mhurhangee/patent-ind-claim-en huggingface dataset:
A high-Q triple-mode cavity dielectric resonant hollow structure for a filter, comprising a cavity and a cover plate , wherein the cavity is internally provided with a dielectric resonant block and a dielectric support frame ; the cavity takes a cube-like shape; the dielectric resonant block takes a cube-like shape and is internally provided with a hollow chamber; the dielectric support frame is connected with the dielectric resonant block and an inner wall of the cavity, respectively; the dielectric resonant block and the dielectric support frame form a triple-mode dielectric resonator, wherein the triple-mode is a base mode; a dielectric constant of the dielectric support frame is smaller than a dielectric constant of the dielectric resonant block ; a ratio K of a size of a single side of the inner wall of the cavity to a size of a corresponding single side of the dielectric resonant block is: K is greater than or equal to a transition point 1 and is smaller than or equal to a transition point 2, such that a Q value of a higher-order mode adjacent to the base mode of the triple-mode cavity resonant structure is transited into a Q value of the base mode of the triple-mode cavity resonant structure, a base-mode resonant frequency after transition is equal to a base-mode resonant frequency prior to transition, a Q value of the base mode after transition is greater than a Q value of the base mode prior to transition, and a Q value of the higher-order mode adjacent to the base mode after transition is smaller than a Q value of the higher-order mode adjacent to the base mode prior to transition; the triple-mode cavity resonant structure is internally provided with a coupling structure for changing an orthogonal property of an electromagnetic field of the triple-mode in the cavity; and the triple-mode cavity resonant structure is internally provided with a frequency tuning device for changing a tuning frequency of the triple-mode in the cavity. a ratio K of a size of a single side of the inner wall of the cavity to a size of a corresponding single side of the dielectric resonant block is: K is greater than or equal to a transition point 1 and is smaller than or equal to a transition point 2, such that a Q value of a higher-order mode adjacent to the base mode of the triple-mode cavity resonant structure is transited into a Q value of the base mode of the triple-mode cavity resonant structure, a base-mode resonant frequency after transition is equal to a base-mode resonant frequency prior to transition, a Q value of the base mode after transition is greater than a Q value of the base mode prior to transition, and a Q value of the higher-order mode adjacent to the base mode after transition is smaller than a Q value of the higher-order mode adjacent to the base mode prior to transition; the triple-mode cavity resonant structure is internally provided with a coupling structure for changing an orthogonal property of an electromagnetic field of the triple-mode in the cavity; and the triple-mode cavity resonant structure is internally provided with a frequency tuning device for changing a tuning frequency of the triple-mode in the cavity.
A pump body assembly for a rotary cylinder compressor, the pump body assembly comprising a rotation shaft and a piston provided with a sliding hole , wherein at least a portion of the rotation shaft penetrates into the sliding hole , so as to divide a portion inside the piston into two cavities, during rotation of the piston with the rotation shaft , the two cavities increase and decrease periodically, and the sliding hole is in sliding fit with the rotation shaft , so that oil liquid is pressed at an inner wall of the sliding hole , and the piston is provided with a piston communication passage communicated with the sliding hole , so as to fluently transfer the oil liquid between the two cavities; the pump body assembly being characterised in that in an axial direction of the rotation shaft , the piston is provided on its end face with a piston communication groove , and the piston communication groove extends in a sliding direction of the piston and constitutes the piston communication passage; and the sliding hole of the piston is further provided therein with a flexible groove , the flexible groove extends in the axial direction of the rotation shaft , and the flexible groove is communicated at its end with the piston communication groove . the pump body assembly being characterised in that in an axial direction of the rotation shaft , the piston is provided on its end face with a piston communication groove , and the piston communication groove extends in a sliding direction of the piston and constitutes the piston communication passage; and the sliding hole of the piston is further provided therein with a flexible groove , the flexible groove extends in the axial direction of the rotation shaft , and the flexible groove is communicated at its end with the piston communication groove .
Lever hoist comprising a housing in which a load sprocket and a drive shaft driving the load sprocket via a gear are rotatably mounted, wherein via a lever a drive moment can be transferred onto the drive shaft and a load chain can be moved over the load sprocket , as well as having a load pressure brake which has a pressure disc and a ratchet wheel which are arranged on the drive shaft , wherein between pressure disc and ratchet wheel a ratchet wheel disc is incorporated, wherein the ratchet wheel can be displaced axially with an inner threading on a threading portion of the drive shaft having a brake thread and the ratchet wheel has on its outer periphery a drive toothing for the engagement of a ratchet body , characterised in that the ratchet wheel has an untoothed disengagement section on the outer periphery between the drive toothing and its end on the pressure disc side and a damper spring is provided which is arranged on a drive-side longitudinal portion of the drive shaft between the brake thread and an outer abutment .
Windowed door for a cooking appliance comprising a front plate and at least one inner plate adapted for facing a cooking chamber of the cooking appliance , wherein the front plate and the at least one inner plate each provide a glass pane and are connected with each other by at least lateral frame parts to establish an air channel from at least one air inlet opening arranged at the bottom or in at least one lateral side of the door through a hollow space between the glass pane of the front plate and the glass pane of the at least one inner plate to at least one air outlet opening arranged at the top of the door and wherein at least one automatically moveable closure device is provided which permits the regulation of air flow through the air channel by changing the cross-section of at least one air passage aperture within or at the end or at the beginning of the air channel , characterised in that the at least one automatically moveable closure device is designed to carry out a horizontal movement to regulate the air flow through the hollow space , the horizontal direction being considered with respect to a closed position of the door .
A transformer core , comprising: a plurality of laminations stacked together having a step-lap sequence of laminations including: a first sub-plurality of the laminations each having a first mean length and aligned longitudinally with and stacked directly to each other; and a second sub-plurality of the laminations each having a second mean length and aligned longitudinally with and stacked directly to each other, the second sub-plurality of the laminations stacked directly to the first sub-plurality of the laminations ; wherein: the first sub-plurality of the laminations or the second sub-plurality of the laminations comprises at least four laminations ; and the first mean length is different than the second mean length, characterized in that the step-lap sequence comprises at least 20 laminations that include at least four identical longitudinally and transversely aligned laminations (901-5) stacked directly to each other, each having a same shortest mean length of the step-lap sequence . a first sub-plurality of the laminations each having a first mean length and aligned longitudinally with and stacked directly to each other; and a second sub-plurality of the laminations each having a second mean length and aligned longitudinally with and stacked directly to each other, the second sub-plurality of the laminations stacked directly to the first sub-plurality of the laminations ; wherein: the first sub-plurality of the laminations or the second sub-plurality of the laminations comprises at least four laminations ; and the first mean length is different than the second mean length, characterized in that the step-lap sequence comprises at least 20 laminations that include at least four identical longitudinally and transversely aligned laminations (901-5) stacked directly to each other, each having a same shortest mean length of the step-lap sequence . the first sub-plurality of the laminations or the second sub-plurality of the laminations comprises at least four laminations ; and the first mean length is different than the second mean length, characterized in that the step-lap sequence comprises at least 20 laminations that include at least four identical longitudinally and transversely aligned laminations (901-5) stacked directly to each other, each having a same shortest mean length of the step-lap sequence .
A processor-implemented method, the method comprising: generating , from an obtained input image and using a neural network model , an illumination map comprising illumination values dependent on respective color casts by one or more illuminants individually affecting each pixel of the input image; generating a white-adjusted image, by removing at least a portion of the color casts from the input image using the generated illumination map; and determining chromaticity information corresponding to each of the illuminants by decomposing the illumination map with respect to each of the illuminants; and generating, by adjusting the white-adjusted image, a partially white-balanced image with preserved chromaticity information corresponding to a portion of the illuminants, and chromaticity information corresponding to a remaining portion of the illuminants being white information corresponding to the remaining portion of the illuminants. generating , from an obtained input image and using a neural network model , an illumination map comprising illumination values dependent on respective color casts by one or more illuminants individually affecting each pixel of the input image; generating a white-adjusted image, by removing at least a portion of the color casts from the input image using the generated illumination map; and determining chromaticity information corresponding to each of the illuminants by decomposing the illumination map with respect to each of the illuminants; and generating, by adjusting the white-adjusted image, a partially white-balanced image with preserved chromaticity information corresponding to a portion of the illuminants, and chromaticity information corresponding to a remaining portion of the illuminants being white information corresponding to the remaining portion of the illuminants.
Sample traceability device for medical diagnosis and/or research involving a one-dimensional or two-dimensional optical code, the device comprising a one-dimensional or two-dimensional code reading system and a sample tracing control device which comprises a sample tracing database manager, and a user interface which comprises a screen, further comprising: - a zone for placing at least two samples; - at least one digital camera oriented towards said placing zone; - an image-processing device, which comprises: i. a module for locating said optical codes in an image captured by said digital camera; ii. a module for reading the located optical codes;- an automatic device for sending the information generated by the reading module to the database manager characterised in that the screen is configured to be able to display both the image captured of all the samples in the batch and the information coming from the database manager, the control device for this purpose being configured to display on the interface screen the image taken by the at least one digital camera, and information relating to the samples, identified by means of the optical codes located by the locating module, wherein information relating to the optical codes is added to the image displayed at the screen and the control device is configured to mark the optical codes located by the locating module on the image taken by said digital camera and displayed at said user interface by superimposing visual indicators on a space where the optical codes are positioned to indicate a status of the samples, a button with a 'double check' indicating that those samples are ready to be validated and on validation complete the case or study, a button with an X indicating that that sample should not yet be present in this phase of the analytical process, a button with a question mark indicating that this sample does not relate to any reference in the database, and in that the control device has means to generate a multiple order to said database manager relating to some or all of the optical codes located by the locating module and read by said reading module - a zone for placing at least two samples; - at least one digital camera oriented towards said placing zone; - an image-processing device, which comprises: i. a module for locating said optical codes in an image captured by said digital camera; ii. a module for reading the located optical codes;- an automatic device for sending the information generated by the reading module to the database manager i. a module for locating said optical codes in an image captured by said digital camera; ii. a module for reading the located optical codes;- an automatic device for sending the information generated by the reading module to the database manager
A fire extinguisher cover for covering a motor vehicle having at least one battery on fire, comprising a sheet with at least one opening for receiving a fire extinguishing fluid, the cover characterized by , a casing assembly attached to the sheet , the casing assembly comprising: a plurality of spaced apart casings are arranged close to an outer edge of the sheet around a whole circumference of the sheet ; and at least one drawstring running through the plurality of casings ; wherein, the at least one drawstring is arranged to be tightened to achieve a tight abutment between the casing assembly, the ground and the vehicle tires when the vehicle is covered by the sheet , and the fire-extinguishing fluid is run through the at least one opening to fill up between the vehicle and the sheet resulting in said fluid reaching the battery for extinguishing the fire emanating therefrom. a casing assembly attached to the sheet , the casing assembly comprising: a plurality of spaced apart casings are arranged close to an outer edge of the sheet around a whole circumference of the sheet ; and at least one drawstring running through the plurality of casings ; a plurality of spaced apart casings are arranged close to an outer edge of the sheet around a whole circumference of the sheet ; and at least one drawstring running through the plurality of casings ; wherein, the at least one drawstring is arranged to be tightened to achieve a tight abutment between the casing assembly, the ground and the vehicle tires when the vehicle is covered by the sheet , and the fire-extinguishing fluid is run through the at least one opening to fill up between the vehicle and the sheet resulting in said fluid reaching the battery for extinguishing the fire emanating therefrom.
An automotive transmission control device for controlling a transmission mounted on a vehicle, comprising: a first operation device which determines a state of a shift range of the transmission; and first, second, and third input circuits which receive shift range signals showing shift range states of the transmission and output the shift range signals to the first operation device , characterized in that the first operation device includes a primary determination unit which provisionally determines the state of the shift range by a majority decision of the shift range signals received from the first, second, and third input circuits and an estimation unit which receives travel state data showing a travel state of the vehicle and estimates the state of the shift range on the basis of the travel state shown by the travel state data, and the primary determination unit determines abnormality of the state of the shift range in a majority in the majority decision, by using both a result of the provisional determination and a result of the estimation; wherein when the shift range is in a state other than the travel state of the transmission in the provisional determination, the primary determination unit further executes an initial state determination to determine whether there is the result of the estimation, and when there is not the result of the estimation in the initial state determination, the primary determination unit uses the result of the provisional determination as a final determination result of the shift range. a first operation device which determines a state of a shift range of the transmission; and first, second, and third input circuits which receive shift range signals showing shift range states of the transmission and output the shift range signals to the first operation device , characterized in that the first operation device includes a primary determination unit which provisionally determines the state of the shift range by a majority decision of the shift range signals received from the first, second, and third input circuits and an estimation unit which receives travel state data showing a travel state of the vehicle and estimates the state of the shift range on the basis of the travel state shown by the travel state data, and the primary determination unit determines abnormality of the state of the shift range in a majority in the majority decision, by using both a result of the provisional determination and a result of the estimation; wherein when the shift range is in a state other than the travel state of the transmission in the provisional determination, the primary determination unit further executes an initial state determination to determine whether there is the result of the estimation, and when there is not the result of the estimation in the initial state determination, the primary determination unit uses the result of the provisional determination as a final determination result of the shift range.
An air conditioning apparatus, comprising: an outdoor unit through which a refrigerant circulates, the outdoor unit including a compressor and an outdoor heat exchanger ; an indoor unit to which a fluid is supplied; a heat exchanger configured to perform heat exchange between the refrigerant and the fluid; a pipe that connects the heat exchanger to the indoor unit , the pipe being configured to guide the circulation of the fluid in the heat exchanger and the indoor unit ; a pump installed in the pipe to forcibly circulate the fluid; and a controller configured to perform feedback control on an output signal of the pump , wherein when a duty value of the output signal of the pump is equal to or less than a reference value, the controller is configured to determine that the pipe is clogged or air is introduced into the pipe , characterized in that the controller is configured to: collect a plurality of pieces of output signal data at a predetermined time interval when the duty value of the output signal of the pump is equal to or less than the reference value; calculate a standard deviation of the plurality of pieces of output signal data using the plurality of pieces of collected output signal data; and determine whether the pipe is clogged or air is introduced into the pipe , based on the calculated standard deviation. an outdoor unit through which a refrigerant circulates, the outdoor unit including a compressor and an outdoor heat exchanger ; an indoor unit to which a fluid is supplied; a heat exchanger configured to perform heat exchange between the refrigerant and the fluid; a pipe that connects the heat exchanger to the indoor unit , the pipe being configured to guide the circulation of the fluid in the heat exchanger and the indoor unit ; a pump installed in the pipe to forcibly circulate the fluid; and a controller configured to perform feedback control on an output signal of the pump , wherein when a duty value of the output signal of the pump is equal to or less than a reference value, the controller is configured to determine that the pipe is clogged or air is introduced into the pipe , characterized in that the controller is configured to: collect a plurality of pieces of output signal data at a predetermined time interval when the duty value of the output signal of the pump is equal to or less than the reference value; calculate a standard deviation of the plurality of pieces of output signal data using the plurality of pieces of collected output signal data; and determine whether the pipe is clogged or air is introduced into the pipe , based on the calculated standard deviation.
An apparatus for controlling a vehicle, comprising: a detection section configured to detect a parameter that indicates a traveling state of the vehicle that varies according to an amount of accelerator operation; a control section configured to execute, during operation of a power source of the vehicle, an output reduction process of reducing an output from the power source based on the parameter, said control section is characterized, when there is an abnormality in the detection section , by being configured to set a degree of reduction in output by the output reduction process to be smaller than that in a case in which there is no abnormality in the detection section . a detection section configured to detect a parameter that indicates a traveling state of the vehicle that varies according to an amount of accelerator operation; a control section configured to execute, during operation of a power source of the vehicle, an output reduction process of reducing an output from the power source based on the parameter, said control section is characterized, when there is an abnormality in the detection section , by being configured to set a degree of reduction in output by the output reduction process to be smaller than that in a case in which there is no abnormality in the detection section .
Three-dimensional weft knitted fabric, the three-dimensional weft knitted fabric comprises a top layer , a bottom layer , and an intermediate layer , wherein the top layer and the bottom layer are joined together by cross-yarns constituting the intermediate layer , wherein at least the top layer comprises a first cut-resistant yarn and a second cut-resistant yarn , characterised in that the second cut-resistant yarn is folded from two yarns of similar linear density but of different types, wherein loops of the first yarn are alternating with loops of the second yarn, and the loops of the top layer are aligned with loops of the bottom layer , and that a linear density of the cross-yarns of the intermediate layer is minimum five times less the linear density of the yarns of the top layer , wherein one of the two yarns of the second yarn is selected from the group consisting of one of: basalt fibers, graphene fibers, carbon fibers, steel fiber, and glass fibers.