mhurhangee/patent-ind-claim-en huggingface dataset:
An image setting device comprising: at least one processor , wherein the processor is configured to generate a structure-highlighted synthesized two-dimensional image from a plurality of tomographic images, detect a structure of interest from the plurality of tomographic images and the structure-highlighted synthesized two-dimensional image, characterised in that the processor is further configured to set at least some of the plurality of tomographic images as storage-required images or non-storage-required images according to a result of comparison between the structure of interest detected from the plurality of tomographic images and the structure of interest detected from the structure-highlighted synthesized two-dimensional image. at least one processor , wherein the processor is configured to generate a structure-highlighted synthesized two-dimensional image from a plurality of tomographic images, detect a structure of interest from the plurality of tomographic images and the structure-highlighted synthesized two-dimensional image, characterised in that the processor is further configured to set at least some of the plurality of tomographic images as storage-required images or non-storage-required images according to a result of comparison between the structure of interest detected from the plurality of tomographic images and the structure of interest detected from the structure-highlighted synthesized two-dimensional image. generate a structure-highlighted synthesized two-dimensional image from a plurality of tomographic images, detect a structure of interest from the plurality of tomographic images and the structure-highlighted synthesized two-dimensional image, characterised in that the processor is further configured to set at least some of the plurality of tomographic images as storage-required images or non-storage-required images according to a result of comparison between the structure of interest detected from the plurality of tomographic images and the structure of interest detected from the structure-highlighted synthesized two-dimensional image.
Induction hob device with at least one induction heating element , which is provided to heat cooking utensils and with at least one detection circuit which is provided to cooperate with the at least one induction heating element to detect cooking utensils, characterised in that the at least one detection circuit is directly connected to the at least one induction heating element irrespective of an operating state.
A system for detecting and analyzing changes in a body, comprising: an electric field generator configured to produce an electric field; an external sensor device , coupled to the electric field generator, configured to detect physical changes in the electric field, wherein the physical changes affect amplitude and frequency of the electric field; a quadrature demodulator , coupled to the electric field generator, configured to detect changes of the frequency of the output of the electric field generator and produce a detected response that includes a low frequency component and a high frequency component; a low pass filter , coupled to the quadrature demodulator, configured to filter out the high frequency component of the detected response to generate a filtered response; an amplitude reference source configured to provide an amplitude reference; an amplitude comparison switch , coupled to the amplitude reference source and the electric field generator, configured to compare the amplitude reference and the amplitude of the electric field to generate an amplitude comparison response; and a signal processor , coupled to the low pass filter and the amplitude comparison switch, configured to analyze the filtered response and the amplitude comparison response. an electric field generator configured to produce an electric field; an external sensor device , coupled to the electric field generator, configured to detect physical changes in the electric field, wherein the physical changes affect amplitude and frequency of the electric field; a quadrature demodulator , coupled to the electric field generator, configured to detect changes of the frequency of the output of the electric field generator and produce a detected response that includes a low frequency component and a high frequency component; a low pass filter , coupled to the quadrature demodulator, configured to filter out the high frequency component of the detected response to generate a filtered response; an amplitude reference source configured to provide an amplitude reference; an amplitude comparison switch , coupled to the amplitude reference source and the electric field generator, configured to compare the amplitude reference and the amplitude of the electric field to generate an amplitude comparison response; and a signal processor , coupled to the low pass filter and the amplitude comparison switch, configured to analyze the filtered response and the amplitude comparison response.
A combustor for a gas turbine engine comprising: a support shell ; a forward liner panel comprising a forward section and an aft section that defines the profile internal to the combustor with an angle between the forward section and the aft section mounted to the support shell via a multiple of studs ; an aft liner panel mounted to the support shell via a multiple of studs downstream of the forward liner panel , characterised in that : the support shell includes a complementary bend adjacent to the angle , wherein the aft liner panel is downstream of the complementary bend , and the angle is between 150 to 175 degrees. a support shell ; a forward liner panel comprising a forward section and an aft section that defines the profile internal to the combustor with an angle between the forward section and the aft section mounted to the support shell via a multiple of studs ; an aft liner panel mounted to the support shell via a multiple of studs downstream of the forward liner panel , characterised in that : the support shell includes a complementary bend adjacent to the angle , wherein the aft liner panel is downstream of the complementary bend , and the angle is between 150 to 175 degrees.
Structural wall for a railway vehicle, which wall is to form a roof or a lower floor , comprising a first part comprising at least one hollow profile forming a closed section, the profile comprising a first shell and a second shell which are superposed, the structural wall having a second part comprising: - an outside covering layer which has an inner face and is delimited by longitudinal edges and transverse edges , - a plurality of cross-members , preferably made of composite material, each connected to the outside layer , extending between the transverse edges on the inner face , protruding from that inner face so as to delimit a useful volume between two adjacent cross-members , characterised in that it comprises at least one interface piece fixed on the one hand to the first shell and the second shell of the first part and on the other hand to one of the longitudinal edges of the outside layer of the second part , thus connecting the first part and the second part together. - an outside covering layer which has an inner face and is delimited by longitudinal edges and transverse edges , - a plurality of cross-members , preferably made of composite material, each connected to the outside layer , extending between the transverse edges on the inner face , protruding from that inner face so as to delimit a useful volume between two adjacent cross-members , characterised in that it comprises at least one interface piece fixed on the one hand to the first shell and the second shell of the first part and on the other hand to one of the longitudinal edges of the outside layer of the second part , thus connecting the first part and the second part together.
A grooming system comprising an adaptive lighting system and a personal care appliance , particularly a hair cutting appliance, the adaptive lighting system comprising: - at least one sensor that is arranged to detect an illumination-indicative value in the vicinity of a treatment head of the appliance , - at least one light source that is arranged to illuminate a treatment zone, - a lighting control unit operatively coupled with the at least one sensor and the at least one light source , wherein the lighting control unit is arranged to control the at least one light source dependent on the illumination-indicative value detected by the at least one sensor , and wherein the lighting control unit is arranged to increase a target illumination level when a detected actual illumination level is low, and to decrease a target illumination level when a detected actual illumination level is high. the adaptive lighting system comprising: - at least one sensor that is arranged to detect an illumination-indicative value in the vicinity of a treatment head of the appliance , - at least one light source that is arranged to illuminate a treatment zone, - a lighting control unit operatively coupled with the at least one sensor and the at least one light source , - at least one sensor that is arranged to detect an illumination-indicative value in the vicinity of a treatment head of the appliance , - at least one light source that is arranged to illuminate a treatment zone, - a lighting control unit operatively coupled with the at least one sensor and the at least one light source , wherein the lighting control unit is arranged to control the at least one light source dependent on the illumination-indicative value detected by the at least one sensor , and wherein the lighting control unit is arranged to increase a target illumination level when a detected actual illumination level is low, and to decrease a target illumination level when a detected actual illumination level is high.
An application system for coating components with a coating means, which comprises following assemblies: - an application device, which applies the coating means, wherein the application device is a print head which ejects the coating means from a plurality of coating means nozzles , wherein a nozzle valve is attached to each individual coating means nozzle , which valve opens for a valve opening time when a drop of coating means is to leave the respective coating means nozzle , - a coating means supply line , to which the coating means nozzles of the print head are jointly connected, - a coating means return line in which a return valve is installed, and - a valve control for controlling the valve opening times and valve closing times of each individual nozzle valve and the return valve , wherein the application system further comprises a pump , by means of which the coating means to be applied is supplied to the coating means nozzles via the coating means supply line , the valve control is configured so that the pump operates at a constant flow rate of the coating means during coating, characterized in that the valve control is configured such that the recirculation valve is open when all nozzle valves are closed and the recirculation valve is completely closed when all nozzle valves are open, so that the pressure at each coating means nozzle is exactly the same when the nozzle valve is opened as when this nozzle valve was previously opened. - an application device, which applies the coating means, wherein the application device is a print head which ejects the coating means from a plurality of coating means nozzles , wherein a nozzle valve is attached to each individual coating means nozzle , which valve opens for a valve opening time when a drop of coating means is to leave the respective coating means nozzle , - a coating means supply line , to which the coating means nozzles of the print head are jointly connected, - a coating means return line in which a return valve is installed, and - a valve control for controlling the valve opening times and valve closing times of each individual nozzle valve and the return valve , wherein the application system further comprises a pump , by means of which the coating means to be applied is supplied to the coating means nozzles via the coating means supply line , the valve control is configured so that the pump operates at a constant flow rate of the coating means during coating, characterized in that the valve control is configured such that the recirculation valve is open when all nozzle valves are closed and the recirculation valve is completely closed when all nozzle valves are open, so that the pressure at each coating means nozzle is exactly the same when the nozzle valve is opened as when this nozzle valve was previously opened.
A method for monitoring the status of a plurality of battery cells (C1-C5) in a battery pack , said method comprising - arranging said battery cells (C1-C5) in at least two groups (G1-G3) of cells in a manner so that: - at least two of said groups (G1-G3) comprise two or more cells, and - at least two of said groups (G1-G3) overlap so that a cell forms part of said overlapping groups; wherein the number of groups (G1-G3) is less than the number of cells (C1-C5), and wherein: the number of groups - floor(number of cells/2) ≥ 1, - connecting said groups (G1-G3) of cells to a sensor unit ; and - obtaining, by means of said sensor unit , at least one sensor measurement (U 1 sens , U 2 sens , U 3 sens ) in the form of a terminal voltage measurement for each group (G1-G3) which is indicative of the state of operation of said battery pack ; - determining a cell terminal voltage (U 1 cell , U 2 cell , ...) for each battery cell (C1-C5) by means of solving an over-determined equation system which defines said cell terminal voltage (U 1 cell , U 2 cell , ...) as a function of said sensor measurement (U 1 sens , U 2 sens , U 3 sens ); and - evaluating any residual terms resulting from said equation system in order to identify any battery cell having a cell terminal voltage (U cell ) which deviates from an expected value based on the remaining battery cells. - arranging said battery cells (C1-C5) in at least two groups (G1-G3) of cells in a manner so that: - at least two of said groups (G1-G3) comprise two or more cells, and - at least two of said groups (G1-G3) overlap so that a cell forms part of said overlapping groups; - connecting said groups (G1-G3) of cells to a sensor unit ; and - obtaining, by means of said sensor unit , at least one sensor measurement (U 1 sens , U 2 sens , U 3 sens ) in the form of a terminal voltage measurement for each group (G1-G3) which is indicative of the state of operation of said battery pack ; - determining a cell terminal voltage (U 1 cell , U 2 cell , ...) for each battery cell (C1-C5) by means of solving an over-determined equation system which defines said cell terminal voltage (U 1 cell , U 2 cell , ...) as a function of said sensor measurement (U 1 sens , U 2 sens , U 3 sens ); and - evaluating any residual terms resulting from said equation system in order to identify any battery cell having a cell terminal voltage (U cell ) which deviates from an expected value based on the remaining battery cells.
A device for recognizing foreign parts in or among fibre tufts, wherein the fibre tufts and the foreign parts are guided along a channel , which includes at least one glass channel , wherein the fibre tufts and the foreign parts are illuminated in the area of the glass channel and are detected by means of at least one camera or at least one sensor, wherein, from the channel , the foreign parts are evacuated to a collecting receptacle by means of airflow, characterized in that , in the area of the channel , the device includes at least one receiving opening , in which a standardized module is disposed, which is configured to be optionally equipped with luminous bodies , cooling elements and/or sensors.
System for cleaning at least one glazed surface of a vehicle comprising: - a hydraulic distribution bus able to allow a cleaning product to flow from a storage tank, - at least two devices (100 to 111) for projecting the cleaning product onto the at least one glazed surface , the at least two projection devices (100 to 111) being linked by hydraulic connection elements to the hydraulic distribution bus , independently of one another and in successive areas of said hydraulic distribution bus , characterized in that it comprises an electronic control bus , the at least two projection devices (100 to 111) being linked electrically to the electronic control bus independently of one another, the electronic control bus and the hydraulic distribution bus forming one and the same electric and hydraulic distribution bus for the projection devices (100 to 111). - a hydraulic distribution bus able to allow a cleaning product to flow from a storage tank, - at least two devices (100 to 111) for projecting the cleaning product onto the at least one glazed surface ,
An elevator access system, comprising: an access control module operably connected to an elevator system ; and an access device located within the access control module and removable therefrom, wherein, when the access device is within the access control module , a normal mode of operation of the elevator system is activated, and wherein, when the access device is removed from the access control module , the elevator system enters a safety mode of operation, characterized in that the access device is configured to unlock and lock a landing door lock at a landing of the elevator system , wherein the landing door lock (333 433) is arranged to secure the access device within the landing door lock when a landing door is opened. an access control module operably connected to an elevator system ; and an access device located within the access control module and removable therefrom, wherein, when the access device is within the access control module , a normal mode of operation of the elevator system is activated, and wherein, when the access device is removed from the access control module , the elevator system enters a safety mode of operation, characterized in that the access device is configured to unlock and lock a landing door lock at a landing of the elevator system , wherein the landing door lock (333 433) is arranged to secure the access device within the landing door lock when a landing door is opened.
Method for operating a motor vehicle having at least one wheel axle with two drive wheels (4-7), wherein each drive wheel (4-7) is able to be driven by a wheel-specific drive device (8-11) in order to move the motor vehicle on a roadway, wherein a difference between the longitudinal forces able to be applied to the roadway at the drive wheels (4-7) of the wheel axle is determined as a function of a present coefficient of friction between the roadway and the respective drive wheel (4-7), characterized in that a torque difference for the drive wheels (4-7) is determined as a function of the difference and is set during the control of the drive devices (8-11), so that the drive devices (8-11) of the wheel axle are controlled as a function of the difference between the longitudinal forces able to be applied to the roadway at the drive wheels of the wheel axle .
A method of controlling an internal combustion engine of a generator set in an event of disconnection of a local power network, which comprises the generator set, from a grid, the method comprising a phase to change a control mode of the generator set in the local power network from a kW mode to a speed droop mode, characterised in that the phase of changing from the kW mode to the speed droop mode comprises a delaying phase that comprises parallel sub phases to prohibit a droop function of the speed droop mode and keeping a speed reference value at a rated speed of the engine of the generator set, and after the delaying phase the method further comprising an activation phase to enable the droop function.
A gearbox mounting link between a gas turbine engine structure and a gearbox mounting location, the mounting link comprising: first and second engine attachment brackets configured to be secured to the gas turbine engine structure; characterized by comprising: an attachment plate rotatably secured to and extending between the first and second engine attachment brackets, the attachment plate comprising: a fusibly separable section configured to attach to the gearbox, so as to constrain motion of the gearbox in two degrees of freedom; a static section formed integrally with the fusibly separable section; and shear necks connecting the static section to the fusibly separable section; a secondary retention sleeve supported by and secured to the static section; and a secondary retention fastener supported by the secondary retention sleeve, and disposed through an oversized fastener passage through the fusibly separable section, thereby loosely retaining the fusibly separable section in at least one of the two degrees of freedom after separation of the fusibly separable section from the static section. first and second engine attachment brackets configured to be secured to the gas turbine engine structure; characterized by comprising: an attachment plate rotatably secured to and extending between the first and second engine attachment brackets, the attachment plate comprising: a fusibly separable section configured to attach to the gearbox, so as to constrain motion of the gearbox in two degrees of freedom; a static section formed integrally with the fusibly separable section; and shear necks connecting the static section to the fusibly separable section; a fusibly separable section configured to attach to the gearbox, so as to constrain motion of the gearbox in two degrees of freedom; a static section formed integrally with the fusibly separable section; and shear necks connecting the static section to the fusibly separable section; a secondary retention sleeve supported by and secured to the static section; and a secondary retention fastener supported by the secondary retention sleeve, and disposed through an oversized fastener passage through the fusibly separable section, thereby loosely retaining the fusibly separable section in at least one of the two degrees of freedom after separation of the fusibly separable section from the static section.
An antimicrobial composition which is a clear topical hydrogel, comprising: a mixture of monosilver cyanurate (C 2 N 3 H 2 O 3 Ag), a mixed salt of NaAgC 3 N 3 HO 3 , disilver cyanurate (C 3 N 3 HO 3 Ag 2 ) and a sodium silver cyanurate ligand complex Na[Ag(C 3 N 3 H 2 O 3 ) 2 ]; a viscosity enhancing agent between 0.10% and 10.00% of a weight of the composition; and a humectant between 1.00% and 40.00% of the weight of the composition, wherein the antimicrobial composition is inert to heat and light. a mixture of monosilver cyanurate (C 2 N 3 H 2 O 3 Ag), a mixed salt of NaAgC 3 N 3 HO 3 , disilver cyanurate (C 3 N 3 HO 3 Ag 2 ) and a sodium silver cyanurate ligand complex Na[Ag(C 3 N 3 H 2 O 3 ) 2 ]; a viscosity enhancing agent between 0.10% and 10.00% of a weight of the composition; and a humectant between 1.00% and 40.00% of the weight of the composition, wherein the antimicrobial composition is inert to heat and light.