mhurhangee/patent-ind-claim-en huggingface dataset:
A lithium cobalt oxide positive electrode material, wherein the lithium cobalt oxide positive electrode material comprises doped lithium cobalt oxide, and a general formula of a substance forming the doped lithium cobalt oxide is Li 1+z Co 1-x-y Ma x Mb y O 2 , wherein 0 ≤ x ≤ 0.01, 0 ≤ y ≤ 0.01, and -0.05 ≤ z ≤ 0.08; Ma is a doped monovalent element, and Ma is at least one of Al, Ga, Hf, Mg, Sn, Zn, or Zr; Mb is a doped polyvalent element, and Mb is at least one of Ni, Mn, V, Mo, Nb, Cu, Fe, In, W, or Cr; and a lattice of the doped lithium cobalt oxide comprises a main sheet formed of a cobalt-ion layer and an oxygen-ion layer and lithium-ion layers distributed on two sides of the main sheet, the main sheet further comprises the doped monovalent element Ma and the polyvalent element Mb, and the monovalent element Ma is used to substitute for a cobalt ion in the main sheet. 0 ≤ x ≤ 0.01, 0 ≤ y ≤ 0.01, and -0.05 ≤ z ≤ 0.08; Ma is a doped monovalent element, and Ma is at least one of Al, Ga, Hf, Mg, Sn, Zn, or Zr; Mb is a doped polyvalent element, and Mb is at least one of Ni, Mn, V, Mo, Nb, Cu, Fe, In, W, or Cr; and a lattice of the doped lithium cobalt oxide comprises a main sheet formed of a cobalt-ion layer and an oxygen-ion layer and lithium-ion layers distributed on two sides of the main sheet, the main sheet further comprises the doped monovalent element Ma and the polyvalent element Mb, and the monovalent element Ma is used to substitute for a cobalt ion in the main sheet.
Steering system for a motor vehicle, comprising a belt drive which has a toothed belt running around two belt wheels in a driving manner, a monitoring device being provided which interacts with the belt drive and has at least one sensor for monitoring the toothed belt , characterized in in that the toothed belt has a code pattern which can be detected by the sensor , and the sensor is connected to an evaluation device which is designed to detect deviations from a rotational movement of the toothed belt which is synchronous with the belt wheels .
A method for performing short data service, SDS, by a server in a communication system, the method comprising: receiving a mission critical data, MC Data, standalone request from a first user equipment, UE , wherein the MC Data standalone request comprises an information element associated with a conversation identifier; determining whether the first UE is authorized to send the MC data standalone request and whether a policy is to be asserted to limit a certain type of message or content to a certain UE; determining at least one second UE which is eligible for receiving the MC Data standalone request after an assertion of the policy; transmitting the MC Data standalone request to the at least one second UE on determining that the first UE is authorized to send the MC Data standalone request; receiving an MC Data disposition notification from the at least one second UE based on a disposition request of the first UE in the MC Data standalone request; and transmitting the MC Data disposition notification to the first UE wherein the first UE and the second UE are registered with the server for receiving an MC Data service. receiving a mission critical data, MC Data, standalone request from a first user equipment, UE , wherein the MC Data standalone request comprises an information element associated with a conversation identifier; determining whether the first UE is authorized to send the MC data standalone request and whether a policy is to be asserted to limit a certain type of message or content to a certain UE; determining at least one second UE which is eligible for receiving the MC Data standalone request after an assertion of the policy; transmitting the MC Data standalone request to the at least one second UE on determining that the first UE is authorized to send the MC Data standalone request; receiving an MC Data disposition notification from the at least one second UE based on a disposition request of the first UE in the MC Data standalone request; and transmitting the MC Data disposition notification to the first UE
Process for the preparation of a styrene-acrylonitrile melt, comprising the following steps: - provision of a screw-based machine with a styrene-acrylonitrile melt located therein, - provision of a partially dewatered rubber and introduction of the partially dewatered rubber into metering equipment , where the partially dewatered rubber has a first water content Wi of at most 18% by weight on introduction into the metering equipment , - introduction of the partially dewatered rubber into the styrene-acrylonitrile melt by means of the metering equipment , where the partially dewatered rubber has a second water content W 2 on withdrawal from the metering equipment and the absolute value of a relative water-content change Δ ⁢ W = W 2 − W 1 W 1 complies with the condition: 0% ≤ |ΔW| ≤ 2%, where the partially dewatered rubber has a temperature T K1 on introduction into the styrene-acrylonitrile melt , where T K1 complies with the condition: T K1 ≤ 60°C, and - mixing to incorporate the partially dewatered rubber and dewatering of a mixture formed from the styrene-acrylonitrile melt and the partially dewatered rubber by means of the screw-based machine . - provision of a screw-based machine with a styrene-acrylonitrile melt located therein, - provision of a partially dewatered rubber and introduction of the partially dewatered rubber into metering equipment , where the partially dewatered rubber has a first water content Wi of at most 18% by weight on introduction into the metering equipment , - introduction of the partially dewatered rubber into the styrene-acrylonitrile melt by means of the metering equipment , where the partially dewatered rubber has a second water content W 2 on withdrawal from the metering equipment and the absolute value of a relative water-content change Δ ⁢ W = W 2 − W 1 W 1 complies with the condition: 0% ≤ |ΔW| ≤ 2%, where the partially dewatered rubber has a temperature T K1 on introduction into the styrene-acrylonitrile melt , where T K1 complies with the condition: T K1 ≤ 60°C, and - mixing to incorporate the partially dewatered rubber and dewatering of a mixture formed from the styrene-acrylonitrile melt and the partially dewatered rubber by means of the screw-based machine .
A once-through horizontal evaporator comprising: one inlet header (204(n)) receiving a working fluid; one tube stack (210(n)) including a plurality of tubes; one outlet header (206(n)) in fluid communication with the plurality of tubes of the tube stack (210(n)); wherein the tube stack (210(n)) is disposed vertically in a horizontal duct wherein a portion of the flow of heated gas passes through the tube stack (210(n)), the plurality of tubes having a serpentine shape with a plurality of horizontal tube portions being in fluid communication with the inlet header (204(n)); characterized in that the tubes are stacked vertically and are angled in the direction of the flow of heated gas at an angle of less than 90 degrees or greater than 90 degrees to a vertical and non-vertically. one inlet header (204(n)) receiving a working fluid; one tube stack (210(n)) including a plurality of tubes; one outlet header (206(n)) in fluid communication with the plurality of tubes of the tube stack (210(n)); wherein the tube stack (210(n)) is disposed vertically in a horizontal duct wherein a portion of the flow of heated gas passes through the tube stack (210(n)), the plurality of tubes having a serpentine shape with a plurality of horizontal tube portions being in fluid communication with the inlet header (204(n)); characterized in that the tubes are stacked vertically and are angled in the direction of the flow of heated gas at an angle of less than 90 degrees or greater than 90 degrees to a vertical and non-vertically.
Method for analysing an execution of a predetermined program flow on a physical computer system which has a plurality of interacting physical hardware units , comprising the following steps: - replicating a functionality of a physical hardware unit as functionality of a virtual hardware unit by way of a hypervisor in order to form at least part of a virtual computer system which corresponds to the physical computer system ; - executing the program flow a first time using the functionality of the virtual hardware unit replicated by the hypervisor, and monitoring a first execution behaviour of the program flow ; - varying the replicated functionality of the virtual hardware unit by way of the hypervisor; - executing the program flow a second time using the varied functionality of the virtual hardware unit , and monitoring a second execution behaviour of the program flow ; - comparing the first execution behaviour with the second execution behaviour in order to identify an execution behaviour change; - analysing the identified execution behaviour change by way of a counterbalancing entity ; and - counterbalancing the execution behaviour change on a new execution of the program flow by means of the counterbalancing entity by modifying the program flow or by modifying the functionality of the virtual hardware unit used, wherein the modification of the functionality may consist in no longer operating certain parts of the hardware. - replicating a functionality of a physical hardware unit as functionality of a virtual hardware unit by way of a hypervisor in order to form at least part of a virtual computer system which corresponds to the physical computer system ; - executing the program flow a first time using the functionality of the virtual hardware unit replicated by the hypervisor, and monitoring a first execution behaviour of the program flow ; - varying the replicated functionality of the virtual hardware unit by way of the hypervisor; - executing the program flow a second time using the varied functionality of the virtual hardware unit , and monitoring a second execution behaviour of the program flow ; - comparing the first execution behaviour with the second execution behaviour in order to identify an execution behaviour change; - analysing the identified execution behaviour change by way of a counterbalancing entity ; and - counterbalancing the execution behaviour change on a new execution of the program flow by means of the counterbalancing entity by modifying the program flow or by modifying the functionality of the virtual hardware unit used, wherein the modification of the functionality may consist in no longer operating certain parts of the hardware.
An oil separator, comprising: a housing including a suction tube that guides a refrigerant, in which an oil is mixed, into the housing and a discharge tube that discharges the refrigerant separated from the oil to the outside; and a first collection tube that communicates with a lower portion of the housing to discharge the oil separated from the refrigerant to a compressor , a second collection tube that communicates with a side surface of the housing to discharge the oil separated from the refrigerant to the compressor ; and a control valve provided in communication with the first collection tube or the second collection tube to control a flow of the oil through the first collection tube or the second collection tube, characterised in that the second collection tube is sloped in a downward direction and then sloped in an upward direction away from a position at which the second collection tube communicates with the housing, and wherein ends of the first collection tube and the second collection tube are coupled. a housing including a suction tube that guides a refrigerant, in which an oil is mixed, into the housing and a discharge tube that discharges the refrigerant separated from the oil to the outside; and a first collection tube that communicates with a lower portion of the housing to discharge the oil separated from the refrigerant to a compressor , a second collection tube that communicates with a side surface of the housing to discharge the oil separated from the refrigerant to the compressor ; and a control valve provided in communication with the first collection tube or the second collection tube to control a flow of the oil through the first collection tube or the second collection tube, characterised in that the second collection tube is sloped in a downward direction and then sloped in an upward direction away from a position at which the second collection tube communicates with the housing, and wherein ends of the first collection tube and the second collection tube are coupled.
Process of operating the air conditioning system of a cab of a machine, said air conditioning system comprising: - a circuit for supplying said cab with air (F R , F E ) coming from a recycling branch fed with air (F R ) coming from the interior of said cab and an exterior branch fed with air (F E ) coming from the exterior of said cab; - a blowing device for providing an air flow (F E ) inside said circuit; - filtration means for removing pollutants from the air (F R , F E ) blown in the cab through said circuit; said air conditioning system being operable to balance, in the supplied air flow, the amount of air coming from the recycling branch versus the amount of air coming from the exterior branch ; said process comprising a regular procedure wherein the air conditioning system is operated to balance the air supplied by each of the recycling and exterior branches, said process being characterized in that it comprises the monitoring of a signal indicative of a potential contamination of the cab and, upon the detection of such signal, a flushing procedure wherein the air-conditioning system is operated to: - increase the flow of air (F E ) supplied in the cab by the blowing device through the circuit ; - balance said flow of air to supply air (F E ) coming only from the exterior branch by closing the recycling branch ; and - open an exhaust flap within the cab for increasing the flow of air evacuated from said cab, said flushing procedure being performed for a determined period of time before performing again the regular procedure. - a circuit for supplying said cab with air (F R , F E ) coming from a recycling branch fed with air (F R ) coming from the interior of said cab and an exterior branch fed with air (F E ) coming from the exterior of said cab; - a blowing device for providing an air flow (F E ) inside said circuit; - filtration means for removing pollutants from the air (F R , F E ) blown in the cab through said circuit; - increase the flow of air (F E ) supplied in the cab by the blowing device through the circuit ; - balance said flow of air to supply air (F E ) coming only from the exterior branch by closing the recycling branch ; and - open an exhaust flap within the cab for increasing the flow of air evacuated from said cab,
A satellite communication system comprising: a satellite configured to receive signals from a plurality of service beams and from a feeder beam , each service beam having an associated service beam coverage area and the feeder beam having an associated feeder beam coverage area, each service beam being allocated one of four different colors, each color being a different combination of frequency band and polarization, wherein the feeder beam coverage area is proximate to one of the service beam coverage areas, wherein a set of colors allocated to the feeder beam (225-2) includes only the three colors of the four different colors not allocated to the service beam (205-a) associated with the service beam coverage area proximate to the feeder beam coverage area, wherein the satellite is configured to receive signals from a second feeder beam, the second feeder beam being associated with a second feeder beam coverage area, wherein the second feeder beam coverage area is not proximate to any of the service beam coverage areas, and wherein the second feeder beam (225-1) is allocated all of the four different colors. a satellite configured to receive signals from a plurality of service beams and from a feeder beam , each service beam having an associated service beam coverage area and the feeder beam having an associated feeder beam coverage area, each service beam being allocated one of four different colors, each color being a different combination of frequency band and polarization, wherein the feeder beam coverage area is proximate to one of the service beam coverage areas, wherein a set of colors allocated to the feeder beam (225-2) includes only the three colors of the four different colors not allocated to the service beam (205-a) associated with the service beam coverage area proximate to the feeder beam coverage area, wherein the satellite is configured to receive signals from a second feeder beam, the second feeder beam being associated with a second feeder beam coverage area, wherein the second feeder beam coverage area is not proximate to any of the service beam coverage areas, and wherein the second feeder beam (225-1) is allocated all of the four different colors.
An acoustic treatment device, comprising: a vessel arranged to hold a sample including a liquid, the vessel having a total volume and the sample having a sample volume; an acoustic energy source for providing acoustic energy to the sample while the sample is in the vessel and separated from the acoustic energy source, the acoustic energy having a focal zone ; a vessel holder arranged to support the vessel , the vessel holder adapted to position the vessel at a location at least partially in the focal zone of the acoustic energy; and an energy director positionable at least partially in the sample that controls interaction between the acoustic energy and the sample so as to reduce mixing in a portion of the sample that would occur in the absence of the energy director the energy director being made of a polymer material having exposed pores of about 10-200 microns in size, further comprising: a cap arranged to engage with the vessel and cover an opening of the vessel ; wherein the energy director is fixed to the cap and is positioned in the sample when the cap is engaged with the opening, wherein the cap includes a split septum and the energy director includes a rod that is attached to the cap . a vessel arranged to hold a sample including a liquid, the vessel having a total volume and the sample having a sample volume; an acoustic energy source for providing acoustic energy to the sample while the sample is in the vessel and separated from the acoustic energy source, the acoustic energy having a focal zone ; a vessel holder arranged to support the vessel , the vessel holder adapted to position the vessel at a location at least partially in the focal zone of the acoustic energy; and an energy director positionable at least partially in the sample that controls interaction between the acoustic energy and the sample so as to reduce mixing in a portion of the sample that would occur in the absence of the energy director the energy director being made of a polymer material having exposed pores of about 10-200 microns in size, further comprising: a cap arranged to engage with the vessel and cover an opening of the vessel ; wherein the energy director is fixed to the cap and is positioned in the sample when the cap is engaged with the opening, wherein the cap includes a split septum and the energy director includes a rod that is attached to the cap . a cap arranged to engage with the vessel and cover an opening of the vessel ; wherein the energy director is fixed to the cap and is positioned in the sample when the cap is engaged with the opening, wherein the cap includes a split septum and the energy director includes a rod that is attached to the cap .
A monitoring system, wherein the monitoring system is connected to one or more databases including data entries on individuals, data entries in each of the one or more connected databases having a defined allotment for data, and representing status for said individual in the connected database; the monitoring system is configured to query a user for creating a search with attributes that constitute a status for searching data entries on individuals that are of interest to the user from the one or more connected databases; the monitoring system is configured to use data entries of a group of individuals resulting from the search to form, for each individual in the group of individuals, a first system status having a defined allotment for data, and representing status for said individual in the monitoring system; the monitoring system is configured to anonymise the first system statuses of the group of individuals by converting information on an individual in each first system status into a form in which identity of the individual is not identifiable; the monitoring system is configured to expose the anonymised first system statuses to a statistical analysis to form a second system status representing status for the group of individuals in the monitoring system; the monitoring system is configured to present the second system status to the user of the monitoring system. the monitoring system is connected to one or more databases including data entries on individuals, data entries in each of the one or more connected databases having a defined allotment for data, and representing status for said individual in the connected database; the monitoring system is configured to query a user for creating a search with attributes that constitute a status for searching data entries on individuals that are of interest to the user from the one or more connected databases; the monitoring system is configured to use data entries of a group of individuals resulting from the search to form, for each individual in the group of individuals, a first system status having a defined allotment for data, and representing status for said individual in the monitoring system; the monitoring system is configured to anonymise the first system statuses of the group of individuals by converting information on an individual in each first system status into a form in which identity of the individual is not identifiable; the monitoring system is configured to expose the anonymised first system statuses to a statistical analysis to form a second system status representing status for the group of individuals in the monitoring system; the monitoring system is configured to present the second system status to the user of the monitoring system.