mhurhangee/patent-ind-claim-en huggingface dataset:
A filter holding frame assembly , comprising: a filter holding frame having a plurality of walls forming a quadrilateral ring defined around a central aperture, the filter holding frame being configured to hold a filter , the filter holding frame having a plurality of flanges , each flange coupled to a respective one of the walls and extending into the ring; - characterized in that the filter holding frame assembly further comprises a gasket coupled to each of the flanges, the gasket having a connection portion coupled to a sealing portion , o the connection portion having a substantially u-shaped cross-section , wherein the substantially u-shaped cross-section includes a first side , a second side and a bottom , forming a flange receiving slot configured to couple the substantially u-shaped cross-section with the flange , and o the sealing portion having a first flexible sealing element extending away from the connection portion and into the central aperture . - characterized in that the filter holding frame assembly further comprises a gasket coupled to each of the flanges, the gasket having a connection portion coupled to a sealing portion , o the connection portion having a substantially u-shaped cross-section , wherein the substantially u-shaped cross-section includes a first side , a second side and a bottom , forming a flange receiving slot configured to couple the substantially u-shaped cross-section with the flange , and o the sealing portion having a first flexible sealing element extending away from the connection portion and into the central aperture . o the connection portion having a substantially u-shaped cross-section , wherein the substantially u-shaped cross-section includes a first side , a second side and a bottom , forming a flange receiving slot configured to couple the substantially u-shaped cross-section with the flange , and o the sealing portion having a first flexible sealing element extending away from the connection portion and into the central aperture .
A method of controlling a computer room air conditioner, CRAC, the method comprising: controlling the CRAC with a controller, the controller being configured to communicate with the CRAC; receiving an indication of a desired cooling capacity of the CRAC; providing a plurality of possible sets of operating parameters for the CRAC; determining a plurality of sets of estimated cooling outputs for the CRAC, each set of estimated cooling outputs corresponding to a respective one set of the plurality of possible sets of operating parameters; and selecting one set of operating parameters from the plurality of possible sets of operating parameters for the CRAC, the one set of operating parameters corresponding to a set of estimated cooling outputs of the plurality of sets of estimated cooling outputs that matches the desired cooling capacity, wherein determining the plurality of sets of estimated cooling outputs includes calculating the plurality of sets of estimated cooling outputs by performing at least one ε-NTU calculation for each set of estimated cooling outputs, performing at least one pressure calculation for each set of estimated cooling outputs, and performing at least one enthalpy calculation for each set of estimated cooling outputs. controlling the CRAC with a controller, the controller being configured to communicate with the CRAC; receiving an indication of a desired cooling capacity of the CRAC; providing a plurality of possible sets of operating parameters for the CRAC; determining a plurality of sets of estimated cooling outputs for the CRAC, each set of estimated cooling outputs corresponding to a respective one set of the plurality of possible sets of operating parameters; and selecting one set of operating parameters from the plurality of possible sets of operating parameters for the CRAC, the one set of operating parameters corresponding to a set of estimated cooling outputs of the plurality of sets of estimated cooling outputs that matches the desired cooling capacity, wherein determining the plurality of sets of estimated cooling outputs includes calculating the plurality of sets of estimated cooling outputs by performing at least one ε-NTU calculation for each set of estimated cooling outputs, performing at least one pressure calculation for each set of estimated cooling outputs, and performing at least one enthalpy calculation for each set of estimated cooling outputs.
Reciprocating slat conveyor comprising a support structure or subdeck , multiple parallel slats that are supported by the support structure and that are slidable in the longitudinal direction (L) with respect to the support structure , and a drive system for reciprocating sliding movement of the slats with respect to the support structure , wherein the slats comprise subsequently alternating a first slat and a second slat , wherein the first slats comprise a horizontal upper wall section and a vertically upright end wall section along one of the longitudinal sides of the upper wall section , and wherein the second slats comprise a horizontal upper wall section and a vertically upright wall section along one of the longitudinal sides of the upper wall section , wherein the upright wall section outwardly merges into an overhanging wall section that extends over the upright end wall section of the adjacent first slat , wherein the overhanging wall section merges into a vertically downwardly pending end wall section that extends aside the upright end wall section of the adjacent first slat , wherein a seal is present between the first slat and the second slat characterised in that said seal extends between the upright wall section and the downwardly pending end wall section of the second slat .
A process for quantifying the moisture in a blanket of fibers , comprising: - the emission of an incident electromagnetic wave towards the blanket, by at least one emitter , - the receiving of the electromagnetic wave transmitted through the blanket, by at least one receiver, - the identification of a variation of at least one parameter of the transmitted wave relative to the incident wave, Wherein said process is characterized in that it comprises the following step: - the determination of a representative value of the moisture in the blanket of fibers, as a function of said variation and of the effective volume of blanket that has actually interacted with the incident wave, wherein the effective volume of the blanket is defined by the thickness of the blanket and by an effective blanket cross section, defined at each point of the thickness in each plane of the blanket parallel to the main faces of the blanket, corresponding to the cross section that interacts with the electromagnetic wave. - the emission of an incident electromagnetic wave towards the blanket, by at least one emitter , - the receiving of the electromagnetic wave transmitted through the blanket, by at least one receiver, - the identification of a variation of at least one parameter of the transmitted wave relative to the incident wave, - the determination of a representative value of the moisture in the blanket of fibers, as a function of said variation and of the effective volume of blanket that has actually interacted with the incident wave, wherein the effective volume of the blanket is defined by the thickness of the blanket and by an effective blanket cross section, defined at each point of the thickness in each plane of the blanket parallel to the main faces of the blanket, corresponding to the cross section that interacts with the electromagnetic wave.
A method for a computer system to perform radiotherapy treatment planning using a deep learning engine that includes at least a first processing pathway , a second processing pathway and a third processing pathway , wherein the method comprises: obtaining first image data associated with a patient ; generating first feature data by processing the first image data associated with a first resolution level using the first processing pathway ; generating second feature data by processing second image data associated with a second resolution level using the second processing pathway , wherein the second image data is generated based on the first image data ; generating third feature data by processing third image data associated with a third resolution level using the third processing pathway , wherein the third image data is generated based on the first image data or the second image data ; generating a first combined set of feature data associated with the second resolution level based on the second feature data and the third feature data , and a second combined set of feature data associated with the first resolution level based on the first feature data and the first combined set ; based on the second combined set , generating output data associated with radiotherapy treatment of the patient ; and generating or improving a treatment plan based on the output data . obtaining first image data associated with a patient ; generating first feature data by processing the first image data associated with a first resolution level using the first processing pathway ; generating second feature data by processing second image data associated with a second resolution level using the second processing pathway , wherein the second image data is generated based on the first image data ; generating third feature data by processing third image data associated with a third resolution level using the third processing pathway , wherein the third image data is generated based on the first image data or the second image data ; generating a first combined set of feature data associated with the second resolution level based on the second feature data and the third feature data , and a second combined set of feature data associated with the first resolution level based on the first feature data and the first combined set ; based on the second combined set , generating output data associated with radiotherapy treatment of the patient ; and generating or improving a treatment plan based on the output data .
A control system for a tong for a drilling rig, the control system comprising: a tong motor control valve that is selectively actuatable to cause rotation of the tong in a first direction or in a second direction; a run/pull mode selector configured to actuate between a first configuration for running tubulars into a well and a second configuration for pulling tubulars from the well; a rotation speed selector configured to actuate between a high-speed setting configured to cause the tong to be driven to rotate at a first speed, and a low-speed setting configured to cause the tong to be driven to rotate at a second speed, the first speed being greater than the second speed; and characterised by : a rotation change control device configured to selectively prevent or permit actuation of the tong motor control valve based on whether the run/pull mode selector is in the first configuration or the second configuration and whether the rotation speed selector is in the high-speed setting or the low-speed setting. a tong motor control valve that is selectively actuatable to cause rotation of the tong in a first direction or in a second direction; a run/pull mode selector configured to actuate between a first configuration for running tubulars into a well and a second configuration for pulling tubulars from the well; a rotation speed selector configured to actuate between a high-speed setting configured to cause the tong to be driven to rotate at a first speed, and a low-speed setting configured to cause the tong to be driven to rotate at a second speed, the first speed being greater than the second speed; and characterised by : a rotation change control device configured to selectively prevent or permit actuation of the tong motor control valve based on whether the run/pull mode selector is in the first configuration or the second configuration and whether the rotation speed selector is in the high-speed setting or the low-speed setting.
Walking-rehabilitation device, of the type including a base equipped with wheels spaced apart along the width and length of said base, which defines the width and length of said device, a saddle support optionally equipped with a saddle, which fits on top of said base and extends substantially vertically, over the height of said device, said device comprising two movable arms forming a crankset, disposed on either side of said saddle support , each arm (91; 93) comprising a first end mounted for rotation on said device about an axis parallel to the width of said base , said device furthermore including an element for wedging the foot or leg of the patient, said wedging element being adjustable and lockable in position across the width of the device, characterised in that it also includes means for separating the thighs or legs of the patient on either side of said saddle support , in that said separation means make it possible to modify the separation of the thighs of the patient and are adjustable and lockable in position across the width of said device, in that said separation means are able to follow the alternating movement of the lower limbs of the patient held by said wedging elements and by said separation means , when the patient is installed on said device, and in that the adjustment of the position of said wedging element across the width of the device is independent of the adjustment of the means for separating the thighs of the patient, and in that said thigh and leg separation means include two branches that extend on either side of the saddle support across the width of the device and the free end of which can be separated from said saddle support to a greater or lesser extent across the width of the device and locked in position, said free end of said branches including an element for securing the thigh or leg , mounted for rotation about an axis parallel to the width of the device.
A sensing device comprising: a light source to emit light; a light sensor to detect reflection of the light emitted by the light source , the light sensor having a photodetector with a photocharge storage capacity in excess of one electron, the photodetector including a pinned photodiode, a floating diffusion node having a pinning region therein, and a transfer gate to enable formation of a conductive channel between the pinned photodiode and the floating diffusion node; an output circuit to generate an output signal that transitions between voltage levels in response to and within 100 nanoseconds of photonic detection, within the photodetector , of the reflection of the light emitted by the light source ; and a distance determination circuitry to measure an elapsed time based on the output signal transition in response to the photonic detection and to determine, based on the elapsed time, a distance between the sensing device and a surface that yielded the reflection of the light emitted by the light source. a light source to emit light; a light sensor to detect reflection of the light emitted by the light source , the light sensor having a photodetector with a photocharge storage capacity in excess of one electron, the photodetector including a pinned photodiode, a floating diffusion node having a pinning region therein, and a transfer gate to enable formation of a conductive channel between the pinned photodiode and the floating diffusion node; an output circuit to generate an output signal that transitions between voltage levels in response to and within 100 nanoseconds of photonic detection, within the photodetector , of the reflection of the light emitted by the light source ; and a distance determination circuitry to measure an elapsed time based on the output signal transition in response to the photonic detection and to determine, based on the elapsed time, a distance between the sensing device and a surface that yielded the reflection of the light emitted by the light source.
A catalyst for olefin polymerization containing a metal complex represented by the following general formula (C1): wherein, M represents Pd, X represents a phosphorous atom (P), Y represents a methylene group (-CH 2 -), R 5 represents a methyl group, benzyl group, methoxy group, 2-acetoamidophenyl group or acetyloxy group, R 6 and R 7 respectively and independently represent an alkoxy group, aryloxy group, silyl group, amino group or hydrocarbon group having 1 to 120 carbon atoms optionally substituted with one or more substituents selected from a halogen atom, alkoxy group and aryloxy group, at least one of R 6 and R 7 represents a tertiary alkyl group represented by general formula : wherein, R 8 , R 9 and R 10 respectively and independently represent a hydrocarbon group having 1 to 30 carbon atoms, R 8 , R 9 and R 10 may respectively bond to form a ring structure, and in the formula, bonds between the carbon atom and X in general formula (C1) are also indicated, R 6 and R 7 may respectively bond to form a ring structure, L represents an electron donating ligand, and q represents 1/2, 1 or 2, in which a value of 1/2 for q means that a single divalent electron donating ligand is coordinated with two metal complexes.
A bucket part for construction machinery being coupled with a bucket of the construction machinery, the bucket part for construction machinery comprising: a body including at least one seating portion in a surface thereof ; and at least one wear resistant tip cast bonded to the at least one seating portion, wherein the body and the at least one wear resistant tip include dissimilar cast irons, wherein the body includes an inserting column , and at least one of the at least one wear resistant tip includes a hole into which the inserting column is inserted when combining with the seating portion, and wherein a thickness of the inserting column increases gradually from the surface of the body . a body including at least one seating portion in a surface thereof ; and at least one wear resistant tip cast bonded to the at least one seating portion, wherein the body and the at least one wear resistant tip include dissimilar cast irons, wherein the body includes an inserting column , and at least one of the at least one wear resistant tip includes a hole into which the inserting column is inserted when combining with the seating portion, and wherein a thickness of the inserting column increases gradually from the surface of the body .
Gastronorm cookware carrier made of cast metal, in particular of cast aluminium, for insertion into a convection oven, with a flat frame part , in which at least two recesses are provided at a distance from one another, which are each delimited by a circumferential indentation which tapers in a funnel-like manner in the direction of the recess, wherein a flat plate is arranged parallel to the frame part without any intermediate space, which closes all recesses and which forms the base of the gastronorm cookware carrier .
An aqueous binder composition comprising a carbohydrate component, possibly a crosslinker and possibly reaction product of carbohydrate component with crosslinker, wherein the aqueous binder composition further comprises a phenalkamine.
Pull-out hose guiding device for guiding a pull-out hose having at least one hose bend of variable hose bend length, preferably a pull-out hose of a sanitary shower, comprising - a hose guiding box configured for accommodating the hose bend in an anti-twist manner in a box-inwards hanging position, and - a guide weight roller arrangement including at least one guide weight roller which is insertable into a bend reversion zone of the hose bend for rotary motion about a roller rotational axis (D R ), wherein the guide weight roller with its roller rotational axis (D R ) is capable of translational motion in a hose bend lengthwise direction (Ls) box-outwards with decreasing hose bend length and box-inwards with increasing hose bend length, characterized by - a roller blocking device which releases the guide weight roller in its translational motion in a roller release condition and blocks the guide weight roller against further movement at least in a box-outwards direction (B A ) beyond a roller blocking position (R B ) in a roller blocking condition, wherein the roller blocking position (R B ) is spaced box-inwards from a box-outwards end position (E A ) of the guide weight roller , said box-outwards end position corresponding to a minimum hose bend length. - a hose guiding box configured for accommodating the hose bend in an anti-twist manner in a box-inwards hanging position, and - a guide weight roller arrangement including at least one guide weight roller which is insertable into a bend reversion zone of the hose bend for rotary motion about a roller rotational axis (D R ), wherein the guide weight roller with its roller rotational axis (D R ) is capable of translational motion in a hose bend lengthwise direction (Ls) box-outwards with decreasing hose bend length and box-inwards with increasing hose bend length, - a roller blocking device which releases the guide weight roller in its translational motion in a roller release condition and blocks the guide weight roller against further movement at least in a box-outwards direction (B A ) beyond a roller blocking position (R B ) in a roller blocking condition, wherein the roller blocking position (R B ) is spaced box-inwards from a box-outwards end position (E A ) of the guide weight roller , said box-outwards end position corresponding to a minimum hose bend length.
A positive electrode for nonaqueous electrolyte secondary batteries comprising: a positive electrode current collector ; an intermediate layer disposed on the positive electrode current collector and including a conductive agent, voids around the conductive agent and inorganic particles; and a positive electrode mixture layer disposed on the intermediate layer and including a positive electrode active material and a hydrogen phosphate salt represented by the general formula M a H b PO 4 (wherein a =1 or 2, b = 2 or 1, and M includes at least one element selected from alkali metals and alkaline earth metals), the positive electrode satisfying 0.5 ≤ X ≤ 3.0, 1.0 < Y < 7.0, and 0.07 ≤ X/Y ≤ 3.0 wherein X is the mass ratio (mass%) of the hydrogen phosphate salt relative to the total mass of the positive electrode active material and Y is the mass ratio (mass%) of the conductive agent relative to the total mass of the intermediate layer , wherein the content of the hydrogen phosphate salt present in a region extending from a surface of the positive electrode mixture layer adjacent to the intermediate layer to 1/2 thickness of the positive electrode mixture layer is more than 50 mass% of the total mass of the hydrogen phosphate salt in the positive electrode mixture layer . a positive electrode current collector ; an intermediate layer disposed on the positive electrode current collector and including a conductive agent, voids around the conductive agent and inorganic particles; and a positive electrode mixture layer disposed on the intermediate layer and including a positive electrode active material and a hydrogen phosphate salt represented by the general formula M a H b PO 4 (wherein a =1 or 2, b = 2 or 1, and M includes at least one element selected from alkali metals and alkaline earth metals), the positive electrode satisfying 0.5 ≤ X ≤ 3.0, 1.0 < Y < 7.0, and 0.07 ≤ X/Y ≤ 3.0 wherein X is the mass ratio (mass%) of the hydrogen phosphate salt relative to the total mass of the positive electrode active material and Y is the mass ratio (mass%) of the conductive agent relative to the total mass of the intermediate layer , wherein the content of the hydrogen phosphate salt present in a region extending from a surface of the positive electrode mixture layer adjacent to the intermediate layer to 1/2 thickness of the positive electrode mixture layer is more than 50 mass% of the total mass of the hydrogen phosphate salt in the positive electrode mixture layer .