mhurhangee/patent-ind-claim-en huggingface dataset:
Chamber for the controlled oxidation of metal strips in an annealing furnace of a continuous production line for hot-coated strips, for example by galvanizing, the oxidation chamber for the oxidation of the metal strips by means of an oxidizing gas injected on at least one of the sides of a strip , characterized in that the oxidation chamber comprises oxidizing portions extending over its width and/or length, each portion comprising at least one blowing port and at least one suction port between which an oxidizing gas circulates; each portion can be controlled separately to adjust the oxidation induced on the strip over the width and length of the oxidation chamber.
An image projection apparatus comprising: a housing ; a plurality of heat generating components that is provided in the housing; an air intake port that is provided in the housing and through which air is caused to flow into an inside of the housing; and an air discharge port that is provided in the housing and through which air inside the housing is discharged, wherein the image projection apparatus includes an air exhaust flow path in which air that has flowed into the inside of the housing from the air intake port is caused to pass through a heat generation component having a highest temperature, at an end of the passing through, among the plurality of heat generation components provided inside the housing, and is discharged from the air discharge port, wherein the housing has a shape in which a length in a width direction in which side faces face each other is greater than a length in a depth direction in which a front face faces the rear face, and the air intake port and the air discharge port are arranged on a same straight line that is substantially in parallel with the depth direction of the housing. wherein the air intake port is provided on a rear face of the housing, the rear face facing a projection face of an image, and the air discharge port is provided on the front face of the housing, the front face facing a user. a housing ; a plurality of heat generating components that is provided in the housing; an air intake port that is provided in the housing and through which air is caused to flow into an inside of the housing; and an air discharge port that is provided in the housing and through which air inside the housing is discharged, wherein the image projection apparatus includes an air exhaust flow path in which air that has flowed into the inside of the housing from the air intake port is caused to pass through a heat generation component having a highest temperature, at an end of the passing through, among the plurality of heat generation components provided inside the housing, and is discharged from the air discharge port, wherein the housing has a shape in which a length in a width direction in which side faces face each other is greater than a length in a depth direction in which a front face faces the rear face, and
A blood pressure measuring method comprising: based on a cuff being placed on an object, detecting a cuff pressure signal; extracting an alternating current, AC, component signal and a direct current, DC, component signal based on the cuff pressure signal; generating an AC component image based on the extracted AC component signal by converting the AC component signal into an image using at least one of Wavelet Transform, Short Time Fourier transform, and Wigner-Ville distribution; generating a DC component image based on the extracted DC component signal by converting the DC component signal into a gradient image to generate the DC component image, representing the DC component signal over time; and estimating a blood pressure of the object based on the generated AC component image, the generated DC component image, and a blood pressure estimation model; said blood pressure estimation model being generated by machine learning based on training data, wherein the training data comprises AC component image data, DC component image data, and blood pressure data. based on a cuff being placed on an object, detecting a cuff pressure signal; extracting an alternating current, AC, component signal and a direct current, DC, component signal based on the cuff pressure signal; generating an AC component image based on the extracted AC component signal by converting the AC component signal into an image using at least one of Wavelet Transform, Short Time Fourier transform, and Wigner-Ville distribution; generating a DC component image based on the extracted DC component signal by converting the DC component signal into a gradient image to generate the DC component image, representing the DC component signal over time; and estimating a blood pressure of the object based on the generated AC component image, the generated DC component image, and a blood pressure estimation model; said blood pressure estimation model being generated by machine learning based on training data, wherein the training data comprises AC component image data, DC component image data, and blood pressure data.
An underwater detection device , comprising: a frequency distribution generating module configured to generate a frequency distribution of single fishes by categorizing the single fishes by one of body length and weight, the single fishes being detected based on echo signals corresponding to reflection waves that are caused by transmission waves transmitted underwater; a frequency distribution characteristic value calculating module configured to calculate a frequency distribution characteristic value indicating a characteristic of the frequency distribution based on a ratio of a single-fish number in a particular category in the frequency distribution, with respect to a total number (SUM) of single fishes in the frequency distribution; and an alarm controlling module configured to issue an alarm based on a comparison result between the frequency distribution characteristic value and a threshold, wherein the threshold is inputted by a user. a frequency distribution generating module configured to generate a frequency distribution of single fishes by categorizing the single fishes by one of body length and weight, the single fishes being detected based on echo signals corresponding to reflection waves that are caused by transmission waves transmitted underwater; a frequency distribution characteristic value calculating module configured to calculate a frequency distribution characteristic value indicating a characteristic of the frequency distribution based on a ratio of a single-fish number in a particular category in the frequency distribution, with respect to a total number (SUM) of single fishes in the frequency distribution; and an alarm controlling module configured to issue an alarm based on a comparison result between the frequency distribution characteristic value and a threshold, wherein the threshold is inputted by a user.
An uplink transmission method in random access, wherein the method comprises: selecting , by user equipment, UE, after receiving a random access response message sent by a network-side device, a pilot signal from a plurality of pilot signals indicated by pilot signal parameter information sent by the network-side device, wherein the pilot signal parameter information is used to indicate a plurality of candidate pilot signals to the UE and the pilot signal parameter information includes at least one of a cyclic shift of each pilot signal of the plurality of pilot signals and a time-domain extension code of each pilot signal of the plurality of pilot signals or the pilot signal parameter information includes pilot index numbers of the plurality of pilot signals; and sending , by the UE, uplink user data and the selected pilot signal to the network-side device on a time-frequency resource indicated by the random access response message. selecting , by user equipment, UE, after receiving a random access response message sent by a network-side device, a pilot signal from a plurality of pilot signals indicated by pilot signal parameter information sent by the network-side device, wherein the pilot signal parameter information is used to indicate a plurality of candidate pilot signals to the UE and the pilot signal parameter information includes at least one of a cyclic shift of each pilot signal of the plurality of pilot signals and a time-domain extension code of each pilot signal of the plurality of pilot signals or the pilot signal parameter information includes pilot index numbers of the plurality of pilot signals; and sending , by the UE, uplink user data and the selected pilot signal to the network-side device on a time-frequency resource indicated by the random access response message.
A system for conveying a fluid comprising a hose , and a user-definable interface (UDI) module for measuring a measurable parameter at a distal end of the hose , wherein the hose comprises a wall defining a fluid carrying tube, a power and/or data transmission cable integrated into said wall, and an intermediate connecting collar attached to said wall and having a ring portion that extends around the fluid carrying tube at said distal end, wherein said intermediate connecting collar is configured to form a connection, for the transfer of power and/or data from said cable , with said user definable interface (UDI) module removably attachable to said distal end , the intermediate connecting collar comprising first electrical terminals to connect the cable to conductors in the ring portion of the intermediate connecting collar , and second electrical terminals spaced from the first electrical terminals to connect the conductors in the ring portion of the intermediate connecting collar to the user definable interface (UDI) module , said conductors being embedded in said ring portion of the intermediate connecting collar and, wherein the user definable interface (UDI) module comprises at least one or more components for determining a measurable parameter at the distal end of the hose . wherein the hose comprises a wall defining a fluid carrying tube, a power and/or data transmission cable integrated into said wall, and an intermediate connecting collar attached to said wall and having a ring portion that extends around the fluid carrying tube at said distal end, wherein said intermediate connecting collar is configured to form a connection, for the transfer of power and/or data from said cable , with said user definable interface (UDI) module removably attachable to said distal end , the intermediate connecting collar comprising first electrical terminals to connect the cable to conductors in the ring portion of the intermediate connecting collar , and second electrical terminals spaced from the first electrical terminals to connect the conductors in the ring portion of the intermediate connecting collar to the user definable interface (UDI) module , said conductors being embedded in said ring portion of the intermediate connecting collar and, wherein the user definable interface (UDI) module comprises at least one or more components for determining a measurable parameter at the distal end of the hose .
A hair dyeing method comprising the following steps (I) and (II): step (I): mixing a first agent comprising an alkaline agent and an oxidation dye precursor, a second agent comprising an oxidizing agent, and a third agent comprising one or more dyes (A) selected from the group consisting of the following (A-1), (A-2), and (A-3), having a pH at 25°C of 7.5 or more and 12 or less when diluted to be 10 times by mass with water; and step (II) : applying a mixed solution prepared in step (I) on hair: step (I): mixing a first agent comprising an alkaline agent and an oxidation dye precursor, a second agent comprising an oxidizing agent, and a third agent comprising one or more dyes (A) selected from the group consisting of the following (A-1), (A-2), and (A-3), having a pH at 25°C of 7.5 or more and 12 or less when diluted to be 10 times by mass with water; and step (II) : applying a mixed solution prepared in step (I) on hair:
A hammock tent , comprising: a ridgeline ; and a tent body attached to the ridgeline and comprising: a platform comprising: two end sections; and a central section between the two end sections; opposing sides attached to first opposing edges of the platform ; and opposing ends positioned between the opposing sides and attached to edges of the opposing sides and second opposing edges of the platform ; characterized in that the two end sections are each relatively wider than the central section and the hammock tent further comprises support structures attached to the opposing sides and each comprising ends attached to the ridgeline and an apex proximate the central section of the platform . a ridgeline ; and a tent body attached to the ridgeline and comprising: a platform comprising: two end sections; and a central section between the two end sections; opposing sides attached to first opposing edges of the platform ; and opposing ends positioned between the opposing sides and attached to edges of the opposing sides and second opposing edges of the platform ; a platform comprising: two end sections; and a central section between the two end sections; two end sections; and a central section between the two end sections; opposing sides attached to first opposing edges of the platform ; and opposing ends positioned between the opposing sides and attached to edges of the opposing sides and second opposing edges of the platform ;
An encoding method for encoding a speech signal, comprising: dividing the to-be-encoded time-domain speech signal into a low band signal and a high band signal, according to a frequency threshold; performing encoding on the low band signal to obtain a low frequency encoding parameter, wherein the low frequency encoding parameter includes an algebraic codebook gain; performing linear predictive coding, LPC, analysis on the high band signal to obtain a LPC coefficient, predicting a high frequency excitation signal using the low frequency encoding parameter, obtaining a synthesized high band signal, using the high frequency excitation signal and a synthesis filter that is determined according to the LPC coefficient ; the method being characterised by further comprising: performing filtering processing on the synthesized high band signal by using a pole-zero post-filter to obtain a short-time filtered signal, wherein a coefficient of the pole-zero post-filter is set based on the LPC coefficient; and calculating a high frequency gain based on the high band signal and the short-time filtered signal. dividing the to-be-encoded time-domain speech signal into a low band signal and a high band signal, according to a frequency threshold; performing encoding on the low band signal to obtain a low frequency encoding parameter, wherein the low frequency encoding parameter includes an algebraic codebook gain; performing linear predictive coding, LPC, analysis on the high band signal to obtain a LPC coefficient, predicting a high frequency excitation signal using the low frequency encoding parameter, obtaining a synthesized high band signal, using the high frequency excitation signal and a synthesis filter that is determined according to the LPC coefficient ; the method being characterised by further comprising: performing filtering processing on the synthesized high band signal by using a pole-zero post-filter to obtain a short-time filtered signal, wherein a coefficient of the pole-zero post-filter is set based on the LPC coefficient; and calculating a high frequency gain based on the high band signal and the short-time filtered signal. performing filtering processing on the synthesized high band signal by using a pole-zero post-filter to obtain a short-time filtered signal, wherein a coefficient of the pole-zero post-filter is set based on the LPC coefficient; and calculating a high frequency gain based on the high band signal and the short-time filtered signal.
A cushion assembly for a patient interface for sealed delivery of a flow of air at a continuously positive pressure with respect to ambient air pressure to an entrance to the patient's airways including at least entrance of a patient's nares, wherein the patient interface is configured to maintain a therapy pressure in a range of about 4 cmH20 to about 30 cmH20 above ambient air pressure in use, throughout the patient's respiratory cycle, while the patient is sleeping, to ameliorate sleep disordered breathing, the cushion assembly comprising: a foam cushion ; an elastomeric support portion (3812; 3835) configured to support the foam cushion, wherein the foam cushion is more compliant in a nasal bridge region than other regions of the cushion assembly, the nasal bridge region being a region configured to engage the patient's nasal bridge when the cushion assembly is mounted on the patient's face, wherein the elastomeric support portion (3812; 3835) comprises at least one rib configured to function as a tensile member when an inside of the cushion assembly is pressurized, and characterized in that the at least one rib is adapted to be adjacent at least one side of the patient's nose in use. a foam cushion ; an elastomeric support portion (3812; 3835) configured to support the foam cushion, wherein the foam cushion is more compliant in a nasal bridge region than other regions of the cushion assembly, the nasal bridge region being a region configured to engage the patient's nasal bridge when the cushion assembly is mounted on the patient's face, wherein the elastomeric support portion (3812; 3835) comprises at least one rib configured to function as a tensile member when an inside of the cushion assembly is pressurized, and characterized in that the at least one rib is adapted to be adjacent at least one side of the patient's nose in use.
A pellet grill , comprising: an auger ; an auger motor operatively coupled to the auger ; and one or more processors configured to: detect an improper shutdown of a control system of the pellet grill ; and in response to the control system regaining power following detection of the improper shutdown: generate a notification indicating that the control system was improperly shutdown; cause the notification to be presented at a user interface of the pellet grill ; command the auger motor to repeatedly pulse the auger between a first direction of rotation and a second direction of rotation opposite the first direction; determine, based on the pulsed rotation of the auger , whether the auger is jammed; in response to determining that the auger is jammed, initiate a protocol to clear the jam; and initiate a diagnostic check of the control system . an auger ; an auger motor operatively coupled to the auger ; and one or more processors configured to: detect an improper shutdown of a control system of the pellet grill ; and in response to the control system regaining power following detection of the improper shutdown: generate a notification indicating that the control system was improperly shutdown; cause the notification to be presented at a user interface of the pellet grill ; command the auger motor to repeatedly pulse the auger between a first direction of rotation and a second direction of rotation opposite the first direction; determine, based on the pulsed rotation of the auger , whether the auger is jammed; in response to determining that the auger is jammed, initiate a protocol to clear the jam; and initiate a diagnostic check of the control system . detect an improper shutdown of a control system of the pellet grill ; and in response to the control system regaining power following detection of the improper shutdown: generate a notification indicating that the control system was improperly shutdown; cause the notification to be presented at a user interface of the pellet grill ; command the auger motor to repeatedly pulse the auger between a first direction of rotation and a second direction of rotation opposite the first direction; determine, based on the pulsed rotation of the auger , whether the auger is jammed; in response to determining that the auger is jammed, initiate a protocol to clear the jam; and initiate a diagnostic check of the control system . generate a notification indicating that the control system was improperly shutdown; cause the notification to be presented at a user interface of the pellet grill ; command the auger motor to repeatedly pulse the auger between a first direction of rotation and a second direction of rotation opposite the first direction; determine, based on the pulsed rotation of the auger , whether the auger is jammed; in response to determining that the auger is jammed, initiate a protocol to clear the jam; and initiate a diagnostic check of the control system .
Mass flow regulator or valve unit , comprising at least one housing part having a number of connection devices for the connection of lines, at least one valve body and at least one actuator element for actuation of the at least one valve body, wherein the at least one valve body comprises at least one rotatable or rotatably mounted diaphragm element and at least one fixed diaphragm element , the connection devices are arranged such that they are releasably or permanently secured to the housing part via at least one interface, and the housing part has connection openings for connection of the connection devices , wherein all the connection openings are arranged on one side of the housing part , characterised in that a hold-down element for holding down and securing the connection devices onthe housing part is provided, wherein the hold-down element engages over at least a portion of the respective connection devices in order to hold and fix them on the housing part . the at least one valve body comprises at least one rotatable or rotatably mounted diaphragm element and at least one fixed diaphragm element , the connection devices are arranged such that they are releasably or permanently secured to the housing part via at least one interface, and the housing part has connection openings for connection of the connection devices , wherein all the connection openings are arranged on one side of the housing part , characterised in that a hold-down element for holding down and securing the connection devices onthe housing part is provided, wherein the hold-down element engages over at least a portion of the respective connection devices in order to hold and fix them on the housing part .
A fastener system arranged to fasten a piece of equipment on a support , the fastener system comprising: · a strap for surrounding the support and holding the fastener system on the support; · a resilient device and a mechanical abutment ; · an adjustment device for adjusting a length of the strap; · at least one bearing surface ; the fastener system being arranged in such a manner that, when the bearing surface is positioned against the support and the strap surrounds the support, it responds to a manual pulling action on a first end of the strap by the adjustment device adjusting the length of the strap to the size of the support, and then by the strap acting on a first end of the resilient device, which is then subjected to elongation generating a tension force in the strap serving to tighten strap around the support, with the mechanical abutment limiting the elongation of the resilient device in order to impart a predetermined value on the tension force. · a strap for surrounding the support and holding the fastener system on the support; · a resilient device and a mechanical abutment ; · an adjustment device for adjusting a length of the strap; · at least one bearing surface ;