mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical supply device for a vehicle electrical system of a vehicle , - having at least one electrical power distributor configured to supply a multiplicity of electrical loads with electrical energy, and - having at least one DC-DC voltage converter configured to supply power to the at least one electrical power distributor , - wherein one of the at least one electrical power distributors and one of the at least one DC-DC voltage converters are physically combined to form a single physical unit , characterized in that - wherein the electrical supply device comprises an energy buffer store in the at least one physical unit , the energy buffer store comprising a number of series-connected power cells as a chemical store for storing electrical energy and being designed to cover power peaks, - wherein two or more physical units that each physically combine at least one electrical power distributor and at least one DC-DC voltage converter and these two or more physical units are designed to be able to be arranged in a distributed manner inside the vehicle , and - wherein the two or more physical units are electrically conductively connected to one another by way of an energy backbone , in particular by way of a multi-rail. - having at least one electrical power distributor configured to supply a multiplicity of electrical loads with electrical energy, and - having at least one DC-DC voltage converter configured to supply power to the at least one electrical power distributor , - wherein one of the at least one electrical power distributors and one of the at least one DC-DC voltage converters are physically combined to form a single physical unit , - wherein the electrical supply device comprises an energy buffer store in the at least one physical unit , the energy buffer store comprising a number of series-connected power cells as a chemical store for storing electrical energy and being designed to cover power peaks, - wherein two or more physical units that each physically combine at least one electrical power distributor and at least one DC-DC voltage converter and these two or more physical units are designed to be able to be arranged in a distributed manner inside the vehicle , and - wherein the two or more physical units are electrically conductively connected to one another by way of an energy backbone , in particular by way of a multi-rail.
Method for operating a heat pump of an electric motor vehicle, in which the operated heat pump comprises an outside-air heat exchanger and in which the heat pump is at least intermittently operated in an operating mode in which ice is formed on the outside-air heat exchanger and the outside-air heat exchanger is then thawed, characterized in that the thawing is carried out using a heating power of at least 1 kW, and, for thawing the outside-air heat exchanger, the heat pump is operated in an operating mode in which heat is extracted from a battery or some other traction component of the motor vehicle.
Method for providing data for at least one data receiver , the data being generated by means of at least one function of a data provision device , the at least one function being configurable on the basis of at least one configuration parameter , comprising the following steps: creating a configuration for the at least one function by specifying the at least one configuration parameter by means of a configuration device of a backend server , transmitting the created configuration to the data provision device by means of an interface of the backend server , receiving the configuration by means of an interface of the data provision device , configuring the at least one function on the basis of the received configuration , providing the data generated by means of the configured at least one function via the interface of the data provision device , characterized in that during or after the creation of the configuration for the at least one function , at least one checking device is used to check whether the created configuration and/or whether the provision of data to the at least one data receiver is permissible, the checking device in this case checking whether the data which the at least one function provides after configuration may leave the data provision device and be transmitted to the at least one data receiver . creating a configuration for the at least one function by specifying the at least one configuration parameter by means of a configuration device of a backend server , transmitting the created configuration to the data provision device by means of an interface of the backend server , receiving the configuration by means of an interface of the data provision device , configuring the at least one function on the basis of the received configuration , providing the data generated by means of the configured at least one function via the interface of the data provision device , characterized in that during or after the creation of the configuration for the at least one function , at least one checking device is used to check whether the created configuration and/or whether the provision of data to the at least one data receiver is permissible, the checking device in this case checking whether the data which the at least one function provides after configuration may leave the data provision device and be transmitted to the at least one data receiver .
A process for fast humification and non-fermentative bio-stabilization of the chemical-physical type of solid and/or liquid, vegetal and/or animal organic material, comprising the following phases: - an initial phase of preparation and pre-treatment of said organic material, for preparing activated and mixed material brought to a substantially neutral pH; - a next phase wherein said activated and mixed material at a substantially neutral pH is treated in a reactor, in which it is re-mixed and irradiated with radio frequencies conveyed by waveguides for a given time; - a final phase of post-processing the material treated in the reactor, adapted for producing a biostabilized organic product. - an initial phase of preparation and pre-treatment of said organic material, for preparing activated and mixed material brought to a substantially neutral pH; - a next phase wherein said activated and mixed material at a substantially neutral pH is treated in a reactor, in which it is re-mixed and irradiated with radio frequencies conveyed by waveguides for a given time; - a final phase of post-processing the material treated in the reactor, adapted for producing a biostabilized organic product.
A data scheduling apparatus, comprising: an interface unit, configured to obtain a first uplink grant and a second uplink grant, wherein a resource indicated by the first uplink grant overlaps with, in time domain, a resource indicated by the second uplink grant; and a processing unit, configured to: start to schedule data on the resource indicated by the first uplink grant, and start, when a part of data has been scheduled for the first uplink grant, to schedule data on the resource indicated by the second uplink grant, wherein the processing unit is further configured to: perform parallel scheduling for the first uplink grant and the second uplink grant, and when the part of data has been scheduled for the first uplink grant, start, based on the parallel scheduling, to schedule the data on the resource indicated by the second uplink grant, wherein the parallel scheduling comprises a plurality of rounds of data scheduling, and parts of data are allowed to be respectively scheduled for the first uplink grant and the second uplink grant in a round of data scheduling. an interface unit, configured to obtain a first uplink grant and a second uplink grant, wherein a resource indicated by the first uplink grant overlaps with, in time domain, a resource indicated by the second uplink grant; and a processing unit, configured to: start to schedule data on the resource indicated by the first uplink grant, and start, when a part of data has been scheduled for the first uplink grant, to schedule data on the resource indicated by the second uplink grant, wherein the processing unit is further configured to: perform parallel scheduling for the first uplink grant and the second uplink grant, and when the part of data has been scheduled for the first uplink grant, start, based on the parallel scheduling, to schedule the data on the resource indicated by the second uplink grant, wherein the parallel scheduling comprises a plurality of rounds of data scheduling, and parts of data are allowed to be respectively scheduled for the first uplink grant and the second uplink grant in a round of data scheduling.
A rotary cutterbar assembly , comprising: a housing including a front edge , a first and second tab , and a first stop , where the first and second tab is defined along a plane at the front edge and the first stop is disposed offset from the plane ; a second stop defined in the housing offset from the plane ; at least one disk rotatably coupled to the housing , the at least one disk including at least one knife rotatably coupled thereto; and a disk guard coupled to the housing at the first and second tabs , the disk guard extending in a direction of travel beyond the front end of the housing ; characterized in that , when the disk guard is forced toward the housing as it contacts an underlying object which protrude from an underlying surface and contacts the cutterbar assembly as it travels thereover, a first receiver of the disk guard contacting the first stop to restrict deflection of the disk guard relative to the housing and a second receiver of the disk guard is located adjacent to the second stop when the disk guard is coupled to the housing , the second receiver contacting the second stop to restrict deflection of the disk guard relative to the housing . a housing including a front edge , a first and second tab , and a first stop , where the first and second tab is defined along a plane at the front edge and the first stop is disposed offset from the plane ; a second stop defined in the housing offset from the plane ; at least one disk rotatably coupled to the housing , the at least one disk including at least one knife rotatably coupled thereto; and a disk guard coupled to the housing at the first and second tabs , the disk guard extending in a direction of travel beyond the front end of the housing ; characterized in that , when the disk guard is forced toward the housing as it contacts an underlying object which protrude from an underlying surface and contacts the cutterbar assembly as it travels thereover, a first receiver of the disk guard contacting the first stop to restrict deflection of the disk guard relative to the housing and a second receiver of the disk guard is located adjacent to the second stop when the disk guard is coupled to the housing , the second receiver contacting the second stop to restrict deflection of the disk guard relative to the housing .
A method for monitoring a brake that comprises: first and second braking surfaces , and magnetizing means arranged to move the braking surfaces to an open state, in which the braking surfaces are separated from each other, and to a closed state, in which the braking surfaces are connected to each other, characterized in that the method comprises: measuring the time that elapses from the change in the magnetic field caused by the magnetizing means to the shift of the braking surfaces from one state to another; determining a strength of the brake's magnetic field; and determining a malfunction of the brake when the magnetizing means generate a magnetic field in the closed state of the braking surfaces . first and second braking surfaces , and magnetizing means arranged to move the braking surfaces to an open state, in which the braking surfaces are separated from each other, and to a closed state, in which the braking surfaces are connected to each other, characterized in that the method comprises: measuring the time that elapses from the change in the magnetic field caused by the magnetizing means to the shift of the braking surfaces from one state to another; determining a strength of the brake's magnetic field; and determining a malfunction of the brake when the magnetizing means generate a magnetic field in the closed state of the braking surfaces . measuring the time that elapses from the change in the magnetic field caused by the magnetizing means to the shift of the braking surfaces from one state to another; determining a strength of the brake's magnetic field; and determining a malfunction of the brake when the magnetizing means generate a magnetic field in the closed state of the braking surfaces .
A compound selected from any of the following, their stereoisomers, and their pharmaceutically acceptable salts:
An information processing method comprising: receiving, from an autonomous moving body, a first processing result that is a result of first preprocessing and sensing data received by the autonomous moving body from a sensor included in the autonomous moving body or a sensor provided in another vehicle or a traffic light, the first preprocessing being preprocessing of travel control processing in autonomous movement processing of the autonomous moving body and executed based on the sensing data by a first computer included in the autonomous moving body; executing second preprocessing based on the sensing data to receive a second processing result, the second preprocessing being more advanced than the first preprocessing and executed by a second computer provided outside the autonomous moving body, connected to the autonomous moving body via a network, and having a processing power higher than a processing power of the first computer; determining a difference between the first processing result and the second processing result; and outputting, to the autonomous moving body in accordance with the difference determined, a change request to change the first processing result to a third processing result, the third processing result being the second processing result or the first processing result corrected based on the difference. receiving, from an autonomous moving body, a first processing result that is a result of first preprocessing and sensing data received by the autonomous moving body from a sensor included in the autonomous moving body or a sensor provided in another vehicle or a traffic light, the first preprocessing being preprocessing of travel control processing in autonomous movement processing of the autonomous moving body and executed based on the sensing data by a first computer included in the autonomous moving body; executing second preprocessing based on the sensing data to receive a second processing result, the second preprocessing being more advanced than the first preprocessing and executed by a second computer provided outside the autonomous moving body, connected to the autonomous moving body via a network, and having a processing power higher than a processing power of the first computer; determining a difference between the first processing result and the second processing result; and outputting, to the autonomous moving body in accordance with the difference determined, a change request to change the first processing result to a third processing result, the third processing result being the second processing result or the first processing result corrected based on the difference.
An apparatus for processing a crop residue, comprising: a housing having an inlet and an outlet ; two or more parallel rotors located axially in the housing , each rotor comprising a plurality of radially extending blunt impact members ; wherein the plurality of radially extending impact members are configured to rotate with the two or more rotors , the inlet is at an end of the housing for receiving the crop residue; the outlet is at another end of the housing for discharging the crop residue; the rotors impact against the crop residue as it moves through the housing from the inlet to the outlet ; and characterised in that , the impact members and housing are configured so that less dense material of the crop residue is subjected to less impacts and denser material of the crop residue is subjected to relatively more impacts. a housing having an inlet and an outlet ; two or more parallel rotors located axially in the housing , each rotor comprising a plurality of radially extending blunt impact members ; wherein the plurality of radially extending impact members are configured to rotate with the two or more rotors , the inlet is at an end of the housing for receiving the crop residue; the outlet is at another end of the housing for discharging the crop residue; the rotors impact against the crop residue as it moves through the housing from the inlet to the outlet ; and characterised in that , the impact members and housing are configured so that less dense material of the crop residue is subjected to less impacts and denser material of the crop residue is subjected to relatively more impacts.
Necking machine for containers with an open end to be conformed, comprising a plurality of holding stations for containers and a plurality of tool stations contiguous and opposite, the holding stations and the tool stations being movable with respect to each other, the machine also comprising an inspection device for containers comprising a light detector for detecting light in the interior of each container , so that, in the event of any holes or cracks in the container , the exterior light, which may be ambient light or light irradiated by a light source , reaches the interior of the container and is detected by the light detector , characterized in that the inspection device is attached to a tool station , such that said inspection device shifts together with the tool station with respect to the container during the inspection of each container , light communication of the light detector with the interior of the container being maintained during said inspection, wherein the inspection device comprises a stop with an opening communicating the light detector with the exterior, said stop shifting only to the open end of the container to be inspected, and the inspection of the container being carried out during the time in which said stop is in contact with the open end of the container .
A method for raising or lowering a load parallel to a wind turbine tower of a wind turbine , wherein the load is a spare part or service equipment which needs to be placed atop or descended from a nacelle of the wind turbine , the method comprising the following steps: raising or lowering (S1) the load using a cable , and exerting (S2) a force (F) acting on the load towards the tower using guiding means supported at the tower for preventing a swinging of the load due a force caused by wind (W), wherein the guiding means comprise a closed loop around the tower and are moveably supported at the tower and move along the tower when raising or lowering the load , wherein a tack-line is attached to the guiding means for additionally controlling the load . raising or lowering (S1) the load using a cable , and exerting (S2) a force (F) acting on the load towards the tower using guiding means supported at the tower for preventing a swinging of the load due a force caused by wind (W), wherein the guiding means comprise a closed loop around the tower and are moveably supported at the tower and move along the tower when raising or lowering the load , wherein a tack-line is attached to the guiding means for additionally controlling the load .
A double-decker chip tray comprising: at least one RFID tag antenna configured to read gaming chips, the gaming chips including two types of gaming chips that incorporate an RFID tag and that have different shapes and sizes; an upper chip tray configured to accommodate the gaming chips; and a lower chip tray configured to accommodate the gaming chips, wherein: the two types of gaming chips include a circular gaming chip and a rectangular plaque, each gaming chip of the gaming chips incorporates the RFID tag that stores a denomination of the gaming chip, the upper chip tray has at least one first gaming chip storage row corresponding to the circular gaming chip for accommodating the circular gaming chip, the lower chip tray has at least one second gaming chip storage row corresponding to the rectangular plaque for accommodating the rectangular plaque, and the at least one RFID antenna is configured to read each of the RFID tags of the circular gaming chips and the rectangular plaques, which are the two types of gaming chips accommodated in the double-decker chip tray. at least one RFID tag antenna configured to read gaming chips, the gaming chips including two types of gaming chips that incorporate an RFID tag and that have different shapes and sizes; an upper chip tray configured to accommodate the gaming chips; and a lower chip tray configured to accommodate the gaming chips, wherein: the two types of gaming chips include a circular gaming chip and a rectangular plaque, each gaming chip of the gaming chips incorporates the RFID tag that stores a denomination of the gaming chip, the upper chip tray has at least one first gaming chip storage row corresponding to the circular gaming chip for accommodating the circular gaming chip, the lower chip tray has at least one second gaming chip storage row corresponding to the rectangular plaque for accommodating the rectangular plaque, and the at least one RFID antenna is configured to read each of the RFID tags of the circular gaming chips and the rectangular plaques, which are the two types of gaming chips accommodated in the double-decker chip tray. the two types of gaming chips include a circular gaming chip and a rectangular plaque, each gaming chip of the gaming chips incorporates the RFID tag that stores a denomination of the gaming chip, the upper chip tray has at least one first gaming chip storage row corresponding to the circular gaming chip for accommodating the circular gaming chip, the lower chip tray has at least one second gaming chip storage row corresponding to the rectangular plaque for accommodating the rectangular plaque, and the at least one RFID antenna is configured to read each of the RFID tags of the circular gaming chips and the rectangular plaques, which are the two types of gaming chips accommodated in the double-decker chip tray.
A method for receiving a channel state information-reference signal, CSI- RS by a user equipment, UE, in a wireless communication system, the method comprising: receiving (S2010) synchronization signal/sequence blocks, SSBs based on a plurality of SSB indexes; receiving CSI-RS configuration information; receiving (S2020) a CSI-RSbased on the CSI-RS configuration information and the SSBs, characterized in that the CSI-RS configuration information includes i) information for a plurality of CSI-RS resources and ii) QCL information for each of the plurality of CSI-RS resources, wherein based on i) the CSI-RS is related to a specific CSI-RS resource among the plurality of CSI-RS resources and ii) the QCL information related to the specific CSI-RS resource represents a specific SSB index among the plurality of SSB indexes: the CSI-RS is assumed to be quasi co-1ocated, QCL with an SSB based on the specific SSB index, with respect to a spatial reception parameter. receiving (S2010) synchronization signal/sequence blocks, SSBs based on a plurality of SSB indexes; receiving CSI-RS configuration information; receiving (S2020) a CSI-RSbased on the CSI-RS configuration information and the SSBs, characterized in that the CSI-RS configuration information includes i) information for a plurality of CSI-RS resources and ii) QCL information for each of the plurality of CSI-RS resources, wherein based on i) the CSI-RS is related to a specific CSI-RS resource among the plurality of CSI-RS resources and ii) the QCL information related to the specific CSI-RS resource represents a specific SSB index among the plurality of SSB indexes: the CSI-RS is assumed to be quasi co-1ocated, QCL with an SSB based on the specific SSB index, with respect to a spatial reception parameter.