mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid pumping arrangement for use in pumping a wellbore fluid from a subterranean location in a wellbore , the fluid pumping arrangement comprising: a flow actuated pump ; a dual-walled coiled tubing running string for disposing the flow actuated pump into the wellbore , the dual-walled coiled tubing running string having: an inner coiled tubing string defining an inner coiled tubing central axial pathway along its length; and an outer coiled tubing string radially surrounding the inner coiled tubing string ; wherein a first fluid flow path is defined within the inner coiled tubing string ; a second fluid flow path is defined radially between the inner coiled tubing string and the outer coiled tubing string ; a third fluid flow path is defined radially between the outer coiled tubing string and a wall of the wellbore; wherein power fluid for actuating the flow actuated pump is flowed to the flow actuated pump through the first fluid flow path ; and characterized in that exhausted power fluid is flowed through the third fluid flow path and wellbore fluid is flowed through the second fluid flow path . a flow actuated pump ; a dual-walled coiled tubing running string for disposing the flow actuated pump into the wellbore , the dual-walled coiled tubing running string having: an inner coiled tubing string defining an inner coiled tubing central axial pathway along its length; and an outer coiled tubing string radially surrounding the inner coiled tubing string ; wherein a first fluid flow path is defined within the inner coiled tubing string ; a second fluid flow path is defined radially between the inner coiled tubing string and the outer coiled tubing string ; a third fluid flow path is defined radially between the outer coiled tubing string and a wall of the wellbore; wherein power fluid for actuating the flow actuated pump is flowed to the flow actuated pump through the first fluid flow path ; and characterized in that exhausted power fluid is flowed through the third fluid flow path and wellbore fluid is flowed through the second fluid flow path . an inner coiled tubing string defining an inner coiled tubing central axial pathway along its length; and an outer coiled tubing string radially surrounding the inner coiled tubing string ; wherein a first fluid flow path is defined within the inner coiled tubing string ; a second fluid flow path is defined radially between the inner coiled tubing string and the outer coiled tubing string ; a third fluid flow path is defined radially between the outer coiled tubing string and a wall of the wellbore; wherein power fluid for actuating the flow actuated pump is flowed to the flow actuated pump through the first fluid flow path ; and characterized in that exhausted power fluid is flowed through the third fluid flow path and wellbore fluid is flowed through the second fluid flow path .
A heater comprising a resistance coil element, an insulating material surrounding the resistance coil element, a sheath surrounding the insulating material, a first conducting pin and a second conducting pin , wherein the resistance coil element includes a resistance body defining a first end portion connected to the first conducting pin and a second end portion connected to the second conducting pin ; characterized in that the resistance body defines a continuously variable pitch between the first end portion and the second end portion; wherein the continuously variable pitch provides a variable watt density such that a predetermined temperature profile is provided along the sheath.
A system for programming a spinal cord stimulator (10; 40) having a plurality of electrodes comprising an array , comprising: an external system (45; 50) comprising a non-transitory computer readable media containing instructions that when executed allows the external device to provide to the spinal cord stimulator (10; 40) a plurality of different sets of first stimulation parameters, wherein each first stimulation parameters set causes the spinal cord stimulator to form biphasic test pulses at at least two of the electrodes , wherein each biphasic test pulse comprises a first phase of a first polarity and a second phase of a second polarity opposite the first polarity, wherein the first and second pulse phases are both actively driven by stimulation circuitry in the spinal cord stimulator (10; 40), and wherein each first stimulation parameters set causes supra-perception stimulation to occur at different locations relative to the array ; wherein after determining a set of the first stimulation parameters that treats a pain symptom of the patient, the determined first stimulation parameters set corresponding to a therapy location relative to the array , the instructions when executed further allow the external device (45; 50) to provide to the spinal cord stimulator (10; 40) a set of second stimulation parameters to cause the spinal cord stimulator to form therapeutic pulses at at least two of the electrodes , wherein the second stimulation parameters set causes sub-perception stimulation to occur at the therapy location. an external system (45; 50) comprising a non-transitory computer readable media containing instructions that when executed allows the external device to provide to the spinal cord stimulator (10; 40) a plurality of different sets of first stimulation parameters, wherein each first stimulation parameters set causes the spinal cord stimulator to form biphasic test pulses at at least two of the electrodes , wherein each biphasic test pulse comprises a first phase of a first polarity and a second phase of a second polarity opposite the first polarity, wherein the first and second pulse phases are both actively driven by stimulation circuitry in the spinal cord stimulator (10; 40), and wherein each first stimulation parameters set causes supra-perception stimulation to occur at different locations relative to the array ; wherein after determining a set of the first stimulation parameters that treats a pain symptom of the patient, the determined first stimulation parameters set corresponding to a therapy location relative to the array , the instructions when executed further allow the external device (45; 50) to provide to the spinal cord stimulator (10; 40) a set of second stimulation parameters to cause the spinal cord stimulator to form therapeutic pulses at at least two of the electrodes , wherein the second stimulation parameters set causes sub-perception stimulation to occur at the therapy location.
A fire extinguisher comprising: a main dome surrounding an interior; an internal plate mounted inside the interior of the main dome , dividing the interior into an internal space housing agent and a secondary internal space , wherein the internal space housing agent and the secondary internal space are both pressurized above ambient, characterised in that the internal plate includes a burst disc configured to rupture when agent is discharged from the internal space housing agent to equalize pressure across the internal plate . a main dome surrounding an interior; an internal plate mounted inside the interior of the main dome , dividing the interior into an internal space housing agent and a secondary internal space , wherein the internal space housing agent and the secondary internal space are both pressurized above ambient, characterised in that the internal plate includes a burst disc configured to rupture when agent is discharged from the internal space housing agent to equalize pressure across the internal plate .
A Garcinia kola extract for use in inhibiting proteins glycation; said extract being rich in at least one biflavonoid selected from the group comprising GB1, GB1a, GB2 and kolaflavanone, i.e. comprising a total biflavonoid concentration of more than 5%, preferably more than 20%, preferably more than 40% biflavonoids expressed in GB2 equivalents, assayed by HPLC-UV at 290 nm.
An implant, comprising: a body including a substrate and a bone interfacing lattice disposed on the substrate; wherein the bone interfacing lattice includes at least two layers of elongate curved structural members; wherein the at least two layers of elongate curved structural members include a first layer adjacent the substrate and configured to receive bone ingrowth and a second layer adjacent the first layer and configured to receive bone ingrowth; wherein the first layer has a first deformability and the second layer has a second deformability; and wherein the second deformability is greater than the first deformability such that the second layer has a deformability that renders it configured to conform to an inner wall of a recess within a bone ; characterized in that an interface between the first layer and the second layer is a transition region having a thickness within which the elongate curved structural members of the first layer are intermingled with the elongate curved structural members of the second layer . a body including a substrate and a bone interfacing lattice disposed on the substrate; wherein the bone interfacing lattice includes at least two layers of elongate curved structural members; wherein the at least two layers of elongate curved structural members include a first layer adjacent the substrate and configured to receive bone ingrowth and a second layer adjacent the first layer and configured to receive bone ingrowth; wherein the first layer has a first deformability and the second layer has a second deformability; and wherein the second deformability is greater than the first deformability such that the second layer has a deformability that renders it configured to conform to an inner wall of a recess within a bone ; characterized in that an interface between the first layer and the second layer is a transition region having a thickness within which the elongate curved structural members of the first layer are intermingled with the elongate curved structural members of the second layer .
A system for melting materials during the production of a glass or ceramic material, the system comprising: a melt tank having an interior with a width and a length; and an electrode array (100 1 ) comprising a plurality of elongate electrodes each extending at least partially across the width of the interior of the melt tank in a direction substantially perpendicular to the length of the interior of the melt tank ; wherein each electrode within the electrode array (100 1 ) is spaced apart from an adjacent electrode within the electrode array (100 1 ) by from about 5 mm to 100 mm; wherein the electrode array is (100 1 ) configured such that during a heating operation, current flows between adjacent electrodes within the electrode array (100 1 ), such that heat is radiated from the electrodes to materials located within the interior of the melt tank . a melt tank having an interior with a width and a length; and an electrode array (100 1 ) comprising a plurality of elongate electrodes each extending at least partially across the width of the interior of the melt tank in a direction substantially perpendicular to the length of the interior of the melt tank ; wherein each electrode within the electrode array (100 1 ) is spaced apart from an adjacent electrode within the electrode array (100 1 ) by from about 5 mm to 100 mm; wherein the electrode array is (100 1 ) configured such that during a heating operation, current flows between adjacent electrodes within the electrode array (100 1 ), such that heat is radiated from the electrodes to materials located within the interior of the melt tank .
A method of preparing a sulfilimine of Formula (I), wherein X represents halogen, C 1 -C 4 alkyl or C 1 -C 4 haloalkyl; comprising, (a) mixing a solution cyanamide, a solution of hypochlorite, and a solvent in a first continuous loop reactor; (b) transferring the mixture of Step (a) into a second continuous loop reactor; (c) adding a sulfide of Formula (II) into the second continuous loop reactor which reacts with the mixture of Step (a) to form the sulfilimine, wherein X is as previously defined; and (d) decanting the aqueous phase giving an organic phase containing a sulfilimine of Formula (I). (a) mixing a solution cyanamide, a solution of hypochlorite, and a solvent in a first continuous loop reactor; (b) transferring the mixture of Step (a) into a second continuous loop reactor; (c) adding a sulfide of Formula (II) into the second continuous loop reactor which reacts with the mixture of Step (a) to form the sulfilimine, wherein X is as previously defined; and (d) decanting the aqueous phase giving an organic phase containing a sulfilimine of Formula (I).
Shoring adapter configured for spreading cargo loads, in particular heavy cargo loads, to be loaded on board of a transport aircraft, said shoring adapter comprising at least one base portion configured to be placed on a standardized aircraft cargo pallet and a cargo adapter portion configured to accommodate the cargo load, wherein in operation said cargo adapter portion is mounted on top of said at least one base portion , characterized in that said at least one base portion comprises a lower frame assembly , an upper frame assembly and at least one elastic support assembly , said at least one elastic support assembly being arranged between said lower frame assembly and said upper frame assembly such that, in operation, said upper frame assembly is elastically supported in a vertical direction by said at least one elastic support assembly on said lower frame assembly .
A software update device comprising: a communication unit connected with an electronic device that executes software; a wake-up receiving unit that, when receiving a wake-up request transmitted by a control unit within a server device from a wireless access point registered in advance, allows the communication unit to transition from a sleep state to a wake-up state, wherein when the communication unit transitioned to the wake-up state, the communication unit initiates wireless communication with the control unit , receives update software transmitted by the control unit from the wireless access point , and updates the software of the electronic device by the update software received. a communication unit connected with an electronic device that executes software; a wake-up receiving unit that, when receiving a wake-up request transmitted by a control unit within a server device from a wireless access point registered in advance, allows the communication unit to transition from a sleep state to a wake-up state, wherein when the communication unit transitioned to the wake-up state, the communication unit initiates wireless communication with the control unit , receives update software transmitted by the control unit from the wireless access point , and updates the software of the electronic device by the update software received.
Method for producing a thread on an in particular numerically controlled machine tool using a thread producing tool , the thread producing tool being rotated by a tool spindle in order to produce a thread in a bore , at the same time, the thread producing tool and the bore being moved toward or into one another according to the thread pitch, the speed of rotation (ω 1 ) of the thread producing tool being geared up with respect to the speed of rotation (ω 2 ) of the tool spindle by means of a gear transmission which acts between the tool spindle and the thread producing tool , is fixed in both directions of rotation and can be moved in the axial direction, characterized in that the gear transmission is fixed in the direction of rotation to a housing part on a torque support , but can be moved in the axial direction (A), the torque support comprising a guide rod which extends in the axial direction (A) and on which the housing part is supported, the guide rod having a first bore along its axis that widens toward a lower end to form a thread in which an adapter for receiving a coolant tube can be screwed, by means of which tube cooling medium can be conducted to the thread producing tool . at the same time, the thread producing tool and the bore being moved toward or into one another according to the thread pitch, the speed of rotation (ω 1 ) of the thread producing tool being geared up with respect to the speed of rotation (ω 2 ) of the tool spindle by means of a gear transmission which acts between the tool spindle and the thread producing tool , is fixed in both directions of rotation and can be moved in the axial direction, characterized in that the gear transmission is fixed in the direction of rotation to a housing part on a torque support , but can be moved in the axial direction (A), the torque support comprising a guide rod which extends in the axial direction (A) and on which the housing part is supported, the guide rod having a first bore along its axis that widens toward a lower end to form a thread in which an adapter for receiving a coolant tube can be screwed, by means of which tube cooling medium can be conducted to the thread producing tool .
Parking lock module for actuating a parking lock in a motor vehicle, having a housing , in which a positioning member for the actuation of the parking lock is movable between a locking position and an unlocking position and is selectively fixable in at least one of these positions relative to the housing by means of an arresting device , which arresting device has a detent element which interacts with the positioning member for this purpose, which detent element is movable at least by means of an electromagnetic actuator between an arresting position and a release position, wherein a sensor arrangement is provided which has at least one position detector , which is positionally fixed relative to the housing , and at least one position encoder , which, for the detection of the respective position, is operatively connected to the positioning member or to the detent element , characterized in that the electromagnetic actuator of the arresting device is activatable by means of a circuit board which is attached to the housing and which also bears the position detector of the sensor arrangement .
A method for reducing authentication signaling in a wireless network, comprising: identifying a plurality of access points in a network belonging to a group ; receiving an access request message from a first access point associated with a device being in range of the first access point ; and determining whether the device has been authenticated within the group ; characterized by determining whether the device is requesting data in the network; and, performing authentication of the device for data access in response to the device requesting data, and sending a proxy access accept message to the first access point in response to the device not requesting data and being authenticated with the group without communicating with an authentication server for authentication of the device . identifying a plurality of access points in a network belonging to a group ; receiving an access request message from a first access point associated with a device being in range of the first access point ; and determining whether the device has been authenticated within the group ; characterized by determining whether the device is requesting data in the network; and, performing authentication of the device for data access in response to the device requesting data, and sending a proxy access accept message to the first access point in response to the device not requesting data and being authenticated with the group without communicating with an authentication server for authentication of the device .
Surface-upgraded steel sheet composed of carbon steel and having a coating which is made up of at least one metallic anticorrosion layer (1.1) and at least one further layer (1.2) which is applied and material bonded to the metallic anticorrosion layer, characterized in that the at least one further layer (1.2) is a metallic layer or is formed from a metallic layer, where the metallic layer (1.2) is based on stainless steel, a chromium- and/or nickel-containing alloy, copper and/or a copper alloy, where the at least one metallic anticorrosion layer (1.1) is an anticorrosion layer based on zinc and/or aluminium and is textured.
A method of controlling an optical state of an optically switchable device, the method comprising: (a) receiving a voice command or a gesture command from a user, the voice command or gesture command conveying information for changing the optical state of the optically switchable device to a desired optical state; (b) using voice recognition or gesture recognition to convert the voice command or gesture command, respectively, into a text command, wherein (b) comprises using two or more dictionaries to convert the voice command or gesture command into the text command, wherein a first dictionary is used when converting a first portion of the voice command or gesture command, and a second dictionary is used when converting a second portion of the voice command or gesture command; (c) analyzing the text command from (b) to interpret the voice command or gesture command from the user in (a); and (d) executing the text command to cause the optically switchable device to transition to the desired optical state. (a) receiving a voice command or a gesture command from a user, the voice command or gesture command conveying information for changing the optical state of the optically switchable device to a desired optical state; (b) using voice recognition or gesture recognition to convert the voice command or gesture command, respectively, into a text command, wherein (b) comprises using two or more dictionaries to convert the voice command or gesture command into the text command, wherein a first dictionary is used when converting a first portion of the voice command or gesture command, and a second dictionary is used when converting a second portion of the voice command or gesture command; (c) analyzing the text command from (b) to interpret the voice command or gesture command from the user in (a); and (d) executing the text command to cause the optically switchable device to transition to the desired optical state.
A secondary battery , comprising a positive electrode plate, wherein the positive electrode plate comprises a positive electrode current collector and a positive electrode film layer that is disposed on the positive electrode current collector and that comprises a positive electrode active material, wherein the positive electrode active material comprises a first material and a second material, the first material contains lithium transition metal oxide, the second material contains lithium transition metal phosphate, the lithium transition metal phosphate comprises secondary particles formed by agglomeration of primary particles, and the second material has a lower discharge platform voltage than the first material with respect to a same type of counter electrode, wherein a median particle size by volume D v 50 of the second material, when determined as described in the application, ranges from 4 μm to 10 μm. the positive electrode active material comprises a first material and a second material, the first material contains lithium transition metal oxide, the second material contains lithium transition metal phosphate, the lithium transition metal phosphate comprises secondary particles formed by agglomeration of primary particles, and the second material has a lower discharge platform voltage than the first material with respect to a same type of counter electrode, wherein a median particle size by volume D v 50 of the second material, when determined as described in the application, ranges from 4 μm to 10 μm.