mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a dual-active-bndge, DAB, converter having a transformer , a first H-bridge coupled to a primary winding of the transformer and adapted to be controlled by first control signals, and a second H-bridge coupled to a secondary winding of the transformer and adapted to be controlled by second control signals; a controller adapted to provide the first control signals to the first H-bridge for a two-level voltage waveform or a three-level voltage waveform in the primary winding, the controller being further adapted to provide the second control signals to the second H-bridge for a two-level voltage waveform or a three-level voltage waveform in the secondary winding; and a load coupled to the second H-bridge of the DAB converter and having a power consumption, wherein, in a dual-phase-shift, DPS, mode of operation, the controller is configured to cause a two-level voltage waveform in at least one of the primary winding and the secondary winding, and wherein, in a triple-phase-shift, TPS, mode of operation, the controller is configured to cause a three-level voltage waveform in each of the primary winding and the secondary winding, characterised in that the controller is operable to cause a transition from the TPS mode of operation to the DPS mode of operation in response to an expected power output of the DAB converter in the TPS mode of operation being equal to an expected power output of the DAB converter in the DPS mode of operation in combination with a detected increase in the power consumption of the load . a dual-active-bndge, DAB, converter having a transformer , a first H-bridge coupled to a primary winding of the transformer and adapted to be controlled by first control signals, and a second H-bridge coupled to a secondary winding of the transformer and adapted to be controlled by second control signals; a controller adapted to provide the first control signals to the first H-bridge for a two-level voltage waveform or a three-level voltage waveform in the primary winding, the controller being further adapted to provide the second control signals to the second H-bridge for a two-level voltage waveform or a three-level voltage waveform in the secondary winding; and a load coupled to the second H-bridge of the DAB converter and having a power consumption, wherein, in a dual-phase-shift, DPS, mode of operation, the controller is configured to cause a two-level voltage waveform in at least one of the primary winding and the secondary winding, and wherein, in a triple-phase-shift, TPS, mode of operation, the controller is configured to cause a three-level voltage waveform in each of the primary winding and the secondary winding, characterised in that the controller is operable to cause a transition from the TPS mode of operation to the DPS mode of operation in response to an expected power output of the DAB converter in the TPS mode of operation being equal to an expected power output of the DAB converter in the DPS mode of operation in combination with a detected increase in the power consumption of the load .
A method comprising: mixing a carbon powder and a resin powder to form a dry powder mixture ; depositing the dry powder mixture on a surface of a fiber preform comprising a plurality of fiber layers stacked on one another, wherein the fiber preform comprises a plurality of fibers and defines interstitial spaces between the plurality of fibers; vibrating the fiber preform to allow the dry powder mixture to infiltrate the interstitial spaces between the plurality of fibers of the fiber preform to form an infiltrated preform, wherein the powder mixture is electrostatically charged to prevent the production of dust, wherein vibrating the fiber preform comprises vibrating the fiber preform at a vibration frequency between 25 hertz (Hz) and 200 Hz and wherein, vibrating the fiber preform comprises vibrating the fiber preform with a shaker table. mixing a carbon powder and a resin powder to form a dry powder mixture ; depositing the dry powder mixture on a surface of a fiber preform comprising a plurality of fiber layers stacked on one another, wherein the fiber preform comprises a plurality of fibers and defines interstitial spaces between the plurality of fibers; vibrating the fiber preform to allow the dry powder mixture to infiltrate the interstitial spaces between the plurality of fibers of the fiber preform to form an infiltrated preform, wherein the powder mixture is electrostatically charged to prevent the production of dust, wherein vibrating the fiber preform comprises vibrating the fiber preform at a vibration frequency between 25 hertz (Hz) and 200 Hz and wherein, vibrating the fiber preform comprises vibrating the fiber preform with a shaker table.
A medical Pt-W alloy, comprising 10 mass% or more and 15 mass% or less of W, with the balance being Pt and inevitable impurities, wherein a Zr content measured by glow discharge mass spectrometry (GD-MS analysis) is 10 ppm or more and 800 ppm or less, a Ca content measured by glow discharge mass spectrometry (GD-MS analysis) is 250 ppm or less, the inevitable impurities are Mg, Al, Si, Ni, Ti, Fe, Cu, Ag, Au, Y, Ir, Pd, Ru, and Rh, and a total content of the inevitable impurities is 0.5% by mass or less. wherein a Zr content measured by glow discharge mass spectrometry (GD-MS analysis) is 10 ppm or more and 800 ppm or less, a Ca content measured by glow discharge mass spectrometry (GD-MS analysis) is 250 ppm or less, the inevitable impurities are Mg, Al, Si, Ni, Ti, Fe, Cu, Ag, Au, Y, Ir, Pd, Ru, and Rh, and a total content of the inevitable impurities is 0.5% by mass or less.
A cargo container comprising one or more fire detectors adapted to detect fire conditions, one or more containers adapted to release an extinguishing agent and a control system adapted to transmit a control signal adapted to control the release of the extinguishing agent, wherein: the one or more fire detectors are adapted to detect a presence of a fire condition in the cargo container , characterized in that the control system is adapted to transmit a control signal adapted to release a first discharge of an extinguishing agent in the cargo container in response to the cargo container being in a depressurized state after the detection of the presence of a fire condition in the cargo container .
A method to be executed by a function in a self-organizing network (SON) system for automated network management in a communication network, the method comprising: while a SON function of the SON system is operating (S31) according to a task assigned to the SON function : detecting (S32) a problem associated with operating (S31) according to the task, characterized in that the method further comprises: indicating (S33) the problem to a SON operation diagnosis function of the SON system to decide (S43) on an action to take based on the indication and additional information. detecting (S32) a problem associated with operating (S31) according to the task, characterized in that the method further comprises: indicating (S33) the problem to a SON operation diagnosis function of the SON system to decide (S43) on an action to take based on the indication and additional information.
A complex having the formula (PI)(Cp)TiL 2 , wherein: I) PI is a phosphinimine ligand defined by the formula: where N is a nitrogen atom; P is a phosphorus atom; each R 1 is unsubstituted adamantyl, or substituted adamantyl; and R 1' is selected from the group consisting of unsubstituted adamantyl, substituted adamantyl and C 1 to C 6 hydrocarbyl; II) Cp is a cyclopentadienyl-type ligand comprising a 5-membered carbon ring having delocalized bonding within the ring and bound to Ti, which ring is unsubstituted or may be further substituted; III) each L is an activatable ligand; and IV) Ti is titanium. I) PI is a phosphinimine ligand defined by the formula: where N is a nitrogen atom; P is a phosphorus atom; each R 1 is unsubstituted adamantyl, or substituted adamantyl; and R 1' is selected from the group consisting of unsubstituted adamantyl, substituted adamantyl and C 1 to C 6 hydrocarbyl; II) Cp is a cyclopentadienyl-type ligand comprising a 5-membered carbon ring having delocalized bonding within the ring and bound to Ti, which ring is unsubstituted or may be further substituted; III) each L is an activatable ligand; and IV) Ti is titanium.
A method for treating the surface of a vehicle , wherein the vehicle surface is treated by means of at least one rotating treatment brush , which treatment brush comprises treatment elements , the surfaces of which are brought into frictional contact with the vehicle surface during the treatment, characterized in that a reference measurement is carried out, in which a treatment brush is set in rotation and moved into a defined position relative to a reference element so that the surfaces of the treatment elements are brought into frictional contact with the surface of the reference element and, at the same time, the value of the frictional force is measured directly or indirectly, and the treatment brush is regulated during the treatment of the vehicle surface based on the value of the frictional force measured during the reference measurement. the vehicle surface is treated by means of at least one rotating treatment brush , which treatment brush comprises treatment elements , the surfaces of which are brought into frictional contact with the vehicle surface during the treatment, characterized in that a reference measurement is carried out, in which a treatment brush is set in rotation and moved into a defined position relative to a reference element so that the surfaces of the treatment elements are brought into frictional contact with the surface of the reference element and, at the same time, the value of the frictional force is measured directly or indirectly, and the treatment brush is regulated during the treatment of the vehicle surface based on the value of the frictional force measured during the reference measurement.
A method of connecting a device to a network receiver using Bluetooth Low Energy, BTLE, comprising: preconfiguring the device to pair with the network receiver via a BTLE protocol; in response to preconfiguring the device to pair with the network receiver, automatically disabling a Wi-Fi scanning operation of the device; while the Wi-Fi scanning operation is disabled, detecting the network receiver via the BTLE protocol; and in response to detecting the network receiver, establishing a Wi-Fi connection between the device and the network receiver. preconfiguring the device to pair with the network receiver via a BTLE protocol; in response to preconfiguring the device to pair with the network receiver, automatically disabling a Wi-Fi scanning operation of the device; while the Wi-Fi scanning operation is disabled, detecting the network receiver via the BTLE protocol; and in response to detecting the network receiver, establishing a Wi-Fi connection between the device and the network receiver.
A device for tying a knot, said device comprising a thread having a functional end and a pulling end , wherein a base body is provided around whose outer surface the thread is laid in the form of a prepared, still open knot , so that by pulling on the pulling end the thread forms a closed knot sliding along the outer surface , and wherein the prepared, still open knot has an adaptation knot facing the functional end and a securing knot facing the pulling end , wherein the thread for forming the adaptation knot is wrapped at least twice around the base body in a first wrapping direction and at least once around the functional end in a second wrapping direction different from the first wrapping direction and wherein the thread for forming the securing knot is wrapped at least once around the base body in the second wrapping direction, wherein a needle or point is arranged at the functional end of the thread , characterized in that the first winding direction is opposite to the second winding direction.
An association comprising ProAnthoCyanidins (PACs) from Cranberry extracts, N-Acetyl Cysteine (NAC) and diuretic herbal extracts, wherein the ProAnthoCyanidins (PACs) comprise a mixture of dimers, trimers and tetramers.
A self-propelled vehicle , the vehicle provided only with rail-engaging rolling means and comprising: (i) a chassis ; (ii) a working surface connected to the chassis for supporting equipment and/or materials and/or personnel; (iii) the rail-engaging rolling means connected to the chassis for travel on a railway track ; and (iv) positioning means connected to the chassis for lifting the vehicle and moving it laterally with respect to a direction of rail travel between a trackside location and an over-the-track location; wherein the working surface extends over the chassis and above the rail-engaging rolling means ; wherein a lifting apparatus is mountable on the chassis and moveable along the length of the working surface; wherein the positioning means comprises at least two sets of opposing telescopically extendable shifting means connected to the vehicle for moving the vehicle in a substantially horizontal direction over the ground and proximate front and rear ends of the chassis respectively, each set being provided with two telescopically extendable primary lifting means depending from opposite ends of the opposing telescopically extendable shifting means for engagement with the ground to lift the vehicle in a substantially vertical direction. (i) a chassis ; (ii) a working surface connected to the chassis for supporting equipment and/or materials and/or personnel; (iii) the rail-engaging rolling means connected to the chassis for travel on a railway track ; and (iv) positioning means connected to the chassis for lifting the vehicle and moving it laterally with respect to a direction of rail travel between a trackside location and an over-the-track location;
An information processing program for controlling movements of an object in a virtual three-dimensional space, when executed by an information processing device, causes said information processing device to function as: a movement control unit that controls the movements of the object, and a switching determination unit that determines switching of the movement of the object by the movement control unit between a three-dimensional movement in the virtual three-dimensional space and a movement that is limited to within two dimensions of a plane of a predetermined surface provided in the virtual three-dimensional space; characterised by the movement control unit determining a speed of the object after the switching on the basis of a speed of the object before the switching when the switching between the three-dimensional movement in the virtual three-dimensional space and the movement within the predetermined surface is performed, wherein a speed component that is imparted by an input instruction to the movement control unit and which is in a normal direction of the plane of the predetermined surface , the normal direction extending in a third dimension that differs from the two dimensions of the plane of the predetermined surface , is cut such that speed components in the two dimensions of the plane of the predetermined surface are used for determining the speed of the object after switching from three-dimensional movement to movement within the predetermined surface . a movement control unit that controls the movements of the object, and a switching determination unit that determines switching of the movement of the object by the movement control unit between a three-dimensional movement in the virtual three-dimensional space and a movement that is limited to within two dimensions of a plane of a predetermined surface provided in the virtual three-dimensional space; characterised by the movement control unit determining a speed of the object after the switching on the basis of a speed of the object before the switching when the switching between the three-dimensional movement in the virtual three-dimensional space and the movement within the predetermined surface is performed, wherein a speed component that is imparted by an input instruction to the movement control unit and which is in a normal direction of the plane of the predetermined surface , the normal direction extending in a third dimension that differs from the two dimensions of the plane of the predetermined surface , is cut such that speed components in the two dimensions of the plane of the predetermined surface are used for determining the speed of the object after switching from three-dimensional movement to movement within the predetermined surface .
Process for reducing the fouling of a surface 0, wherein an aqueous solution S of at least one polymer P comprising styrene and at least one ester E of (meth)acrylic acid and polyethylene oxide in a molar ratio of 0.05:1 to 50:1 is applied to said surface 0, wherein said aqueous solution S comprises at least 50 % by weight of water.
A 1,2-alkane polyol-containing composition used in cosmetics, a raw material for fibers or a coating material, wherein the 1,2-alkane polyol is a 1,2-alkane polyol having 4 to 18 carbon atoms, and the composition comprises a tetramethylpiperidineoxyl radical scavenger.
Friction material, the friction material comprising graphite having a c/2 of 0.3358 nm or less, such as 0.3357 nm or less, or 0.3356 nm or less, and a spring-back of 65% or more.
Tank arrangement for controlling the filling level of cryogenic media, comprising: a tank having an inflow line and an outflow line , a differential pressure measuring device , which is connected, via a fluid conduit , to a lower tank area containing the liquid portion of the medium, and which is furthermore connected, via an additional fluid conduit , to an upper tank area containing the gaseous portion of the medium, an absolute pressure measuring device and/or a temperature sensor used for measuring the pressure and/or temperature in the upper tank area , an evaporator arranged in a branch conduit between the inflow line and the upper tank area , a control unit controlling a gas pressure regulator valve suitable for pressure control and connected downstream of the evaporator in the branch conduit for controlling the pressure in the upper tank area , and comprising a bottom pressure regulator which is connected to the differential pressure measuring device and to the absolute pressure measuring device and/or a temperature sensor and which is used for actuating the gas pressure regulator valve , wherein said bottom pressure regulator is configured to regulate the pressure in the gaseous portion of the medium in the tank to a constant bottom pressure as a function of the filling level of the liquid portion of the medium. a tank having an inflow line and an outflow line , a differential pressure measuring device , which is connected, via a fluid conduit , to a lower tank area containing the liquid portion of the medium, and which is furthermore connected, via an additional fluid conduit , to an upper tank area containing the gaseous portion of the medium, an absolute pressure measuring device and/or a temperature sensor used for measuring the pressure and/or temperature in the upper tank area , an evaporator arranged in a branch conduit between the inflow line and the upper tank area , a control unit controlling a gas pressure regulator valve suitable for pressure control and connected downstream of the evaporator in the branch conduit for controlling the pressure in the upper tank area , and comprising a bottom pressure regulator which is connected to the differential pressure measuring device and to the absolute pressure measuring device and/or a temperature sensor and which is used for actuating the gas pressure regulator valve , wherein said bottom pressure regulator is configured to regulate the pressure in the gaseous portion of the medium in the tank to a constant bottom pressure as a function of the filling level of the liquid portion of the medium.
A method for demolding a composite part from a mandrel , the method comprising: - mechanically coupling a first arm of an extraction tool to a first arcuate portion of the composite part that has been hardened onto the mandrel ; - mechanically coupling a second arm of the extraction tool to a second arcuate portion of the composite part ; and - separating the composite part from the mandrel by iteratively performing the following operations until the composite part no longer contacts the mandrel : - elastically straining the first arcuate portion of the composite part via the first arm ; and - elastically straining the second arcuate portion of the composite part via the second arm . - mechanically coupling a first arm of an extraction tool to a first arcuate portion of the composite part that has been hardened onto the mandrel ; - mechanically coupling a second arm of the extraction tool to a second arcuate portion of the composite part ; and - separating the composite part from the mandrel by iteratively performing the following operations until the composite part no longer contacts the mandrel : - elastically straining the first arcuate portion of the composite part via the first arm ; and - elastically straining the second arcuate portion of the composite part via the second arm . - elastically straining the first arcuate portion of the composite part via the first arm ; and - elastically straining the second arcuate portion of the composite part via the second arm .
An ethylene polymer comprising a higher molecular weight component and a lower molecular weight component, wherein the polymer has: a ratio of the Mp of the higher molecular weight component to the Mp of the lower molecular weight component in a range from 5:1 to 100:1; a number of LCB of the lower molecular weight component in a range from 5 to 50 LCB per million total carbon atoms; a number of LCB of the higher molecular weight component of less than or equal to 5 LCB per million total carbon atoms; a melt index determined in accordance with ASTM D1238 at 190 °C with a 2,160 gram weight of less than or equal to 0.4 g/10 min; and a density in a range from 0.91 to 0.94 g/cm 3 . a ratio of the Mp of the higher molecular weight component to the Mp of the lower molecular weight component in a range from 5:1 to 100:1; a number of LCB of the lower molecular weight component in a range from 5 to 50 LCB per million total carbon atoms; a number of LCB of the higher molecular weight component of less than or equal to 5 LCB per million total carbon atoms; a melt index determined in accordance with ASTM D1238 at 190 °C with a 2,160 gram weight of less than or equal to 0.4 g/10 min; and a density in a range from 0.91 to 0.94 g/cm 3 .
A circuit comprising: a pulsed-latch circuit including a first plurality of length-of-diffusion, LOD, protected transistors and a first dummy transistor situated between and adjacent to a pair of the first plurality of LOD protected transistors, wherein each of the first plurality of transistors is LOD protected by being configured such that a distance between an edge of an associated poly-silicon, pSi, region and an edge of an associated oxide-on-diffusion, OD, region is greater than a defined minimum length associated with a fabrication technology used to fabricate the first plurality of LOD protected transistors; and wherein the associated oxide-on-diffusion, OD, region is continuous and shared by the first plurality of LOD protected transistors and the first dummy transistor. a pulsed-latch circuit including a first plurality of length-of-diffusion, LOD, protected transistors and a first dummy transistor situated between and adjacent to a pair of the first plurality of LOD protected transistors, wherein each of the first plurality of transistors is LOD protected by being configured such that a distance between an edge of an associated poly-silicon, pSi, region and an edge of an associated oxide-on-diffusion, OD, region is greater than a defined minimum length associated with a fabrication technology used to fabricate the first plurality of LOD protected transistors; and wherein the associated oxide-on-diffusion, OD, region is continuous and shared by the first plurality of LOD protected transistors and the first dummy transistor.