mhurhangee/patent-ind-claim-en huggingface dataset:
Method for charging or discharging an electrochemical energy store, the ageing behaviour of which is modelled by describing its depth of discharge (DoD), at which a depth-of-discharge value is associated with each time period between two adjacent local maxima and minima in a time-dependent state-of-charge profile, which depth-of-discharge value corresponds to the charging or discharging stroke between the state-of-charge values of the two adjacent local maxima and minima, in which the energy store is transitioned from a first state of charge (SOC1) at a first time (t0) to a second state of charge (SOC2) at a second time (t7) by way of the charging or discharging process being interrupted at least once within the time period (T) formed between the first and the second time (t0, t7) to form respective charging or discharging subblocks (10L, 20L, 30L, 40L; 10E, 20E, 30E, 40E) with a respective charging or discharging stroke (11L, 21L, 31L, 41L; 11E, 21E, 31E, 41E), wherein a respective charging or discharging stroke (11L, 21L, 31L, 41L; 11E, 21E, 31E, 41E) is smaller than the total stroke between the first and the second state of charge (SOC1, SOC2); characterized in that the magnitude of the charging current or discharging current for each charging or discharging subblock (10L, 20L, 30L, 40L; 10E, 20E, 30E, 40E) is adapted in dependence on the length of the previous interruption , with the result that it is ensured that the second state of charge (SOC2) is reached at the second time (t7).
An anal irrigation system comprising - an anal probe , a reservoir configured to contain irrigation liquid and tubes connecting the reservoir with the anal probe , the reservoir having flexible wall portions and - a box having a shell that forms an exterior surface of the box and defines an interior space within the box, and the interior space of the box includes a reservoir holding cavity , the box having means for pressing on an exterior surface of the reservoir thereby displacing the irrigation liquid from the reservoir , characterised in that - the anal probe is firmly and not detachably connected to the tube , which in turn is firmly and not detachably connected to the reservoir . - an anal probe , a reservoir configured to contain irrigation liquid and tubes connecting the reservoir with the anal probe , the reservoir having flexible wall portions and - a box having a shell that forms an exterior surface of the box and defines an interior space within the box, and the interior space of the box includes a reservoir holding cavity , the box having means for pressing on an exterior surface of the reservoir thereby displacing the irrigation liquid from the reservoir , characterised in that - the anal probe is firmly and not detachably connected to the tube , which in turn is firmly and not detachably connected to the reservoir .
A composition comprising: (a) X4P-001 or a pharmaceutically acceptable salt thereof - 30-40% by weight of the composition; (b) microcrystalline cellulose -20-25% by weight of the composition; (c) dibasic calcium phosphate dihydrate - 30-35% by weight of the composition; (d) croscarmellose sodium - 5-10% by weight of the composition; (e) sodium stearyl fumarate - 0.5-2% by weight of the composition; (f) colloidal silicon dioxide - 0.1-1.0 % by weight of the composition; and (g) sodium lauryl sulfate - 0.1-1.0 % by weight of the composition. (a) X4P-001 or a pharmaceutically acceptable salt thereof - 30-40% by weight of the composition; (b) microcrystalline cellulose -20-25% by weight of the composition; (c) dibasic calcium phosphate dihydrate - 30-35% by weight of the composition; (d) croscarmellose sodium - 5-10% by weight of the composition; (e) sodium stearyl fumarate - 0.5-2% by weight of the composition; (f) colloidal silicon dioxide - 0.1-1.0 % by weight of the composition; and (g) sodium lauryl sulfate - 0.1-1.0 % by weight of the composition.
A subsea energy storage installation, comprising: at least one elongate rigid pipeline located at a seabed location to serve as a subsea tank; and a pumped-storage system having pumping and hydropower generation components located at one or both opposed ends of the pipeline for, selectively, converting electricity into potential energy by expelling water from within the tank into the surrounding sea and for generating electricity from an incoming flow of water re-entering the tank under hydrostatic pressure; and wherein the at least one elongate rigid pipeline forms part of a towable unit that is configured to be lowered to the seabed location , and the components of the pumped-storage system are located in at least one towhead of the towable unit; or wherein the at least one elongate rigid pipeline comprises a pipe string configured to be laid at the seabed location , and the components of the pumped-storage system are located in at least one terminal module of the pipe string. at least one elongate rigid pipeline located at a seabed location to serve as a subsea tank; and a pumped-storage system having pumping and hydropower generation components located at one or both opposed ends of the pipeline for, selectively, converting electricity into potential energy by expelling water from within the tank into the surrounding sea and for generating electricity from an incoming flow of water re-entering the tank under hydrostatic pressure; and wherein the at least one elongate rigid pipeline forms part of a towable unit that is configured to be lowered to the seabed location , and the components of the pumped-storage system are located in at least one towhead of the towable unit; or wherein the at least one elongate rigid pipeline comprises a pipe string configured to be laid at the seabed location , and the components of the pumped-storage system are located in at least one terminal module of the pipe string.
A device with at least one heat carrier for conditioning air supplied to animal stables, wherein the heat carrier has storage bodies comprised of at least one storage material mixed with metal ions, characterized in that the storage bodies are arranged inside of a ventilation line , and that the heat carrier has at least one stacking or dumping plant formed out of the storage bodies . the storage bodies are arranged inside of a ventilation line , and that the heat carrier has at least one stacking or dumping plant formed out of the storage bodies .
An ink discharge device comprising: a plurality of recording heads respectively having nozzles which discharges an ink; and one damper being provided in common to the plurality of recording heads and reducing pressure variation of an ink in each of the recording heads , characterized in that each of the recording heads includes a head side coupling , the damper includes a damper side coupling which is connected to the head side coupling along an up/down direction, the damper further includes: a damper body having a damper chamber ; and a film deforming according to pressure variation of an ink in the damper chamber , and making a volume of the damper chamber change, the damper side coupling is provided so as to be movable along the up/down direction with regard to the damper body , the damper body has an insertion chamber communicated to the damper chamber , the damper side coupling includes: a cylindrical piece having an insertion part inserted into the insertion chamber ; and a seal piece being in contact with an outer circumference face of the insertion part and an inner circumference face of the insertion chamber . a plurality of recording heads respectively having nozzles which discharges an ink; and one damper being provided in common to the plurality of recording heads and reducing pressure variation of an ink in each of the recording heads , characterized in that each of the recording heads includes a head side coupling , the damper includes a damper side coupling which is connected to the head side coupling along an up/down direction, the damper further includes: a damper body having a damper chamber ; and a film deforming according to pressure variation of an ink in the damper chamber , and making a volume of the damper chamber change, the damper side coupling is provided so as to be movable along the up/down direction with regard to the damper body , the damper body has an insertion chamber communicated to the damper chamber , the damper side coupling includes: a cylindrical piece having an insertion part inserted into the insertion chamber ; and a seal piece being in contact with an outer circumference face of the insertion part and an inner circumference face of the insertion chamber . a damper body having a damper chamber ; and a film deforming according to pressure variation of an ink in the damper chamber , and making a volume of the damper chamber change, the damper side coupling is provided so as to be movable along the up/down direction with regard to the damper body , the damper body has an insertion chamber communicated to the damper chamber , the damper side coupling includes: a cylindrical piece having an insertion part inserted into the insertion chamber ; and a seal piece being in contact with an outer circumference face of the insertion part and an inner circumference face of the insertion chamber . a cylindrical piece having an insertion part inserted into the insertion chamber ; and a seal piece being in contact with an outer circumference face of the insertion part and an inner circumference face of the insertion chamber .
A vacuum pump apparatus comprising: a pair of pump rotors (6a to 6d) arranged opposite to each other, the pair of pump rotors (6a to 6d) being a roots rotor or a claw rotor; a pair of shafts fixed to the pair of pump rotors (6a to 6d), the pair of shafts extending in a vertical direction; a motor configured to rotate the pair of pump rotors (6a to 6d); a pair of timing gears fixed to the pair of shafts , the pair of timing gears meshing with each other; characterised by : a fixed-side bearing arranged above the pair of pump rotors (6a to 6d), the fixed-side bearing being restricted in movement in an axial direction (CL) of the pair of shafts ; and a free-side bearing configured to support the shaft together with the fixed-side bearing , the free-side bearing being movable in the axial direction (CL). a pair of pump rotors (6a to 6d) arranged opposite to each other, the pair of pump rotors (6a to 6d) being a roots rotor or a claw rotor; a pair of shafts fixed to the pair of pump rotors (6a to 6d), the pair of shafts extending in a vertical direction; a motor configured to rotate the pair of pump rotors (6a to 6d); a pair of timing gears fixed to the pair of shafts , the pair of timing gears meshing with each other; a fixed-side bearing arranged above the pair of pump rotors (6a to 6d), the fixed-side bearing being restricted in movement in an axial direction (CL) of the pair of shafts ; and a free-side bearing configured to support the shaft together with the fixed-side bearing , the free-side bearing being movable in the axial direction (CL).
A broadcast-controlling method, comprising: obtaining (S110, S210, S310) a number of broadcast types registered to be received by a first application; determining (S120, S220, S320) whether the number of broadcast types is greater than a first threshold; determining (S130, S230, S330) the first application as an illegal broadcast-registering application when the number of broadcast types is greater than the first threshold; obtaining (S140, S240, S340) a receiver queue of a target broadcast; and optimizing (S150) the receiver queue according to determined illegal broadcast-registering applications, wherein each illegal broadcast-registering application is an illegal application that self-starts by receiving the target broadcast in a background and occupies the receiver queue, characterized in that the optimizing (S150) the receiver queue according to the determined illegal broadcast-registering applications comprises at least one of: deleting the determined illegal broadcast-registering applications from the receiver queue; deleting any associated application having data interaction with any of the determined illegal broadcast-registering applications from the receiver queue; and moving the determined illegal broadcast-registering applications toward a tail of the receiver queue such that the receiver queue is reordered. obtaining (S110, S210, S310) a number of broadcast types registered to be received by a first application; determining (S120, S220, S320) whether the number of broadcast types is greater than a first threshold; determining (S130, S230, S330) the first application as an illegal broadcast-registering application when the number of broadcast types is greater than the first threshold; obtaining (S140, S240, S340) a receiver queue of a target broadcast; and optimizing (S150) the receiver queue according to determined illegal broadcast-registering applications, wherein each illegal broadcast-registering application is an illegal application that self-starts by receiving the target broadcast in a background and occupies the receiver queue, characterized in that the optimizing (S150) the receiver queue according to the determined illegal broadcast-registering applications comprises at least one of: deleting the determined illegal broadcast-registering applications from the receiver queue; deleting any associated application having data interaction with any of the determined illegal broadcast-registering applications from the receiver queue; and moving the determined illegal broadcast-registering applications toward a tail of the receiver queue such that the receiver queue is reordered. deleting the determined illegal broadcast-registering applications from the receiver queue; deleting any associated application having data interaction with any of the determined illegal broadcast-registering applications from the receiver queue; and moving the determined illegal broadcast-registering applications toward a tail of the receiver queue such that the receiver queue is reordered.
Apparatus comprising: - a base machine provided with a crane and at least one drum ; - a ground excavation apparatus , comprising a pump , and provided with excavating means ; - a plurality of flexible hoses and/or cables which, starting from the pump of the ground excavation apparatus , extend with one or more ascending branches (18", they are wound around pulleys from the top of crane and continue with one or more descending branches up to said at least one drum , carried by base machine , around which they are unwound; - at least one guiding device adapted to wind/unwind said flexible hoses and/or cables on/from said at least one drum ; said ground excavation apparatus is adapted to descend vertically into the excavation in a water-based drilling fluids used for stabilizing the walls of the excavation; said hoses and/or cables are adapted to descend vertically into the excavation in the water-based drilling fluids, said hoses and/or cables are adapted to feed at least one between electric motor and hydraulic motor of said excavating means ; said apparatus being characterized in that : - said guiding device comprises a plurality of floating elements , associated to said hoses/cables , able to reduce the tractive forces on said hoses/cables - said floating elements being flexible and periodically arranged and spaced extending substantially over the entire length of said hoses and/or cables ; - said floating elements are configured so as to provide as many housings as the number of hoses and/or cables ; - said floating elements are wound together with said hoses and/or cables on said drum assuming a uniform winding shape. - a base machine provided with a crane and at least one drum ; - a ground excavation apparatus , comprising a pump , and provided with excavating means ; - a plurality of flexible hoses and/or cables which, starting from the pump of the ground excavation apparatus , extend with one or more ascending branches (18", they are wound around pulleys from the top of crane and continue with one or more descending branches up to said at least one drum , carried by base machine , around which they are unwound; - at least one guiding device adapted to wind/unwind said flexible hoses and/or cables on/from said at least one drum ; - said guiding device comprises a plurality of floating elements , associated to said hoses/cables , able to reduce the tractive forces on said hoses/cables - said floating elements being flexible and periodically arranged and spaced extending substantially over the entire length of said hoses and/or cables ; - said floating elements are configured so as to provide as many housings as the number of hoses and/or cables ; - said floating elements are wound together with said hoses and/or cables on said drum assuming a uniform winding shape.
Rotor unit for an eccentric screw pump , comprising a drive shaft which can be driven by means of a drive element of the eccentric screw pump , a helical rotor , and a flexible shaft connecting the drive shaft to the rotor , wherein the flexible shaft is accommodated at least in sections within the drive shaft , wherein a gap is provided between the flexible shaft and the drive shaft , wherein the gap extends around the flexible shaft and allows a radial movement of the flexible shaft within the drive shaft , characterized in that that the drive shaft , the rotor and the flexible shaft form an integral component. a drive shaft which can be driven by means of a drive element of the eccentric screw pump , a helical rotor , and a flexible shaft connecting the drive shaft to the rotor , wherein the flexible shaft is accommodated at least in sections within the drive shaft , wherein a gap is provided between the flexible shaft and the drive shaft , wherein the gap extends around the flexible shaft and allows a radial movement of the flexible shaft within the drive shaft , characterized in that that the drive shaft , the rotor and the flexible shaft form an integral component.
Device for filling nested containers , wherein the containers are arranged in at least one row in a nest , having a conveying device for conveying the containers in a conveying direction, having a filling station for simultaneously filling the containers of a row, having two weighing stations for weighing a row of the containers , having a first gripping device for simultaneously removing a row of containers to be filled and for transferring these containers to a first weighing station of the two weighing stations and for transferring the weighed containers from the first weighing station back into the nest from which the first gripping device has removed the row of containers to be filled, and characterized by a second gripping device for simultaneously removing the row of filled and weighed containers and for transferring these containers to a second weighing station of the two weighing stations and for transferring the row of filled and twice-weighed containers from the second weighing station back into the nest from which the second gripping device has removed the row of filled containers , and wherein the device furthermore comprises a control unit which controls the first gripping device , the second gripping device and the two weighing stations and is designed for the purpose of weighing at least 6% of the containers of a nest (12, 12', 12"), wherein the first gripping device is arranged upstream of the filling station in the conveying direction and the second gripping device is arranged downstream of the filling station in the conveying direction, wherein the filling station comprises a plurality of fill points perpendicular to the conveying direction of the nested containers , wherein the number of containers of a row corresponds to the number of fill points of the filling station , wherein both the first weighing station and the second weighing station comprises a plurality of weighing cells , wherein the containers are weighable individually at the same time.
A method implemented in a steering computing device for processing batches of geo-location waypoints for a path generated by a navigation computing device in a non-real time domain on a best-effort schedule, the steering computing device being a real-time computer executing the method at a periodic rate and including an input buffer , the method comprising: receiving, at the input buffer , the batches of geo-location waypoints from the navigation computing device ; and generating steering commands for steering a vehicle based on the geo-location waypoints from the input buffer . receiving, at the input buffer , the batches of geo-location waypoints from the navigation computing device ; and generating steering commands for steering a vehicle based on the geo-location waypoints from the input buffer .
A hydrocarbon oil intended to be used as a drug as antioxidant and/or antiradical agent and/or anti-inflammatory agent, said hydrocarbon oil having a content by weight of isoparaffins ranging from 90 to 100 %, a content by weight of normal paraffins ranging from 0 to 10 % and having a content of carbon of biological origin higher than or equal to 90 % relative to the total weight of the hydrocarbon oil, the hydrocarbon oil having a boiling point ranging from 230 to 340 °C according to standard ASTM D86.
A method for preparing CsAg 5 Te 3 crystal material, the CsAg 5 Te 3 crystal material being obtained by placing a raw material containing cesium element, silver element and tellurium element under a vacuum condition and using high temperature solid phase method, characterized in that in the raw material, the silver element is from silver elementary substance; and the cesium element is from cesium elementary substance; and the tellurium element is from tellurium elementary substance, in the raw material, the silver elementary substance is located between the cesium elementary substance and the tellurium elementary substance, and the condition of the high temperature solid phase method is that the raw material is kept in a temperature range from 750°C to 950°C for no more than 48 hours.
A method for hybrid automatic repeat request, HARQ, transmission of a transport block from a network node to a wireless device , the method being performed by the network node, the method comprising: transmitting data of a first transport block to the wireless device using a first HARQ process, with a first HARQ process ID and with a first new data indicator, NDI, value, taking any of the values "1" or "0"; monitoring PUCCH for a receipt of HARQ feedback; detecting (S102) a HARQ failure of the first transport block by absence of HARQ feedback from the wireless device; and in response to having detected the HARQ failure of the first transport block, transmitting (S104) data of a second transport block to the wireless device using two mutually different HARQ processes by using the first HARQ process and with the first NDI value toggled as compared to the transmission of the first transport block; and also, transmitting the data of the second transport block to the wireless device by using a second HARQ process with a second NDI taking a value that is toggled as compared to a NDI value that was applied to a most recent previous use of the second HARQ process. transmitting data of a first transport block to the wireless device using a first HARQ process, with a first HARQ process ID and with a first new data indicator, NDI, value, taking any of the values "1" or "0"; monitoring PUCCH for a receipt of HARQ feedback; detecting (S102) a HARQ failure of the first transport block by absence of HARQ feedback from the wireless device; and in response to having detected the HARQ failure of the first transport block, transmitting (S104) data of a second transport block to the wireless device using two mutually different HARQ processes by using the first HARQ process and with the first NDI value toggled as compared to the transmission of the first transport block; and also, transmitting the data of the second transport block to the wireless device by using a second HARQ process with a second NDI taking a value that is toggled as compared to a NDI value that was applied to a most recent previous use of the second HARQ process.