mhurhangee/patent-ind-claim-en huggingface dataset:
A hydraulic cooler pressure isolation circuit for a header of an agricultural harvester equipped with a hydraulic fluid reservoir and a pump , the hydraulic cooler pressure isolation circuit comprising: a hydraulic fluid cooler ; a supply line extending from the hydraulic fluid cooler for connecting to the pump of the harvester; a return line extending from the hydraulic fluid cooler for connecting to the reservoir of the harvester; a first valve hydraulically connected to the supply line upstream the hydraulic fluid cooler; a bypass valve hydraulically connected to the supply line upstream the first valve and to the return line; and characterized in that hydraulic cooler pressure isolation circuit comprises: a drain line operatively in fluid communication with the supply line and the return line for connecting to the reservoir of the harvester; a return valve hydraulically connected to the return line downstream the hydraulic fluid cooler; and a second valve hydraulically connected to the return line downstream the hydraulic fluid cooler and upstream the return valve and operatively in fluid communication with the drain line; and further characterized in that the bypass valve is hydraulically connected to the return line downstream the return valve. a hydraulic fluid cooler ; a supply line extending from the hydraulic fluid cooler for connecting to the pump of the harvester; a return line extending from the hydraulic fluid cooler for connecting to the reservoir of the harvester; a first valve hydraulically connected to the supply line upstream the hydraulic fluid cooler; a bypass valve hydraulically connected to the supply line upstream the first valve and to the return line; and a drain line operatively in fluid communication with the supply line and the return line for connecting to the reservoir of the harvester; a return valve hydraulically connected to the return line downstream the hydraulic fluid cooler; and a second valve hydraulically connected to the return line downstream the hydraulic fluid cooler and upstream the return valve and operatively in fluid communication with the drain line; and further characterized in that the bypass valve is hydraulically connected to the return line downstream the return valve.
A method for wireless communications by an apparatus, comprising: determining a plurality of beam directions for use in different transmission time intervals, TTIs, of a TTI burst, wherein the TTI burst comprises a control region and the different TTIs, the control region being contiguous in time and comprising different control symbols; sending , to a device, a first indicator in a first control symbol of a control region of the TTI burst using a first beam direction, the first indicator indicating one or more TTIs of the TTI burst to be used by the apparatus for the first beam direction; and sending , to the device, a second indicator in a second control symbol of the control region of the TTI burst using a second beam direction, the second indicator indicating one or more other TTIs of the TTI burst to be used by the apparatus for the second beam direction, wherein the second beam direction is different from the first beam direction. determining a plurality of beam directions for use in different transmission time intervals, TTIs, of a TTI burst, wherein the TTI burst comprises a control region and the different TTIs, the control region being contiguous in time and comprising different control symbols; sending , to a device, a first indicator in a first control symbol of a control region of the TTI burst using a first beam direction, the first indicator indicating one or more TTIs of the TTI burst to be used by the apparatus for the first beam direction; and sending , to the device, a second indicator in a second control symbol of the control region of the TTI burst using a second beam direction, the second indicator indicating one or more other TTIs of the TTI burst to be used by the apparatus for the second beam direction, wherein the second beam direction is different from the first beam direction.
A method performed by a wireless communication device, comprising: performing sidelink communication on a first sidelink channel resource unit of a first sidelink channel, determining a second sidelink channel resource unit of a second sidelink channel according to the first sidelink channel in a sidelink channel couple; performing sidelink communication on the second sidelink channel resource unit; determining, according to a first number of resource units in a time domain and a third starting symbol position in the time domain of the first sidelink channel resource unit, a first starting symbol position in the time domain of the second sidelink channel resource unit being a starting symbol in a time slot, wherein: the sidelink channel couple comprises the first sidelink channel and the second sidelink channel, the first sidelink channel resource unit comprises the first number of first resource units in a time domain and a second number of second resource units in a frequency domain, and the second sidelink channel resource unit comprises a third number of first resource units in the time domain and a fourth number of second resource units in the frequency domain; and determining, according to an indication in the first sidelink channel, the fourth number of second resource units in the frequency domain of the second sidelink channel resource unit. performing sidelink communication on a first sidelink channel resource unit of a first sidelink channel, determining a second sidelink channel resource unit of a second sidelink channel according to the first sidelink channel in a sidelink channel couple; performing sidelink communication on the second sidelink channel resource unit; determining, according to a first number of resource units in a time domain and a third starting symbol position in the time domain of the first sidelink channel resource unit, a first starting symbol position in the time domain of the second sidelink channel resource unit being a starting symbol in a time slot, wherein: the sidelink channel couple comprises the first sidelink channel and the second sidelink channel, the first sidelink channel resource unit comprises the first number of first resource units in a time domain and a second number of second resource units in a frequency domain, and the second sidelink channel resource unit comprises a third number of first resource units in the time domain and a fourth number of second resource units in the frequency domain; and the sidelink channel couple comprises the first sidelink channel and the second sidelink channel, the first sidelink channel resource unit comprises the first number of first resource units in a time domain and a second number of second resource units in a frequency domain, and the second sidelink channel resource unit comprises a third number of first resource units in the time domain and a fourth number of second resource units in the frequency domain; and determining, according to an indication in the first sidelink channel, the fourth number of second resource units in the frequency domain of the second sidelink channel resource unit.
A foldable sofa-bed , comprising: a base with an internal cavity and a rear member , the base configured to rest on an underlying surface; a foldable bed that includes separate and distinct head, intermediate and seat sections , each with a respective cushion , the seat section also including an underlying seat frame , the intermediate section including an underlying intermediate panel and the head section including an underlying head panel , wherein, in a folded position, the intermediate and seat sections are generally horizontally disposed and positioned in vertically stacked relationship in the internal cavity of the base , with the seat section above the intermediate section , and with the intermediate and seat cushions facing generally upwardly, and the head section is generally vertically disposed and positioned adjacent the rear member of the base , with the cushion of the head section facing forwardly, and in an unfolded position, the head, intermediate and seat sections are generally horizontally disposed and in serial alignment with each other to form a sleeping surface with the cushions ; and a bed folding mechanism that is attached to the base and the head, intermediate and seat sections that controls the movement of the bed between the folded and unfolded positions; wherein in moving from the folded to the unfolded position, the intermediate section maintains generally the same orientation; and characterised in that the bed folding mechanism further includes a linear power actuator to move the bed between the folded and unfolded positions. a base with an internal cavity and a rear member , the base configured to rest on an underlying surface; a foldable bed that includes separate and distinct head, intermediate and seat sections , each with a respective cushion , the seat section also including an underlying seat frame , the intermediate section including an underlying intermediate panel and the head section including an underlying head panel , wherein, in a folded position, the intermediate and seat sections are generally horizontally disposed and positioned in vertically stacked relationship in the internal cavity of the base , with the seat section above the intermediate section , and with the intermediate and seat cushions facing generally upwardly, and the head section is generally vertically disposed and positioned adjacent the rear member of the base , with the cushion of the head section facing forwardly, and in an unfolded position, the head, intermediate and seat sections are generally horizontally disposed and in serial alignment with each other to form a sleeping surface with the cushions ; and a bed folding mechanism that is attached to the base and the head, intermediate and seat sections that controls the movement of the bed between the folded and unfolded positions; wherein in moving from the folded to the unfolded position, the intermediate section maintains generally the same orientation; and characterised in that the bed folding mechanism further includes a linear power actuator to move the bed between the folded and unfolded positions.
A method of assessing the neutralising effect of a fabric conditioner, the method comprising the steps of: a) Immersing a first piece or section of absorbent material in water comprising a laundry detergent composition, wherein the detergent composition comprises anionic surfactant; b) Immersing the first piece or section of absorbent material in water comprising a fabric conditioning composition wherein the fabric conditioning composition comprises a cationic surfactant; c) Applying a cationic dye to the absorbent material; and d) Assessing the colour of the absorbent material Wherein the fabric conditioner neutralises detergent residues. a) Immersing a first piece or section of absorbent material in water comprising a laundry detergent composition, wherein the detergent composition comprises anionic surfactant; b) Immersing the first piece or section of absorbent material in water comprising a fabric conditioning composition wherein the fabric conditioning composition comprises a cationic surfactant; c) Applying a cationic dye to the absorbent material; and d) Assessing the colour of the absorbent material
A multi-medium intelligent cleaning apparatus, for cleaning a working surface , comprising a self-propelled cleaning robot and a safety protection apparatus connected to the self-propelled cleaning robot through a connecting member , the safety protection apparatus comprising an adsorption member for adsorbing on a surface to be adsorbed , characterized in that a handle is formed along an outer end edge of the adsorption member , and the handle drives the outer end edge of the adsorption member to be separated from the adsorption surface under an action of an external force of a user.
A magnetic tape formed by continuously cutting to constant width an elongated sheet comprising a magnetic material, the magnetic tape comprising: a groove in at least a back surface and in a lengthwise direction so as to accommodate at least one of a pair of burrs that are formed at both widthwise edge surfaces in the cutting of the elongated sheet.
A communications device configuration method, comprising: sending , by a communications device, a first loopback packet by using a first physical port after the communications device is started, wherein the first loopback packet comprises a loopback tag; and if a second physical port of the communications device receives the first loopback packet which indicates that the first physical port and the second physical port are connected by using a cable, selecting , by the communications device, a first configuration option from at least two configuration options, wherein each of the configuration options corresponds to a different operating system mode, and configuring the communications device according to the first configuration option. sending , by a communications device, a first loopback packet by using a first physical port after the communications device is started, wherein the first loopback packet comprises a loopback tag; and if a second physical port of the communications device receives the first loopback packet which indicates that the first physical port and the second physical port are connected by using a cable, selecting , by the communications device, a first configuration option from at least two configuration options, wherein each of the configuration options corresponds to a different operating system mode, and configuring the communications device according to the first configuration option.
A light-emitting unit comprising: - a base substrate ; - a light-emitting device supported by the base substrate ; and - a cover , permeable to volatile compounds, completely surrounding the light-emitting device and being transparent to a light flux emitted, during use, by the light-emitting device , the light-emitting device being one among: a LED, a LASER, a light-emitting device subject to discoloration phenomena caused by said volatile compounds, characterized by further comprising: - a gas sensor , configured to sense said volatile compounds, arranged within said cover ; - a pump , having an inlet operatively coupled to said cover , and operable to generate a pressure depression within the cover ; - a light sensor , operatively coupled to the light-emitting device , to sense a light intensity value of at least one light component of said light flux; and - a processor , operatively coupled to the gas sensor , the light sensor , and the pump , and configured to: • acquire, from the gas sensor , a first signal indicative of a quantity of volatile compounds permeating the cover ; • acquire, from the light sensor , a second signal correlated to said light intensity value; and • activate said pump to generate said pressure depression when both the first and second signals meet a respective predefined condition. - a base substrate ; - a light-emitting device supported by the base substrate ; and - a cover , permeable to volatile compounds, completely surrounding the light-emitting device and being transparent to a light flux emitted, during use, by the light-emitting device , - a gas sensor , configured to sense said volatile compounds, arranged within said cover ; - a pump , having an inlet operatively coupled to said cover , and operable to generate a pressure depression within the cover ; - a light sensor , operatively coupled to the light-emitting device , to sense a light intensity value of at least one light component of said light flux; and - a processor , operatively coupled to the gas sensor , the light sensor , and the pump , and configured to: • acquire, from the gas sensor , a first signal indicative of a quantity of volatile compounds permeating the cover ; • acquire, from the light sensor , a second signal correlated to said light intensity value; and • activate said pump to generate said pressure depression when both the first and second signals meet a respective predefined condition. • acquire, from the gas sensor , a first signal indicative of a quantity of volatile compounds permeating the cover ; • acquire, from the light sensor , a second signal correlated to said light intensity value; and • activate said pump to generate said pressure depression when both the first and second signals meet a respective predefined condition.
A method for correcting a mass flow value ṁ measured using a Coriolis flow meter for temperature effects at a known fluid temperature temp below 0 C, the method comprising: receiving a known fluid density ρ ref ; receiving the known fluid temperature temp; receiving a time period Tp; determining a Young's modulus temperature correction for density TFy D based on the known fluid density ρ ref , the known fluid temperature temp, and the time period Tp; determining a Young's modulus temperature correction for mass flow TFy M based on a temperature correction constant k and the Young's modulus temperature correction for density TFy D ; and correcting the mass flow value ṁ using the Young's modulus temperature correction for mass flow TFy M . receiving a known fluid density ρ ref ; receiving the known fluid temperature temp; receiving a time period Tp; determining a Young's modulus temperature correction for density TFy D based on the known fluid density ρ ref , the known fluid temperature temp, and the time period Tp; determining a Young's modulus temperature correction for mass flow TFy M based on a temperature correction constant k and the Young's modulus temperature correction for density TFy D ; and correcting the mass flow value ṁ using the Young's modulus temperature correction for mass flow TFy M .
Glasses case having a reducible size, said case comprising: - an inner frame including a filiform element made of resiliently flexible material, which element has a closed profile and is folded so as to assume a first, substantially saddle-shaped configuration, in which two portions of said element are formed that extend laterally from opposite sides with respect to a top zone of the element, - and a case body that is provided to hold the frame in said operative configuration, said body being made of a thin flexible material, and being connected to the frame along its profile and extending so as to delimit the inner volume of the case, characterised in that - said inner frame includes only one filiform element , and - said case, starting with the extended configuration having its maximum size, can assume a second, non-operative configuration having a smaller size by means of a sequence of folding movements referring to the only filiform element of the frame , namely a first relative torsional fold of the frame portions , thus forming a substantially "eight-shaped" configuration, followed by a second fold that is intended to bring said frame portions closer together such that they lie one on top of the other until a substantially flattened shape of the case is obtained. - an inner frame including a filiform element made of resiliently flexible material, which element has a closed profile and is folded so as to assume a first, substantially saddle-shaped configuration, in which two portions of said element are formed that extend laterally from opposite sides with respect to a top zone of the element, - and a case body that is provided to hold the frame in said operative configuration, said body being made of a thin flexible material, and being connected to the frame along its profile and extending so as to delimit the inner volume of the case, characterised in that - said inner frame includes only one filiform element , and - said case, starting with the extended configuration having its maximum size, can assume a second, non-operative configuration having a smaller size by means of a sequence of folding movements referring to the only filiform element of the frame , namely a first relative torsional fold of the frame portions , thus forming a substantially "eight-shaped" configuration, followed by a second fold that is intended to bring said frame portions closer together such that they lie one on top of the other until a substantially flattened shape of the case is obtained.
A computer implemented method for detecting and reading a barcode in an image of a marked glass substrate , said method taking as input a raster image of at least one portion of the marked glass substrate and providing as output (D3003) an abstract image of said barcode , and said method comprising the following steps: (a) computing (S3001) a probability occurrence θ of said barcode in the raster image with a first trained convolutional artificial neural network; (b) computing (S3002) coordinates (D3001) of representative points of the boundary of the barcode in the raster image according to a given threshold σ for the probability occurrence θ computed at step (a); (c) cropping (S3003) the raster image to the boundary of the barcode according to said coordinates (D3001) computed at step (b); (d) computing (S3004) with a second trained convolutional artificial neural network a tensor (D3003) of probabilities for each pixel of the cropped raster image (D3002), said tensor (D3003) being the abstract image of the barcode . (a) computing (S3001) a probability occurrence θ of said barcode in the raster image with a first trained convolutional artificial neural network; (b) computing (S3002) coordinates (D3001) of representative points of the boundary of the barcode in the raster image according to a given threshold σ for the probability occurrence θ computed at step (a); (c) cropping (S3003) the raster image to the boundary of the barcode according to said coordinates (D3001) computed at step (b); (d) computing (S3004) with a second trained convolutional artificial neural network a tensor (D3003) of probabilities for each pixel of the cropped raster image (D3002), said tensor (D3003) being the abstract image of the barcode .
A system, including: - a plurality of Intellectual Property circuits (IPa, IPb), - a General Purpose Input/Output circuit (GPIO) shared by the plurality of Intellectual Property circuits via respective analog links (AINa, AINb), - analog switches (A, B) coupled with the analog links (AINa, AINb), the analog switches (A, B) controlling signal propagation over the respective analog links, the analog switches (A, B) activatable via switch enable signals (AIN_ENa, AIN_ENb) over respective switch enable paths, the switch enable paths having a first end coupled to one of the Intellectual Property circuits (IPa, IPb) and a second end coupled to the shared General Purpose Input/Output circuit (GPIO), wherein at least one of the switch enable paths includes a secure analog link circuit (SAL1, SAL2) sensitive to a secure/non-secure status (IP_sec, IO_sec) of the Intellectual Property circuit (IPa, IPb) and the General Purpose Input/Output circuit (GPIO) coupled to the first and the second ends of the at least one of the switch enable paths, the secure analog link circuit (SAL1, SAL2) configured to admit propagation of a switch enable signal (AIN_ENa, AIN_ENb) as a result of the Intellectual Property circuit (IPa, IPb) and the General Purpose Input/Output circuit (GPIO) coupled to the first end and the second end of the at least one of the switch enable paths having both secure status or both non-secure status. - a plurality of Intellectual Property circuits (IPa, IPb), - a General Purpose Input/Output circuit (GPIO) shared by the plurality of Intellectual Property circuits via respective analog links (AINa, AINb), - analog switches (A, B) coupled with the analog links (AINa, AINb), the analog switches (A, B) controlling signal propagation over the respective analog links, the analog switches (A, B) activatable via switch enable signals (AIN_ENa, AIN_ENb) over respective switch enable paths, the switch enable paths having a first end coupled to one of the Intellectual Property circuits (IPa, IPb) and a second end coupled to the shared General Purpose Input/Output circuit (GPIO),