mhurhangee/patent-ind-claim-en huggingface dataset:
An impingement assembly for a gas turbine engine comprising: an impingement plate having an increased cross-flow structure that forms an increased cross-flow area between the impingement plate and an impingement surface when the impingement plate is installed proximate to the impingement surface, the increased cross-flow structure having: a plurality of first portions , each having at least one impingement hole passing through the first portion, the first portion being separated from the impingement surface by an impingement hole height (X); a plurality of second portions each separated from a first portion by a separation distance and separated from the impingement surface by a cross-flow structure height (Z); and a plurality of third portions, each extending between a first portion and a second portion, wherein each first portion, second portion, and third portion define at least one cross-flow cavity between the impingement plate and the impingement surface, and the cross-flow structure height is greater than the impingement hole height, characterised in that the increased cross-flow structure includes a plurality of channels defined by the plurality of first portions and the plurality of second portions , wherein a plurality of impingement holes are formed in each of the first portions, and wherein the first portions are continuous portions that extend along a direction of the impingement plate to form a trough in the impingement plate. a plurality of first portions , each having at least one impingement hole passing through the first portion, the first portion being separated from the impingement surface by an impingement hole height (X); a plurality of second portions each separated from a first portion by a separation distance and separated from the impingement surface by a cross-flow structure height (Z); and a plurality of third portions, each extending between a first portion and a second portion, wherein each first portion, second portion, and third portion define at least one cross-flow cavity between the impingement plate and the impingement surface, and the cross-flow structure height is greater than the impingement hole height, characterised in that the increased cross-flow structure includes a plurality of channels defined by the plurality of first portions and the plurality of second portions , wherein a plurality of impingement holes are formed in each of the first portions, and wherein the first portions are continuous portions that extend along a direction of the impingement plate to form a trough in the impingement plate.
A capacitive touch sensor for use with an input signal, said capacitive touch sensor comprising: a number n of input/output lines, wherein n > 2 and one of said number n of input/output lines adapted to receive the input signal; wherein each of said number n of input/output lines is electrically disconnected from every other of said number n of input/output lines, wherein each of said number n of input/output lines is arranged to cross every other of said number n of input/output lines, and wherein each of a number β of positions, includes one of said number n of input/output lines crossing another of said number n of input/output lines, wherein each of the β positions corresponds to a respective button area. a number n of input/output lines, wherein n > 2 and one of said number n of input/output lines adapted to receive the input signal; wherein each of said number n of input/output lines is electrically disconnected from every other of said number n of input/output lines, wherein each of said number n of input/output lines is arranged to cross every other of said number n of input/output lines, and wherein each of a number β of positions, includes one of said number n of input/output lines crossing another of said number n of input/output lines, wherein each of the β positions corresponds to a respective button area.
A filtration device for filtering a liquid metal or an alloy thereof, wherein said filtration device is made of a rigidified fabric of heat resistant fibers or made of threads of heat resistant fibers, impregnated with a composition comprising a mixture of a product A and a product B: - the product A being obtained by polymerisation of saccharide units contained in a mixture consisting essentially of the saccharide units, water and at least one additive selected from the group consisting of • at least one acid are selected from the group consisting of phosphoric acid, sulfuric acid, citric acid, acetic acid and a mixture of at least two of them; • inorganic wetting agent selected from the group consisting of aluminum ammonium sulfate, magnesium sulfate, calcium sulfate and a mixture of at least two of them; and • acid phosphates adhesive selected from the group consisting of calcium phosphate, magnesium phosphate, aluminum phosphate and a mixture of at least two of them; and - the product B consisting of at least one inorganic colloidal binding agent said composition being in a thermoset stage and said heat resistant fibers being glass fibers, silica fibers or a mixture thereof. - the product A being obtained by polymerisation of saccharide units contained in a mixture consisting essentially of the saccharide units, water and at least one additive selected from the group consisting of • at least one acid are selected from the group consisting of phosphoric acid, sulfuric acid, citric acid, acetic acid and a mixture of at least two of them; • inorganic wetting agent selected from the group consisting of aluminum ammonium sulfate, magnesium sulfate, calcium sulfate and a mixture of at least two of them; and • acid phosphates adhesive selected from the group consisting of calcium phosphate, magnesium phosphate, aluminum phosphate and a mixture of at least two of them; and • at least one acid are selected from the group consisting of phosphoric acid, sulfuric acid, citric acid, acetic acid and a mixture of at least two of them; • inorganic wetting agent selected from the group consisting of aluminum ammonium sulfate, magnesium sulfate, calcium sulfate and a mixture of at least two of them; and • acid phosphates adhesive selected from the group consisting of calcium phosphate, magnesium phosphate, aluminum phosphate and a mixture of at least two of them; and - the product B consisting of at least one inorganic colloidal binding agent said composition being in a thermoset stage and said heat resistant fibers being glass fibers, silica fibers or a mixture thereof.
A system for positioning a tool on a shaft, the system comprising a shaft with at least one tool being slidably disposed on said shaft, a longitudinal body extending substantially parallel to the shaft , wherein a carriage is slidably attached to the body , wherein a stator of a linear drive is disposed on the outer surface of the body , and a corresponding coil of the linear drive is disposed on the rear wall of the carriage , the coil is arranged in close proximity to the stator of the linear drive characterized in that two grippers extend from said carriage towards the shaft to cooperate with the corresponding tool , wherein the grippers are attached to two actuating devices disposed in the extreme side positions of the carriage , to ensure the grippers translocate towards and away from the shaft , wherein the actuating devices are controlled independently.
Separation method for separating a glass pane of an insulating glazing from a, preferably rigid, spacer frame connected to the glass pane by means of a primary seal , wherein a secondary seal , which is also connected to the glass pane , is arranged outside around the spacer frame , whereby the secondary seal and the primary seal are cut through with a knife, characterized in that a rotary knife , preferably a circular knife, rotating about a knife rotation axis is used to separate the secondary seal and the primary seal , wherein the rotary knife is lubricated during the separation process with a, preferably liquid, lubricant, preferably with a lubricating emulsion, in particular with a water-based or oil-based lubricating emulsion, or with a lubricating oil or with water. whereby the secondary seal and the primary seal are cut through with a knife, characterized in that a rotary knife , preferably a circular knife, rotating about a knife rotation axis is used to separate the secondary seal and the primary seal , wherein the rotary knife is lubricated during the separation process with a, preferably liquid, lubricant, preferably with a lubricating emulsion, in particular with a water-based or oil-based lubricating emulsion, or with a lubricating oil or with water.
A system configured to deliver energy to an airway in a lung, the system comprising: an energy delivery device having a temperature detecting element and an energy emission element ; an energy generator configured to be coupled to the energy emission element and having an activation state and a standby state, wherein energy is delivered to the energy emission element in the activation state and not in the standby state; and a controller having a processor and a user interface with a first visual indicator and a second visual indicator , the processor being configured to activate the first visual indicator when a temperature measured by the temperature detecting element is not within a predetermined temperature range of 15 degrees C to 35 degrees C, and to activate the second visual indicator when an impedance of an energy emission circuit between the energy generator , the energy emission element , and a patient is not within a predetermined impedance range. an energy delivery device having a temperature detecting element and an energy emission element ; an energy generator configured to be coupled to the energy emission element and having an activation state and a standby state, wherein energy is delivered to the energy emission element in the activation state and not in the standby state; and a controller having a processor and a user interface with a first visual indicator and a second visual indicator , the processor being configured to activate the first visual indicator when a temperature measured by the temperature detecting element is not within a predetermined temperature range of 15 degrees C to 35 degrees C, and to activate the second visual indicator when an impedance of an energy emission circuit between the energy generator , the energy emission element , and a patient is not within a predetermined impedance range.
Method for assembling a refrigeration appliance , in which a machine compartment of the refrigeration appliance is clad in part by a side wall element , wherein in order to connect the side wall element with a housing of the refrigeration appliance , the side wall element is moved in a first direction (I) and then in a second direction (II) which differs from the first direction (I), said method having the steps: - making a sealing element , embodied as a stop, of the side wall element engage with a fold of the housing , - moving the side wall element in the first direction (I) until the movement in the first direction (I) is stopped by the sealing element , and - moving the side wall element in the second direction (II) until the side wall element has reached its end position which connects the side wall element in a foam-tight manner with the housing by means of a form fit, and that the side wall element has a pin , which is made to engage with the fold during the engagement of the sealing element with the fold . - making a sealing element , embodied as a stop, of the side wall element engage with a fold of the housing , - moving the side wall element in the first direction (I) until the movement in the first direction (I) is stopped by the sealing element , and - moving the side wall element in the second direction (II) until the side wall element has reached its end position which connects the side wall element in a foam-tight manner with the housing by means of a form fit, and that the side wall element has a pin , which is made to engage with the fold during the engagement of the sealing element with the fold .
A personal protection system , the system including: a helmet configured to be worn on the head of an individual; an electrically powered assembly mounted to the helmet; at least one control member connected to the electrically powered assembly for regulating an aspect of the operation of the electrically powered assembly; and a garment , the garment at least including a transparent face shield that is removably attached to the helmet that is positioned so that, when the garment is attached to the helmet, the face shield located in front of the face of the individual; characterized in that : the garment includes an indicia ; a sensor is mounted to the helmet, the sensor being configured to monitor whether or not the garment indicia is adjacent the sensor and to assert a sensor signal indicating the presence/absence of the garment indicia adjacent the sensor; and a controller is connected to the electrically powered assembly to selectively allow the actuation of the electrically powered assembly and to the sensor to receive the sensor signal, and the controller is configured to only allow the actuation of the electrically powered assembly when the sensor signal indicates that the garment indicia is adjacent the sensor. a helmet configured to be worn on the head of an individual; an electrically powered assembly mounted to the helmet; at least one control member connected to the electrically powered assembly for regulating an aspect of the operation of the electrically powered assembly; and a garment , the garment at least including a transparent face shield that is removably attached to the helmet that is positioned so that, when the garment is attached to the helmet, the face shield located in front of the face of the individual; characterized in that : the garment includes an indicia ; a sensor is mounted to the helmet, the sensor being configured to monitor whether or not the garment indicia is adjacent the sensor and to assert a sensor signal indicating the presence/absence of the garment indicia adjacent the sensor; and a controller is connected to the electrically powered assembly to selectively allow the actuation of the electrically powered assembly and to the sensor to receive the sensor signal, and the controller is configured to only allow the actuation of the electrically powered assembly when the sensor signal indicates that the garment indicia is adjacent the sensor. the garment includes an indicia ; a sensor is mounted to the helmet, the sensor being configured to monitor whether or not the garment indicia is adjacent the sensor and to assert a sensor signal indicating the presence/absence of the garment indicia adjacent the sensor; and a controller is connected to the electrically powered assembly to selectively allow the actuation of the electrically powered assembly and to the sensor to receive the sensor signal, and the controller is configured to only allow the actuation of the electrically powered assembly when the sensor signal indicates that the garment indicia is adjacent the sensor.
A system for encoding a speech signal into a bitstream; the encoder comprising - a transform unit configured to receive an input audio signal and to transform a sequence of samples of the input audio signal into a block of transform coefficients; - a framing unit configured to receive a plurality of sequential blocks of transform coefficients; wherein a block of transform coefficients comprises a plurality of transform coefficients for a corresponding plurality of frequency bins ; - an envelope estimation unit configured to determine a current envelope based on the plurality of sequential blocks of transform coefficients; wherein the current envelope is indicative of a plurality of spectral energy values for the corresponding plurality of frequency bins ; - an envelope quantization unit configured to determine a quantized current envelope by quantizing the energy values of the current envelope ; - an envelope interpolation unit configured to determine a plurality of interpolated envelopes for the plurality of blocks of transform coefficients, respectively, based on the quantized current envelope and based on a quantized previous envelope directly preceding the quantized current envelope; and - a flattening unit configured to determine a plurality of blocks of flattened transform coefficients by flattening the corresponding plurality of blocks of transform coefficients using the corresponding plurality of interpolated envelopes , respectively; wherein the bitstream is determined based on the plurality of blocks of flattened transform coefficients. - a transform unit configured to receive an input audio signal and to transform a sequence of samples of the input audio signal into a block of transform coefficients; - a framing unit configured to receive a plurality of sequential blocks of transform coefficients; wherein a block of transform coefficients comprises a plurality of transform coefficients for a corresponding plurality of frequency bins ; - an envelope estimation unit configured to determine a current envelope based on the plurality of sequential blocks of transform coefficients; wherein the current envelope is indicative of a plurality of spectral energy values for the corresponding plurality of frequency bins ; - an envelope quantization unit configured to determine a quantized current envelope by quantizing the energy values of the current envelope ; - an envelope interpolation unit configured to determine a plurality of interpolated envelopes for the plurality of blocks of transform coefficients, respectively, based on the quantized current envelope and based on a quantized previous envelope directly preceding the quantized current envelope; and - a flattening unit configured to determine a plurality of blocks of flattened transform coefficients by flattening the corresponding plurality of blocks of transform coefficients using the corresponding plurality of interpolated envelopes , respectively; wherein the bitstream is determined based on the plurality of blocks of flattened transform coefficients.
Motorcycles tyre , having an equatorial plane (X-X) and a tread band comprising a plurality of grooves that form a tread pattern including a module (T) replicated along a circumferential direction of the tyre and having a predetermined circumferential length (C1), the module (T) comprising: - a pair of circumferential grooves arranged on opposite sides with respect to the equatorial plane (X-X), said circumferential grooves extending along said circumferential direction for only part of said predetermined circumferential length (C1) and defining between them a central portion (A) of tread band having a void to solid ratio substantially equal to zero and a predetermined axial width (A1); - a plurality of pairs of transversal grooves arranged on opposite sides with respect to the equatorial plane (X-X) at a distance from said equatorial plane (X-X) greater than that of said circumferential grooves ; - a pair of first lateral annular portions (B) axially arranged between said pair of circumferential grooves and said plurality of pairs of transversal grooves , each of said first lateral annular portions (B) comprising, in a position axially adjacent to the respective circumferential groove , a respective part (B1) of tread band having a circumferential length at least equal to that of said circumferential grooves and a void to solid ratio substantially equal to zero; characterised in that each groove of said pair of circumferential grooves extends in said module (T) along said circumferential direction of the tyre for a circumferential segment having a length (C2) shorter than said predetermined circumferential length (C1) and in that said tyre has a curvature ratio lower than about 0.32. - a pair of circumferential grooves arranged on opposite sides with respect to the equatorial plane (X-X), said circumferential grooves extending along said circumferential direction for only part of said predetermined circumferential length (C1) and defining between them a central portion (A) of tread band having a void to solid ratio substantially equal to zero and a predetermined axial width (A1); - a plurality of pairs of transversal grooves arranged on opposite sides with respect to the equatorial plane (X-X) at a distance from said equatorial plane (X-X) greater than that of said circumferential grooves ; - a pair of first lateral annular portions (B) axially arranged between said pair of circumferential grooves and said plurality of pairs of transversal grooves , each of said first lateral annular portions (B) comprising, in a position axially adjacent to the respective circumferential groove , a respective part (B1) of tread band having a circumferential length at least equal to that of said circumferential grooves and a void to solid ratio substantially equal to zero;
A method of wireless communication of a user equipment, comprising: receiving configuration information of a scheduled mode sidelink resource pool from a base station; performing sensing in the scheduled mode sidelink resource pool; characterized in that the method further comprises: obtaining a resource reservation interval and a length of contiguous sub-channels L subCH ; determining a set of available resources of the scheduled mode sidelink resource pool based on the length of contiguous sub-channels L subCH ; and reporting a sensing result to the base station based on the resource reservation interval, wherein the sensing result is associated with the determined set of available resources. receiving configuration information of a scheduled mode sidelink resource pool from a base station; performing sensing in the scheduled mode sidelink resource pool; characterized in that the method further comprises: obtaining a resource reservation interval and a length of contiguous sub-channels L subCH ; determining a set of available resources of the scheduled mode sidelink resource pool based on the length of contiguous sub-channels L subCH ; and reporting a sensing result to the base station based on the resource reservation interval, wherein the sensing result is associated with the determined set of available resources. obtaining a resource reservation interval and a length of contiguous sub-channels L subCH ; determining a set of available resources of the scheduled mode sidelink resource pool based on the length of contiguous sub-channels L subCH ; and reporting a sensing result to the base station based on the resource reservation interval, wherein the sensing result is associated with the determined set of available resources.
Method for operating a motor vehicle , in particular utility motor vehicle, which has a hybrid drive apparatus , having an internal combustion engine which is assigned a fuel tank , wherein a fill level of the fuel tank is monitored, and having at least one further drive machine , which is assigned an energy store , characterized in that , if it is detected that the fill level is below a predefinable minimum fill level, the internal combustion engine is shut down and the motor vehicle is driven, or continues to be driven, only by means of the further drive machine until such time as the energy provided by the energy store has been completely consumed or almost completely consumed, wherein the internal combustion engine is briefly activated for a launch process if a drive torque that can be provided by the further drive machine is lower than a minimum launch torque of the motor vehicle .