mhurhangee/patent-ind-claim-en huggingface dataset:
A downhole electrical energy harvesting system for use in a well installation having metallic structure comprising at least one run of metallic elongate members carrying electrical current, the harvesting system comprising: an energy harvesting module comprising an electrical circuit connected between spaced contacts to harvest energy from a potential difference between the spaced contacts, wherein a first of the spaced contacts is made to the at least one run of metallic elongate members at a first location and a second of the spaced contacts is made to the at least one run of metallic elongate members at a second location and the potential difference is caused by the current flowing in the at least one run of elongate members and, at least in part, the impedance of the at least one run of elongate members wherein at least one connection between at least one of the spaced contacts and the electrical circuit is provided by an insulated cable having a conductive area of at least 10mm^2, wherein the spaced locations are axially spaced and the spacing between the locations is at least 100m. an energy harvesting module comprising an electrical circuit connected between spaced contacts to harvest energy from a potential difference between the spaced contacts, wherein a first of the spaced contacts is made to the at least one run of metallic elongate members at a first location and a second of the spaced contacts is made to the at least one run of metallic elongate members at a second location and the potential difference is caused by the current flowing in the at least one run of elongate members and, at least in part, the impedance of the at least one run of elongate members wherein at least one connection between at least one of the spaced contacts and the electrical circuit is provided by an insulated cable having a conductive area of at least 10mm^2, wherein the spaced locations are axially spaced and the spacing between the locations is at least 100m.
A parametric curve scanning method for a photovoltaic string , applied to a photovoltaic power generation system , wherein the photovoltaic power generation system comprises a converter and at least one photovoltaic string connected to the converter , and the scanning method comprises: controlling an output voltage of the photovoltaic string to change from a first endpoint voltage of a first voltage range to a second endpoint voltage of the first voltage range according to a first preset rule, and obtaining a current parameter or a power parameter of the photovoltaic string in the process in which the output voltage of the photovoltaic string changes, to scan a first parametric curve; and controlling the output voltage of the photovoltaic string to change from a third endpoint voltage of a second voltage range to a fourth endpoint voltage of the second voltage range according to a second preset rule, and obtaining a current parameter or a power parameter of the photovoltaic string in the process in which the output voltage of the photovoltaic string changes, to scan a second parametric curve, wherein there is an intersection set between the first voltage range and the second voltage range, characterized in that the scanning method further comprises: the first endpoint voltage is greater than the second endpoint voltage and the third endpoint voltage is less than the fourth endpoint voltage; or the first endpoint voltage is less than the second endpoint voltage and the third endpoint voltage is greater than the fourth endpoint voltage. controlling an output voltage of the photovoltaic string to change from a first endpoint voltage of a first voltage range to a second endpoint voltage of the first voltage range according to a first preset rule, and obtaining a current parameter or a power parameter of the photovoltaic string in the process in which the output voltage of the photovoltaic string changes, to scan a first parametric curve; and controlling the output voltage of the photovoltaic string to change from a third endpoint voltage of a second voltage range to a fourth endpoint voltage of the second voltage range according to a second preset rule, and obtaining a current parameter or a power parameter of the photovoltaic string in the process in which the output voltage of the photovoltaic string changes, to scan a second parametric curve, wherein there is an intersection set between the first voltage range and the second voltage range, characterized in that the scanning method further comprises: the first endpoint voltage is greater than the second endpoint voltage and the third endpoint voltage is less than the fourth endpoint voltage; or the first endpoint voltage is less than the second endpoint voltage and the third endpoint voltage is greater than the fourth endpoint voltage.
A method of displaying additional information related to an object on a device, the method comprising: sensing (S910) a user input moving from a selected position on a progress bar providing search information regarding a plurality of objects that are displayed according to an order to an additional information area , the additional information area being divided into cells of a predetermined size providing a different type of additional information for the object; displaying (S930) additional information related to one of the plurality of objects corresponding to the selected position based on a position of the user input on the additional information area . sensing (S910) a user input moving from a selected position on a progress bar providing search information regarding a plurality of objects that are displayed according to an order to an additional information area , the additional information area being divided into cells of a predetermined size providing a different type of additional information for the object; displaying (S930) additional information related to one of the plurality of objects corresponding to the selected position based on a position of the user input on the additional information area .
First Connector for use in making a connection with a complementary second connector to provide a detachable interface between an electrically powered medical instrument and a control system for the medical instrument , the first connector including: (a) a first connector body ; (b) a first optical data conduit extending through the first connector body and terminating at a first conduit end within the first connector body ; (c) a first optical lens operatively aligned with the first conduit end within the first connector body ; (d) a first electrical power transfer element mounted within the first connector body ; and (e) a cable connected to the connector body , characterised in that : (f) the first electrical power transfer element is configured so that electrical power can be transferred inductively to or received inductively from a second electrical power transfer element in the complementary second connector , (g) all electrical circuits included in the first connector are electrically isolated within the connector body aside from electrical continuity to a power conductor arrangement within the cable . (a) a first connector body ; (b) a first optical data conduit extending through the first connector body and terminating at a first conduit end within the first connector body ; (c) a first optical lens operatively aligned with the first conduit end within the first connector body ; (d) a first electrical power transfer element mounted within the first connector body ; and (e) a cable connected to the connector body , (f) the first electrical power transfer element is configured so that electrical power can be transferred inductively to or received inductively from a second electrical power transfer element in the complementary second connector , (g) all electrical circuits included in the first connector are electrically isolated within the connector body aside from electrical continuity to a power conductor arrangement within the cable .
A method for deploying Data Loss Prevention, DLP, policies to user devices, comprising: receiving, at a management server , a configuration that specifies at least one DLP policy applicable to at least one application; receiving, at the management server , an indication of an assignment group specifying a plurality of user devices to which the at least one DLP policy should be applied; sending an instruction, from the management server to a second server , causing the second server to implement the at least one DLP policy for the plurality of user devices in the assignment group; and provisioning the at least one application to a user device , wherein provisioning comprises instructing the user device to retrieve the DLP policy from the second server and implement the DLP policy when executing the provisioned application ; wherein the at least one application is managed by the second server ; wherein the user device is enrolled with, and managed by, the management server . receiving, at a management server , a configuration that specifies at least one DLP policy applicable to at least one application; receiving, at the management server , an indication of an assignment group specifying a plurality of user devices to which the at least one DLP policy should be applied; sending an instruction, from the management server to a second server , causing the second server to implement the at least one DLP policy for the plurality of user devices in the assignment group; and provisioning the at least one application to a user device , wherein provisioning comprises instructing the user device to retrieve the DLP policy from the second server and implement the DLP policy when executing the provisioned application ; wherein the at least one application is managed by the second server ; wherein the user device is enrolled with, and managed by, the management server .
A method including: receiving a request to process a set of data using a data processing application ; responsive to the received request and based on a feature associated with the set of data, selecting a mode for the data processing application, including selecting between (i) a first mode in which one or more running processes of the data processing application are used to process the set of data when the size of the set of data is equal to or less than a threshold size and (ii) a second mode in which one or more new processes of the data processing application are started up when the size of the set of data exceeds the threshold size, wherein the threshold size is based on one or more of a format of the set of data, a processing requirement associated with the set of data, or historical data indicative of the operation of the data processing application ; and causing the data processing application to be executed according to the selected mode to process the set of data. receiving a request to process a set of data using a data processing application ; responsive to the received request and based on a feature associated with the set of data, selecting a mode for the data processing application, including selecting between (i) a first mode in which one or more running processes of the data processing application are used to process the set of data when the size of the set of data is equal to or less than a threshold size and (ii) a second mode in which one or more new processes of the data processing application are started up when the size of the set of data exceeds the threshold size, wherein the threshold size is based on one or more of a format of the set of data, a processing requirement associated with the set of data, or historical data indicative of the operation of the data processing application ; and causing the data processing application to be executed according to the selected mode to process the set of data.
A cell expansion system, the system comprising: a bioreactor comprising a hollow fiber membrane and a first fluid flow path having at least opposing ends, wherein a first opposing end of the first fluid flow path is fluidly associated with a first port and a second opposing end of the first fluid flow path is fluidly associated with a second port, wherein the first fluid flow path comprises an intracapillary portion of the hollow fiber membrane; a fluid inlet path fluidly associated with the first fluid flow path, wherein a plurality of cells are introduced into the first fluid flow path through the fluid inlet path; a first pump for circulating fluid in the first fluid flow path; and a controller for controlling operation of the first pump, wherein the controller is configured to control the first pump to: circulate a fluid at a first rate within the first fluid flow path; and stop the circulation of the fluid within the first fluid flow path after the plurality of the cells are loaded into the bioreactor and when a waste bag in the cell expansion system is replaced with a media bag. a bioreactor comprising a hollow fiber membrane and a first fluid flow path having at least opposing ends, wherein a first opposing end of the first fluid flow path is fluidly associated with a first port and a second opposing end of the first fluid flow path is fluidly associated with a second port, wherein the first fluid flow path comprises an intracapillary portion of the hollow fiber membrane; a fluid inlet path fluidly associated with the first fluid flow path, wherein a plurality of cells are introduced into the first fluid flow path through the fluid inlet path; a first pump for circulating fluid in the first fluid flow path; and a controller for controlling operation of the first pump, wherein the controller is configured to control the first pump to: circulate a fluid at a first rate within the first fluid flow path; and stop the circulation of the fluid within the first fluid flow path after the plurality of the cells are loaded into the bioreactor and when a waste bag in the cell expansion system is replaced with a media bag. circulate a fluid at a first rate within the first fluid flow path; and stop the circulation of the fluid within the first fluid flow path after the plurality of the cells are loaded into the bioreactor and when a waste bag in the cell expansion system is replaced with a media bag.
A composite transition metal compound represented by the following Formula : Ni b Mn c Co 1-(b+c+d) M' d (OH 1-x ) 2 Formula wherein 0.3≤b≤0.9; 0.1≤c≤0.6; 0<d≤0.1; b+c+d<1; 0<x<0.5; and M' is selected from Al, Mg, Cr, Ti and Si; wherein the composite transition metal compound contains Ni, Co and Mn; and wherein portions of Ni, Co and Mn are substituted with one element selected from Al, Mg, Cr, Ti and Si.
Use of a waste container which can be closed by at least one lid and is intended for accepting a waste bag which is formed as a drawstring bag, wherein this waste container or the at least one lid has at least one pull-through opening leading from an interior to the outside, characterised in that the waste bag has at least one end of a pull feature protruding from the waste bag , wherein the at least one end of the pull feature is pulled to the outside through the at least one pull-through opening such that this at least one end can be grasped from the outside of the waste container or its at least one lid , with the intention to be able to close the waste bag by means of the pull feature before the waste container must be opened in order to remove the waste bag .
A method of protecting a networked organizational data storage facility accessible from a network environment, comprising the steps of: analyzing traffic to and from the data storage facility, wherein the traffic comprises one or more messages to and from the data storage facility, wherein the analyzing comprises analyzing whether location and structure of said one or more messages are valid; mapping the network environment by gathering raw information from each of a plurality of entities that are capable of accessing the data storage facility via the network environment, using a plurality of environmental analysis adapters ; profiling the network environment, using a network environment profiler; and filtering the network traffic from the entities to the data storage facility. analyzing traffic to and from the data storage facility, wherein the traffic comprises one or more messages to and from the data storage facility, wherein the analyzing comprises analyzing whether location and structure of said one or more messages are valid; mapping the network environment by gathering raw information from each of a plurality of entities that are capable of accessing the data storage facility via the network environment, using a plurality of environmental analysis adapters ; profiling the network environment, using a network environment profiler; and filtering the network traffic from the entities to the data storage facility.
A burr hole plug , comprising: a base defining a burr hole aperture and comprising a flange configured to rest on the skull of a patient, a sidewall configured to extend into a burr hole in the skull of the patient, and an engagement region extending around the sidewall; two lead retention members configured for placement within the base, each of the lead retention members comprising a lead engagement surface to engage and hold a lead between the two lead retention members, wherein each of the lead retention members comprises a receiving opening ; a locking member configured for placement within the base and for engaging the two lead retention members to lock the two lead retention members in a lead engagement position and for engaging the engagement region of the base to prevent rotation of the two lead retention members within the base, wherein the locking member comprises two pins configured for insertion in the receiving openings of the two lead retention members to lock the two lead retention members in the lead engagement position, wherein the locking member further comprises a wedge element configured for insertion between the two lead retention members to separate the two lead retention members and drive the lead engagement surfaces of the two lead retention members toward each other; and a cover configured to be disposed over, and coupled to, the base. a base defining a burr hole aperture and comprising a flange configured to rest on the skull of a patient, a sidewall configured to extend into a burr hole in the skull of the patient, and an engagement region extending around the sidewall; two lead retention members configured for placement within the base, each of the lead retention members comprising a lead engagement surface to engage and hold a lead between the two lead retention members, wherein each of the lead retention members comprises a receiving opening ; a locking member configured for placement within the base and for engaging the two lead retention members to lock the two lead retention members in a lead engagement position and for engaging the engagement region of the base to prevent rotation of the two lead retention members within the base, wherein the locking member comprises two pins configured for insertion in the receiving openings of the two lead retention members to lock the two lead retention members in the lead engagement position, wherein the locking member further comprises a wedge element configured for insertion between the two lead retention members to separate the two lead retention members and drive the lead engagement surfaces of the two lead retention members toward each other; and a cover configured to be disposed over, and coupled to, the base.
A double-flow turbojet engine including a central shaft (AC) coaxially surrounded, on the one hand, by a low-pressure rotor (RB) and, on the other hand, by a high-pressure spool (CH), coaxial with each other, the high-pressure spool (CH) being rotatably independent of the low-pressure rotor (RB) and of the central shaft (AC), this turbojet engine including from upstream (AM) to downstream (AV) according to the direction of circulation of the flow that passes therethrough when it is operating: - a fan driven by the central shaft (AC); - a low-pressure compressor carried by the low-pressure rotor (RB); - an inter-compressor casing; - a high-pressure compressor and a high-pressure turbine belonging to the high-pressure spool (CH); - an inter-turbine casing ; - a low-pressure turbine carried by the low-pressure rotor (RB); - an exhaust casing ; this turbojet engine further including: - an upstream rotor bearing carried by the inter-compressor casing and which rotatably guides the low-pressure rotor (RB); - a downstream rotor bearing carried by the exhaust casing , and which rotatably guides the low-pressure rotor (RB); characterized by : - a gearbox through which the low-pressure rotor (RB) drives the central shaft (AC), this gearbox being located downstream of the downstream rotor bearing ; - a downstream shaft bearing which rotatably guides the central shaft (AC) while being located downstream of the downstream rotor bearing . - a fan driven by the central shaft (AC); - a low-pressure compressor carried by the low-pressure rotor (RB); - an inter-compressor casing; - a high-pressure compressor and a high-pressure turbine belonging to the high-pressure spool (CH); - an inter-turbine casing ; - a low-pressure turbine carried by the low-pressure rotor (RB); - an exhaust casing ; - an upstream rotor bearing carried by the inter-compressor casing and which rotatably guides the low-pressure rotor (RB); - a downstream rotor bearing carried by the exhaust casing , and which rotatably guides the low-pressure rotor (RB); - a gearbox through which the low-pressure rotor (RB) drives the central shaft (AC), this gearbox being located downstream of the downstream rotor bearing ; - a downstream shaft bearing which rotatably guides the central shaft (AC) while being located downstream of the downstream rotor bearing .