mhurhangee/patent-ind-claim-en huggingface dataset:
An energy storage device, consisting of interface power terminals , rechargeable current source , first half-bridge , second half-bridge , inductor with an inductor's current sensor , and control unit; each half-bridge comprises first switching device, second switching device, control input, positive terminal, negative terminal, and toggle terminal, wherein the positive terminal is linked to the toggle terminal via the first switching device, the toggle terminal is linked to the negative terminal via the second switching device; the first half-bridge is connected in parallel to the rechargeable current source by positive and negative terminals, the negative terminal of the first half-bridge is connected to the negative terminal of the second half-bridge , the toggle terminal of the first half-bridge is connected to the toggle terminal of the second half-bridge by the inductor , the positive and negative terminals of the second half-bridge are the interface power terminals ; characterized in that the control unit has a reference input and contains first Schmitt trigger , second Schmitt trigger , and summation circuit ; the summation circuit has first input, second input, and output; the first input of the summation circuit is connected to the output of the inductor's current sensor , where the voltage signal at the output of the inductor's current sensor is a function of the inductor's current; the second input of the summation circuit is the reference input of the control unit; the output of the summation circuit is connected to the input of the first Schmitt trigger and is connected to the input of the second Schmitt trigger , the output of the first Schmitt trigger is connected to the control input (TS1) of the first half-bridge , the output of the second Schmitt trigger is connected to the control input (TS2) of the second half-bridge ; each half-bridge is designed to connect its toggle terminal to its positive terminal based on signal H at its control input; each half-bridge is designed to connect its toggle terminal to its negative terminal based on signal L at its control input; the first Schmitt trigger has threshold levels U 1 and U 2 of switching outputs in H and L states respectively, the second Schmitt trigger has threshold levels U 3 and U 4 of switching outputs in H and L states respectively; the threshold levels of Schmitt triggers satisfy inequalities: U 4 < U 1 < U 2 , U 4 < U 3 < U 2 , if the output signal of the inductor's current sensor is accepted as positive, when the inductor's current flows in the direction from the toggle terminal of the first half-bridge to the toggle terminal of the second half-bridge ; the threshold levels of Schmitt triggers satisfy inequalities: U 4 > U 1 > U 2 , U 4 > U 3 > U 2 , if the output signal of the inductor's current sensor is accepted as positive, when the inductor's current flows in the direction from the toggle terminal of the second half-bridge to the toggle terminal of the first half-bridge .
A method of cleaning a recoater of an additive manufacturing machine , comprising: installing a cleaning fixture into the additive manufacturing machine , the cleaning fixture including one or more cleaning elements ; installing the cleaning fixture via a build plate of the additive manufacturing machine; advancing the recoater into contact with the one or more cleaning elements ; and rotating the recoater about a recoater axis thus dislodging material from a recoater outer surface due to frictional contact with the one or more cleaning elements . installing a cleaning fixture into the additive manufacturing machine , the cleaning fixture including one or more cleaning elements ; installing the cleaning fixture via a build plate of the additive manufacturing machine; advancing the recoater into contact with the one or more cleaning elements ; and rotating the recoater about a recoater axis thus dislodging material from a recoater outer surface due to frictional contact with the one or more cleaning elements .
A battery cell having a structure in which outer circumferential sides of a cell case are sealed by heat fusion in a state in which an electrode assembly including a cathode, an anode, and a separator is housed in a cell case together with an electrolyte solution, wherein the electrode assembly and the cell case have a structure in which both end parts at positions opposite to each other are together curved in the same direction so that a curved surface is formed on an outer surface of the battery cell, and characterized in that at least one of the heat-fused outer circumferential sides of the cell case is curved to adhere to a curved surface while forming an inner surface.
Electric assembly for assembly on a top-hat rail , comprising: - an electric power supply component ; - a multilayer carrier , comprising a metal plate , a conductor path layer for electrically contacting the electric power supply component and an electric insulation layer which is arranged between the metal plate and the conductor path layer , wherein the electric insulation layer is a thermally conductive dielectric layer; wherein - the electric power supply component is connected to the metal plate in a thermally conductive manner in order to dissipate thermal energy from the electric power supply component ; and comprising - a cooling element in order to dissipate thermal energy from the electric power supply component , which is formed integrally and in a material uniform manner from fiber-reinforced plastic, wherein the cooling element is configured as a housing section of a housing for housing the power supply component , wherein the housing section of the housing is connected to the metal plate in a thermally conductive manner. - an electric power supply component ; - a multilayer carrier , comprising a metal plate , a conductor path layer for electrically contacting the electric power supply component and an electric insulation layer which is arranged between the metal plate and the conductor path layer , wherein the electric insulation layer is a thermally conductive dielectric layer; wherein - the electric power supply component is connected to the metal plate in a thermally conductive manner in order to dissipate thermal energy from the electric power supply component ; and comprising - a cooling element in order to dissipate thermal energy from the electric power supply component , which is formed integrally and in a material uniform manner from fiber-reinforced plastic, wherein the cooling element is configured as a housing section of a housing for housing the power supply component , wherein the housing section of the housing is connected to the metal plate in a thermally conductive manner.
A method comprising: receiving , by a computing device associated with a first network, from an application or service server, and via a second network, quality of service, QoS, information, wherein the QoS information associates an application or service with one or more QoS flow identifiers, QFIs, and wherein the computing device is configured to operate as a QoS management function, QMF, and a Network Exposure Function, NEF; generating , based on the QoS information, a QoS profile that indicates the one or more QFIs; determining that the QoS profile is associated with a user device based on an indication of a PDU session established for the user device and associated with the transportation of data for the application or service, sending the QoS profile to the user device via the first network, receiving from the user device, via the first network, a selected QFI from the one or more QFIs, and sending , by the computing device, a request to modify the PDU session, wherein the request to modify the PDU session indicates the selected QFI, and wherein the request to modify the PDU session is configured to cause performance of a procedure for modifying, based on the selected QFI, the PDU session. receiving , by a computing device associated with a first network, from an application or service server, and via a second network, quality of service, QoS, information, wherein the QoS information associates an application or service with one or more QoS flow identifiers, QFIs, and wherein the computing device is configured to operate as a QoS management function, QMF, and a Network Exposure Function, NEF; generating , based on the QoS information, a QoS profile that indicates the one or more QFIs; determining that the QoS profile is associated with a user device based on an indication of a PDU session established for the user device and associated with the transportation of data for the application or service, sending the QoS profile to the user device via the first network, receiving from the user device, via the first network, a selected QFI from the one or more QFIs, and sending , by the computing device, a request to modify the PDU session, wherein the request to modify the PDU session indicates the selected QFI, and wherein the request to modify the PDU session is configured to cause performance of a procedure for modifying, based on the selected QFI, the PDU session.
A device for generating navigation instructions for display on a display device of a portable navigation device , the device comprising: means for accessing a repository storing digital map data pertaining to a navigable network along which the navigation device can travel; and means for generating, for display on the display device, a three-dimensional perspective view of a model representative of the map data as though from a camera positioned at an elevation (z) and pitch angle behind a current position of the portable navigation device, wherein the position of the camera is continuously updated to follow the device as it travels along a planned route through the navigable network; means for generating, in response to detecting that the current position of the navigation device is closer than a predetermined distance to a decision point in the planned route, a fast forward preview of the upcoming decision point by advancing the position of the camera for the three-dimensional perspective view continuously along the planned route at a speed faster than the rate of travel of the current position of the device such that the current position of the device is no longer visible in the preview, wherein the elevation (z) of the camera and/or the pitch angle of the camera are changed during the fast forward preview, and wherein the pitch angle and elevation of the camera are changed back once the camera resumes tracking the current position of the device when the current position of the device catches up with the camera at the decision point. means for accessing a repository storing digital map data pertaining to a navigable network along which the navigation device can travel; and means for generating, for display on the display device, a three-dimensional perspective view of a model representative of the map data as though from a camera positioned at an elevation (z) and pitch angle behind a current position of the portable navigation device, wherein the position of the camera is continuously updated to follow the device as it travels along a planned route through the navigable network; means for generating, in response to detecting that the current position of the navigation device is closer than a predetermined distance to a decision point in the planned route, a fast forward preview of the upcoming decision point by advancing the position of the camera for the three-dimensional perspective view continuously along the planned route at a speed faster than the rate of travel of the current position of the device such that the current position of the device is no longer visible in the preview, wherein the elevation (z) of the camera and/or the pitch angle of the camera are changed during the fast forward preview, and wherein the pitch angle and elevation of the camera are changed back once the camera resumes tracking the current position of the device when the current position of the device catches up with the camera at the decision point.
Cutting portion for a drill bit, which is rotatable in a direction of rotation about an axis of rotation , comprising: • a ring portion , • one or more cutting elements , which are fastened at a first end of the ring portion , and • a plug-in element , which is connected to the ring portion at an end facing away from the cutting elements and has at least one slot-shaped recess with a transverse slot and a connecting slot , wherein the transverse slot is arranged perpendicularly to the axis of rotation and is connected to a top edge of the plug-in element via the connecting slot , wherein there is an annular abutment shoulder at the transition from the ring portion to the plug-in element and the plug-in element comprises an outer lateral surface , an inner lateral surface and an end face , characterized in that the at least one slot-shaped recess extends from the outer lateral surface to the inner lateral surface and the plug-in element has a groove which is arranged at the level of the slot-shaped recesses in a direction parallel to the axis of rotation . • a ring portion , • one or more cutting elements , which are fastened at a first end of the ring portion , and • a plug-in element , which is connected to the ring portion at an end facing away from the cutting elements and has at least one slot-shaped recess with a transverse slot and a connecting slot , wherein the transverse slot is arranged perpendicularly to the axis of rotation and is connected to a top edge of the plug-in element via the connecting slot , wherein there is an annular abutment shoulder at the transition from the ring portion to the plug-in element and the plug-in element comprises an outer lateral surface , an inner lateral surface and an end face , characterized in that the at least one slot-shaped recess extends from the outer lateral surface to the inner lateral surface and the plug-in element has a groove which is arranged at the level of the slot-shaped recesses in a direction parallel to the axis of rotation .
A stamping-face plate holder comprising: a plate holding member which has a positioning recess which detachably holds a stamping-face plate , the stamping-face plate including a porous material suitable to be impregnated with ink characterized in that the plate holding member includes a top paper board ; the surface of the top paper board and the top surface and sides of the stamping-face plate exposing from the positioning recess of the top paper board are covered with a film ; and the film is bonded to said surface of the top paper board with an adhesive sheet . a plate holding member which has a positioning recess which detachably holds a stamping-face plate , the stamping-face plate including a porous material suitable to be impregnated with ink characterized in that the plate holding member includes a top paper board ; the surface of the top paper board and the top surface and sides of the stamping-face plate exposing from the positioning recess of the top paper board are covered with a film ; and the film is bonded to said surface of the top paper board with an adhesive sheet .
Screw press device having a first screw press , which has a first press screw housing , a first press screw that is rotatably mounted in the first press screw housing , a first inlet and a first outlet , at least one second screw press , which has a second press screw housing , a second press screw that is rotatably mounted in the second press screw housing , a second inlet that is coupled to the first outlet and a second outlet , and a drive device for the rotational drive of the first and second press screws , which is designed to drive the first and second press screws , optionally at different rotational speeds, characterised in that the screw press device has a rotational speed control device , which has a sensor , which measures a physical quantity that is required by the drive device for driving the first press screw , wherein the physical quantity is a power or an electrical current, and the rotational speed control device uses the physical quantity measured by the sensor as a measure of the pressure of the material inside the first press screw housing adjacent to the first outlet and sets the second press screw to a rotational speed at which, in the case that the physical quantity measured by the sensor exceeds a predetermined threshold value above the rotational speed of the first press screw , and in the case that the physical quantity measured by the sensor falls below the predetermined threshold value below the rotational speed of the first press screw , the second press screw then runs slower than the first press screw . a first screw press , which has a first press screw housing , a first press screw that is rotatably mounted in the first press screw housing , a first inlet and a first outlet , at least one second screw press , which has a second press screw housing , a second press screw that is rotatably mounted in the second press screw housing , a second inlet that is coupled to the first outlet and a second outlet , and a drive device for the rotational drive of the first and second press screws , which is designed to drive the first and second press screws , optionally at different rotational speeds, characterised in that the screw press device has a rotational speed control device , which has a sensor , which measures a physical quantity that is required by the drive device for driving the first press screw , wherein the physical quantity is a power or an electrical current, and the rotational speed control device uses the physical quantity measured by the sensor as a measure of the pressure of the material inside the first press screw housing adjacent to the first outlet and sets the second press screw to a rotational speed at which, in the case that the physical quantity measured by the sensor exceeds a predetermined threshold value above the rotational speed of the first press screw , and in the case that the physical quantity measured by the sensor falls below the predetermined threshold value below the rotational speed of the first press screw , the second press screw then runs slower than the first press screw .
A fuel for use in a combustion chamber of a direct-injection, compression ignition or diesel type engine, the fuel including carbonaceous particles suspended in an aqueous solvent, characterised in that the fuel has a viscosity that is greater than or equal to 1000 mPa.s at 25 °C for shear rates of up to 750/s and greater than or equal to 4000 mPa.s at 25 °C at a shear rate of 1/s, and wherein the mass fraction of the carbonaceous particles in the fuel is greater than or equal to 45 wt%.
A botanical disinfection composition, characterized by comprising the following raw materials in parts by weight: 0.5-1.0 part of tea tree essential oil, 0.5-1.0 part of niaouli essential oil, 0.5-1.0 part of palmarosa essential oil, 0.5-1.0 part of lemon mint essential oil, and 0.3-0.8 part of lemon myrtle essential oil or litsea cubeba essential oil. 0.5-1.0 part of tea tree essential oil, 0.5-1.0 part of niaouli essential oil, 0.5-1.0 part of palmarosa essential oil, 0.5-1.0 part of lemon mint essential oil, and 0.3-0.8 part of lemon myrtle essential oil or litsea cubeba essential oil.
A controller for removing fluid from a cart in an assembly line grow pod , the controller comprising: one or more processors ; one or more memory modules ; and machine readable instructions stored in the one or more memory modules that, when executed by the one or more processors, cause the controller to: instruct the cart to move on a track ; characterized in that the machine readable instructions stored in the one or more memory modules, when executed by the one or more processors, cause the controller to determine whether fluid in the cart needs to be removed based on sensor data from a fluid sensor , said sensor data indicating a level of water in one or more cells of the cart; operate a fluid removal manifold to align one or more nozzles of the fluid removal manifold with one or more of the cells of the cart in response to determination that the fluid in the cart needs to be removed; and instruct the fluid removal manifold to remove fluid from the one or more cells of the cart through the one or more nozzles of the fluid removal manifold. one or more processors ; one or more memory modules ; and machine readable instructions stored in the one or more memory modules that, when executed by the one or more processors, cause the controller to: instruct the cart to move on a track ; characterized in that the machine readable instructions stored in the one or more memory modules, when executed by the one or more processors, cause the controller to determine whether fluid in the cart needs to be removed based on sensor data from a fluid sensor , said sensor data indicating a level of water in one or more cells of the cart; operate a fluid removal manifold to align one or more nozzles of the fluid removal manifold with one or more of the cells of the cart in response to determination that the fluid in the cart needs to be removed; and instruct the fluid removal manifold to remove fluid from the one or more cells of the cart through the one or more nozzles of the fluid removal manifold. instruct the cart to move on a track ; characterized in that the machine readable instructions stored in the one or more memory modules, when executed by the one or more processors, cause the controller to determine whether fluid in the cart needs to be removed based on sensor data from a fluid sensor , said sensor data indicating a level of water in one or more cells of the cart; operate a fluid removal manifold to align one or more nozzles of the fluid removal manifold with one or more of the cells of the cart in response to determination that the fluid in the cart needs to be removed; and instruct the fluid removal manifold to remove fluid from the one or more cells of the cart through the one or more nozzles of the fluid removal manifold.