mhurhangee/patent-ind-claim-en huggingface dataset:
A multicomponent permanent magnet, in particular for an electrical machine, the multicomponent permanent magnet comprising: a first permanent magnet having a R-T-B-composition, wherein R is at least one selected from the group consisting of Y, Ce, La, Pr, Nd, Sm, Eu and Gd and T is one or more transition metal elements including Fe; a second permanent magnet having a R-T-B-composition, wherein R is at least one selected from the group consisting of Y, Ce, La, Pr, Nd, Sm, Eu and Gd and T is one or more transition metal elements including Fe, the second magnet having a higher coercivity than the first magnet; wherein the first permanent magnet and the second permanent magnet are mechanically connected, wherein the first and second magnets have been produced independently and connected thereafter, wherein the first permanent magnet and the second permanent magnet are connected in an electrically conductive manner, and wherein an electrical resistivity ρ c across a connection between the first permanent magnet and the second permanent magnet in at least one portion of the connection is adjusted to satisfy the following formula : 10 − 3 ρ m ≤ ρ c ≤ 10 3 ρ m , wherein ρ m is the larger one of the bulk resistivities of the first and second permanent magnets, and characterised in that the connection between the first and the second permanent magnets includes an electrically conductive glue. a first permanent magnet having a R-T-B-composition, wherein R is at least one selected from the group consisting of Y, Ce, La, Pr, Nd, Sm, Eu and Gd and T is one or more transition metal elements including Fe; a second permanent magnet having a R-T-B-composition, wherein R is at least one selected from the group consisting of Y, Ce, La, Pr, Nd, Sm, Eu and Gd and T is one or more transition metal elements including Fe, the second magnet having a higher coercivity than the first magnet; wherein the first permanent magnet and the second permanent magnet are mechanically connected, wherein the first and second magnets have been produced independently and connected thereafter, wherein the first permanent magnet and the second permanent magnet are connected in an electrically conductive manner, and wherein an electrical resistivity ρ c across a connection between the first permanent magnet and the second permanent magnet in at least one portion of the connection is adjusted to satisfy the following formula : 10 − 3 ρ m ≤ ρ c ≤ 10 3 ρ m , wherein ρ m is the larger one of the bulk resistivities of the first and second permanent magnets, and characterised in that the connection between the first and the second permanent magnets includes an electrically conductive glue.
A clot extraction catheter comprising: an expandable tubular mesh having a distal end and a proximal end , the tubular mesh having an expanded configuration and a constrained configuration; a tapered tip fixed to the distal end of the expandable tubular mesh ; a self-expanding ring attached to the proximal end of the expandable tubular mesh , the self-expanding ring having an unconstrained diameter which is greater than a width of the proximal end of the tapered tip ; at least three control wires attached to the self-expanding ring ; an inner sheath advanceable over the at least three control wires to constrain at least a portion of the self-expanding ring and at least a portion of the tubular mesh within a lumen of the inner sheath , wherein the at least three control wires can be manipulated to control the angle of the self-expanding ring relative to an axis of the inner sheath when the self-expanding ring is unconstrained. an expandable tubular mesh having a distal end and a proximal end , the tubular mesh having an expanded configuration and a constrained configuration; a tapered tip fixed to the distal end of the expandable tubular mesh ; a self-expanding ring attached to the proximal end of the expandable tubular mesh , the self-expanding ring having an unconstrained diameter which is greater than a width of the proximal end of the tapered tip ; at least three control wires attached to the self-expanding ring ; an inner sheath advanceable over the at least three control wires to constrain at least a portion of the self-expanding ring and at least a portion of the tubular mesh within a lumen of the inner sheath , wherein the at least three control wires can be manipulated to control the angle of the self-expanding ring relative to an axis of the inner sheath when the self-expanding ring is unconstrained.
Traction network for an electric vehicle, comprising a traction battery and an inverter , which are connected to one another via a positive high-voltage line (HV+) and a negative high-voltage line (HV- ), wherein at least one active filter for reducing common-mode interference pulses is arranged between the positive high-voltage line (HV+) and the negative high-voltage line (HV-), wherein at least one passive common-mode filter is arranged between the traction battery and the active filter , wherein the passive common-mode filter is formed in multiple parts and has inductive and capacitive elements, wherein between two inductive elements (L1, L2) formed as ferrite rings a respective capacitor (C Y1 , C Y2 ) is arranged between the positive high-voltage line (HV+) and the negative high-voltage line (HV-) and earth, wherein the high-voltage lines (HV+, HV-) are only guided through the ferrite rings together.
A coinfusion apparatus comprising: a first robot arm which retains a medical agent container ; a second robot arm which retains a syringe and performs sucking and injection of a liquid medical agent with the syringe ; a coinfusion processing room in which at least the two robot arms perform a coinfusion processing; and a controlling section which operates said at least two robot arms for performing a process of sucking a liquid medical agent from inside the medical agent container or a liquid medical agent prepared inside the medical agent container , with the syringe and injecting the liquid medical agent into a transfusion bag with the syringe , characterized in that the controlling section is configured to control the first robot arm and the second robot arm to perform an operation of making the first robot arm 21 grip the syringe which is exposed to the coinfusion processing room and pass the syringe to the second robot arm or place the syringe temporarily onto a stand-by rack inside the coinfusion processing room . a first robot arm which retains a medical agent container ; a second robot arm which retains a syringe and performs sucking and injection of a liquid medical agent with the syringe ; a coinfusion processing room in which at least the two robot arms perform a coinfusion processing; and a controlling section which operates said at least two robot arms for performing a process of sucking a liquid medical agent from inside the medical agent container or a liquid medical agent prepared inside the medical agent container , with the syringe and injecting the liquid medical agent into a transfusion bag with the syringe , characterized in that the controlling section is configured to control the first robot arm and the second robot arm to perform an operation of making the first robot arm 21 grip the syringe which is exposed to the coinfusion processing room and pass the syringe to the second robot arm or place the syringe temporarily onto a stand-by rack inside the coinfusion processing room .
Lighting device with a light source arranged in a housing , which couples light via a light mixer having a compact light guide into a side-emitting fiber bundle introduced into a tube , for which purpose the fiber bundle is fixed at its one end relative to the light mixer , and the light source is positioned on the end face of the light mixer , characterized in that the housing has a hollow-body extension , which can be irradiated by the light source and in which the light guide of the light mixer is installed, which has over its entire length at least three different regions differing in their spatial shape and having different optical reflection or transmission properties, wherein the hollow body extension is designed to be opaque and the light guide is designed to be transparent with a first end (25. 1) lying in the direction of the light source , a second end (27.1) lying in the direction of the fiber bundle and an intermediate transition region of a third region which gives the light guide a central rod-shaped section, and the light guide is formed in the shape of a lobe, the first end (25.1) having a first nominal width (qE) which is larger than a second nominal width (qA) of the second end (27.1), and the first (qE) and the second (qA) nominal widths being smaller than a third nominal width (qV) of the transition region of the third region with a maximum thickening of an outer contour of the light guide , so that the first region has an axially widening cross section and the second region has an axially tapering cross section.
A method of determining a position of a rotor in a motor , the method comprising: storing a plurality of previous position readings of the rotor for a previous cycle of a pulse width modulation signal applied to the motor , the previous position readings comprising a previous cycle final selected position and a previous cycle raw position reading; receiving a current raw position reading for a current cycle; determining a predicted position reading for the current cycle based on the previous cycle final selected position and a previous speed reading from the previous cycle in accordance with a first mode and determining a predicted position reading for the current cycle based on the previous cycle raw position and the previous speed reading from the previous cycle in accordance with a second mode; determining a first difference between the current raw position reading and the predicted position reading determined in accordance with the first mode; determining a second difference between the current raw position reading and the predicted position reading determined in accordance with the second mode; and selecting the current raw position reading as a final selected position of the current cycle if the first difference is equal to or less than a primary preset threshold or if the second difference is equal to or less than a secondary preset threshold. storing a plurality of previous position readings of the rotor for a previous cycle of a pulse width modulation signal applied to the motor , the previous position readings comprising a previous cycle final selected position and a previous cycle raw position reading; receiving a current raw position reading for a current cycle; determining a predicted position reading for the current cycle based on the previous cycle final selected position and a previous speed reading from the previous cycle in accordance with a first mode and determining a predicted position reading for the current cycle based on the previous cycle raw position and the previous speed reading from the previous cycle in accordance with a second mode; determining a first difference between the current raw position reading and the predicted position reading determined in accordance with the first mode; determining a second difference between the current raw position reading and the predicted position reading determined in accordance with the second mode; and selecting the current raw position reading as a final selected position of the current cycle if the first difference is equal to or less than a primary preset threshold or if the second difference is equal to or less than a secondary preset threshold.
A haptic system , comprising a haptic device , which comprises an end effector connection and a gear structure , using which a translational movement can be generated as outpu value, the gear structure being formed with driven linear shafts , characterized in that the translational movement is guided via an arm in the horizontal direction out of the gear structure to the end effector connection , in order to move the same in a manner discernible for a user .
A control method for an autonomous vehicle provided with an engine (E) as a driving source, comprising: setting a required driving force in accordance with an intervehicular distance between an own vehicle (A) and a preceding vehicle (B) when there is the preceding vehicle (B) in front of the own vehicle (A); predicting a behavior of the preceding vehicle (B) from a situation in front of the preceding vehicle (B) when there is the preceding vehicle (B); executing a sailing stop based on the required driving force and the predicted behavior of the preceding vehicle (B), the sailing stop causing the engine (E) to stop automatically while the own vehicle (A) is traveling at vehicle speed equal to or higher than given vehicle speed; and when future deceleration of the preceding vehicle (B) is predicted as the behavior of the preceding vehicle (B) in response to expansion of the intervehicular distance, prohibiting a cancellation of the sailing stop for the engine (E) that is automatically stopped; characterized by prohibiting an execution of the sailing stop for the engine (E) that is operating when future acceleration of the preceding vehicle (B) is predicted as a behavior of the preceding vehicle (B) in response to a reduction of the intervehicular distance. setting a required driving force in accordance with an intervehicular distance between an own vehicle (A) and a preceding vehicle (B) when there is the preceding vehicle (B) in front of the own vehicle (A); predicting a behavior of the preceding vehicle (B) from a situation in front of the preceding vehicle (B) when there is the preceding vehicle (B); executing a sailing stop based on the required driving force and the predicted behavior of the preceding vehicle (B), the sailing stop causing the engine (E) to stop automatically while the own vehicle (A) is traveling at vehicle speed equal to or higher than given vehicle speed; and when future deceleration of the preceding vehicle (B) is predicted as the behavior of the preceding vehicle (B) in response to expansion of the intervehicular distance, prohibiting a cancellation of the sailing stop for the engine (E) that is automatically stopped; characterized by prohibiting an execution of the sailing stop for the engine (E) that is operating when future acceleration of the preceding vehicle (B) is predicted as a behavior of the preceding vehicle (B) in response to a reduction of the intervehicular distance.
A washing machine , comprising: a washing machine main body having a master controller built in, a drawer disposed at a bottom of the washing machine main body , for storing laundry, a weighing device disposed in the drawer , for weighing the laundry, and a washing machine display panel mounted on a front panel of the washing machine main body, electrically connected to the weighing device , for displaying the weight of the laundry weighed by the weighing device , wherein the washing machine master controller , the weighing device and the washing machine display panel are electrically connected to one another, characterized by a detergent automatic adding device, wherein the washing machine master controller controls the dosage of the detergent added by the detergent automatic adding device according to the weight of the laundry weighed by the weighing device .
A flat panel TV antenna, comprising a long strip shaped main body, wherein a front edge of the main body is provided with a front support part that is configured to be hung on a front edge of a top part of a flat panel display TV, a lower side of the main body is provided with a slide locking mechanism and a rear support part that is configured to be supported on a back side of the flat panel display TV, the rear support part is installed on the main body through the slide locking mechanism , and the rear support part is configured to be adjusted forwards and backwards through the slide locking mechanism , the rear support part comprises a rear support plate and a sliding fixed plate , which are jointed at a certain angle; a first sliding groove extending forwards and backwards is opened on the sliding fixed plate in which the slide locking mechanism used for forwards and backwards adjusting the sliding fixed plate is installed , characterized in that: at least one side of the first sliding groove is provided with a sawtooth ; and a V-shaped leaf spring or a pawl engaged with the cogging of the sawtooth is clamped on the slide locking mechanism , a rotating mechanism for folding is arranged at the middle part of the sliding fixed plate which divides the sliding fixed plate into two sub plates and a guide groove extending forwards and backwards is arranged on the lower side of the main body in which the two sub plates are clamped for moving forwards and backwards.
An information processing method used in an information terminal including: a first communication unit that performs wireless communication with a wireless base station connected to a wide area network ; and a second communication unit that performs communication by a communication scheme different from the first communication unit ; and a presenter , the information processing method comprising: receiving, by the second communication unit , first management information from a power management system that is installed in a facility and includes a storage battery , the first management information including information relating to the storage battery ; transmitting, by the first communication unit , second management information generated based on the first management information received in the receiving, to a device outside the facility as a destination, the device outside the facility being connected to the wide area network ; receiving, by the first communication unit and from the device outside the facility , a message indicating details of an abnormality which has occurred and how to handle the abnormality, the message being transmitted from the device outside the facility in response to the second management information; and presenting, by the presenter , the received message . receiving, by the second communication unit , first management information from a power management system that is installed in a facility and includes a storage battery , the first management information including information relating to the storage battery ; transmitting, by the first communication unit , second management information generated based on the first management information received in the receiving, to a device outside the facility as a destination, the device outside the facility being connected to the wide area network ; receiving, by the first communication unit and from the device outside the facility , a message indicating details of an abnormality which has occurred and how to handle the abnormality, the message being transmitted from the device outside the facility in response to the second management information; and presenting, by the presenter , the received message .
A composition comprising: (A) from 40 wt% to 95 wt% of a thermoplastic polyolefin elastomer; wherein the thermoplastic polyolefin elastomer is a propylene-ethylene copolymer; and (B) from 5 wt% to 60 wt% of a carbon fiber component, wherein the carbon fiber component comprises chopped carbon fibers sized with an epoxy- and phenoxy-based emulsion. (A) from 40 wt% to 95 wt% of a thermoplastic polyolefin elastomer; wherein the thermoplastic polyolefin elastomer is a propylene-ethylene copolymer; and (B) from 5 wt% to 60 wt% of a carbon fiber component,
A charging system comprising a charging terminal , a source of electrical energy , a transformer comprising a primary circuit and a secondary circuit, said transformer is configured to be connected to the source of electrical energy via the charging terminal , comprising a charging device for an electric vehicle , said electric vehicle comprising at least one electrical energy consuming member and an energy storage member intended to be charged with electrical energy, to store electrical energy and to transfer this electrical energy to the electrical energy consuming member in order to enable the electric vehicle to perform a displacement in a transportation space in which the charging station is located, said charging device being configured to charge the energy storage member of the electric vehicle , when the electric vehicle is proximate to said charging device , said charging device comprises: - an energy storage device ; the energy storage device being intended to be charged with electrical energy, to store electrical energy and to transfer this electrical energy; - a voltage regulator ; said voltage regulator being connected in series with the energy storage device so as to form a closed circuit and being configured to transfer the electrical energy stored by the energy storage device ; and, - a connection device ; the connection device being configured to electrically connect the energy storage device of the charging device , via the voltage regulator , with the energy storage member of the electric vehicle and to transfer at least partially the electrical energy stored by the energy storage device from the charging device to the energy storage member of the electric vehicle ; said charging terminal further comprising a voltage converter comprising an input node (NE), an output node (NS), a reference node (NR) and a common node (NC), said charging terminal also comprising a rectifier configured to connect the transformer to said voltage converter , said voltage converter being configured to be connected in parallel to the voltage regulator and to the energy storage device , of the charging device , between the output node and the common node. - an energy storage device ; the energy storage device being intended to be charged with electrical energy, to store electrical energy and to transfer this electrical energy; - a voltage regulator ; said voltage regulator being connected in series with the energy storage device so as to form a closed circuit and being configured to transfer the electrical energy stored by the energy storage device ; and, - a connection device ; the connection device being configured to electrically connect the energy storage device of the charging device , via the voltage regulator , with the energy storage member of the electric vehicle and to transfer at least partially the electrical energy stored by the energy storage device from the charging device to the energy storage member of the electric vehicle ;
A process for producing doped nanoparticles, which comprises the following steps: a) provision of a composition comprising at least one hydrolysable metal compound, at least one compound having at least one hydroxyl group, a mineral acid comprising at least one nitrogen atom; b) hydrothermal treatment of the composition; c) isolation of the nanoparticles. a) provision of a composition comprising at least one hydrolysable metal compound, at least one compound having at least one hydroxyl group, a mineral acid comprising at least one nitrogen atom; b) hydrothermal treatment of the composition; c) isolation of the nanoparticles.