mhurhangee/patent-ind-claim-en huggingface dataset:
A method for improving the quality of a signal of an electrode force measured on welding tongs during the welding process, wherein the welding tongs have a first electrode arm with a first electrode and a second electrode arm which is opposite the first electrode arm and has a second electrode , wherein at least one workpiece is clamped between the electrodes , having the following method steps of: a) measuring a first force acting on the first electrode , b) measuring a second force acting on the second electrode , c) adding the measured first force and the measured second force, wherein an electrode force signal transmitted from the welding point to the electrodes is amplified and a disturbance force signal introduced into the at least one workpiece from the outside and transmitted to the electrodes is eliminated. a) measuring a first force acting on the first electrode , b) measuring a second force acting on the second electrode , c) adding the measured first force and the measured second force, wherein an electrode force signal transmitted from the welding point to the electrodes is amplified and a disturbance force signal introduced into the at least one workpiece from the outside and transmitted to the electrodes is eliminated.
A medical system, comprising: a sensor configured to be positioned in contact with a tissue of a patient, the sensor being configured to sense a heart rate of the patient; a processor configured to be in communication with the sensor and to analyze the sensed heart rate to detect a change in heart rate of the patient, wherein the processor is configured to detect the change in heart rate by analyzing electrocardiogram (ECG) signals sensed by the sensor, the analyzing comprising analyzing a power spectral density in low frequency and high frequency bands to determine onset of the patient eating a solid food, and a delivery device configured to be implanted within the patient and to be in communication with the processor, the delivery device being defaulted to a dormant mode in which the delivery device does not deliver an obesity therapy to the patient, and the delivery device being configured to change from the dormant mode to a delivery mode, in which the delivery device delivers the obesity therapy to the patient, in response to the processor detecting the change in heart rate and the onset of the patient eating a solid food, characterized in that the processor is configured to detect onset of the patient eating a solid food when spectral power in the low frequency band, corresponding to sympathetic activity, increases by a predetermined first threshold amount while spectral power in the high frequency band, corresponding to parasympathetic activity, decreases by a predetermined second threshold amount. a sensor configured to be positioned in contact with a tissue of a patient, the sensor being configured to sense a heart rate of the patient; a processor configured to be in communication with the sensor and to analyze the sensed heart rate to detect a change in heart rate of the patient, wherein the processor is configured to detect the change in heart rate by analyzing electrocardiogram (ECG) signals sensed by the sensor, the analyzing comprising analyzing a power spectral density in low frequency and high frequency bands to determine onset of the patient eating a solid food, and a delivery device configured to be implanted within the patient and to be in communication with the processor, the delivery device being defaulted to a dormant mode in which the delivery device does not deliver an obesity therapy to the patient, and the delivery device being configured to change from the dormant mode to a delivery mode, in which the delivery device delivers the obesity therapy to the patient, in response to the processor detecting the change in heart rate and the onset of the patient eating a solid food, characterized in that the processor is configured to detect onset of the patient eating a solid food when spectral power in the low frequency band, corresponding to sympathetic activity, increases by a predetermined first threshold amount while spectral power in the high frequency band, corresponding to parasympathetic activity, decreases by a predetermined second threshold amount.
A battery charging device for charging a battery with power drawn via a wall plug , said device comprising: a first diode with the anode electrically coupled to a first terminal of a wall plug ; a second diode with the anode electrically coupled to a second terminal of the wall plug ; a third diode with the cathode electrically coupled to the first terminal of the wall plug ; a fourth diode with the cathode electrically coupled to the second terminal of the wall plug , wherein the first diode , the second diode the third diode , and the fourth diode cooperate to form a full-wave rectifier ; characterised in that the battery charging device further comprises: a first metal-oxide varistor (first MOV ) connected in parallel with the third diode ; a second metal-oxide varistor (second MOV ) connected in parallel with the fourth diode ; and a first capacitor arranged to electrically couple the anodes of the third diode and the fourth diode to a chassis ground of the device . a first diode with the anode electrically coupled to a first terminal of a wall plug ; a second diode with the anode electrically coupled to a second terminal of the wall plug ; a third diode with the cathode electrically coupled to the first terminal of the wall plug ; a fourth diode with the cathode electrically coupled to the second terminal of the wall plug , wherein the first diode , the second diode the third diode , and the fourth diode cooperate to form a full-wave rectifier ; characterised in that the battery charging device further comprises: a first metal-oxide varistor (first MOV ) connected in parallel with the third diode ; a second metal-oxide varistor (second MOV ) connected in parallel with the fourth diode ; and a first capacitor arranged to electrically couple the anodes of the third diode and the fourth diode to a chassis ground of the device . a first metal-oxide varistor (first MOV ) connected in parallel with the third diode ; a second metal-oxide varistor (second MOV ) connected in parallel with the fourth diode ; and a first capacitor arranged to electrically couple the anodes of the third diode and the fourth diode to a chassis ground of the device .
An indoor unit of an air conditioner comprising: a panel body enclosing side portions and a top portion of the air conditioner and being configured for installing a front panel, a rear shell enclosing a rear portion of the air conditioner, and the front panel arranged in the front of the air conditioner and closely connected to the panel body, wherein the rear shell, the panel body and the front panel define an inner chamber of the air conditioner in which a heat exchanger , a control element, a ventilating component are provided; a lower portion of the front panel is provided with an air outlet, and an air deflector is mounted on the front panel or is arranged on the panel body to open or close the air outlet, characterized in that , a vortex forming device is provided on a bottom surface of the panel body at the air outlet, wherein the surface of the panel body is perpendicular to two side surfaces of the indoor unit of the air conditioner, and the vortex forming device is configured as a serrated face with a plurality of concave grooves.
A solvent-free method to extract tetrahydrocannabinolic acid from cannabis, said method comprising: - providing a source of tetrahydrocannabinolic acid-containing cannabis plant; - providing a source of natural oil selected from the group consisting of: seed-based oils and nut-based oils; - combining said source of tetrahydrocannabinolic acid-containing cannabis and said source of natural oil into a blend; - milling said blend; - optionally, heating the blend during the milling; and - extracting a tetrahydrocannabinolic acid-containing liquid generated during the milling. - providing a source of tetrahydrocannabinolic acid-containing cannabis plant; - providing a source of natural oil selected from the group consisting of: seed-based oils and nut-based oils; - combining said source of tetrahydrocannabinolic acid-containing cannabis and said source of natural oil into a blend; - milling said blend; - optionally, heating the blend during the milling; and - extracting a tetrahydrocannabinolic acid-containing liquid generated during the milling.
(+)- -3,4-dihydroxy-2-(3-methylbutanoyl)-5-(3-methylbutyl)-4-(4-methylpentanoyl)cyclopent-2-en-1-one having the structure: or a salt or crystal thereof, for use in the treatment of diabetes in a subject.
A method for preserving a hot prepared food component comprising the following steps a. hot preparation of a quantity of the food component for a plurality of consumption portions, wherein the hot preparation comprises heating the food component to the point of cooking and takes place in an open cooking container, b. filling of the hot-prepared food component at a temperature of at least 75°C into a plurality of packaging units and subsequent sealing of the packaging units, c. cooling the packaging units from a core temperature of at least 65°C to a core temperature of less than 3°C within 90 min or less, characterized in that the filling according to step b) of the method is carried out with the aid of an automatic thermoforming machine which carries out the following steps i. embossing of packaging units in tray form, ii. filling of the food components at a temperature of at least 75°C into the packaging units, iii. steam rinsing of the packaging units with steam of a temperature of 100°C or more, iv. sealing of the packaging units, and wherein the cooling of the packaging units in step c) takes place in a water bath, the temperature of which is 3°C or less. a. hot preparation of a quantity of the food component for a plurality of consumption portions, wherein the hot preparation comprises heating the food component to the point of cooking and takes place in an open cooking container, b. filling of the hot-prepared food component at a temperature of at least 75°C into a plurality of packaging units and subsequent sealing of the packaging units, c. cooling the packaging units from a core temperature of at least 65°C to a core temperature of less than 3°C within 90 min or less, characterized in that the filling according to step b) of the method is carried out with the aid of an automatic thermoforming machine which carries out the following steps i. embossing of packaging units in tray form, ii. filling of the food components at a temperature of at least 75°C into the packaging units, iii. steam rinsing of the packaging units with steam of a temperature of 100°C or more, iv. sealing of the packaging units,
A printing device for printing a sheet-like substrate , having a drum which can be driven in rotation about a drum longitudinal axis and on the lateral surface of which at least one sheet-like substrate can be fixed, at least in certain regions by means of at least one gripper for fixing the sheet-like substrate to a first substrate region and by means of a suction air provided by a suction air region of the drum for fixing the sheet-like substrate to a second substrate region , and with a printing facility arranged radially with respect to the drum , wherein the at least one gripper is mounted on a mounting rod extending parallel to the longitudinal axis of the drum, the mounting rod being adjustable by means of a lever between a first pivoted position in which the at least one gripper is in an open position and a second pivoted position in which the at least one gripper is in a closed position characterized in that the lever can be actuated pneumatically or hydraulically by means of a pressure means, and in that the mounting rod is rotatably mounted on a pivoting support which can be adjusted between a raised position, in which the mounting rod projects beyond the lateral surface of the drum , and a lowered position, in which the mounting rod is arranged at least flush with the lateral surface of the drum .
A light bar and mounting system for a motor vehicle , comprising: a generally rectangular support frame having an elongated base with two opposing sidewalls joined to two opposing, first and second end walls , the support frame having an open top and an open or closed bottom, wherein the two opposing sidewalls are sized to extend across a substantial portion of the width of a motor vehicle, and the two opposing end walls are shorter than said sidewalls , the support frame defining a longitudinal axis passing through the end walls and being configured to be installed on a vehicle in a fixed, unmovable position; an elongated support member within the support frame and rotatably connected to the end walls to rotate about the longitudinal axis ; a plurality of lights connected to the elongated support member through mounting brackets configured to be connected to the lights at two locations to define light rotational axes generally parallel to the longitudinal axis about which the lights may rotate; and an actuating mechanism positioned between the plurality of lights and one of the end walls of the support frame, the actuating mechanism having a piston base and a piston shaft extendable relative to the piston base , the piston shaft being operatively connected to the support member , movement of the piston shaft relative to the piston base causing the support member and the lights to transition between a first retracted position and a second deployed position. a generally rectangular support frame having an elongated base with two opposing sidewalls joined to two opposing, first and second end walls , the support frame having an open top and an open or closed bottom, wherein the two opposing sidewalls are sized to extend across a substantial portion of the width of a motor vehicle, and the two opposing end walls are shorter than said sidewalls , the support frame defining a longitudinal axis passing through the end walls and being configured to be installed on a vehicle in a fixed, unmovable position; an elongated support member within the support frame and rotatably connected to the end walls to rotate about the longitudinal axis ; a plurality of lights connected to the elongated support member through mounting brackets configured to be connected to the lights at two locations to define light rotational axes generally parallel to the longitudinal axis about which the lights may rotate; and an actuating mechanism positioned between the plurality of lights and one of the end walls of the support frame, the actuating mechanism having a piston base and a piston shaft extendable relative to the piston base , the piston shaft being operatively connected to the support member , movement of the piston shaft relative to the piston base causing the support member and the lights to transition between a first retracted position and a second deployed position.
A method comprising: preparing , by a mobility access gateway , an access technology indicator that indicates an access technology type by which a mobile node attaches to the mobility access gateway; sending , by the mobility access gateway , a binding message to a local mobility entity including the access technology indicator; and receiving , by the mobility access gateway from the local mobility entity , a prefix corresponding to a first interface through which the mobile node is attached to the mobility access gateway, wherein the prefix was generated in response to the binding message. preparing , by a mobility access gateway , an access technology indicator that indicates an access technology type by which a mobile node attaches to the mobility access gateway; sending , by the mobility access gateway , a binding message to a local mobility entity including the access technology indicator; and receiving , by the mobility access gateway from the local mobility entity , a prefix corresponding to a first interface through which the mobile node is attached to the mobility access gateway, wherein the prefix was generated in response to the binding message.
A method for producing a rare-earth magnet, the method comprising: applying a slurry obtained by dispersing a powder containing at least one selected from an oxide, a fluoride, an oxyfluoride, a hydroxide or a hydride of R 2 R 2 is at least one selected from rare-earth elements including Y and Sc, in a solvent to a sintered magnet body composed of a R 1 -Fe-B composition, R 1 is at least one selected from rare-earth elements including Y and Sc; drying the slurry to remove the solvent in the slurry and coat a surface of the sintered magnet body with the powder; and heat treating the sintered magnet body coated with the powder to cause the R 2 to be absorbed into the sintered magnet body , characterized in that the sintered magnet body coated with the slurry is dried by irradiation with near infrared radiation of a wavelength of 0.8 to 5 μm to remove the solvent in the slurry . applying a slurry obtained by dispersing a powder containing at least one selected from an oxide, a fluoride, an oxyfluoride, a hydroxide or a hydride of R 2 R 2 is at least one selected from rare-earth elements including Y and Sc, in a solvent to a sintered magnet body composed of a R 1 -Fe-B composition, R 1 is at least one selected from rare-earth elements including Y and Sc; drying the slurry to remove the solvent in the slurry and coat a surface of the sintered magnet body with the powder; and heat treating the sintered magnet body coated with the powder to cause the R 2 to be absorbed into the sintered magnet body , characterized in that the sintered magnet body coated with the slurry is dried by irradiation with near infrared radiation of a wavelength of 0.8 to 5 μm to remove the solvent in the slurry .
A method for polishing a material having a Vickers hardness of 1500 Hv or higher, the method comprising a step of carrying out preliminary polishing using a preliminary polishing composition, and a step of carrying out final polishing using a final polishing composition, characterized in that the preliminary polishing composition has an oxidation-reduction potential ORP PRE vs. standard hydrogen electrode, and the final polishing composition has an oxidation-reduction potential ORP FIN vs. standard hydrogen electrode, satisfying a relation ORP PRE > ORP FIN , and wherein the preliminary polishing composition comprises an abrasive A PRE having a mean secondary particle diameter of 5000 nm or less. a step of carrying out preliminary polishing using a preliminary polishing composition, and a step of carrying out final polishing using a final polishing composition, characterized in that the preliminary polishing composition has an oxidation-reduction potential ORP PRE vs. standard hydrogen electrode, and the final polishing composition has an oxidation-reduction potential ORP FIN vs. standard hydrogen electrode, satisfying a relation ORP PRE > ORP FIN , and wherein the preliminary polishing composition comprises an abrasive A PRE having a mean secondary particle diameter of 5000 nm or less.
A composite wheel, comprising spokes, a rim and a central disc, one end of each spoke being connected to the central disc and the other end being connected to the rim, wherein each spoke comprises a spoke skeleton and a spoke shell (2; 23, 33), characterized in that the spoke skeletons , the central disc and the rim are made of A356.2 aluminum alloy, wherein each spoke skeleton has a T-shaped or π-shaped cross section and is wrapped by the spoke shell , and the spoke shell is made of plastic, rubber, nylon or resin, with the T-shaped or π-shaped spoke skeleton being fully embedded in the spoke shell, wherein the top transverse edge of T-shaped or π-shaped spoke skeleton is disposed close to the outer surface of a hub, and the longitudinal edge is disposed to point to the inner cavity of the hub.
An electric power steering device, comprising: a motor , which includes a first three-phase winding and a second three-phase winding , and is to be used as a power source to generate an assist torque for assisting a steering torque of a vehicle; a first inverter circuit configured to supply electric power to the first three-phase winding; a second inverter circuit configured to supply electric power to the second three-phase winding; and a boost circuit configured to change a voltage of the electric power to be supplied to each of the first inverter circuit and the second inverter circuit, and a drive unit configured to cause, when an abnormality occurs in any one of a first system including the first three-phase winding and the first inverter circuit and a second system including the second three-phase winding and the second inverter circuit, to supply electric power at a higher voltage than a voltage before the occurrence of the abnormality to an inverter circuit included in a normal system by the boost circuit, the normal system being one of the first system and the second system and being free of the abnormality, to thereby drive the inverter circuit. a motor , which includes a first three-phase winding and a second three-phase winding , and is to be used as a power source to generate an assist torque for assisting a steering torque of a vehicle; a first inverter circuit configured to supply electric power to the first three-phase winding; a second inverter circuit configured to supply electric power to the second three-phase winding; and a boost circuit configured to change a voltage of the electric power to be supplied to each of the first inverter circuit and the second inverter circuit, and a drive unit configured to cause, when an abnormality occurs in any one of a first system including the first three-phase winding and the first inverter circuit and a second system including the second three-phase winding and the second inverter circuit, to supply electric power at a higher voltage than a voltage before the occurrence of the abnormality to an inverter circuit included in a normal system by the boost circuit, the normal system being one of the first system and the second system and being free of the abnormality, to thereby drive the inverter circuit.
An atomic sensor system comprising: a pump laser to generate an optical pump beam to spin-polarize an alkali metal vapor; a magnetic field generator configured to generate a magnetic field along an axis of the optical pump beam in a volume; a vapor cell arranged within the volume and comprising the spin-polarized alkali metal vapor; and at least one magnetic field trimming system configured to generate a non-uniform magnetic field within the vapor cell , the non-uniform magnetic field having an intensity that is substantially equal and opposite a non-uniform local magnetic field caused by presence of the spin-polarized alkali metal vapor, to provide a substantially uniform collective magnetic field within the vapor cell . a pump laser to generate an optical pump beam to spin-polarize an alkali metal vapor; a magnetic field generator configured to generate a magnetic field along an axis of the optical pump beam in a volume; a vapor cell arranged within the volume and comprising the spin-polarized alkali metal vapor; and at least one magnetic field trimming system configured to generate a non-uniform magnetic field within the vapor cell , the non-uniform magnetic field having an intensity that is substantially equal and opposite a non-uniform local magnetic field caused by presence of the spin-polarized alkali metal vapor, to provide a substantially uniform collective magnetic field within the vapor cell .