mhurhangee/patent-ind-claim-en huggingface dataset:
A double-wall tank for fuel storage in aircrafts, the tank comprising: a reservoir to store fuel, the reservoir having a collapsible wall and comprising an upper half and a lower half ; wherein the reservoir is a fuel bladder made of a flexible cloth and the upper half comprises a muffin shape; a housing adapted to contain the reservoir , the housing comprising rigid walls and a base, wherein the reservoir is fixed to the housing and within said housing by the lower half and not by the upper half of said reservoir in a way so that the lower half reproduces the rigid walls and the base geometry so that the upper half collapses over the lower half during the emptying of the reservoir . a reservoir to store fuel, the reservoir having a collapsible wall and comprising an upper half and a lower half ; wherein the reservoir is a fuel bladder made of a flexible cloth and the upper half comprises a muffin shape; a housing adapted to contain the reservoir , the housing comprising rigid walls and a base, wherein the reservoir is fixed to the housing and within said housing by the lower half and not by the upper half of said reservoir in a way so that the lower half reproduces the rigid walls and the base geometry so that the upper half collapses over the lower half during the emptying of the reservoir .
A heater panel comprising: a face layer ; a heater/dielectric layer including a heater layer between a pair of dielectric layers , wherein the face layer is bonded to a first one of the dielectric layers , wherein the pair of dielectric layers are separate and spaced apart from one another across the heater layer ; and a ballistic structure bonded to a second one of the dielectric layers ; wherein the heater layer includes one of: an etched conductor, carbon allotropes, and/or a positive thermal coefficient material, wherein the face layer includes at least one of a monolithic metal, a monolithic polymer, wherein the ballistic structure is configured to withstand at least a 5.56 mm bullet impact. a face layer ; a heater/dielectric layer including a heater layer between a pair of dielectric layers , wherein the face layer is bonded to a first one of the dielectric layers , wherein the pair of dielectric layers are separate and spaced apart from one another across the heater layer ; and a ballistic structure bonded to a second one of the dielectric layers ; wherein the heater layer includes one of: an etched conductor, carbon allotropes, and/or a positive thermal coefficient material, wherein the face layer includes at least one of a monolithic metal, a monolithic polymer, wherein the ballistic structure is configured to withstand at least a 5.56 mm bullet impact.
A protective cape for hairstyles and beauty treatments that can be opened, having two edges and a hole located almost centrally defining the space for the neck of the person on which the cape is to be wrapped, the cape being quadrangular with rounded corners and further having a zipper edge closing system characterized in that said zipper edge closing system comprises a zipper consisting of a single continuous tape formed as a single segment and bearing a respective chain of links forming the zipper, said tape being stitched on both edges of the cape , bends around the neck area and goes down at a side opposite to the neck area so as to allow a relative slider to close the zipper edge closing system .
A method of manufacturing a smoking article that includes a tobacco rod , a cooling segment in contact with the tobacco rod , and a filter segment , comprising (A) placing an adhesive on either surface of a tipping paper to form each portion of a high adhesive weight and a low adhesive weight per unit area after solidification, wherein the portion of a high adhesive weight is provided in a region for wrapping the tobacco rod ; and (B) preparing a composite segment that includes the tobacco rod , the cooling segment , and the filter segment and wrapping the composite segment in the tipping paper , wherein an adhesive weight in the portion of a high adhesive weight is 1.5 to 3 times an adhesive weight in the portion of a low adhesive weight, and wherein in a step of A, the portion of a high adhesive weight is provided in a region extending from a contact face between the tobacco rod and the cooling segment to a 20 to 40% position of the tobacco rod in the longitudinal direction. (A) placing an adhesive on either surface of a tipping paper to form each portion of a high adhesive weight and a low adhesive weight per unit area after solidification, wherein the portion of a high adhesive weight is provided in a region for wrapping the tobacco rod ; and (B) preparing a composite segment that includes the tobacco rod , the cooling segment , and the filter segment and wrapping the composite segment in the tipping paper , wherein an adhesive weight in the portion of a high adhesive weight is 1.5 to 3 times an adhesive weight in the portion of a low adhesive weight, and wherein in a step of A, the portion of a high adhesive weight is provided in a region extending from a contact face between the tobacco rod and the cooling segment to a 20 to 40% position of the tobacco rod in the longitudinal direction.
A shift register including a shift register unit, and a shift register unit of a next stage, the shift register unit comprising: a voltage-boosting module configured to output a first level signal when receiving a gate driving signal sent from a shift register unit of a previous stage or a start signal; a signal output module configured to output a gate driving signal under the control of a first clock signal (CLK) based on the first level signal outputted by the voltage-boosting module ; a reset module configured to control the signal output module to reset under the control of a reset signal; a pull-down module configured to pull down an output terminal (Output(n)) of the signal output module under the control of a second clock signal (CLKB), the output terminal being configured to carry the gate driving signal and being an output terminal of the shift register unit; characterized in that the shift register unit further comprises a charge-sharing switch configured to connect the output terminal (Output(n))of the signal output module to an output terminal (Output(n+1)) of the shift register unit of the next stage to perform charge sharing under the control of the reset signal. a voltage-boosting module configured to output a first level signal when receiving a gate driving signal sent from a shift register unit of a previous stage or a start signal; a signal output module configured to output a gate driving signal under the control of a first clock signal (CLK) based on the first level signal outputted by the voltage-boosting module ; a reset module configured to control the signal output module to reset under the control of a reset signal; a pull-down module configured to pull down an output terminal (Output(n)) of the signal output module under the control of a second clock signal (CLKB), the output terminal being configured to carry the gate driving signal and being an output terminal of the shift register unit; characterized in that the shift register unit further comprises a charge-sharing switch configured to connect the output terminal (Output(n))of the signal output module to an output terminal (Output(n+1)) of the shift register unit of the next stage to perform charge sharing under the control of the reset signal.
Apparatus for converting light into electrical energy for a satellite, comprising one or more clusters with one or a plurality of photovoltaic modules with individual serially switched photovoltaic cells, and further comprising a voltage converter , with exactly one voltage converter being allocated to each cluster , with the apparatus comprising several clusters , characterized in that the several clusters have different sizes, the voltage converter being arranged directly at a photovoltaic cell or integrated directly in a photovoltaic cell.
An induction heating device , comprising: a working coil (WC) provided inside of a case ; a cover plate coupled to an upper surface of the case ; a luminous element provided inside of the case ; a light guide provided in the case and installed on the luminous element , and disposed around the working coil (WC), the light guide being configured to display whether the working coil (WC) is driven and an output intensity of the working coil (WC); an input interface flatly buried in an upper surface of the cover plate and the input interface being configured to display a specific image, characterised by a first controller configured to control driving of the working coil (WC) and driving of the luminous element and detect a position of an object disposed on the upper surface of the cover plate and an arrangement order of objects disposed on the upper surface of the cover plate ; and a second controller configured to receive, from the first controller , information on the position of the detected object and the arrangement order of the detected objects and control the input interface to display an image of a heating zone for the object on the input interface based on the received information on the position of the object and the arrangement order of the objects. a working coil (WC) provided inside of a case ; a cover plate coupled to an upper surface of the case ; a luminous element provided inside of the case ; a light guide provided in the case and installed on the luminous element , and disposed around the working coil (WC), the light guide being configured to display whether the working coil (WC) is driven and an output intensity of the working coil (WC); an input interface flatly buried in an upper surface of the cover plate and the input interface being configured to display a specific image, characterised by a first controller configured to control driving of the working coil (WC) and driving of the luminous element and detect a position of an object disposed on the upper surface of the cover plate and an arrangement order of objects disposed on the upper surface of the cover plate ; and a second controller configured to receive, from the first controller , information on the position of the detected object and the arrangement order of the detected objects and control the input interface to display an image of a heating zone for the object on the input interface based on the received information on the position of the object and the arrangement order of the objects.
Fenugreek extract for use in enhancing female libido in a female mammal in need thereof due to sexual dysfunction comprising administering an effective amount of a fenugreek extract, wherein the fenugreek extract is a fenugreek seed extract and wherein the fenugreek seed extract is administered in a capsule formed from a physiologically degradable composition, preferably a gelatin capsule, more preferably a hard gelatin capsule, wherein the capsule comprises 300mg of a fenugreek seed extract that is a dry concentrate of 33:1 of the fenugreek seed, and 30mg of a flow agent, preferably maltodextrin.
A method for navigation of an aerial vehicle, the method comprising providing a sensor image from an aerial vehicle sensor and repeatedly, until at least one predetermined criterion is reached , performing the steps: - setting input data comprising information related to pitch angle, roll angle, yaw angle and three-dimensional position of the aerial vehicle; - providing a two-dimensional image from a database based on the input data, where the database comprises a three-dimensional geo-referenced map of the environment or a three-dimensional geo-referenced model of the environment, - comparing the sensor image and the two dimensional image from the database; and using the input data for which the two images correspond best to each other for determining at least one of the following quantities pitch angle, roll angle, yaw angle and three-dimensional position of the aerial vehicle. - setting input data comprising information related to pitch angle, roll angle, yaw angle and three-dimensional position of the aerial vehicle; - providing a two-dimensional image from a database based on the input data, where the database comprises a three-dimensional geo-referenced map of the environment or a three-dimensional geo-referenced model of the environment, - comparing the sensor image and the two dimensional image from the database; and
Water-conveying household appliance, in particular dishwasher, with a storage container , in which washing liquid can be temporarily stored, and with a liquid line that connects a cavity of the water-conveying household appliance to the storage container , wherein arranged in the liquid line is a valve , through which in the opened state washing liquid can flow in a flow direction (I), wherein the liquid line has a dirt particle retaining facility which traps dirt particles upstream of the valve in the flow direction (I), characterised in that the dirt particle retaining facility is a siphon with two essentially vertically oriented line sections , of which one is connected to the valve .
A communication apparatus comprising: a receiver for receiving a control signal indicating a special subframe configuration including a length of a uplink portion of a special subframe including a downlink portion and the uplink portion, a second transmission time interval, TTI, for the uplink portion of the special subframe being shorter than a first TTI for an uplink subframe; a mapper; and a transmitter for transmitting user data based on the control signal, characterized in that the special subframe configuration takes a value out of: a first value indicating the length of the uplink portion, which is not sufficient to accommodate the user data in the second TTI, and a second value indicating the length of the uplink portion, which is sufficient to accommodate the user data in the second TTI; and the mapper is adapted to map a sounding reference signals on the uplink portion when the special subframe configuration takes the first value; and map the user data on the uplink portion when the special subframe configuration takes the second value. a receiver for receiving a control signal indicating a special subframe configuration including a length of a uplink portion of a special subframe including a downlink portion and the uplink portion, a second transmission time interval, TTI, for the uplink portion of the special subframe being shorter than a first TTI for an uplink subframe; a mapper; and a transmitter for transmitting user data based on the control signal, characterized in that the special subframe configuration takes a value out of: a first value indicating the length of the uplink portion, which is not sufficient to accommodate the user data in the second TTI, and a second value indicating the length of the uplink portion, which is sufficient to accommodate the user data in the second TTI; and the mapper is adapted to map a sounding reference signals on the uplink portion when the special subframe configuration takes the first value; and map the user data on the uplink portion when the special subframe configuration takes the second value. a first value indicating the length of the uplink portion, which is not sufficient to accommodate the user data in the second TTI, and a second value indicating the length of the uplink portion, which is sufficient to accommodate the user data in the second TTI; and the mapper is adapted to map a sounding reference signals on the uplink portion when the special subframe configuration takes the first value; and map the user data on the uplink portion when the special subframe configuration takes the second value.
A printing control apparatus connectable to a printing apparatus which is operable in at least a standby state and in a power saving state in which power consumption is lower than that in the standby state, and which is arranged to receive a packet specifying a first predetermined port number to shift from the power saving state to the standby state, the printing control apparatus comprising: reception means configured to receive a printing request for causing the printing apparatus to execute printing from an external apparatus; generation means configured to generate printing data in accordance with the printing request received by the reception means; determination means configured to determine whether or not the printing apparatus is in the power saving state; and transmission means configured to transmit a first packet specifying the first predetermined port number for returning the printing apparatus from the power saving state to the standby state before a second packet specifying a second predetermined port number for transmitting the printing data generated by the generation means is transmitted to the printing apparatus in a case where the determination means determines that the printing apparatus is in the power saving state, and to transmit the second packet to the printing apparatus without transmitting the first packet in a case where the determination means determines that the printing apparatus is not in the power saving state. reception means configured to receive a printing request for causing the printing apparatus to execute printing from an external apparatus; generation means configured to generate printing data in accordance with the printing request received by the reception means; determination means configured to determine whether or not the printing apparatus is in the power saving state; and transmission means configured to transmit a first packet specifying the first predetermined port number for returning the printing apparatus from the power saving state to the standby state before a second packet specifying a second predetermined port number for transmitting the printing data generated by the generation means is transmitted to the printing apparatus in a case where the determination means determines that the printing apparatus is in the power saving state, and to transmit the second packet to the printing apparatus without transmitting the first packet in a case where the determination means determines that the printing apparatus is not in the power saving state.
Electronic shelf label for displaying information, said electronic shelf label comprising: a casing comprising a first side surface , a second side surface , an upper side and a lower side , a front side and a back side ; an information display area arranged in the front side; a printed circuit board; and fastening means for fastening the electronic shelf label on a shelf, wherein the electronic shelf label is characterized in that it furthermore comprises a recess extending from one of the side surfaces and is formed in the back side of the electronic shelf label, wherein the recess comprises attaching means for attaching external information display devices (60; 70; 80) to the electronic shelf label, wherein the attaching means, arranged in the recess, comprises at least one locking surface for maintaining the external information device in the recess. a casing comprising a first side surface , a second side surface , an upper side and a lower side , a front side and a back side ; an information display area arranged in the front side; a printed circuit board; and
A method of calibrating an analyte concentration sensor , the sensor as a member of a manufactured lot of sensors, the lot of a given type of sensor, in which at least an in vivo sensitivity of the type of sensor of the lot have been determined from retrospective data, the method comprising steps of: measuring one or more long term drift characteristics of sensitivity of a subset of sensors in the lot; for a subject sensor, measuring a value of an initial measurable parameter; determining a first set of coefficients by correlating the measured value of the initial measurable parameter of the subject sensor to the measured one or more long term drift characteristics; characterised in that the method further comprises steps of: determining a second set of coefficients describing a multiplicative scaling between the "initial measurable parameter"-to-"long term drift" and the "initial measurable parameter"-to-"in vivo" relationships by further correlating the relationship between the initial measurable parameter of the subject sensor to the measured one or more long term drift characteristics defined by the first set of coefficients with the retrospective in vivo sensitivity; and determining an estimated value of an in vivo sensitivity of the subject sensor prospectively using a combined relationship with both the first and second set of coefficients. measuring one or more long term drift characteristics of sensitivity of a subset of sensors in the lot; for a subject sensor, measuring a value of an initial measurable parameter; determining a first set of coefficients by correlating the measured value of the initial measurable parameter of the subject sensor to the measured one or more long term drift characteristics; determining a second set of coefficients describing a multiplicative scaling between the "initial measurable parameter"-to-"long term drift" and the "initial measurable parameter"-to-"in vivo" relationships by further correlating the relationship between the initial measurable parameter of the subject sensor to the measured one or more long term drift characteristics defined by the first set of coefficients with the retrospective in vivo sensitivity; and determining an estimated value of an in vivo sensitivity of the subject sensor prospectively using a combined relationship with both the first and second set of coefficients.
A method (100; 120) of encoding or decoding video data, the method comprising: comparing (102; 122) at least one value of a dimension of a current block of the video data to at least one value of a corresponding dimension of at least one neighboring block of the current block to obtain at least one relative dimension value, the at least one neighboring block being positioned adjacent to the current block; based on at least one of the at least one relative dimension values, determining whether the current block is to be partitioned according to a prediction tree, PT, portion of a multi-type tree-based partitioning scheme; and, when it is determined that the current block is to be partitioned according to the PT portion of the multi-type tree-based partitioning scheme, based on at least one of the at least one relative dimension values, determining (104; 124) whether to partitioning according to a binary tree structure or a center-side triple tree structure; and when it is determined that the current block is to be partitioned according to the PT portion of the multi-type tree-based partitioning scheme, partitioning (106; 126) the current block according to the determined one of a binary tree structure and a center-side triple tree structure to form a plurality of sub-blocks. comparing (102; 122) at least one value of a dimension of a current block of the video data to at least one value of a corresponding dimension of at least one neighboring block of the current block to obtain at least one relative dimension value, the at least one neighboring block being positioned adjacent to the current block; based on at least one of the at least one relative dimension values, determining whether the current block is to be partitioned according to a prediction tree, PT, portion of a multi-type tree-based partitioning scheme; and, when it is determined that the current block is to be partitioned according to the PT portion of the multi-type tree-based partitioning scheme, based on at least one of the at least one relative dimension values, determining (104; 124) whether to partitioning according to a binary tree structure or a center-side triple tree structure; and when it is determined that the current block is to be partitioned according to the PT portion of the multi-type tree-based partitioning scheme, partitioning (106; 126) the current block according to the determined one of a binary tree structure and a center-side triple tree structure to form a plurality of sub-blocks.