mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining an electrical current flowing in a selected one of a plurality of electric motors (51, 52, 53; 71, 72, 73, 74; 91, 92, 93) connected to and supplied from a power supply , wherein a current measuring device is arranged in a connection between the power supply and the plurality of electric motors (51, 52, 53; 71, 72, 73, 74; 91, 92, 93), characterized in that the method comprises the steps of: • controlling non-selected electric motors to be temporarily disconnected from the power supply ; • performing a current measurement by said current measuring device while the non-selected electric motors are temporarily disconnected from the power supply , said current measurement being indicative of the electrical current flowing in the selected electric motor; and • controlling the non-selected electric motors to be reconnected to the power supply when the current measurement has been performed. • controlling non-selected electric motors to be temporarily disconnected from the power supply ; • performing a current measurement by said current measuring device while the non-selected electric motors are temporarily disconnected from the power supply , said current measurement being indicative of the electrical current flowing in the selected electric motor; and • controlling the non-selected electric motors to be reconnected to the power supply when the current measurement has been performed.
A system for detecting a fire or overheating event, the system comprising: an elongated pneumatic tube filled with an inert gas under pressure; a diaphragm hermetically sealing the pneumatic tube on one end; a fiber Bragg grating , FBG, connected to the diaphragm in such a way that a deformation of the diaphragm will change the amount of strain on the FBG , wherein in response to temperature rises, the inert gas expands and pressure within the elongated pneumatic tube increases thereby deforming the diaphragm outward to create a measurable pressure on the FBG and in response to damage of the pneumatic tube , the pressure of inert gas decreases due to leakage of the gas out of pneumatic tube thereby collapsing the diaphragm creating a detectable change of pressure on the FBG ; a light source configured to transmit light through the FBG ; a photodetector configured to receive a reflected optical signal reflected from the fiber Bragg grating ; and a processing unit configured to determine wavelengths of the reflected optical signal, and, based on the wavelengths determined, whether a fire/overheat event has occurred, the system is operating under standard conditions, or if damage has occurred to the system. an elongated pneumatic tube filled with an inert gas under pressure; a diaphragm hermetically sealing the pneumatic tube on one end; a fiber Bragg grating , FBG, connected to the diaphragm in such a way that a deformation of the diaphragm will change the amount of strain on the FBG , wherein in response to temperature rises, the inert gas expands and pressure within the elongated pneumatic tube increases thereby deforming the diaphragm outward to create a measurable pressure on the FBG and in response to damage of the pneumatic tube , the pressure of inert gas decreases due to leakage of the gas out of pneumatic tube thereby collapsing the diaphragm creating a detectable change of pressure on the FBG ; a light source configured to transmit light through the FBG ; a photodetector configured to receive a reflected optical signal reflected from the fiber Bragg grating ; and a processing unit configured to determine wavelengths of the reflected optical signal, and, based on the wavelengths determined, whether a fire/overheat event has occurred, the system is operating under standard conditions, or if damage has occurred to the system.
A process for producing a baked good with extended mold-free shelf life comprising the steps of: a) baking said baked good and cooling said baked good to a temperature sufficiently low for yeast to survive; b) applying live yeast to said baked good after baking; c) packaging and storing said baked good in a closed bag, wherein the bag is semi-permeable. a) baking said baked good and cooling said baked good to a temperature sufficiently low for yeast to survive; b) applying live yeast to said baked good after baking; c) packaging and storing said baked good in a closed bag, wherein the bag is semi-permeable.
A printer for building a three-dimensional model by sequential deposition of a plurality of cross-sectional layers, the printer comprising: a material bed; a layer depositing mechanism for depositing a layer of flowable green material on the material bed; and a thermal print head being movable relative to the material bed over the deposited layer, and comprising an array of selectively activatable heating elements arranged to transfer thermal energy by conduction to heat-treat a selectable area of green material in the deposited layer, characterized in that the thermal print head further comprises a cooling element. a material bed; a layer depositing mechanism for depositing a layer of flowable green material on the material bed; and a thermal print head being movable relative to the material bed over the deposited layer, and comprising an array of selectively activatable heating elements arranged to transfer thermal energy by conduction to heat-treat a selectable area of green material in the deposited layer, characterized in that the thermal print head further comprises a cooling element.
A heat transferring device comprising: a heating part configured to heat a liquid working fluid and change the liquid working fluid to a gas state (g); a cooling part configured to cool the gaseous working fluid supplied from the heating part and change the gaseous working fluid to a liquid state ; a pressurizing part configured to allow the heating part and the cooling part to communicate with each other so that the gaseous working fluid pressurizes the liquid working fluid; and a recovery part configured to move the liquid working fluid supplied from the cooling part to the heating part ; characterized in that a pressurizing path is provided in the pressurizing part so that the gaseous working fluid pressurizes the liquid working fluid while moving in a downward direction, wherein a cooling path is provided in the cooling part so that the liquid working fluid moves in an upward direction, wherein the cooling part further includes a phase changing path configured to extend downward from the pressurizing path so that the gaseous working fluid is changed to the liquid state and then moves in the upward direction through the cooling path; and wherein the liquid working fluid in the phase change flow path moves upward along the cooling flow path while being pressurized by the gaseous working fluid. a heating part configured to heat a liquid working fluid and change the liquid working fluid to a gas state (g); a cooling part configured to cool the gaseous working fluid supplied from the heating part and change the gaseous working fluid to a liquid state ; a pressurizing part configured to allow the heating part and the cooling part to communicate with each other so that the gaseous working fluid pressurizes the liquid working fluid; and a recovery part configured to move the liquid working fluid supplied from the cooling part to the heating part ; characterized in that a pressurizing path is provided in the pressurizing part so that the gaseous working fluid pressurizes the liquid working fluid while moving in a downward direction, wherein a cooling path is provided in the cooling part so that the liquid working fluid moves in an upward direction, wherein the cooling part further includes a phase changing path configured to extend downward from the pressurizing path so that the gaseous working fluid is changed to the liquid state and then moves in the upward direction through the cooling path; and wherein the liquid working fluid in the phase change flow path moves upward along the cooling flow path while being pressurized by the gaseous working fluid.
A device for directing an agent that is magnetic or magnetizable: with a plurality of permanent magnet elements, wherein a first magnet element in the plurality of magnet elements produces a first magnetic field; a second magnet element in the plurality of magnet elements produces a second magnetic field; the first magnet element and the second magnet element define a central space between the first and the second magnet element ; characterized in that the first magnetic field and the second magnetic field overlap to create a combined field and create a local magnetic field strength minimum outside the central space , the local minimum being a region of smaller magnetic field compared to a nearby magnetic field; the magnetic field in front of the local minimum configured to apply a force on the agent ; the first magnet element and the second magnet element are at an angle to one another and the magnetic fields represented by the magnetic field lines are able to combine together in a fashion the creates a lower magnetic field strength, so as to form the local field minimum outside the central space , and the central space is physical space between the magnet elements of least volume enclosed by a minimal convex shape and the convex shape includes all material points of the magnet elements .
Method for managing the rights of access to a network of a communicating object , said method being implemented by a platform for managing the rights of a communication network , said method comprising: - a step (E20) of receiving a reporting message (M1, M1') originating from a communicating object ; - the method being characterized in that it further comprises: - a step (E60) of sending, to at least one device located in proximity to said communicating object , a list comprising at least one communicating object identifier located in proximity to said device ; - a step (E70) of receiving, originating from the device , a message (M3) comprising the identifier (IDU, IDU') of a communicating object of the list, the device having rights of access to the communication network, termed initial rights, which are associated with a user of the device; - a step (E90) of sending to said device a description message (M4, M4') containing a list of rights (CRD1, CRD1') allottable to the selected object , said allottable rights (CRD1, CRD1') being defined on the basis of said initial rights; - a step (E120) of receiving, originating from said device , a message (M5, M5') requesting establishment of rights, comprising a description of rights which are specific to the object, termed delegated rights (CRD2, CRD2'), selected from among the list of allottable rights; - a step (E140) of creating a communication profile (PROF) associated with the delegated rights; and - a step (E150) of sending said profile (PROF) to said object for its configuration. - a step (E20) of receiving a reporting message (M1, M1') originating from a communicating object ; - the method being characterized in that it further comprises: - a step (E60) of sending, to at least one device located in proximity to said communicating object , a list comprising at least one communicating object identifier located in proximity to said device ; - a step (E70) of receiving, originating from the device , a message (M3) comprising the identifier (IDU, IDU') of a communicating object of the list, the device having rights of access to the communication network, termed initial rights, which are associated with a user of the device; - a step (E90) of sending to said device a description message (M4, M4') containing a list of rights (CRD1, CRD1') allottable to the selected object , said allottable rights (CRD1, CRD1') being defined on the basis of said initial rights; - a step (E120) of receiving, originating from said device , a message (M5, M5') requesting establishment of rights, comprising a description of rights which are specific to the object, termed delegated rights (CRD2, CRD2'), selected from among the list of allottable rights; - a step (E140) of creating a communication profile (PROF) associated with the delegated rights; and - a step (E150) of sending said profile (PROF) to said object for its configuration.
An in-vehicle power supply system that supplies power supply power on a vehicle side to an in-vehicle device serving as a load on a vehicle, the in-vehicle power supply system comprising: a main battery that is configured to charge and discharge power supply power; an upper power supply unit (PCU) that is configured to supply power supply power to the main battery ; a first power supply line that is allocated to energize with power supply power of a first voltage being a relatively low voltage; a second power supply line that is allocated to energize with power supply power of a second voltage having a higher voltage than the first voltage; a voltage conversion unit that is configured to convert a voltage of power supply power between the first power supply line and the second power supply line ; and a capacitor , wherein the upper power supply unit (PCU), the voltage conversion unit , and the capacitor are connected to the first power supply line , and the main battery and the voltage conversion unit are connected to the second power supply line ; characterized by a switch unit (SW2, SW3) that is configured to control circuit connection between the capacitor and the first power supply line ; and a control unit that is configured to control the switch unit (SW2, SW3), wherein the control unit controls the switch unit (SW2, SW3) and charges the capacitor when a predetermined condition is satisfied while an ignition of the vehicle is OFF (S32, S33), and controls the switch unit (SW2, SW3) and performs discharge by the capacitor while the ignition is ON (S34). a main battery that is configured to charge and discharge power supply power; an upper power supply unit (PCU) that is configured to supply power supply power to the main battery ; a first power supply line that is allocated to energize with power supply power of a first voltage being a relatively low voltage; a second power supply line that is allocated to energize with power supply power of a second voltage having a higher voltage than the first voltage; a voltage conversion unit that is configured to convert a voltage of power supply power between the first power supply line and the second power supply line ; and a capacitor , wherein the upper power supply unit (PCU), the voltage conversion unit , and the capacitor are connected to the first power supply line , and the main battery and the voltage conversion unit are connected to the second power supply line ; characterized by a switch unit (SW2, SW3) that is configured to control circuit connection between the capacitor and the first power supply line ; and a control unit that is configured to control the switch unit (SW2, SW3), wherein the control unit controls the switch unit (SW2, SW3) and charges the capacitor when a predetermined condition is satisfied while an ignition of the vehicle is OFF (S32, S33), and controls the switch unit (SW2, SW3) and performs discharge by the capacitor while the ignition is ON (S34).
A process for producing acetic acid comprising: carbonylating at least one reactant selected from the group consisting of methanol, dimethyl ether, methyl acetate, and mixtures thereof, in the presence of 0.1 to 14 wt.% water, a metal catalyst, methyl iodide and iodide salt to form a reaction medium in a reactor; separating the reaction medium into a liquid recycle and a vapor product stream including acetic acid, methyl iodide, methyl acetate and water; condensing a first portion of the vapor product stream to form a liquid stream; feeding a second portion of the vapor product stream to a first column; feeding at least a portion of the liquid stream to the first column; and withdrawing a side stream from the first column comprising an acetic acid product; wherein the liquid stream is fed to the first column above the feed of the second portion of the vapor product stream and wherein the liquid stream is fed to the first column below the point at which the side stream comprising the acetic acid product is withdrawn from the first column. carbonylating at least one reactant selected from the group consisting of methanol, dimethyl ether, methyl acetate, and mixtures thereof, in the presence of 0.1 to 14 wt.% water, a metal catalyst, methyl iodide and iodide salt to form a reaction medium in a reactor; separating the reaction medium into a liquid recycle and a vapor product stream including acetic acid, methyl iodide, methyl acetate and water; condensing a first portion of the vapor product stream to form a liquid stream; feeding a second portion of the vapor product stream to a first column; feeding at least a portion of the liquid stream to the first column; and withdrawing a side stream from the first column comprising an acetic acid product; wherein the liquid stream is fed to the first column above the feed of the second portion of the vapor product stream and wherein the liquid stream is fed to the first column below the point at which the side stream comprising the acetic acid product is withdrawn from the first column.
A method of wireless communication performed by a wireless node , comprising: receiving a frequency domain resource assignment indicator identifying an allocation of a set of resource block groups of a plurality of resource block groups in a bandwidth part, wherein the bandwidth part includes a plurality of disjoint portions of the bandwidth part and the plurality of disjoint portions comprise an uplink bandwidth or a downlink bandwidth separated by another portion of the bandwidth part; identifying , based at least in part on the frequency domain resource assignment indicator, the allocation of the set of resource block groups; and communicating using the allocation of the set of resource block groups based at least in part on identifying the allocation of the set of resource block groups. receiving a frequency domain resource assignment indicator identifying an allocation of a set of resource block groups of a plurality of resource block groups in a bandwidth part, wherein the bandwidth part includes a plurality of disjoint portions of the bandwidth part and the plurality of disjoint portions comprise an uplink bandwidth or a downlink bandwidth separated by another portion of the bandwidth part; identifying , based at least in part on the frequency domain resource assignment indicator, the allocation of the set of resource block groups; and communicating using the allocation of the set of resource block groups based at least in part on identifying the allocation of the set of resource block groups.
A pot spinning machine including a pot having cylindrical shape; and a pot bearing that rotatably supports the pot and includes a fixed ring , the pot spinning machine characterized by comprising: a support member that is fixedly disposed; a damper member disposed between the support member and the fixed ring ; and an adjustment mechanism that adjusts a deformation amount of the damper member so that the deformation amount of the damper member varies in a circumferential direction of the pot , wherein the adjustment mechanism adjusts the deformation amount of the damper member so as to adjust an inclination of the pot . a support member that is fixedly disposed; a damper member disposed between the support member and the fixed ring ; and an adjustment mechanism that adjusts a deformation amount of the damper member so that the deformation amount of the damper member varies in a circumferential direction of the pot , wherein the adjustment mechanism adjusts the deformation amount of the damper member so as to adjust an inclination of the pot .
A cartilage morcellator, comprising: an upper body and a lower body that are configured to be separated from/coupled to each other; an upper cavity and a lower cavity that are respectively formed at upper and lower portions of the upper body ; an isolation part formed between the upper cavity and the lower cavity ; a through-hole formed perpendicularly at the center of the isolation part ; an elevating rod fitted to the through-hole ; a morcellating knife fixed to a bottom surface of the elevating rod and comprising a zigzag-shaped knife part and a blade part ; a spring fitted to an outer periphery of the elevating rod ; and a striking portion fastened to an upper part of the elevating rod and supported by a spring , wherein the cartilage morcellator further comprises: a morcellation chamber formed in the lower body and provided with a bottom; a prop plate installed on the bottom of the morcellation chamber ; a first gripping part formed on an outer periphery of the upper body and configured to have an outer diameter smaller than an outer diameter of an upper part of the upper body ; a second gripping part formed to have an outer diameter larger than an outer diameter of the first gripping part ; and a plate body having a predetermined thickness, fixed to an upper part of the knife part , wherein the lower body is transparent. an upper body and a lower body that are configured to be separated from/coupled to each other; an upper cavity and a lower cavity that are respectively formed at upper and lower portions of the upper body ; an isolation part formed between the upper cavity and the lower cavity ; a through-hole formed perpendicularly at the center of the isolation part ; an elevating rod fitted to the through-hole ; a morcellating knife fixed to a bottom surface of the elevating rod and comprising a zigzag-shaped knife part and a blade part ; a spring fitted to an outer periphery of the elevating rod ; and a striking portion fastened to an upper part of the elevating rod and supported by a spring , wherein the cartilage morcellator further comprises: a morcellation chamber formed in the lower body and provided with a bottom; a prop plate installed on the bottom of the morcellation chamber ; a first gripping part formed on an outer periphery of the upper body and configured to have an outer diameter smaller than an outer diameter of an upper part of the upper body ; a second gripping part formed to have an outer diameter larger than an outer diameter of the first gripping part ; and a plate body having a predetermined thickness, fixed to an upper part of the knife part , wherein the lower body is transparent.