mhurhangee/patent-ind-claim-en huggingface dataset:
Gear or profile grinding machine , in particular for grinding pre-toothed or pre-profiled workpieces , wherein the machine has at least one tool spindle on which at least one grinding tool can be mounted, and wherein the machine has at least one workpiece spindle which is arranged displaceably on a carrier element and which can be moved at least temporarily towards the tool spindle by means of at least one drive in order for the workpiece to interact with the grinding tool , characterized in that at least one mass is arranged on or in the carrier element , which mass is arranged movably at or on a guide element by means of a drive element , wherein the mass is constantly free from contact with another machine part and/or workpiece part and/or tool part, wherein the mass is designed for simultaneous movement in a second direction (R2) by means of the drive element when the workpiece spindle is moved in a first direction (R1), wherein the first direction (R1) and the second direction (R2) are arranged perpendicular to each other.
A soil additive composition comprising: a polymer comprising: (i) monomer A b comprising at least one betaine group or at least one cationic group; and (ii) monomer B a comprising at least one non-ionic group or at least one anionic group, wherein the polymer is water-soluble or water-dispersible; and provided that if the monomer A b comprises a cationic group, the monomer B a comprises an anionic group; and a seed at least partially coated by the polymer. a polymer comprising: (i) monomer A b comprising at least one betaine group or at least one cationic group; and (ii) monomer B a comprising at least one non-ionic group or at least one anionic group, (i) monomer A b comprising at least one betaine group or at least one cationic group; and (ii) monomer B a comprising at least one non-ionic group or at least one anionic group, wherein the polymer is water-soluble or water-dispersible; and provided that if the monomer A b comprises a cationic group, the monomer B a comprises an anionic group; and a seed at least partially coated by the polymer.
A non-transitory computer-readable storage medium comprising computer-executable instructions that when executed by a processor cause the processor to: receive, from a transducer computing device located within a predefined proximity to an equipment in an operating environment, a vibration sample from the operating environment; incrementing a retrain counter in response to receiving the vibration sample; in response to determining that the incremented retrain counter does not meet or exceed a retrain threshold, predict, using a model, an anomalous or non-anomalous designation for the vibration sample and a cluster assignment, to a particular cluster of a set of clusters, for the vibration sample when the model predicts the non-anomalous designation for the vibration sample; receive, from the transducer computing device, a subsequent vibration sample from the operating environment; further increment the retrain counter in response to receiving the subsequent vibration sample; and in response to determining that the further incremented retrain counter exceeds a retrain threshold: receive, from the transducer computing device, a subsequent set of vibration samples from the operating environment; and retrain, using the subsequent vibration sample and the subsequent set of vibration samples, the model. receive, from a transducer computing device located within a predefined proximity to an equipment in an operating environment, a vibration sample from the operating environment; incrementing a retrain counter in response to receiving the vibration sample; in response to determining that the incremented retrain counter does not meet or exceed a retrain threshold, predict, using a model, an anomalous or non-anomalous designation for the vibration sample and a cluster assignment, to a particular cluster of a set of clusters, for the vibration sample when the model predicts the non-anomalous designation for the vibration sample; receive, from the transducer computing device, a subsequent vibration sample from the operating environment; further increment the retrain counter in response to receiving the subsequent vibration sample; and in response to determining that the further incremented retrain counter exceeds a retrain threshold: receive, from the transducer computing device, a subsequent set of vibration samples from the operating environment; and retrain, using the subsequent vibration sample and the subsequent set of vibration samples, the model. receive, from the transducer computing device, a subsequent set of vibration samples from the operating environment; and retrain, using the subsequent vibration sample and the subsequent set of vibration samples, the model.
An indoor unit of a cassette type air conditioner, the indoor unit comprising a cabinet on which a heat exchanger and a blower are mounted, the cabinet being installable in a ceiling in an indoor space, a panel defining a bottom surface of the cabinet , the bottom surface facing the indoor space, a suction hole opened at a center of the panel to suck indoor air, a discharge hole opened in the panel outside the suction hole to discharge conditioned air, the discharge hole having an oblong shape, a vane having an oblong shape corresponding to that of the discharge hole , the vane selectively opening or closing the discharge hole to guide discharge air, Characterized in that : a vane driving assembly is disposed on an inner surface of the panel , the vane driving assembly being coupled to the opposite ends of the vane to rotate the vane around its longitudinal axis, and the opposite ends of the discharge hole and of the vane have shapes in which two rounded curves cross each other, and the vane driving assembly comprises: a case defining an exterior thereof; and a stopper is formed by a part of a top surface of the case being inclined or rounded, wherein the stopper provides a stop to the vane defining a rotational end position to prevent an end of the vane from interfering therewith until the vane has reached its rotational end position, wherein, in the fully open position of the vane , the surface of the stopper abuts against the vane , and wherein along the vane and the stopper provide a guide for the discharge air towards the discharge hole . a vane driving assembly is disposed on an inner surface of the panel , the vane driving assembly being coupled to the opposite ends of the vane to rotate the vane around its longitudinal axis, and the opposite ends of the discharge hole and of the vane have shapes in which two rounded curves cross each other, and the vane driving assembly comprises: a case defining an exterior thereof; and a stopper is formed by a part of a top surface of the case being inclined or rounded, wherein the stopper provides a stop to the vane defining a rotational end position to prevent an end of the vane from interfering therewith until the vane has reached its rotational end position, wherein, in the fully open position of the vane , the surface of the stopper abuts against the vane , and wherein along the vane and the stopper provide a guide for the discharge air towards the discharge hole . a case defining an exterior thereof; and a stopper is formed by a part of a top surface of the case being inclined or rounded, wherein the stopper provides a stop to the vane defining a rotational end position to prevent an end of the vane from interfering therewith until the vane has reached its rotational end position, wherein, in the fully open position of the vane , the surface of the stopper abuts against the vane , and wherein along the vane and the stopper provide a guide for the discharge air towards the discharge hole .
A control system for producing a control signal, the control system comprising: a common processing partition configured to receive a flight input signal and at least one first mode input signal, said common processing partition configured to produce the control signal in response to one of a first mode output signal and a second mode signal; a first processing partition coupled to said common processing partition and configured to receive said at least one first mode input signal and said flight input signal from said common processing partition and further configured to produce said first mode output signal in response to one of said at least one first mode input signal and said flight input signal; and a second processing partition coupled to said common processing partition and configured to generate said second mode signal in response to said flight input signal when said first processing partition fails. a common processing partition configured to receive a flight input signal and at least one first mode input signal, said common processing partition configured to produce the control signal in response to one of a first mode output signal and a second mode signal; a first processing partition coupled to said common processing partition and configured to receive said at least one first mode input signal and said flight input signal from said common processing partition and further configured to produce said first mode output signal in response to one of said at least one first mode input signal and said flight input signal; and a second processing partition coupled to said common processing partition and configured to generate said second mode signal in response to said flight input signal when said first processing partition fails.
An inductive device comprising: - a toroidal core , - at least one electric conductor wound around the toroidal core and constituting at least one winding, portions of the electric conductor on an outer perimeter of the winding being straight and parallel with an axial direction of the toroidal core, and - a cooling element constituting a cylindrical cavity containing the toroidal core and the electric conductor so that the axial direction of the toroidal core is parallel with an axial direction of the cylindrical cavity and distances from a wall of the cylindrical cavity to different ones of the portions of the electric conductor are equal, characterized in that a cross-sectional shape of the electric conductor is rectangular and a cross-sectional shape of the cylindrical cavity in a geometric plane perpendicular to the axial direction of the cylindrical cavity is circular, wherein gaps between the wall of the cylindrical cavity and the portions of the electric conductor are filled with electrically insulating solid material so that an electrically insulating outer lining of the electric conductor constitutes the electrically insulating solid material filling the gaps, wherein the electrically insulating outer lining of the electric conductor extends, in a longitudinal direction of the electric conductor, over a whole length of each turn of the winding. - a toroidal core , - at least one electric conductor wound around the toroidal core and constituting at least one winding, portions of the electric conductor on an outer perimeter of the winding being straight and parallel with an axial direction of the toroidal core, and - a cooling element constituting a cylindrical cavity containing the toroidal core and the electric conductor so that the axial direction of the toroidal core is parallel with an axial direction of the cylindrical cavity and distances from a wall of the cylindrical cavity to different ones of the portions of the electric conductor are equal,
A static random access memory, SRAM, device , the SRAM device comprising: an array of bit cells arranged in rows and columns, wherein each bit cell in a row is selected for writing via a corresponding wordline (WL) for that row and wherein each bit cell in a column is coupled to a corresponding pair of bitlines (BL, LBL) for supplying complementary data values; and at least one row-oriented write assist circuit configured to temporarily reduce, to a desired voltage level, a voltage on an internal voltage line used to supply power to the bit cells of a row selected for writing, characterized in that the write assist circuit temporarily increases a voltage on the corresponding wordline by coupling the corresponding wordline to the internal voltage line such that charge on the internal voltage line is used to charge the wordline thereby reducing the voltage on the internal voltage line. an array of bit cells arranged in rows and columns, wherein each bit cell in a row is selected for writing via a corresponding wordline (WL) for that row and wherein each bit cell in a column is coupled to a corresponding pair of bitlines (BL, LBL) for supplying complementary data values; and at least one row-oriented write assist circuit configured to temporarily reduce, to a desired voltage level, a voltage on an internal voltage line used to supply power to the bit cells of a row selected for writing, characterized in that the write assist circuit temporarily increases a voltage on the corresponding wordline by coupling the corresponding wordline to the internal voltage line such that charge on the internal voltage line is used to charge the wordline thereby reducing the voltage on the internal voltage line.
A multicast method implemented by a multicast relay device, comprising: receiving multicast service data forwarded by an Access Point, AP, through a unicast transmission protocol , wherein, the multicast service data is transmitted with a fixed source/target MAC address in a unicast manner between the AP and the multicast relay device; and forwarding the received multicast service data to a multicast group through a multicast transmission protocol ; characterized in that the multicast service data received through the unicast transmission protocol comprises: a Media Access Control, MAC, address of a source transmitter of the multicast service data, an MAC address of the AP, a multicast MAC address, and an MAC address of the multicast relay device. receiving multicast service data forwarded by an Access Point, AP, through a unicast transmission protocol , wherein, the multicast service data is transmitted with a fixed source/target MAC address in a unicast manner between the AP and the multicast relay device; and forwarding the received multicast service data to a multicast group through a multicast transmission protocol ; characterized in that the multicast service data received through the unicast transmission protocol comprises: a Media Access Control, MAC, address of a source transmitter of the multicast service data, an MAC address of the AP, a multicast MAC address, and an MAC address of the multicast relay device.
A method for a cloud-based wireless local area network, WLAN,-management service, comprising: configuring a first access point as a master access point in a group of access points for operation in a WLAN, with master-access-point configuration parameters that are used for authentication in the group of access points; receiving, from the first access point of the group of access points, a first-access-point neighbor list that includes an identifier of the first access point; identifying, based at least on the identifier, that the first access point is the master access point of the group of access points; receiving a second-access-point neighbor list and second-access-point configuration parameters from a second access point of the group of access points; first determining, based on the second-access-point configuration parameters, that the second access point was previously used in a WLAN; in response to the first determination, second determining, using configuration parameters managed by the cloud-based WLAN-management service, that the second access point was not previously authenticated by the cloud-based WLAN-management service; in response to the second determination, third determining that the first-access-point neighbor list includes an identifier of the second access point and that the second-access-point neighbor list includes an identifier of the first access point; and in response to the third determination, provisioning the second access point based on the master-access-point configuration parameters. configuring a first access point as a master access point in a group of access points for operation in a WLAN, with master-access-point configuration parameters that are used for authentication in the group of access points; receiving, from the first access point of the group of access points, a first-access-point neighbor list that includes an identifier of the first access point; identifying, based at least on the identifier, that the first access point is the master access point of the group of access points; receiving a second-access-point neighbor list and second-access-point configuration parameters from a second access point of the group of access points; first determining, based on the second-access-point configuration parameters, that the second access point was previously used in a WLAN; in response to the first determination, second determining, using configuration parameters managed by the cloud-based WLAN-management service, that the second access point was not previously authenticated by the cloud-based WLAN-management service; in response to the second determination, third determining that the first-access-point neighbor list includes an identifier of the second access point and that the second-access-point neighbor list includes an identifier of the first access point; and in response to the third determination, provisioning the second access point based on the master-access-point configuration parameters.
A remote assistance system for use with an aquarium or pond comprising: a monitoring and control system installed in the aquarium or pond, comprising: a sensor module including sensors for monitoring environmental conditions within the aquarium or pond, and at least one video camera for providing video images of specimens in one or more regions of the aquarium or pond; an information transmitting and receiving module for transmitting information gathered by the sensor module to a remote server , and receiving instructions; an action triggering module responsive to said instructions for actuating one or more automated control devices to alter the environmental conditions within the aquarium or pond; and a remote server arranged to analyse the information transmitted by the information transmitting and receiving module and provide said instructions to which the action triggering module is responsive; characterised in that the remote server is arranged to generate at least some of said instructions autonomously on the basis of analysis of the information transmitted by the information transmitting and receiving module , said analysis including analysing said video images to identify signs of stress or disease based on the behaviour of individual specimens. a monitoring and control system installed in the aquarium or pond, comprising: a sensor module including sensors for monitoring environmental conditions within the aquarium or pond, and at least one video camera for providing video images of specimens in one or more regions of the aquarium or pond; an information transmitting and receiving module for transmitting information gathered by the sensor module to a remote server , and receiving instructions; an action triggering module responsive to said instructions for actuating one or more automated control devices to alter the environmental conditions within the aquarium or pond; and a sensor module including sensors for monitoring environmental conditions within the aquarium or pond, and at least one video camera for providing video images of specimens in one or more regions of the aquarium or pond; an information transmitting and receiving module for transmitting information gathered by the sensor module to a remote server , and receiving instructions; an action triggering module responsive to said instructions for actuating one or more automated control devices to alter the environmental conditions within the aquarium or pond; and a remote server arranged to analyse the information transmitted by the information transmitting and receiving module and provide said instructions to which the action triggering module is responsive; characterised in that the remote server is arranged to generate at least some of said instructions autonomously on the basis of analysis of the information transmitted by the information transmitting and receiving module , said analysis including analysing said video images to identify signs of stress or disease based on the behaviour of individual specimens.
A dispersible moist wipe comprising a plurality of hydroentangled fibers and 0.5 grams per square meter (gsm) to 5 gsm of an ion-triggerable binder composition, the wipe having a geometric mean tensile (GMT) wet strength of at least 300 grams per inch (g/in) (118 g/cm), a GMT soak wet strength of less than 180 g/in (71 g/cm), and a CD stretch percent greater than 40%, wherein the geometric mean tensile (GMT) wet strength, GMT soak wet strength and CD stretch are measured as set out in the description.
A fluid meter including a main channel and a flow rate measurement device for measuring the flow rate of a fluid flowing in the main channel , the fluid meter further including a fluid composition measurement device comprising: • partitions defining a chamber ; • at least one inlet orifice formed in one of the partitions, the inlet orifice being arranged so that a portion of the fluid penetrates into the chamber ; • an infrared emitter and an infrared receiver situated in the chamber and arranged to measure the composition of the portion of the fluid by infrared spectroscopy, the inlet orifice opening out into the chamber in the proximity of the infrared emitter or of the infrared receiver ; • a duct putting the chamber into communication with the main channel , the duct being arranged so that the portion of the fluid is sucked from the chamber by the Venturi effect in order to escape from the chamber and penetrate into the main channel , the duct opening out into the main channel upstream from the inlet orifice and upstream from the flow rate measurement device . • partitions defining a chamber ; • at least one inlet orifice formed in one of the partitions, the inlet orifice being arranged so that a portion of the fluid penetrates into the chamber ; • an infrared emitter and an infrared receiver situated in the chamber and arranged to measure the composition of the portion of the fluid by infrared spectroscopy, the inlet orifice opening out into the chamber in the proximity of the infrared emitter or of the infrared receiver ; • a duct putting the chamber into communication with the main channel , the duct being arranged so that the portion of the fluid is sucked from the chamber by the Venturi effect in order to escape from the chamber and penetrate into the main channel , the duct opening out into the main channel upstream from the inlet orifice and upstream from the flow rate measurement device .