mhurhangee/patent-ind-claim-en huggingface dataset:
A direct drive washing machine having a direct drive system, the direct drive washing machine comprising: a tub ; and a slim type motor having a heat radiating structure, the slim type motor being formed in an outer stator structure and comprising: a stator in which stator cores around which coils are wound are disposed in an annular form in an annular stator support , wherein the annular stator support is opened at a central portion thereof in order to emit heat generated in the inside of the motor to the outside, and wherein the annular stator support includes an outer circumferential surface; a rotor in which a number of permanent magnets are arranged in a back yoke mounted on a circular rotor support , to thus form an air gap with respect to the stator ; a rotating shaft that is coupled to a central portion of the rotor support and is driven by a torque of the rotor ; and a plurality of bolting-couplers which are extended and formed on the outer circumferential surface of the annular stator support and include bolt-coupling holes through which bolts are fitted for directly coupling the annular stator support to the tub of the washing machine, wherein the stator cores are supported by the annular stator support and held in place at the annular stator support , and wherein the rotor is placed in a space between the annular stator support and the tub of the washing machine. a stator in which stator cores around which coils are wound are disposed in an annular form in an annular stator support , wherein the annular stator support is opened at a central portion thereof in order to emit heat generated in the inside of the motor to the outside, and wherein the annular stator support includes an outer circumferential surface; a rotor in which a number of permanent magnets are arranged in a back yoke mounted on a circular rotor support , to thus form an air gap with respect to the stator ; a rotating shaft that is coupled to a central portion of the rotor support and is driven by a torque of the rotor ; and a plurality of bolting-couplers which are extended and formed on the outer circumferential surface of the annular stator support and include bolt-coupling holes through which bolts are fitted for directly coupling the annular stator support to the tub of the washing machine, wherein the stator cores are supported by the annular stator support and held in place at the annular stator support , and wherein the rotor is placed in a space between the annular stator support and the tub of the washing machine.
An electronic rodent trap for electrocuting rodents comprising: at least one battery ; a micro-controller powered by said at least one battery ; a circuit for boosting an output voltage of said at least one battery , said circuit including a multi-stage charge pump driven by a pulse train from said micro-controller and configured to generate an output having a voltage higher than said battery output voltage; killing plates coupled to a transformer for electrocuting a rodent when activated; a drive circuit connected to the output of said charge pump and to a high-voltage MOSFET coupled to the transformer, characterized in that , the MOSFET when turned on generating a high voltage by rapidly switching a ground return path of the transformer to create a flyback voltage that activates the killing plates , the higher voltage output of the charge pump fully activating the MOSFET even when the output voltage of the at least one battery has dropped to a level insufficient to fully turn on the MOSFET, thereby extending the life of the at least one battery . at least one battery ; a micro-controller powered by said at least one battery ; a circuit for boosting an output voltage of said at least one battery , said circuit including a multi-stage charge pump driven by a pulse train from said micro-controller and configured to generate an output having a voltage higher than said battery output voltage; killing plates coupled to a transformer for electrocuting a rodent when activated; a drive circuit connected to the output of said charge pump and to a high-voltage MOSFET coupled to the transformer, characterized in that , the MOSFET when turned on generating a high voltage by rapidly switching a ground return path of the transformer to create a flyback voltage that activates the killing plates , the higher voltage output of the charge pump fully activating the MOSFET even when the output voltage of the at least one battery has dropped to a level insufficient to fully turn on the MOSFET, thereby extending the life of the at least one battery .
A computer-implemented method to control an autonomous driving vehicle (ADV), the method comprising: receiving a first control command and a speed measurement of the ADV; the method being characterised by the following steps: determining an expected acceleration of the ADV based on the speed measurement and the first control command using a calibration table ; wherein the calibration table is a two dimensional curve having table entries with coordinates of: control command and speed, and entry values are acceleration values for the corresponding coordinates; wherein the first control command is a speed control command; receiving an acceleration measurement of the ADV; determining a feedback error based on the acceleration measurement and the expected acceleration; updating a portion of the calibration table based on the determined feedback error; and generating a second control command to control the ADV based on the calibration table having the updated portion to control the ADV autonomously according to the second control command. determining an expected acceleration of the ADV based on the speed measurement and the first control command using a calibration table ; wherein the calibration table is a two dimensional curve having table entries with coordinates of: control command and speed, and entry values are acceleration values for the corresponding coordinates; wherein the first control command is a speed control command; receiving an acceleration measurement of the ADV; determining a feedback error based on the acceleration measurement and the expected acceleration; updating a portion of the calibration table based on the determined feedback error; and generating a second control command to control the ADV based on the calibration table having the updated portion to control the ADV autonomously according to the second control command.
A high-voltage column current transformer comprising a column insulating body and a head arranged thereon, whereby the head defines a volume and comprises arranged therein a primary winding conductor , a secondary winding core assembly having secondary winding leads and a conical insulator spacer tapered from a base to an apex with a lateral face therebetween, the conical insulator spacer is arranged with its base on a bottom of the head facing the column insulating body and its apex holds the secondary winding core assembly distant from a wall of the head , the conical insulator spacer comprising at least one opening in the lateral face , characterised in that the conical insulator spacer comprises at least one ring-shaped electrode embedded in and surrounding the base and another flat, circular shaped electrode embedded in and surrounded by the apex . the head defines a volume and comprises arranged therein a primary winding conductor , a secondary winding core assembly having secondary winding leads and a conical insulator spacer tapered from a base to an apex with a lateral face therebetween, the conical insulator spacer is arranged with its base on a bottom of the head facing the column insulating body and its apex holds the secondary winding core assembly distant from a wall of the head , the conical insulator spacer comprising at least one opening in the lateral face , characterised in that the conical insulator spacer comprises at least one ring-shaped electrode embedded in and surrounding the base and another flat, circular shaped electrode embedded in and surrounded by the apex .
A method of acquiring vehicle data from a vehicle data bus, the method comprising: providing a vehicle diagnostics architecture including a local data acquisition unit having a local telematics control unit installed in a vehicle ; executing a telematics application on the local telematics control unit , the telematics application being implemented as a software program; generically requesting, via the telematics application, vehicle data independent of the vehicle data bus architecture ; initiating a local vehicle runtime library , in response to the generic request for vehicle data, the local vehicle runtime library carrying out the steps comprising: retrieving the proprietary vehicle data bus information from a remote runtime database ; extracting vehicle data from the vehicle data bus using the vehicle data bus information retrieved from the remote runtime database , the vehicle data corresponding to the generic request for vehicle data; interpreting the retrieved vehicle data; and providing the interpreted data to the telematics application to satisfy the generic request for vehicle data. providing a vehicle diagnostics architecture including a local data acquisition unit having a local telematics control unit installed in a vehicle ; executing a telematics application on the local telematics control unit , the telematics application being implemented as a software program; generically requesting, via the telematics application, vehicle data independent of the vehicle data bus architecture ; initiating a local vehicle runtime library , in response to the generic request for vehicle data, the local vehicle runtime library carrying out the steps comprising: retrieving the proprietary vehicle data bus information from a remote runtime database ; extracting vehicle data from the vehicle data bus using the vehicle data bus information retrieved from the remote runtime database , the vehicle data corresponding to the generic request for vehicle data; interpreting the retrieved vehicle data; and providing the interpreted data to the telematics application to satisfy the generic request for vehicle data. retrieving the proprietary vehicle data bus information from a remote runtime database ; extracting vehicle data from the vehicle data bus using the vehicle data bus information retrieved from the remote runtime database , the vehicle data corresponding to the generic request for vehicle data; interpreting the retrieved vehicle data; and providing the interpreted data to the telematics application to satisfy the generic request for vehicle data.
A quantum dot (QD) having conjugated thereon a plurality of myelin peptide antigen molecules and a CdSe/ZnS component; wherein the myelin peptide antigen molecules comprise an additional sequence comprising HHHHHSAAAAAG (SEQ ID NO:2), wherein (H) 5 participates in Zn-coordination of the peptide antigen on the QD, wherein S acts as a flexible hinge to display the peptide away from the QD surface, and wherein (A) 5 is an alpha-helical spacer.
A method of operating a content node that caches data objects between origin servers and end user devices , the method comprising: encrypting the data objects using encryption keys, wherein each of the encryption keys is unique to each of the data objects; receiving a purge request to erase at least one data object; in response to the purge request, identifying whether the purge request indicates a request to purge a subset of the data objects that is less than all of the data objects or a request to erase all of the data objects; characterized by each of the encryption keys comprising a first portion shared by the encryption keys and a second portion unique to each encryption key; and wherein: if the purge request indicates a request to purge a subset of the plurality of data objects, erasing the second portion of at least one encryption key in the encryption keys associated with the at least one data object; and if the purge request indicates a request to erase all of the data objects, erasing the first portion of the encryption keys. encrypting the data objects using encryption keys, wherein each of the encryption keys is unique to each of the data objects; receiving a purge request to erase at least one data object; in response to the purge request, identifying whether the purge request indicates a request to purge a subset of the data objects that is less than all of the data objects or a request to erase all of the data objects; characterized by each of the encryption keys comprising a first portion shared by the encryption keys and a second portion unique to each encryption key; and wherein: if the purge request indicates a request to purge a subset of the plurality of data objects, erasing the second portion of at least one encryption key in the encryption keys associated with the at least one data object; and if the purge request indicates a request to erase all of the data objects, erasing the first portion of the encryption keys. if the purge request indicates a request to purge a subset of the plurality of data objects, erasing the second portion of at least one encryption key in the encryption keys associated with the at least one data object; and if the purge request indicates a request to erase all of the data objects, erasing the first portion of the encryption keys.
Process for the preparation of a semi-moist feed product for carnivorous animals, wherein several feed pre-products of different compositions are prepared simultaneously, which are formed in one or more strands, and wherein a) a cutter is fed with at least the following ingredients at a temperature equal to or less than +25°C to produce a feed pre-product: at least one ingredient of the meat group, b) the ingredients are cut into a feed pre-product with a moisture content of between 30 % and 60 % by weight, c) the cut feed pre-product is formed to a semi-moist feed product without the application of heat, d) optionally, the formed feed product is dried until a moisture content of between 15 % and 50 % by weight, is obtained, in particular, between 20 % and 40 % by weight. a) a cutter is fed with at least the following ingredients at a temperature equal to or less than +25°C to produce a feed pre-product: at least one ingredient of the meat group, b) the ingredients are cut into a feed pre-product with a moisture content of between 30 % and 60 % by weight, c) the cut feed pre-product is formed to a semi-moist feed product without the application of heat, d) optionally, the formed feed product is dried until a moisture content of between 15 % and 50 % by weight, is obtained, in particular, between 20 % and 40 % by weight.
A shapeable guide wire device , comprising: an elongate shaft member that includes a proximal end section and a shapeable distal end section having a solder material applied thereto in a pre-cold work state of the distal end section , wherein the shapeable distal end section , with the solder material applied thereto, includes a cold-worked nickel titanium alloy exhibiting linear pseudoelasticity; a helical coil section disposed about at least the shapeable distal end section ; and an atraumatic cap section attached to the helical coil section and the solder material of the shapeable distal end section . an elongate shaft member that includes a proximal end section and a shapeable distal end section having a solder material applied thereto in a pre-cold work state of the distal end section , wherein the shapeable distal end section , with the solder material applied thereto, includes a cold-worked nickel titanium alloy exhibiting linear pseudoelasticity; a helical coil section disposed about at least the shapeable distal end section ; and an atraumatic cap section attached to the helical coil section and the solder material of the shapeable distal end section .
A housing for a USB connector plug (10; 110) comprising a body (20; 120) for partly surrounding said USB connector plug, said body defining a forward aperture (22; 122) from which a plug head (12; 112) of the USB connector plug extends and a rearward aperture (24; 124) from which a cable (14; 114) of the USB connector plug extends, the body having an outer form, which defines on a first surface thereof, a thumb pad (30; 130) and on a second opposing surface, a finger pad (32; 132), wherein said outer form of the body is provided with a thumb push element (40; 140) that stands proud from a forward part of said thumb pad, characterized in that the thumb pad defines a concave dish profile.
A management system for a plurality of substitute currency (C) for gaming, wherein each of the plurality of the substitute currency for gaming has a ground pattern that is difficult to distinguish from each other at first glance but has a pattern that is not completely identical to each other, and a unique ID that can be individually identified is attached to each of the plurality of the substitute currency (C) for gaming, the management system comprises: a database that, for a plurality of the substitute currency (C) for gaming that is registered, associates the pattern of the ground pattern of the substitute currency (C) for gaming and the ID of the substitute currency for gaming and stores pattern information of the pattern of the ground pattern and the ID of the substitute currency (C) for gaming in association with each other; an image acquisition device configured to acquire an image of the ground pattern of the substitute currency (C) for gaming; an ID reading device that reads the ID of the substitute currency (C) for gaming; and a management control device that identifies the pattern of the ground pattern of the substitute currency (C) by analyzing the acquired images using a deep learning structure, and determines whether the pattern of the ground pattern associated in the database with the ID read by the ID reading device corresponds to the pattern of the ground pattern in the image acquired by the image acquisition device , for thereby determining authenticity of the substitute currency (C) for gaming. a database that, for a plurality of the substitute currency (C) for gaming that is registered, associates the pattern of the ground pattern of the substitute currency (C) for gaming and the ID of the substitute currency for gaming and stores pattern information of the pattern of the ground pattern and the ID of the substitute currency (C) for gaming in association with each other; an image acquisition device configured to acquire an image of the ground pattern of the substitute currency (C) for gaming; an ID reading device that reads the ID of the substitute currency (C) for gaming; and a management control device that identifies the pattern of the ground pattern of the substitute currency (C) by analyzing the acquired images using a deep learning structure, and determines whether the pattern of the ground pattern associated in the database with the ID read by the ID reading device corresponds to the pattern of the ground pattern in the image acquired by the image acquisition device , for thereby determining authenticity of the substitute currency (C) for gaming.
A method of reducing cetyl pyridinium chloride (CPC) TRPA1 receptor activation comprising: a. providing a cell that expresses at least one TRPA1 receptor; b. adding CPC to the cell to activate the TRPA1 receptor: c. adding at least one of a CPC TRPA1 receptor antagonist to reduce the TRPA1 receptor activation, wherein the CPC TRPA1 receptor antagonist comprises at least one of eugenyl isovalerate; b-cyclodextrin; maltyl isobutyrate; tannic acid; manganese gluconate; p-mentha-8-thiol-3-one; myrtenol; manganese citrate. a. providing a cell that expresses at least one TRPA1 receptor; b. adding CPC to the cell to activate the TRPA1 receptor: c. adding at least one of a CPC TRPA1 receptor antagonist to reduce the TRPA1 receptor activation, wherein the CPC TRPA1 receptor antagonist comprises at least one of eugenyl isovalerate; b-cyclodextrin; maltyl isobutyrate; tannic acid; manganese gluconate; p-mentha-8-thiol-3-one; myrtenol; manganese citrate.
A method for a universal serial bus, USB, attack protection between a communication device (CD) initially configured to forbid registration of any USB device and an accessory device (AD), the method comprising the following steps in a protection device (PD) inserted between the communication device (CD) and the accessory device (AD) through a USB link: receiving (S6) a message (Mes) from the accessory device (AD), the message (Mes) including fields of characteristics of the accessory device, generating (S7) a random identifier (Rid), sending (S8) the generated random identifier (Rid) to a security agent (SDA) of the communication device (CD) that creates a registration rule based on the generated random identifier, intercepting (S11) a response from the accessory device (AD) to a request from the communication device (CD), the request being dedicated to get a value associated with a serial number of the accessory device, modifying (S11) said response by including the generated random identifier (Rid), yielding to a modified response (ResM), sending (S12) the modified response (ResM) to a software module managing USB drivers of the communication device (CD), the modified response (ResM) triggering a query for registration of the accessory device (AD) by means of the content of the modified response and the created registration rule, whereby the created registration rule based on the generated random identifier is an exception rule allowing registration of a USB accessory device corresponding to said generated random identifier. receiving (S6) a message (Mes) from the accessory device (AD), the message (Mes) including fields of characteristics of the accessory device, generating (S7) a random identifier (Rid), sending (S8) the generated random identifier (Rid) to a security agent (SDA) of the communication device (CD) that creates a registration rule based on the generated random identifier, intercepting (S11) a response from the accessory device (AD) to a request from the communication device (CD), the request being dedicated to get a value associated with a serial number of the accessory device, modifying (S11) said response by including the generated random identifier (Rid), yielding to a modified response (ResM), sending (S12) the modified response (ResM) to a software module managing USB drivers of the communication device (CD), the modified response (ResM) triggering a query for registration of the accessory device (AD) by means of the content of the modified response and the created registration rule, whereby the created registration rule based on the generated random identifier is an exception rule allowing registration of a USB accessory device corresponding to said generated random identifier.
A mobile robot , comprising: a body ; a rotating plate rotatably installed on the body and having a mop portion attached to a lower surface thereof; characterized in that the mobile robot comprises a rotating ball disposed vertically overlapping with a rotating shaft (Osa, Osb) of the rotating plate and rotatably installed on the rotating plate independently of the rotating plate, wherein a part of the rotating ball is positioned below a lower surface of the rotating plate. a body ; a rotating plate rotatably installed on the body and having a mop portion attached to a lower surface thereof; characterized in that the mobile robot comprises a rotating ball disposed vertically overlapping with a rotating shaft (Osa, Osb) of the rotating plate and rotatably installed on the rotating plate independently of the rotating plate, wherein a part of the rotating ball is positioned below a lower surface of the rotating plate.