mhurhangee/ep-ind-claims huggingface dataset:
Rotating electrical machine with a substantially cylindrical rotor having a central axis and with a stator, wherein the stator comprises: - a frame with a cylindrical shroud coaxial to the central axis; - a plurality of axial teeth (19, 20) distributed around the central axis, the teeth defining axial notches between them; - a plurality of concentric windings each wound around a specific individual tooth (19, 20) without intertwining with the other windings, each winding extending into the two notches framing the corresponding tooth (19, 20) and being electrically connected to other windings by connections; wherein the stator comprises a removable fixing (29, 31) for attaching each tooth (19, 20) to the shroud of the frame, the stator being arranged such that each tooth (19, 20) may be extracted from the stator with the corresponding winding in an axial movement after release of the fixing (29, 31) attaching said tooth (19, 20) to the shroud of the frame and after disconnection of the corresponding winding from the other windings; wherein the fixing of at least certain teeth to the shroud of the frame comprises at least one screw; wherein the fixing of at least certain teeth to the shroud of the frame comprises wedges shaped to press the tooth radially against the shroud; wherein the wedges intended to press a specific tooth against the shroud of the frame are surfaces of the two teeth framing said specific tooth; and wherein certain teeth are attached to the shroud of the frame solely by the wedges. - a frame with a cylindrical shroud coaxial to the central axis; - a plurality of axial teeth (19, 20) distributed around the central axis, the teeth defining axial notches between them; - a plurality of concentric windings each wound around a specific individual tooth (19, 20) without intertwining with the other windings, each winding extending into the two notches framing the corresponding tooth (19, 20) and being electrically connected to other windings by connections; wherein the stator comprises a removable fixing (29, 31) for attaching each tooth (19, 20) to the shroud of the frame, the stator being arranged such that each tooth (19, 20) may be extracted from the stator with the corresponding winding in an axial movement after release of the fixing (29, 31) attaching said tooth (19, 20) to the shroud of the frame and after disconnection of the corresponding winding from the other windings; wherein the fixing of at least certain teeth to the shroud of the frame comprises at least one screw; wherein the fixing of at least certain teeth to the shroud of the frame comprises wedges shaped to press the tooth radially against the shroud; wherein the wedges intended to press a specific tooth against the shroud of the frame are surfaces of the two teeth framing said specific tooth; and wherein certain teeth are attached to the shroud of the frame solely by the wedges.
A computer-implemented method comprising: accessing first log data ('metadata 2') associated with a first object; calculating a first log entry hash ('log hash 2') based at least in part on the first log data; calculating a first log summary hash ('summary hash 2') associated with the first log data, the first log summary hash based at least in part on the first log entry hash; generating a first log entry comprising the first log entry hash and the first log summary hash; accessing second log data ('metadata 3') associated with the first object; calculating a second log entry hash ('log hash 3') based at least in part on the first log summary hash ('summary hash 2') and the second log data; calculating a second log summary hash ('summary hash 3') associated with the second log data, the second log summary hash based at least in part on the second log entry hash; generating a second log entry comprising the second log entry hash and the second log summary hash; and storing the first log entry and the second log entry. accessing first log data ('metadata 2') associated with a first object; calculating a first log entry hash ('log hash 2') based at least in part on the first log data; calculating a first log summary hash ('summary hash 2') associated with the first log data, the first log summary hash based at least in part on the first log entry hash; generating a first log entry comprising the first log entry hash and the first log summary hash; accessing second log data ('metadata 3') associated with the first object; calculating a second log entry hash ('log hash 3') based at least in part on the first log summary hash ('summary hash 2') and the second log data; calculating a second log summary hash ('summary hash 3') associated with the second log data, the second log summary hash based at least in part on the second log entry hash; generating a second log entry comprising the second log entry hash and the second log summary hash; and storing the first log entry and the second log entry.
A method of controlling plant diseases mediated by Phytophthora, Pythium, Fusarium, Rhizoctonia, Thielaviopsis, and/or Sclerotium species, said method comprising: providing a rhizosphere competent Trichoderma harzianum T22 species; providing a Trichoderma virens G41 species; and applying the Trichoderma harzianum species and the Trichoderma virens species to growing plants under conditions effective to treat plant diseases mediated by Phytophthora, Pythium, Fusarium, Rhizoctonia, Sclerotium, and/or Thielaviopsis species. providing a rhizosphere competent Trichoderma harzianum T22 species; providing a Trichoderma virens G41 species; and applying the Trichoderma harzianum species and the Trichoderma virens species to growing plants under conditions effective to treat plant diseases mediated by Phytophthora, Pythium, Fusarium, Rhizoctonia, Sclerotium, and/or Thielaviopsis species.
A communication method, comprising: sending, from an access point, a first scheduling grant to a first access terminal (120, 220, 222) for a first set of resources for uplink transmission on a communication medium; sending, from the access point, a second scheduling grant to a second access terminal (120, 220, 222) for a second set of resources for uplink transmission on the communication medium; scheduling, by the access point, a series of re-contention gaps for access terminal contention within or between the first set of resources and the second set of resources, wherein a corresponding schedule of the re-contention gaps is included in at least one of the first or second scheduling grants, and wherein each of the re-contention gaps is less than a subframe; and silencing uplink and downlink transmission, by the access point, on the communication medium during each of the series of re-contention gaps. sending, from an access point, a first scheduling grant to a first access terminal (120, 220, 222) for a first set of resources for uplink transmission on a communication medium; sending, from the access point, a second scheduling grant to a second access terminal (120, 220, 222) for a second set of resources for uplink transmission on the communication medium; scheduling, by the access point, a series of re-contention gaps for access terminal contention within or between the first set of resources and the second set of resources, wherein a corresponding schedule of the re-contention gaps is included in at least one of the first or second scheduling grants, and wherein each of the re-contention gaps is less than a subframe; and silencing uplink and downlink transmission, by the access point, on the communication medium during each of the series of re-contention gaps.
Conditioning device for drying and/or controlling the temperature of a ballast bed of a railway track system, wherein the railway track system has sleepers resting on the ballast bed and rails resting on the sleepers, said conditioning device including a bogie for moving the conditioning device, in particular on the rails, an outlet nozzle, which is connected to the bogie, for blowing temperature-controlled air into the ballast bed via at least one blowing-in region positioned between two adjacent sleepers and at least one cover plate, which is connected to the bogie, for the substantially air-tight covering of a top surface of a side strip of the ballast bed, said top surface pointing substantially in opposition to the direction of gravity and said side strip being provided next to the sleepers in the direction of travel.
Device intended to generate electricity comprising a planar fuel cell comprising: • cells each provided with an anode and a cathode associated with a membrane, • a first face and a second face opposite to said first face, said first face being arranged on the side with the anodes of said fuel cell and said second face being arranged on the side with the cathodes of said fuel cell, characterized in that it comprises a system configured to generate a first air flow intended to cooperate thermally with the first face, and configured to generate a second air flow intended to cooperate with the second face to ensure the supply of oxidizer to the cathodes of said fuel cell. • cells each provided with an anode and a cathode associated with a membrane, • a first face and a second face opposite to said first face, said first face being arranged on the side with the anodes of said fuel cell and said second face being arranged on the side with the cathodes of said fuel cell,
A protein which is selected from (a) and (b) below: (a) a protein having α-galactosidase activity, which comprises an amino acid sequence of SEQ ID NO:6 where the amino acid 202 of the amino acid sequence of SEQ ID NO:6 is substituted by glutamic acid or aspartic acid while the amino acid 205 of the amino acid sequence of SEQ ID NO:6 is substituted by leucine, valine or isoleucine; and (b) a protein having α-galactosidase activity and comprising an amino acid sequence where one to ten amino acids other than the substituted amino acids 202 and 205 are deleted, substituted or added in the amino acid sequence in (a) and where amino acids 42 to 45, 59, 91 to 95, 131 to 141, 164 to 172, 206, 223 to 234, 256 to 268 and 364 in the amino acid sequence in (a) are not mutated. (a) a protein having α-galactosidase activity, which comprises an amino acid sequence of SEQ ID NO:6 where the amino acid 202 of the amino acid sequence of SEQ ID NO:6 is substituted by glutamic acid or aspartic acid while the amino acid 205 of the amino acid sequence of SEQ ID NO:6 is substituted by leucine, valine or isoleucine; and (b) a protein having α-galactosidase activity and comprising an amino acid sequence where one to ten amino acids other than the substituted amino acids 202 and 205 are deleted, substituted or added in the amino acid sequence in (a) and where amino acids 42 to 45, 59, 91 to 95, 131 to 141, 164 to 172, 206, 223 to 234, 256 to 268 and 364 in the amino acid sequence in (a) are not mutated.
A method of self-sorting relatively highly-motile, morphologically-normal sperm cells with high DNA integrity from raw or unprocessed semen, comprising: (a) providing a fluidic channel with an inlet at one end and an outlet at the other end, wherein an array of pillar-structures is periodically spaced inside the fluidic channel, wherein the spacing between adjacent pillar-structures ranges from one micrometer to 250 of micrometers, (b) inducting raw or unprocessed semen containing sperm cells at the inlet of the fluidic channel; and (c) collecting at the outlet sorted sperm cells from the fluidic channel, wherein the sorted sperm cells have being self-sorted by their own self-induced movements within the fluidic channel though their interactions with the periodically spaced array of pillar-structures, wherein the device and the self-sorting operates without the use of any external flow, forces or mechanisms to feed the raw or unprocessed sperm through the fluidic channel, and wherein the self-sorting outputs in the outlet the relatively high-motile or morphologically-normal sperm cells with high DNA integrity compared to the non-sorted sperm cells. (a) providing a fluidic channel with an inlet at one end and an outlet at the other end, wherein an array of pillar-structures is periodically spaced inside the fluidic channel, wherein the spacing between adjacent pillar-structures ranges from one micrometer to 250 of micrometers, (b) inducting raw or unprocessed semen containing sperm cells at the inlet of the fluidic channel; and (c) collecting at the outlet sorted sperm cells from the fluidic channel, wherein the sorted sperm cells have being self-sorted by their own self-induced movements within the fluidic channel though their interactions with the periodically spaced array of pillar-structures, wherein the device and the self-sorting operates without the use of any external flow, forces or mechanisms to feed the raw or unprocessed sperm through the fluidic channel, and wherein the self-sorting outputs in the outlet the relatively high-motile or morphologically-normal sperm cells with high DNA integrity compared to the non-sorted sperm cells.
Object transport device for transporting objects such as parcels, packages, or bins in a logistics platform, comprising a self-guided rolling shuttle arranged to be coupled to a rolling trolley for transporting objects so as to move said trolley, together with its load, in the logistics platform, this rolling trolley being movable according to a kinematic model of the tricycle or car type, the shuttle comprising omnidirectional driving wheels for moving in a holonomic manner, characterized in that the shuttle and the trolley are designed to fit one inside the other in such a way that the driving wheels of the shuttle are placed generally around the wheels of the trolley and in that the driving wheels of the shuttle are controlled so as to follow the kinematics of the wheels of the trolley.
A method for ensuring secure execution of an executable file in a system comprising a processor and a memory, wherein the processor supports different privilege levels and wherein only program code executing at a first one of the privilege levels is permitted to map memory and to designate the mapped memory as read-only, writable, or executable, the method comprising the following steps performed at said first one of the privilege levels of the processor: in response to a request from other program code executing at a different privilege level, mapping a portion of memory for loading an executable file, wherein the other program code is responsible for loading the executable file into the mapped portion of the memory; after the executable file has been loaded into the mapped portion of memory, designating the mapped portion of memory as read-only and verifying a signature associated with the executable file; and if the signature is verified, then permitting the executable file to be executed at a privilege level other than the first one of the privilege levels, but otherwise preventing the executable file from being executed on the processor. in response to a request from other program code executing at a different privilege level, mapping a portion of memory for loading an executable file, wherein the other program code is responsible for loading the executable file into the mapped portion of the memory; after the executable file has been loaded into the mapped portion of memory, designating the mapped portion of memory as read-only and verifying a signature associated with the executable file; and if the signature is verified, then permitting the executable file to be executed at a privilege level other than the first one of the privilege levels, but otherwise preventing the executable file from being executed on the processor.
A door unit for a lavatory facility on board an aircraft, comprising: - a door element; - a door frame; and - a locking and release mechanism; wherein by an articulated device the door element is held on the door frame so as to be movable between an open position and a closed position; wherein the locking and release mechanism comprises a locking device and a release device; wherein by the locking device the door element can be locked in a closed position (PVER) in the door frame so that any opening of the door element from outside the lavatory facility is blocked; wherein by the release device the locking device that is in the locked position can be released so that from the inside of the lavatory facility the door element can be pushed open to the outside; wherein for releasing the locking device, the release device comprises a non-contacting sensor device that can be activated with a movement of the hand; wherein the door element is held in a two-stage manner by the locking and release mechanism: i) wherein in a first stage the door element is arranged in the closed position in the door frame; and wherein in the first stage the door element is held against opening, with a first retention force; and ii) wherein in a second stage the door element is held in a slightly hinged-out position with a second retention force; wherein in the slightly hinged-out position, on a side opposite the articulated device, the door element projects from the door frame at least to the extent that it is visible from the outside; and wherein in the second stage the door element can be pushed open by the user. - a door element; - a door frame; and - a locking and release mechanism; i) wherein in a first stage the door element is arranged in the closed position in the door frame; and wherein in the first stage the door element is held against opening, with a first retention force; and ii) wherein in a second stage the door element is held in a slightly hinged-out position with a second retention force; wherein in the slightly hinged-out position, on a side opposite the articulated device, the door element projects from the door frame at least to the extent that it is visible from the outside; and wherein in the second stage the door element can be pushed open by the user.
A method for electronically monitoring the filling level (m, o, u) of a condensate in a collecting chamber of a pressurized gas system, wherein a monitoring means corresponds with an evaluation unit for detecting the filling level (m, o, u), and wherein an RFID transponder is used as the monitoring means or the monitoring means comprises an RFID transponder, wherein the evaluation unit generates an at least temporary electromagnetic field, and is influenced by a feedback of the monitoring means to a degree that can be registered by the evaluation unit, wherein the respective filling level (m, o, u) of the liquid in the collecting chamber is detected by the absorbing effect of the liquid on the electromagnetic field, and wherein the monitoring means is disposed within the collecting chamber, wherein - the evaluation unit is disposed outside the collecting chamber, - the RFID transponder is disposed on a rod, which protrudes through an opening into the collecting chamber, - the monitoring means and the evaluation unit are part of an electronic monitoring assembly, which is coupled to a valve assembly connected in a fluid-conducting manner to the collecting chamber, wherein the valve assembly is opened upon reaching or exceeding an upper filling level (o) to drain at least a part of the liquid from the collecting chamber. - the evaluation unit is disposed outside the collecting chamber, - the RFID transponder is disposed on a rod, which protrudes through an opening into the collecting chamber, - the monitoring means and the evaluation unit are part of an electronic monitoring assembly, which is coupled to a valve assembly connected in a fluid-conducting manner to the collecting chamber, wherein the valve assembly is opened upon reaching or exceeding an upper filling level (o) to drain at least a part of the liquid from the collecting chamber.
Method for the solubilization of metals from ores and/or concentrates of sulphide ores of primary and/or secondary origin comprising said metals, CHARACTERIZED in that said method comprises the following sequential and/or overlapped steps: I. Moistening and Solvation, which corresponds to a step in a non-oxidative environment, where the ore or concentrate is moisten by the addition of water or acid-water, chloride salts, without adding oxidizing or reducing agents, wherein this step includes the contact of the ore or concentrate with recirculating solutions of the same process that may contain chloride, iron and copper ions, in an unsaturated environment; II. Selective Transformation and solid-liquid-solid Precipitation, which corresponds to a chemical and physical step that does not depend on the redox potential and it is carried out in a wide range of pH, wherein the ore or concentrate in the presence of water, or water and acid is transformed into soluble species of copper, which precipitate on the ore or concentrate, being this step carried out under a condition of chloride supersaturation, a condition that is achieved by periods of non-irrigation and evaporation, favoring the phenomena of haloclasty and crystallization of salts; and III. Acid-Chlorinated Washing, which corresponds to a non-oxidative washing step, where an acidulated solution is added with or without sodium chloride in order to remove the soluble copper species precipitated in the second step of the process; furthermore, the optimum concentration of chloride and moisture to the ore or concentrate bed is restored, wherein the three steps are carried out independently of the REDOX potential of the medium. I. Moistening and Solvation, which corresponds to a step in a non-oxidative environment, where the ore or concentrate is moisten by the addition of water or acid-water, chloride salts, without adding oxidizing or reducing agents, wherein this step includes the contact of the ore or concentrate with recirculating solutions of the same process that may contain chloride, iron and copper ions, in an unsaturated environment; II. Selective Transformation and solid-liquid-solid Precipitation, which corresponds to a chemical and physical step that does not depend on the redox potential and it is carried out in a wide range of pH, wherein the ore or concentrate in the presence of water, or water and acid is transformed into soluble species of copper, which precipitate on the ore or concentrate, being this step carried out under a condition of chloride supersaturation, a condition that is achieved by periods of non-irrigation and evaporation, favoring the phenomena of haloclasty and crystallization of salts; and III. Acid-Chlorinated Washing, which corresponds to a non-oxidative washing step, where an acidulated solution is added with or without sodium chloride in order to remove the soluble copper species precipitated in the second step of the process; furthermore, the optimum concentration of chloride and moisture to the ore or concentrate bed is restored, wherein the three steps are carried out independently of the REDOX potential of the medium.
Underwater cleaning machine with a filter device for a water flow which flows into the filter device via a dirty water inlet, flows through at least one filter of the filter device which filters dirt from the water flow, and flows out of the filter device via an outlet, wherein the filter device has a dirt collection vessel for collecting dirt filtered out of the water flow and which is located between the dirty water inlet and the filter or filters, wherein the filter device is provided for long-term operation under water, and wherein the underwater cleaning machine has a cleaning machine (60, 160; 260) for cleaning the filter or filters, characterised in that the cleaning machine (60, 160; 260) has or is formed by non-flow-bound mechanical cleaning means (90; 290) for cleaning the filter or filters.