mhurhangee/patent-ind-claim-en huggingface dataset:
An image sensor unit comprising: a linear light source for illuminating a document (G) with a light; a first erecting equal-magnification lens array and a second erecting equal-magnification lens array arranged in the stated order away from the document (G) so as to receive a light reflected from the document (G) and form an erecting equal-magnification image; a slit provided on an intermediate imaging plane between the first erecting equal-magnification lens array and the second erecting equal-magnification lens array ; a spectral device for dispersing a light output from the second erecting equal-magnification lens array ; and a linear image sensor for receiving a light dispersed by the spectral device wherein given that a direction of arrangement of single lenses forming the erecting equal-magnification lens arrays is defined as a main scanning direction and a direction perpendicular to the main scanning direction is defined as a sub-scanning direction, the slit is configured to restrict a visual field on the intermediate imaging plane in the sub-scanning direction, and wherein the slit extends in the main scanning direction and has a predetermined width in the sub-scanning direction. a linear light source for illuminating a document (G) with a light; a first erecting equal-magnification lens array and a second erecting equal-magnification lens array arranged in the stated order away from the document (G) so as to receive a light reflected from the document (G) and form an erecting equal-magnification image; a slit provided on an intermediate imaging plane between the first erecting equal-magnification lens array and the second erecting equal-magnification lens array ; a spectral device for dispersing a light output from the second erecting equal-magnification lens array ; and a linear image sensor for receiving a light dispersed by the spectral device wherein given that a direction of arrangement of single lenses forming the erecting equal-magnification lens arrays is defined as a main scanning direction and a direction perpendicular to the main scanning direction is defined as a sub-scanning direction, the slit is configured to restrict a visual field on the intermediate imaging plane in the sub-scanning direction, and wherein the slit extends in the main scanning direction and has a predetermined width in the sub-scanning direction.
An object comprising: a body comprising an antenna; and an integrated circuit embedded in the body and electrically connected to the antenna for receiving and transmitting wireless signals, wherein the integrated circuit is configured to receive wireless signals at first and second different frequencies, to wait until a command is received at the first frequency from a first reader device before transmitting a first signal to the first reader device and, upon detection of a signal at a second frequency different to the first frequency from a second reader device , to transmit a second signal to the second reader device without waiting until a command is received, wherein the second signal comprises instructions for the second reader device to reduce the power of its transmission. a body comprising an antenna; and an integrated circuit embedded in the body and electrically connected to the antenna for receiving and transmitting wireless signals, wherein the integrated circuit is configured to receive wireless signals at first and second different frequencies, to wait until a command is received at the first frequency from a first reader device before transmitting a first signal to the first reader device and, upon detection of a signal at a second frequency different to the first frequency from a second reader device , to transmit a second signal to the second reader device without waiting until a command is received, wherein the second signal comprises instructions for the second reader device to reduce the power of its transmission.
A machine for cooking a dose of pasta in a container, the machine comprising: - a frame comprising an upper structure and a lower structure facing the upper structure ; - a dispenser , which comprises at least a first opening for delivering steam and at least a second opening for delivering hot water, is supported by the upper structure , and extends from the upper structure towards the lower structure in the space between the upper structure and the lower structure along a longitudinal axis (A1); - a reference element , which is supported by the lower structure and is configured to place the container with the top opening in correspondence of the dispenser . - a frame comprising an upper structure and a lower structure facing the upper structure ; - a dispenser , which comprises at least a first opening for delivering steam and at least a second opening for delivering hot water, is supported by the upper structure , and extends from the upper structure towards the lower structure in the space between the upper structure and the lower structure along a longitudinal axis (A1); - a reference element , which is supported by the lower structure and is configured to place the container with the top opening in correspondence of the dispenser .
A display module comprising: a frame comprising a first coupling member ; a bracket comprising a second coupling member , the bracket detachably mounted to the frame ; a circuit system detachably mounted to the bracket ; and a light emitting diode (LED) module comprising a plurality of third coupling members ; wherein the plurality of third coupling members is detachably coupled to the first coupling member and the second coupling member by a magnetic force,wherein the bracket and the circuit system are configured to be mounted to the frame in front of the frame or to be separated from the frame in front of the frame . wherein at least one of the plurality of third coupling members is detachably coupled to the first coupling member , and at least another of the plurality of third coupling members is detachably coupled to the second coupling member . a frame comprising a first coupling member ; a bracket comprising a second coupling member , the bracket detachably mounted to the frame ; a circuit system detachably mounted to the bracket ; and a light emitting diode (LED) module comprising a plurality of third coupling members ; wherein the plurality of third coupling members is detachably coupled to the first coupling member and the second coupling member by a magnetic force,wherein the bracket and the circuit system are configured to be mounted to the frame in front of the frame or to be separated from the frame in front of the frame . wherein at least one of the plurality of third coupling members is detachably coupled to the first coupling member , and at least another of the plurality of third coupling members is detachably coupled to the second coupling member .
Food preparation apparatus with an electrical heating device comprising at least two electrical PTC thermistors (5 to 8; 101 to 108) for heating a food in a food preparation space, wherein the electrical PTC thermistors (5 to 8; 101 to 108) are electrically connected in parallel, wherein two electrical PTC thermistors (5 to 8; 101 to 108) provided for heating a food are electrically connected to each other by one or more electrical bridges (11 to 17; 113), characterized in that each of the one or more electrical bridges electrically connects not more than two electrical PTC thermistors (101 to 108) to each other.
System for transmitting information relating to signal states of a light signal system to at least one autonomous motor vehicle , having a light signal system , a communication device and a capture device , wherein the light signal system has a controller , a safety device and at least one signal generator , wherein the capture device is part of the autonomous motor vehicle , wherein the controller is designed to provide the safety device with a target image of a signal state of the signal generator of the light signal system , wherein the safety device is designed to provide the signal generator with the target image, wherein the signal generator is designed to generate a signal on the basis of the target image and to provide the safety device with an actual image of the signal, wherein the safety device is designed to compare the actual image with the target image, to generate a data packet having the actual image, to provide the controller with the data packet and to signal an error state to the controller if the actual image does not match the target image, wherein the controller is designed to provide the communication device with the data packet, wherein the communication device is designed to transmit the data packet to the safety device and to the capture device , wherein the safety device is designed to compare the target image provided by the controller with the actual image of the data packet transmitted by the communication device and to signal an error state to the controller if the target image provided by the controller and the actual image of the data packet transmitted by the communication device do not match. wherein the controller is designed to provide the safety device with a target image of a signal state of the signal generator of the light signal system , wherein the safety device is designed to provide the signal generator with the target image, wherein the signal generator is designed to generate a signal on the basis of the target image and to provide the safety device with an actual image of the signal, wherein the safety device is designed to compare the actual image with the target image, to generate a data packet having the actual image, to provide the controller with the data packet and to signal an error state to the controller if the actual image does not match the target image, wherein the controller is designed to provide the communication device with the data packet, wherein the communication device is designed to transmit the data packet to the safety device and to the capture device , wherein the safety device is designed to compare the target image provided by the controller with the actual image of the data packet transmitted by the communication device and to signal an error state to the controller if the target image provided by the controller and the actual image of the data packet transmitted by the communication device do not match.
Tamper-evident single-use container for holding unitary dose products, especially solid pharmaceutical products, comprising: - a container body made of a plastic material with a bottom end and a tubular top end ; and - a head section closing the tubular top end ; wherein the head section is integrally connected to the tubular top end of the container body at a connecting region ; wherein - the thickness of the plastic material at the connecting region is reduced by at least 50% as compared to the wall thickness of the container body at the tubular top end ; - the head section is provided with protrusions and/or depressions ; - the maximum outer dimensions of the head section are larger than an inner diameter (d in ) of the container body ; - characterized in that the connecting region is on an inner side of the wall of the container body and has a length (l) in a radial direction. - a container body made of a plastic material with a bottom end and a tubular top end ; and - a head section closing the tubular top end ; wherein the head section is integrally connected to the tubular top end of the container body at a connecting region ; - the thickness of the plastic material at the connecting region is reduced by at least 50% as compared to the wall thickness of the container body at the tubular top end ; - the head section is provided with protrusions and/or depressions ; - the maximum outer dimensions of the head section are larger than an inner diameter (d in ) of the container body ; - characterized in that the connecting region is on an inner side of the wall of the container body and has a length (l) in a radial direction.
A batch fermentation process for fermenting a starch hydrolysate containing 80-98 weight percent of glucose based on total carbohydrate and 0.3-5% weight percent of isomaltose based on total carbohydrate to a fermentation product, comprising: a) forming a fermentation broth containing a first portion of a total amount of the starch hydrolysate so that the fermentation broth has an initial glucose concentration of at least 50 g/L; b) fermenting the starch hydrolysate in the fermentation broth in an initial fermentation step to produce a fermentation product until the fermentation broth contains 30 g/L or less of glucose; c) adding to the fermentation broth an effective amount of at least one active enzyme that converts isomaltose into glucose; d) feeding the remaining portion of the total amount of starch hydrolysate containing 80-98 weight percent of glucose based on total carbohydrate and 0.3-5% weight percent of isomaltose based on total carbohydrate into the fermentation broth to maintain a glucose concentration of from 5 to 15 g/L in the fermentation broth throughout the feeding step; and e) producing a final fermentation broth containing the fermentation product; wherein the fermentation product comprises an organic acid selected from the group consisting of hydroxyl carboxylic acids, dicarboxylic acids, and tricarboxylic acids; or wherein the fermentation product is selected from the group consisting of lactic acid, citric acid, malonic acid, hydroxy butyric acid, adipic acid, lysine, keto-glutaric acid, glutaric acid, 3-hydroxy-proprionic acid, succinic acid, malic acid, fumaric acid, itaconic acid, muconic acid, methacrylic acid, and acetic acid. a) forming a fermentation broth containing a first portion of a total amount of the starch hydrolysate so that the fermentation broth has an initial glucose concentration of at least 50 g/L; b) fermenting the starch hydrolysate in the fermentation broth in an initial fermentation step to produce a fermentation product until the fermentation broth contains 30 g/L or less of glucose; c) adding to the fermentation broth an effective amount of at least one active enzyme that converts isomaltose into glucose; d) feeding the remaining portion of the total amount of starch hydrolysate containing 80-98 weight percent of glucose based on total carbohydrate and 0.3-5% weight percent of isomaltose based on total carbohydrate into the fermentation broth to maintain a glucose concentration of from 5 to 15 g/L in the fermentation broth throughout the feeding step; and e) producing a final fermentation broth containing the fermentation product;
Method of generating a converter control signal for a generator side converter portion of a wind turbine , being coupled to a generator being a permanent magnet synchronous machine, characterised by the method comprising: deriving at least one harmonic torque reference (245, Th*) based on a harmonic torque demand and a torque indicating feedback signal (241, Fb); deriving at least one harmonic flux reference (251, psih*) based on a harmonic stator voltage demand and a stator voltage indicating feedback signal (249, Vrms); adding all of the at least one harmonic torque reference (245, Th*) to a fundamental torque reference (253, Te*) and subtracting an estimated generator torque (255, Te^) to derive a torque error ; adding all of the at least one harmonic flux reference (251, psih*) to a fundamental flux reference (259, psis*) and subtracting an estimated generator flux (261, psis^) to derive a flux error ; and deriving the converter control signal (265, 135, Sabc) based on the torque error and the flux error . deriving at least one harmonic torque reference (245, Th*) based on a harmonic torque demand and a torque indicating feedback signal (241, Fb); deriving at least one harmonic flux reference (251, psih*) based on a harmonic stator voltage demand and a stator voltage indicating feedback signal (249, Vrms); adding all of the at least one harmonic torque reference (245, Th*) to a fundamental torque reference (253, Te*) and subtracting an estimated generator torque (255, Te^) to derive a torque error ; adding all of the at least one harmonic flux reference (251, psih*) to a fundamental flux reference (259, psis*) and subtracting an estimated generator flux (261, psis^) to derive a flux error ; and deriving the converter control signal (265, 135, Sabc) based on the torque error and the flux error .
An apparatus comprising: a semiconductor die including: at least one core to execute instructions; an agent to perform at least one function; a root complex including a first root port to interface to a first device to be coupled to the apparatus via a first interconnect and a second root port to interface to the agent via a bridge logic; characterized in that : the bridge logic to interface the second root port to the agent, converts a first transaction from the first root port having a first format to a second format and communicates the first transaction having the second format to the agent, wherein the bridge logic comprises a first shadow credit counter to maintain credits available in the second root port, the first shadow credit counter to mirror credit information of a credit counter of the second root port. at least one core to execute instructions; an agent to perform at least one function; a root complex including a first root port to interface to a first device to be coupled to the apparatus via a first interconnect and a second root port to interface to the agent via a bridge logic; characterized in that : the bridge logic to interface the second root port to the agent, converts a first transaction from the first root port having a first format to a second format and communicates the first transaction having the second format to the agent, wherein the bridge logic comprises a first shadow credit counter to maintain credits available in the second root port, the first shadow credit counter to mirror credit information of a credit counter of the second root port. the bridge logic to interface the second root port to the agent, converts a first transaction from the first root port having a first format to a second format and communicates the first transaction having the second format to the agent, wherein the bridge logic comprises a first shadow credit counter to maintain credits available in the second root port, the first shadow credit counter to mirror credit information of a credit counter of the second root port.
An electro-active polymeric ionic liquid comprising imidazolium-based repeated units, each of said imidazolium-based repeated units comprising at least: - an imidazolium moiety associated with a negatively charged counter-ion, - a metallocene oxidizable group and/or a reducible group, the reducible group being selected from: - an anthraquinone derivative of formula (IV): with R 1 representing a hydrogen atom or a C 1 -C 6 -alkyl group, - a viologen group, in particular of formula (V): with R' 2 representing a hydrogen atom, a C 1 -C 8 alkyl group or a C 2 -C 6 alkenyl group, X and X' identical or different, and each independently representing preferably a halogen group such as CI-, Br- or I-, or - a metallocene reducible group. - an imidazolium moiety associated with a negatively charged counter-ion, - a metallocene oxidizable group and/or a reducible group, - an anthraquinone derivative of formula (IV): with R 1 representing a hydrogen atom or a C 1 -C 6 -alkyl group, - a viologen group, in particular of formula (V): with R' 2 representing a hydrogen atom, a C 1 -C 8 alkyl group or a C 2 -C 6 alkenyl group, X and X' identical or different, and each independently representing preferably a halogen group such as CI-, Br- or I-, or - a metallocene reducible group.
A thermal-insulated multi-walled pipe for superconducting power transmission, comprising: a superconducting cable; and a multi-walled pipe that houses the superconducting cable, wherein the multi-walled pipe is composed of a plurality of straight pipes, at least one of the plurality of straight pipes has, at a surface thereof, a coating layer characterized in that the coating layer contains a metal powder, and a content of the metal powder in the coating layer is 70 mass% to 98 mass%. a superconducting cable; and a multi-walled pipe that houses the superconducting cable, wherein the multi-walled pipe is composed of a plurality of straight pipes, at least one of the plurality of straight pipes has, at a surface thereof, a coating layer characterized in that the coating layer contains a metal powder, and a content of the metal powder in the coating layer is 70 mass% to 98 mass%.
A charging apparatus for charging a first vehicle including first identification information and a second vehicle including second identification information, the charging apparatus comprising: a first communication line that is connected to the first vehicle ; a second communication line that is connected to the second vehicle ; a voltage detection section for detecting a first voltage pattern corresponding to the first identification information via the first communication line and for detecting a second voltage pattern corresponding to the second identification information via the second communication line ; a communication section for communicating with the first vehicle using the first identification information and for communicating with the second vehicle using the second identification information, a first power supply line that is connected to the first vehicle ; a second power supply line that is connected to the second vehicle ; and an electrical power supply section for supplying electrical power to the first vehicle via the first power supply line and for supplying electrical power to the second vehicle via the second power supply line , wherein the electrical power supply section is configured to supply electrical power to the first vehicle via the first power supply line when the voltage detection section detects a third voltage pattern different from the first voltage pattern, wherein the voltage detection section is configured to detect a voltage fluctuation period (Ts, Te), which indicates the start or end of the first identification information, in the third voltage pattern that is different from a voltage fluctuation period (T) which indicates the first identification information in the first voltage pattern. a first communication line that is connected to the first vehicle ; a second communication line that is connected to the second vehicle ; a voltage detection section for detecting a first voltage pattern corresponding to the first identification information via the first communication line and for detecting a second voltage pattern corresponding to the second identification information via the second communication line ; a communication section for communicating with the first vehicle using the first identification information and for communicating with the second vehicle using the second identification information, a first power supply line that is connected to the first vehicle ; a second power supply line that is connected to the second vehicle ; and an electrical power supply section for supplying electrical power to the first vehicle via the first power supply line and for supplying electrical power to the second vehicle via the second power supply line , wherein