mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a fermented composition with improved odor, comprising: - preparing grain flour; - performing primary fermentation of the grain flour using yeast which produces α-galactosidase, protease, and phytase; - performing secondary fermentation of the primary fermented product using a strain of the genus Bacillus; and - obtaining the secondary fermented product. - preparing grain flour; - performing primary fermentation of the grain flour using yeast which produces α-galactosidase, protease, and phytase; - performing secondary fermentation of the primary fermented product using a strain of the genus Bacillus; and - obtaining the secondary fermented product.
A method of producing a medical appliance comprising rotationally spinning a first layer of polytetrafluoroethylene (PTFE) from a rotating spinneret, in the absence of an electric field, the first layer of polytetrafluoroethylene comprising a portion of the medical appliance.
A vehicle comprising: a battery , a secondary coil receiving electric power to be supplied to the battery from a power feeding device external to the vehicle , a rectifier rectifying the electric power extracted by the secondary coil , a communication device communicating with the power feeding device , and an ECU , wherein the ECU is configured to signal the power feeding device to stop charging when the ECU determines that the battery is fully charged, characterized in that the ECU is configured to control the vehicle to shut down receiving electric power in the vehicle by changing an impedance of the secondary coil when the ECU detects an error during charging of the battery . a battery , a secondary coil receiving electric power to be supplied to the battery from a power feeding device external to the vehicle , a rectifier rectifying the electric power extracted by the secondary coil , a communication device communicating with the power feeding device , and an ECU , wherein the ECU is configured to signal the power feeding device to stop charging when the ECU determines that the battery is fully charged, characterized in that the ECU is configured to control the vehicle to shut down receiving electric power in the vehicle by changing an impedance of the secondary coil when the ECU detects an error during charging of the battery .
An electrical supply module comprising: a composite board comprising an anode layer and a cathode layer of electrically conducting material, which anode layer and cathode layer are separated by an insulator of electrically insulating material, an adapter for mounting in a hole extending entirely through or partly through the composite board, the adapter comprising a circuit board carrying an electronic component, the circuit board establishing electrical connection from the anode layer to an anode of the electronic component and electrical connection from the cathode layer to a cathode of the electronic component, a power supply capable of providing a constant voltage or a constant current between the anode layer and the cathode layer characterized in that the anode layer and the cathode layer each have a trench extending from a connection surface (A) of the composite board. a composite board comprising an anode layer and a cathode layer of electrically conducting material, which anode layer and cathode layer are separated by an insulator of electrically insulating material, an adapter for mounting in a hole extending entirely through or partly through the composite board, the adapter comprising a circuit board carrying an electronic component, the circuit board establishing electrical connection from the anode layer to an anode of the electronic component and electrical connection from the cathode layer to a cathode of the electronic component, a power supply capable of providing a constant voltage or a constant current between the anode layer and the cathode layer characterized in that the anode layer and the cathode layer each have a trench extending from a connection surface (A) of the composite board.
A security module for a controller area network, CAN, node , the security module comprising: a receive data, RXD, input interface for receiving data from a CAN bus ; a transmit data, TXD, output interface for transmitting data to the CAN bus ; wherein the security module is configured to: receive a CAN frame from the CAN bus via the RXD input interface; compare an identifier of the received CAN frame with at least one identifier associated with a local controller ; and upon detection of a match between the identifier of the received CAN frame and the at least one identifier associated with the local controller , output an error signal to the CAN bus via the TXD output interface by setting a predetermined plurality of consecutive bits in the CAN frame to a dominant value, wherein the predetermined plurality of consecutive bits identifies a security error to CAN nodes connected to the CAN bus and is at least 10 consecutive bits. a receive data, RXD, input interface for receiving data from a CAN bus ; a transmit data, TXD, output interface for transmitting data to the CAN bus ; wherein the security module is configured to: receive a CAN frame from the CAN bus via the RXD input interface; compare an identifier of the received CAN frame with at least one identifier associated with a local controller ; and upon detection of a match between the identifier of the received CAN frame and the at least one identifier associated with the local controller , output an error signal to the CAN bus via the TXD output interface by setting a predetermined plurality of consecutive bits in the CAN frame to a dominant value, wherein the predetermined plurality of consecutive bits identifies a security error to CAN nodes connected to the CAN bus and is at least 10 consecutive bits. receive a CAN frame from the CAN bus via the RXD input interface; compare an identifier of the received CAN frame with at least one identifier associated with a local controller ; and upon detection of a match between the identifier of the received CAN frame and the at least one identifier associated with the local controller , output an error signal to the CAN bus via the TXD output interface by setting a predetermined plurality of consecutive bits in the CAN frame to a dominant value, wherein the predetermined plurality of consecutive bits identifies a security error to CAN nodes connected to the CAN bus and is at least 10 consecutive bits.
Elevator system having at least one car which is displaceable in an elevator shaft , wherein the car by way of a suspension rope is connected to a counterweight , and wherein a connection means is provided, which has a first end at the car side and a second end, wherein the first end of the connection means is fastened to a suspension which is provided on the car and which is at least partially positioned outside the vertical projection of the car ; comprising a suspension installation which exerts a first force on the suspension , said first force counteracting a second force acting on the suspension on account of the mass of the connections means , characterized in that the suspension installation has an additional rope , wherein a first end of the additional rope is fastened to the suspension in such a manner that the first force on account thereof is exerted on the suspension .
A plate assembly for a heat exchanger comprising a first plate connected by brazing to an end plate on one side and to a second plate on the other side, thereby providing a conduit between the first plate and the second plate for a heat exchange fluid, wherein the second plate comprises an opening , characterised in that the first plate comprises a reinforcement element comprising a raised portion in contact with a part of edge area of the opening , wherein the reinforcement element is configured to enable flow of a heat exchange fluid through the opening and between the first plate and the second plate .
A method for transmission leakage signal cancellation in analog domain, the method comprising: splitting an input signal into a plurality of signal paths, wherein the input signal is a copy of a transmission signal; complex weighting and delaying, for each signal path, a respective signal; summing outputs of the signal paths, and providing an output comprising the sum of the signal paths, wherein the output signal is fed forward to receiver paths to cancel transmission signal leakage, characterized in that the complex weighting and delaying are configured to independently control gain, phase and delay of the output signal over broadband, and in that the method further comprises: fractionally delaying each respective signal for each signal path, wherein a delay of each of the plurality of signal paths is selected individually for each of the plurality of signal paths. splitting an input signal into a plurality of signal paths, wherein the input signal is a copy of a transmission signal; complex weighting and delaying, for each signal path, a respective signal; summing outputs of the signal paths, and providing an output comprising the sum of the signal paths, wherein the output signal is fed forward to receiver paths to cancel transmission signal leakage, characterized in that the complex weighting and delaying are configured to independently control gain, phase and delay of the output signal over broadband, and in that the method further comprises: fractionally delaying each respective signal for each signal path, wherein a delay of each of the plurality of signal paths is selected individually for each of the plurality of signal paths.
Vehicle washing system for cleaning a vehicle (F) with a carrier movable along a washing zone and a foam dispensing device (16-19) to generate a foam curtain (V) extending across the direction of travel (L) of the carrier, wherein the foam dispensing device (16-19) is arranged so as to be vertically adjustable on carrier and includes at least one foam outlet from which foam emerges under pressure, characterized in that the foam delivery device includes a baffle facing the foam outlet to collect and divert the emerging foam, a lower edge of the baffle is a runoff edge which extends across the washing zone.
A power supply control system comprising: one or more power supply control devices supplied with power from a battery; and a controller for wirelessly communicating signals with the power supply control devices , wherein each of the power supply control devices includes a startup unit for receiving, via a first antenna , a wireless startup signal (s0) transmitted (S101) from the controller , and supplying power from the battery to a communication unit while receiving the wireless startup signal (s0), and the communication unit which is for, while being supplied with power from the battery, receiving (S114), via a second antenna , a monitoring control instruction (s5) from the controller , acquiring (S115) a monitoring control result (s6) for the monitored and/or controlled battery, and transmitting (S116) the monitoring control result (s6) to the controller as needed in response to the monitoring control instruction (s5), wherein said first or said second antenna is installed in the null point direction of the other antenna of said first and said second antenna, or wherein a conductive plate is installed between said first and said second antenna. one or more power supply control devices supplied with power from a battery; and a controller for wirelessly communicating signals with the power supply control devices , wherein each of the power supply control devices includes a startup unit for receiving, via a first antenna , a wireless startup signal (s0) transmitted (S101) from the controller , and supplying power from the battery to a communication unit while receiving the wireless startup signal (s0), and the communication unit which is for, while being supplied with power from the battery, receiving (S114), via a second antenna , a monitoring control instruction (s5) from the controller , acquiring (S115) a monitoring control result (s6) for the monitored and/or controlled battery, and transmitting (S116) the monitoring control result (s6) to the controller as needed in response to the monitoring control instruction (s5), wherein said first or said second antenna is installed in the null point direction of the other antenna of said first and said second antenna, or wherein a conductive plate is installed between said first and said second antenna. a startup unit for receiving, via a first antenna , a wireless startup signal (s0) transmitted (S101) from the controller , and supplying power from the battery to a communication unit while receiving the wireless startup signal (s0), and the communication unit which is for, while being supplied with power from the battery, receiving (S114), via a second antenna , a monitoring control instruction (s5) from the controller , acquiring (S115) a monitoring control result (s6) for the monitored and/or controlled battery, and transmitting (S116) the monitoring control result (s6) to the controller as needed in response to the monitoring control instruction (s5), wherein said first or said second antenna is installed in the null point direction of the other antenna of said first and said second antenna, or wherein a conductive plate is installed between said first and said second antenna.
A lamp optics comprising: a laminar light guide having two opposing laminar sides , a lens block grid arranged on a first of the two laminar sides such that the lens block grid elements of the lens block grid are in flat contact with the first laminar side , wherein the second laminar side has a structure with diffuser elements , wherein the diffuser elements are respectively provided opposite one of the lens block grid elements and opposite one of the contact areas of the laminar contact between the lens block grid elements and the light guide to diffusely scatter light coupled into the light guide and to emit at least partially via each opposite lens block grid element , wherein the lens block grid element of the light guide make out. a laminar light guide having two opposing laminar sides , a lens block grid arranged on a first of the two laminar sides such that the lens block grid elements of the lens block grid are in flat contact with the first laminar side , wherein the second laminar side has a structure with diffuser elements , wherein the diffuser elements are respectively provided opposite one of the lens block grid elements and opposite one of the contact areas of the laminar contact between the lens block grid elements and the light guide to diffusely scatter light coupled into the light guide and to emit at least partially via each opposite lens block grid element , wherein the lens block grid element of the light guide make out.
Apparatus for real-time visualizing a movement of a lower jaw versus an upper jaw in a craniomaxillofacial area of a patient in dental diagnostics, comprising: an input interface for receiving a two-dimensional image signal of the craniomaxillofacial area of the patient from a camera and a three-dimensional jaw model of the craniomaxillofacial area of the patient being precalculated based on volume data; a registration unit for registering the three-dimensional jaw model with the two-dimensional image signal in a first jaw position of the lower jaw versus the upper jaw and in a second jaw position of the lower jaw versus the upper jaw, wherein the first jaw position is different from the second jaw position; an imaging unit for generating a two-dimensional depth-view of the craniomaxillofacial area from the three-dimensional jaw model based on the conducted registrations and the two-dimensional image signal, said two-dimensional depth-view including a structure underlying an image area of the two-dimensional image signal; and an output interface for outputting the two-dimensional depth-view. an input interface for receiving a two-dimensional image signal of the craniomaxillofacial area of the patient from a camera and a three-dimensional jaw model of the craniomaxillofacial area of the patient being precalculated based on volume data; a registration unit for registering the three-dimensional jaw model with the two-dimensional image signal in a first jaw position of the lower jaw versus the upper jaw and in a second jaw position of the lower jaw versus the upper jaw, wherein the first jaw position is different from the second jaw position; an imaging unit for generating a two-dimensional depth-view of the craniomaxillofacial area from the three-dimensional jaw model based on the conducted registrations and the two-dimensional image signal, said two-dimensional depth-view including a structure underlying an image area of the two-dimensional image signal; and an output interface for outputting the two-dimensional depth-view.
An overhead processing method in an optical transport network, wherein the method comprises: generating an optical supervisory channel, OSC, frame, wherein the OSC frame comprises a plurality of overhead code block units, each of the plurality of overhead code block units bears an overhead of one of a plurality of overhead types, the OSC frame carries overhead identification information, the overhead identification information is used to identify the overhead type of the overhead born by each of the plurality of overhead code block units, and overheads of the plurality of overhead types comprise an optical transmission section overhead, OTS OH, an optical multiplex section overhead, OMS OH, and an optical tributary signal assembly overhead, OTSiA OH; and sending the OSC frame. generating an optical supervisory channel, OSC, frame, wherein the OSC frame comprises a plurality of overhead code block units, each of the plurality of overhead code block units bears an overhead of one of a plurality of overhead types, the OSC frame carries overhead identification information, the overhead identification information is used to identify the overhead type of the overhead born by each of the plurality of overhead code block units, and overheads of the plurality of overhead types comprise an optical transmission section overhead, OTS OH, an optical multiplex section overhead, OMS OH, and an optical tributary signal assembly overhead, OTSiA OH; and sending the OSC frame.
An electrolyte solution for a lithium ion secondary battery, comprising - a compound of formula : wherein R 1 and R 2 are each independently C 1-4 -alkyl optionally containing an ether bond, and - chloride ions in a concentration of 1.0 × 10 -6 to 1.0 × 10 3 ppm. - a compound of formula : wherein R 1 and R 2 are each independently C 1-4 -alkyl optionally containing an ether bond, and - chloride ions in a concentration of 1.0 × 10 -6 to 1.0 × 10 3 ppm.
Ground drilling device for drilling in soil by means of a drill string, wherein the ground drilling device has a drilling carriage and a sled movable in translational motion on the drilling carriage , and a holder is arranged on the sled a) for the screwing connection of a rod section to the drill string, or b) for the screwing detachment of a rod section from the drill string, wherein the holder can move in translational motion relative to the sled characterized in that a support bearing the holder is displaceably arranged on the sled , which is optionally detachably fixed on the sled to compensate for a change in the position of the holder caused by the screwing. a) for the screwing connection of a rod section to the drill string, or b) for the screwing detachment of a rod section from the drill string, wherein the holder can move in translational motion relative to the sled characterized in that a support bearing the holder is displaceably arranged on the sled , which is optionally detachably fixed on the sled to compensate for a change in the position of the holder caused by the screwing.
A device for treating a sample of fecal matter, comprising: - a container for containing a solution for treating the sample; - a plug for removably closing the container , the plug comprising an end piece for distributing a mixture of the solution with the sample; - a spoon for collecting the sample comprising: • a hollow operating portion comprising a bottom and a lateral edge surrounding the bottom , and • a handle extending from the operating portion , the handle being secured to the plug , the spoon being dimensioned to extend into the container when the plug closes the latter; wherein the handle comprises: - an internal cavity in fluid communication with the end piece of the plug ; - a rear wall extending the bottom of the operating portion , bordering the internal cavity and comprising orifices for filtering the mixture; wherein the handle also comprises a front wall opposite the rear wall and bordering the internal cavity , and wherein the front and rear walls are flat and parallel; characterized in that the front wall is solid. - a container for containing a solution for treating the sample; - a plug for removably closing the container , the plug comprising an end piece for distributing a mixture of the solution with the sample; - a spoon for collecting the sample comprising: • a hollow operating portion comprising a bottom and a lateral edge surrounding the bottom , and • a handle extending from the operating portion , • a hollow operating portion comprising a bottom and a lateral edge surrounding the bottom , and • a handle extending from the operating portion , the handle being secured to the plug , the spoon being dimensioned to extend into the container when the plug closes the latter; wherein the handle comprises: - an internal cavity in fluid communication with the end piece of the plug ; - a rear wall extending the bottom of the operating portion , bordering the internal cavity and comprising orifices for filtering the mixture; - an internal cavity in fluid communication with the end piece of the plug ; - a rear wall extending the bottom of the operating portion , bordering the internal cavity and comprising orifices for filtering the mixture; wherein the handle also comprises a front wall opposite the rear wall and bordering the internal cavity , and wherein the front and rear walls are flat and parallel; characterized in that the front wall is solid.
Vehicle staircase or machine staircase, comprising a support and also tread elements , wherein, upon the action of a weight force on a tread element , a distance of at least one tread element from the ground can be reduced, wherein, to set a speed of the movement of the at least one tread element , the support comprises at least one assembly , which assembly comprises at least one dynamic braking means , characterized in that the dynamic braking means takes the form of an eddy current brake.