mhurhangee/patent-ind-claim-en huggingface dataset:
Method of controlling a distribution network comprising a first part and a second part , each of said parts (1a; 1b) comprising assets (3-7), said first part and said second part being selectively connected to each other into an interconnected state at a connection point (PCC), said distribution network further comprising a distribution network controller and a microgrid controller , the method comprises monitoring the distribution network , including electrical entities of the distribution network ; controlling the assets (3-7) of the distribution network based on the monitoring ; the controlling further includes controlling the assets (3-7) of the distribution network in the interconnected state in accordance with a first control mode , wherein each distribution network controller or microgrid controller controlling a respective first part or second part , the method further comprising selecting between - controlling the assets of the distribution network in the interconnected state in accordance with the first control mode , and - controlling the assets (3-7) of the distribution network in the interconnected state in accordance with a second control mode , in which the assets (3-7) of the first part and the assets (3-7) of the second part are controlled by the distribution network controller , wherein the microgrid controller is configured to provide a monitoring function of the second part and switch control mode if any electrical entity violates a corresponding threshold for that entity. the method comprises monitoring the distribution network , including electrical entities of the distribution network ; controlling the assets (3-7) of the distribution network based on the monitoring ; the controlling further includes controlling the assets (3-7) of the distribution network in the interconnected state in accordance with a first control mode , wherein each distribution network controller or microgrid controller controlling a respective first part or second part , - controlling the assets of the distribution network in the interconnected state in accordance with the first control mode , and - controlling the assets (3-7) of the distribution network in the interconnected state in accordance with a second control mode , in which the assets (3-7) of the first part and the assets (3-7) of the second part are controlled by the distribution network controller , wherein the microgrid controller is configured to provide a monitoring function of the second part and switch control mode if any electrical entity violates a corresponding threshold for that entity.
An in-vitro method of diagnosing a subject having a cancer selected from the group consisting of glioma, prostate cancer, acute lymphoblastic leukemia, myelodysplasia, and myelodysplastic syndrome, wherein the cancer is associated with: (a) the presence, distribution, or level of an IDH1 mutant enzyme that has 2-hydroxyglutarate neoactivity and has other than an Arg at residue 100; or (b) elevated levels of 2HG due to the presence of an IDH1 mutant enzyme that has 2HG neoactivity and has other than an Arg at residue 100, wherein said method comprises analyzing the presence, distribution, or level of 2HG in a tissue, bodily product, or bodily fluid of said subject by spectroscopy analysis and the presence of an IDH1 mutation having other than an Arg at residue 100 by sequencing genomic DNA or cDNA from an affected cell from said subject and wherein if the tissue, bodily product, or bodily fluid shows an increase in the presence, distribution or level of 2HG compared to a non-diseased tissue, bodily product or bodily fluid of the same type and the presence of an IDH1 mutation having other than an Arg at residue 100 is found by sequencing genomic DNA or cDNA from an affected cell, then the subject is diagnosed as having the cancer. (a) the presence, distribution, or level of an IDH1 mutant enzyme that has 2-hydroxyglutarate neoactivity and has other than an Arg at residue 100; or (b) elevated levels of 2HG due to the presence of an IDH1 mutant enzyme that has 2HG neoactivity and has other than an Arg at residue 100, wherein said method comprises analyzing the presence, distribution, or level of 2HG in a tissue, bodily product, or bodily fluid of said subject by spectroscopy analysis and the presence of an IDH1 mutation having other than an Arg at residue 100 by sequencing genomic DNA or cDNA from an affected cell from said subject and wherein if the tissue, bodily product, or bodily fluid shows an increase in the presence, distribution or level of 2HG compared to a non-diseased tissue, bodily product or bodily fluid of the same type and the presence of an IDH1 mutation having other than an Arg at residue 100 is found by sequencing genomic DNA or cDNA from an affected cell, then the subject is diagnosed as having the cancer.
Lock for a door of the rebated type, comprising - a containing box body (2;102), suitable for being housed in a cavity of said rebated door; - a latch (3; 3'; 3") that is movable between an extracted position (E) and a retracted position (R) in said box body (2; 102); - driving means (4; 104; 204) movable, by means of a control handle, along an opening direction (D A ) to move said latch (3; 3'; 3") from said extracted position (E) to said retracted position (R), - said driving means (4; 104; 204) being movable, by a key-locking-member , along a locking direction (D B ) opposite said opening direction (D A ), to reach a disengaged position (P D ) in which said driving means (4; 104; 204) are not engageable by said control handle, thus preventing the driving of said latch (3; 3'; 3"), - said driving means (4; 104; 204) comprise locking means shaped for locking said latch (3;3'; 3") in said extracted position (E), preventing forced movement thereof from the outside to said retracted position (R), when said driving means (4; 104; 204) are in said disengaged position (P D ) from said control handle, CHARACTERISED IN THAT said driving means are defined by a cursor-element (4; 104; 204) that is geometrically configured to enable an optional bolt to be fitted in said box body (2; 102), said cursor-element (4; 104; 204) being provided with protrusion means for driving and locking said optional bolt . - a containing box body (2;102), suitable for being housed in a cavity of said rebated door; - a latch (3; 3'; 3") that is movable between an extracted position (E) and a retracted position (R) in said box body (2; 102); - driving means (4; 104; 204) movable, by means of a control handle, along an opening direction (D A ) to move said latch (3; 3'; 3") from said extracted position (E) to said retracted position (R), - said driving means (4; 104; 204) being movable, by a key-locking-member , along a locking direction (D B ) opposite said opening direction (D A ), to reach a disengaged position (P D ) in which said driving means (4; 104; 204) are not engageable by said control handle, thus preventing the driving of said latch (3; 3'; 3"), - said driving means (4; 104; 204) comprise locking means shaped for locking said latch (3;3'; 3") in said extracted position (E), preventing forced movement thereof from the outside to said retracted position (R), when said driving means (4; 104; 204) are in said disengaged position (P D ) from said control handle, CHARACTERISED IN THAT said driving means are defined by a cursor-element (4; 104; 204) that is geometrically configured to enable an optional bolt to be fitted in said box body (2; 102), said cursor-element (4; 104; 204) being provided with protrusion means for driving and locking said optional bolt .
Method of testing a rechargeable battery connected to a DC bus of a converter of a power supply system comprising a control system for controlling power transfer between a power source , the rechargeable battery and a load connected to the DC bus , the method comprising the steps of: - setting a test discharge current (I4d) for the rechargeable battery to be used during the test; - setting a test end voltage (Vend) for the rechargeable battery to be used during the test; - at a first point in time (T0), starting a test run measuring a current from the rechargeable battery and a voltage (V4) over the rechargeable battery ; - at a second point in time (Tend), when the measured battery voltage (V4) becomes equal to the test end voltage (Vend), terminating the test run; and - registering the time period elapsed between the first point in time (T0) and the second point in time (Tend) as a measure of the status of the rechargeable battery ; - bringing the converter to deliver an output voltage (V11) which is lower than the battery voltage (V4), thereby causing the rechargeable battery to supply power to the load ; characterised in that, during the test run, the method comprises the step of: - bringing the converter to control at least one of the converter output voltage (V11) and the converter output current (I11) so that the battery current is kept within a predetermined range of the test discharge current (I4d). - setting a test discharge current (I4d) for the rechargeable battery to be used during the test; - setting a test end voltage (Vend) for the rechargeable battery to be used during the test; - at a first point in time (T0), starting a test run measuring a current from the rechargeable battery and a voltage (V4) over the rechargeable battery ; - at a second point in time (Tend), when the measured battery voltage (V4) becomes equal to the test end voltage (Vend), terminating the test run; and - registering the time period elapsed between the first point in time (T0) and the second point in time (Tend) as a measure of the status of the rechargeable battery ; - bringing the converter to deliver an output voltage (V11) which is lower than the battery voltage (V4), thereby causing the rechargeable battery to supply power to the load ; - bringing the converter to control at least one of the converter output voltage (V11) and the converter output current (I11) so that the battery current is kept within a predetermined range of the test discharge current (I4d).
A data transmission method for a terminal, wherein the terminal comprises one or more physical network interface cards, one physical network interface card is corresponding to multiple virtual network interface cards, the multiple virtual network interface cards are in a one-to-one correspondence with multiple ports, the multiple ports comprise a first port and a second port set, the second port set comprises one or more ports, the terminal is located within a service coverage area of a first access node and a service coverage area of an access node in a candidate access node set, the first access node and the access node in the candidate access node set belong to a same type of wireless network, and the candidate access node set comprises at least one access node; and the method comprises: exchanging, by the terminal, data of an application on the terminal with a server through the first port by using the first access node; accessing one access node in the candidate access node set through an enabled port in the second port set when one port in the second port set is in an enabled state; or accessing at least one access node in the candidate access node set one-to-one through at least one port of multiple enabled ports in the second port set when multiple ports in the second port set are in an enabled state; and exchanging, based on Multipath TCP, MPTCP, data of the application with the server through an enabled port by using an access node corresponding to the enabled port, wherein the Multipath TCP is used for distributing data to a data link corresponding to the access node. exchanging, by the terminal, data of an application on the terminal with a server through the first port by using the first access node; accessing one access node in the candidate access node set through an enabled port in the second port set when one port in the second port set is in an enabled state; or accessing at least one access node in the candidate access node set one-to-one through at least one port of multiple enabled ports in the second port set when multiple ports in the second port set are in an enabled state; and exchanging, based on Multipath TCP, MPTCP, data of the application with the server through an enabled port by using an access node corresponding to the enabled port, wherein the Multipath TCP is used for distributing data to a data link corresponding to the access node.
A battery housing comprising: - two end portions , two side portions , a top portion , and a bottom portion ; - a frame portion having a first material with a first thermal conductivity; and - a metal base coupled to the frame portion , the metal base having a second thermal conductivity greater than the first thermal conductivity, wherein the metal base is attached to the bottom portion of the battery housing . - two end portions , two side portions , a top portion , and a bottom portion ; - a frame portion having a first material with a first thermal conductivity; and - a metal base coupled to the frame portion , the metal base having a second thermal conductivity greater than the first thermal conductivity,
A swing-sliding door for a vehicle, in particular for a vehicle for public transport, having fastening means for fastening the swing-sliding door to the vehicle and having a door wing , which is displaceable between a closed position and an open position through intermediate positions , having a door wing displacement device for displacing the door wings , wherein the door wing displacement device comprises a controllable actuator and a guide element that is adjustable by means of the controllable actuator and by adjusting the adjustable guide element the open position and/or the intermediate positions of the door wing are variable, wherein the door wing displacement device includes a door wing guide , and the door wing guide includes a rotation guide , which guides a rotation movement of the door wing and which comprises a rotation guide track , wherein the adjustable guide element is part of the rotation guide, wherein through the actuator the course of the rotation guide track is variable. having a door wing displacement device for displacing the door wings , wherein the door wing displacement device comprises a controllable actuator and a guide element that is adjustable by means of the controllable actuator and by adjusting the adjustable guide element the open position and/or the intermediate positions of the door wing are variable, wherein the door wing displacement device includes a door wing guide , and the door wing guide includes a rotation guide , which guides a rotation movement of the door wing and which comprises a rotation guide track , wherein the adjustable guide element is part of the rotation guide, wherein through the actuator the course of the rotation guide track is variable.
A weft-knitted spacer fabric, which consists of an upper surface layer , intermediate spacer yarns , and a lower surface layer , wherein both of the upper surface layer and the lower surface layer use two yarns, non-elastic and elastic yarns, and there are tucks formed by the spacer yarns between the upper and lower surface layers, so that the upper surface is connected with the lower surface layer to form a three-dimensional structure in an integrated manner, characterized in that by selectively using a tuck with a different connecting distance in a local region than other regions and by the action of the elastic yarns in the upper and lower surface layers , the thickness of the local region is changed.
Apparatus suitable for drying bulk material, comprising a rolling container having a perforated bottom , an air heater and an air inlet conduit connected with said air heater , wherein the perforated bottom has the form of a roof made up of two inclined perforated plates , wherein the vertex of the perforated bottom extends in the longitudinal direction of said rolling container and wherein said air inlet conduit consists of a groove formed in a floor supporting the rolling container , characterized in that said groove extends over the length of the rolling container below the vertex of the perforated bottom having the form of a roof and building together with the groove a unit sealed to the outside by means of labyrinth glands between said container and the fixed floor on both sides of the groove
An ophthalmic miotic agent for use in treating impaired visual acuity and lowering the incidence of at least one adverse effect associated with application of the miotic agent to the eye of a subject, in combination with at least one methylated xanthine or pharmaceutically acceptable salt or ester thereof, wherein said combination is formulated for topical application and applied to at least one eyelid of the subject; and wherein the at least one adverse effect is selected from miosis and myopia.
A measuring cartridge mountable on a measuring device that is rotatable about a rotating shaft , the measuring cartridge comprising: a sample input port for inputting a blood sample; a separation chamber for separating the blood sample into a blood cell component and a plasma component by utilizing centrifugal force through rotation about the rotating shaft , comprising a first storage part , and a second storage part arranged in a direction away from the rotating shaft relative to the first storage part and having a width in an rotation direction around the rotating shaft larger than that of the first storage part ; the first storage part is disposed at a position biased relative to the second storage part in the rotation direction, a receiving chamber for containing the plasma component; and a flow path connected to an inner wall of at least one of the first storage part and the second storage part; wherein the flow path comprises a first flow path for moving the blood sample introduced through the sample input port to the separation chamber , and a second flow path for moving the plasma component separated in the separation chamber by a capillary phenomenon. a sample input port for inputting a blood sample; a separation chamber for separating the blood sample into a blood cell component and a plasma component by utilizing centrifugal force through rotation about the rotating shaft , comprising a first storage part , and a second storage part arranged in a direction away from the rotating shaft relative to the first storage part and having a width in an rotation direction around the rotating shaft larger than that of the first storage part ; the first storage part is disposed at a position biased relative to the second storage part in the rotation direction, a receiving chamber for containing the plasma component; and a flow path connected to an inner wall of at least one of the first storage part and the second storage part; wherein the flow path comprises a first flow path for moving the blood sample introduced through the sample input port to the separation chamber , and a second flow path for moving the plasma component separated in the separation chamber by a capillary phenomenon.
A lorry comprising: - a chassis ; - a subframe , which is mounted to the chassis and which has a weakened section at its front end due to a recess provided on the underside of the subframe at the front end thereof that is intended to face the driver's cabin of the lorry, this weakened section having a reduced strength as compared to an adjacent section of the subframe ; and - a loader crane , which is provided with a crane base mounted to the subframe at the front end thereof, the crane base being secured to the subframe by at least a non-yielding first bolted joint and a non-yielding second bolted joint which are arranged on opposite sides of the subframe and configured to form a stiff connection between the crane base and the subframe so that the weakened section of the subframe is reinforced by the crane base , wherein each one of these bolted joints comprises several bolts distributed in the longitudinal direction of the subframe . - a chassis ; - a subframe , which is mounted to the chassis and which has a weakened section at its front end due to a recess provided on the underside of the subframe at the front end thereof that is intended to face the driver's cabin of the lorry, this weakened section having a reduced strength as compared to an adjacent section of the subframe ; and - a loader crane , which is provided with a crane base mounted to the subframe at the front end thereof, the crane base being secured to the subframe by at least a non-yielding first bolted joint and a non-yielding second bolted joint which are arranged on opposite sides of the subframe and configured to form a stiff connection between the crane base and the subframe so that the weakened section of the subframe is reinforced by the crane base , wherein each one of these bolted joints comprises several bolts distributed in the longitudinal direction of the subframe .
A lighting package , comprising: one or more solid state light sources on a submount ; a wavelength conversion material layer covering said solid state light sources and a top surface of said submount ; and an encapsulant over said submount , over said solid state light sources , and over at least a part of the wavelength conversion material layer , said encapsulant having a top surface and one or more planar side surfaces, wherein said planar side surfaces cause reflection of at least some light from said light sources, characterized in that an area of the top surface of said encapsulant is smaller than an area of a bottom of said encapsulant . one or more solid state light sources on a submount ; a wavelength conversion material layer covering said solid state light sources and a top surface of said submount ; and an encapsulant over said submount , over said solid state light sources , and over at least a part of the wavelength conversion material layer , said encapsulant having a top surface and one or more planar side surfaces, wherein said planar side surfaces cause reflection of at least some light from said light sources, characterized in that an area of the top surface of said encapsulant is smaller than an area of a bottom of said encapsulant .
A method of flight path planning of Unmanned Aerial Vehicles UAV using flying routes of birds, the method comprising steps of: a. multiple recording devices recording multiple pieces of flight data when the birds with the multiple recording devices respectively installed thereon fly from a first designated point to a second designated point, wherein each of the multiple recording devices is an electronic foot ring; b. the analyzing device collecting and grouping the multiple pieces of flight data recorded by the recording devices at the respective data-recording points to generate the multiple flying tracks and selecting one of the multiple flying tracks as an optimal flight path; and c. the analyzing device inputting the optimal flight path to a UAV so that the UAV is controlled to fly according to the optimal flight path. a. multiple recording devices recording multiple pieces of flight data when the birds with the multiple recording devices respectively installed thereon fly from a first designated point to a second designated point, wherein each of the multiple recording devices is an electronic foot ring; b. the analyzing device collecting and grouping the multiple pieces of flight data recorded by the recording devices at the respective data-recording points to generate the multiple flying tracks and selecting one of the multiple flying tracks as an optimal flight path; and