough; a first hinge element extending downwards and forward from the front edge of the body for connecting the lane divider to a conveyor belt module ; and a second hinge element extending downwards and rearward from the rear edge of the body for connecting the lane divider to a conveyor belt module ; wherein the body comprises a top wall extending from a top wall front edge to a top wall rear edge , a bottom wall extending from a bottom wall front edge to a bottom wall rear edge , a front wall extending from the top wall front edge to the bottom wall front edge and a rear wall extending between the top wall rear edge and the bottom wall rear edge ; characterized in that the front wall comprises a first top curved wall extending forward and down from the top wall front edge , the first top curved wall transitioning to a forwardly angled wall , the forwardly angled wall transitioning to a lower angled wall that angles inward towards the bottom wall . a body extending from a front edge to a rear edge, the body including at least one transverse opening to allow fluid flow therethrough; a first hinge element extending downwards and forward from the front edge of the body for connecting the lane divider to a conveyor belt module ; and a second hinge element extending downwards and rearward from the rear edge of the body for connecting the lane divider to a conveyor belt module ; wherein the body comprises a top wall extending from a top wall front edge to a top wall rear edge , a bottom wall extending from a bottom wall front edge to a bottom wall rear edge , a front wall extending from the top wall front edge to the bottom wall front edge and a rear wall extending between the top wall rear edge and the bottom wall rear edge ; characterized in that the front wall comprises a first top curved wall extending forward and down from the top wall front edge , the first top curved wall transitioning to a forwardly angled wall , the forwardly angled wall transitioning to a lower angled wall that angles inward towards the bottom wall .
Kit for identifying the nature of clogs present in a membrane filtration plant, said kit comprising separate solutions arranged to flow through said plant following separate supplies of said solutions, said kit comprising at least: - a first enzyme solution comprising at least one protease arranged to be supplied and to flow through said membrane filtration plant for a first predetermined time period; - a second enzyme solution comprising at least one enzyme other than a protease arranged to be supplied and to flow through said membrane filtration plant for a second predetermined time period; - a composition comprising at least one detergent component and at least one enzyme component, said enzyme component comprising at least one laccase and/or at least one polysaccharidase and/or at least one protease and said detergent component comprising at least one sequestering compound, one dispersing compound and one wetting compound, said kit allowing in situ identification of the nature of the filter clogs of said membrane filtration plant. - a first enzyme solution comprising at least one protease arranged to be supplied and to flow through said membrane filtration plant for a first predetermined time period; - a second enzyme solution comprising at least one enzyme other than a protease arranged to be supplied and to flow through said membrane filtration plant for a second predetermined time period; - a composition comprising at least one detergent component and at least one enzyme component, said enzyme component comprising at least one laccase and/or at least one polysaccharidase and/or at least one protease and said detergent component comprising at least one sequestering compound, one dispersing compound and one wetting compound,
An apparatus , comprising: a frame ; at least one frame wheel connected to the frame ; an extender device attachable to the frame , the extender device comprising: a platform ; at least one platform wheel connected to the platform ; and a first extender connector device on the platform to removably attach the platform to the frame and to removably attach the platform to a first bag of a first size; and a frame connector device on the frame to removably attach the first bag to the frame . a frame ; at least one frame wheel connected to the frame ; an extender device attachable to the frame , the extender device comprising: a platform ; at least one platform wheel connected to the platform ; and a first extender connector device on the platform to removably attach the platform to the frame and to removably attach the platform to a first bag of a first size; and a platform ; at least one platform wheel connected to the platform ; and a first extender connector device on the platform to removably attach the platform to the frame and to removably attach the platform to a first bag of a first size; and a frame connector device on the frame to removably attach the first bag to the frame .
A computer-implemented scheduling method of containers, comprising: determining predicted resource usage of a to-be-scheduled Pod replica according to resource usage of an already run Pod replica, wherein types of the already run Pod replica and the to-be-scheduled Pod replica are the same ; determining at least one candidate node matched with the already run Pod replica according to the predicted resource usage and resource provision supported by candidate nodes ; and scheduling the already run Pod replica to be run on the at least one candidate node ; wherein the determining predicted resource usage of a to-be-scheduled Pod replica according to resource usage of an already run Pod replica comprising: determining the predicted resource usage according to historical resource usage of the already run Pod replicas with a same Pod mode as the to-be-scheduled Pod replica. determining predicted resource usage of a to-be-scheduled Pod replica according to resource usage of an already run Pod replica, wherein types of the already run Pod replica and the to-be-scheduled Pod replica are the same ; determining at least one candidate node matched with the already run Pod replica according to the predicted resource usage and resource provision supported by candidate nodes ; and scheduling the already run Pod replica to be run on the at least one candidate node ; wherein the determining predicted resource usage of a to-be-scheduled Pod replica according to resource usage of an already run Pod replica comprising: determining the predicted resource usage according to historical resource usage of the already run Pod replicas with a same Pod mode as the to-be-scheduled Pod replica.
A controller for a weighing apparatus, comprising: an output ; an input configured to receive weight data from a scale associated with the weighing apparatus, the weight data being indicative of a weight of goods on the scale; and one or more processors configured to: determine label data in dependence on the weight data and the item identification information; and output a control signal to control a printing device associated with the weighing apparatus to print a machine readable label in dependence on the determined label data. characterized in that the output is configured to communicate apparatus identification data indicative of an URL associated with the weighing apparatus to a mobile device; and in that the input is configured to receive item identification information associated with the goods from an optical code reading device configured to read a machine readable graphic displayed on a display device associated with the mobile device. an output ; an input configured to receive weight data from a scale associated with the weighing apparatus, the weight data being indicative of a weight of goods on the scale; and one or more processors configured to: determine label data in dependence on the weight data and the item identification information; and output a control signal to control a printing device associated with the weighing apparatus to print a machine readable label in dependence on the determined label data. determine label data in dependence on the weight data and the item identification information; and output a control signal to control a printing device associated with the weighing apparatus to print a machine readable label in dependence on the determined label data.
Process for jointing power cables comprising: - providing a first power cable and a second power cable , each cable (100; 200) comprising an electric conductor (10; 20) and a thermoplastic insulation system surrounding the electric conductor (10; 20); - removing a length of the insulation system from each extremity of the first and second power cables , thereby exposing a corresponding length of the relevant electric conductors(10; 20); - electrically jointing the electric conductors (10; 20) of the first power cable and of the second power cable ; - arranging the exposed length of the electric conductors (10; 20) of the first and second power in a mould having a volume and having only one feeding inlet located in the longitudinal center of the mould and connected to an extruder ; - heating the mould to a first temperature; - extruding through the one feeding inlet a quantity of thermoplastic insulating material into the mould at a first pressure until it fills the volume of the mould , wherein the mould comprises only one purge valve located in the longitudinal center of the mould , wherein the filling of the mould is indicated by thermoplastic insulating material leaking out of the purge valve ; - cooling the mould from the first temperature to a second temperature; - while the mould is cooling from the first temperature to a second temperature, extruding additional thermoplastic insulating material into the mould at a second pressure, wherein the cooling of the mould starts at the longitudinal extremities of the mould and progressively advances towards the center of the mould . - providing a first power cable and a second power cable , each cable (100; 200) comprising an electric conductor (10; 20) and a thermoplastic insulation system surrounding the electric conductor (10; 20); - removing a length of the insulation system from each extremity of the first and second power cables , thereby exposing a corresponding length of the relevant electric conductors(10; 20); - electrically jointing the electric conductors (10; 20) of the first power cable and of the second power cable ; - arranging the exposed length of the electric conductors (10; 20) of the first and second power in a mould having a volume and having only one feeding inlet located in the longitudinal center of the mould and connected to an extruder ; - heating the mould to a first temperature; - extruding through the one feeding inlet a quantity of thermoplastic insulating material into the mould at a first pressure until it fills the volume of the mould , wherein the mould comprises only one purge valve located in the longitudinal center of the mould , wherein the filling of the mould is indicated by thermoplastic insulating material leaking out of the purge valve ; - cooling the mould from the first temperature to a second temperature; - while the mould is cooling from the first temperature to a second temperature, extruding additional thermoplastic insulating material into the mould at a second pressure, wherein the cooling of the mould starts at the longitudinal extremities of the mould and progressively advances towards the center of the mould .