mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising, computing a depth map having a higher resolution than a resolution of each sensor of a sensor set comprising one or more sensors, including: projecting while the projector is vibrating or otherwise moving, a moving pattern of light into a scene, capturing a plurality of images at different times via the sensor set while the projector is vibrating or otherwise moving, processing at least some of the images to obtain computed depth data for sub-pixels based upon which sub-pixel locations were in a path corresponding to the moving pattern of light, estimating depth data for any sub-pixels for which computed depth data is not obtained, and outputting a depth map comprising depth data for each sub-pixel; wherein the vibration or movement of the projector is varied by controlling an amount of movement and vibration frequency relative to a frame rate of capturing the plurality of images and/or a dot density in the pattern of light. projecting while the projector is vibrating or otherwise moving, a moving pattern of light into a scene, capturing a plurality of images at different times via the sensor set while the projector is vibrating or otherwise moving, processing at least some of the images to obtain computed depth data for sub-pixels based upon which sub-pixel locations were in a path corresponding to the moving pattern of light, estimating depth data for any sub-pixels for which computed depth data is not obtained, and outputting a depth map comprising depth data for each sub-pixel; wherein the vibration or movement of the projector is varied by controlling an amount of movement and vibration frequency relative to a frame rate of capturing the plurality of images and/or a dot density in the pattern of light.
A method of making a mesh abrasive product , the method comprising sequentially: providing a production tool having a mold surface defining a plurality of shaped cavities; filling at least some of the shaped cavities with an abrasive composite precursor slurry, wherein the abrasive composite precursor slurry comprises abrasive particles dispersed within a curable binder precursor; contacting the mold surface with an open mesh backing comprising interwoven threads defining openings , and having first and second opposed major sides ; ultrasonically vibrating the abrasive composite precursor slurry; curing the curable binder precursor by exposing it to sufficient actinic electromagnetic radiation to provide isolated shaped abrasive composites contacting and secured to the first major side of the open mesh backing; and separating the mesh abrasive product from the production tool. providing a production tool having a mold surface defining a plurality of shaped cavities; filling at least some of the shaped cavities with an abrasive composite precursor slurry, wherein the abrasive composite precursor slurry comprises abrasive particles dispersed within a curable binder precursor; contacting the mold surface with an open mesh backing comprising interwoven threads defining openings , and having first and second opposed major sides ; ultrasonically vibrating the abrasive composite precursor slurry; curing the curable binder precursor by exposing it to sufficient actinic electromagnetic radiation to provide isolated shaped abrasive composites contacting and secured to the first major side of the open mesh backing; and separating the mesh abrasive product from the production tool.
Valve train for gas valves with a safety shut-off function, with an electric motor which is connected via a gear mechanism to a valve closing member , with a closing spring which acts on the valve closing member in the closing direction, with a power supply device which comprises: - an input rectifier circuit having an alternating or direct current voltage input and a direct current voltage output, - a voltage buffer device connected to the direct current voltage output, - a motor actuation circuit for operating the electric motor , and - a shut-off device which is configured to interrupt the energy flow from the voltage buffer device to the electric motor within an established time interval (Δt) after elimination of the voltage present at the input , wherein the gas valve is closed passively without motor drive in that for closure, the electric motor is driven by the closing spring via the gear mechanism . - an input rectifier circuit having an alternating or direct current voltage input and a direct current voltage output, - a voltage buffer device connected to the direct current voltage output, - a motor actuation circuit for operating the electric motor , and - a shut-off device which is configured to interrupt the energy flow from the voltage buffer device to the electric motor within an established time interval (Δt) after elimination of the voltage present at the input ,
A continuous process for manufacturing a solid phosphorus/potassium (P/K) fertilizer consisting essentially of K 3 H 3 (PO 4 ) 2 and water in an amount of up to 10 wt% from phosphoric acid (PA) and potassium hydroxide (KOH), the fertilizer being particulate and freely-flowing, its relative fluidity being at least 60%, said process comprising i) the step of providing a concentrated aqueous solution of PA, between 50 and 85 wt%, and a concentrated aqueous solution of KOH, between 30 and 52 wt%; ii) the step of combining said concentrated solutions of step i) in a reactor ensuring a PA/KOH dry weight ratio between 1.14 and 1.22 and a reaction temperature between 85 and 120°C, thereby obtaining a liquid reaction mixture; iii) the step of drying said reaction mixture of step ii) in a vacuum dryer ensuring a reaction temperature between 85 and 120°C and a pressure of at most 400 mbar, whereby obtaining a solid material, wherein said step of drying is separate in time and space from said step ii); and iv) cooling down said solid material of step iii) to ambient temperature; thereby obtaining the solid fertilizer without tendency to cake, wherein a) said K 3 H 3 (PO 4 ) 2 corresponds in composition to an equimolar mixture of MKP and DKP while obviating the manipulations difficulty of said MKP and DKP equimolar mixture and b) said solid P/K fertilizer provides essentially neutral pHaqueous solutions i) the step of providing a concentrated aqueous solution of PA, between 50 and 85 wt%, and a concentrated aqueous solution of KOH, between 30 and 52 wt%; ii) the step of combining said concentrated solutions of step i) in a reactor ensuring a PA/KOH dry weight ratio between 1.14 and 1.22 and a reaction temperature between 85 and 120°C, thereby obtaining a liquid reaction mixture; iii) the step of drying said reaction mixture of step ii) in a vacuum dryer ensuring a reaction temperature between 85 and 120°C and a pressure of at most 400 mbar, whereby obtaining a solid material, wherein said step of drying is separate in time and space from said step ii); and iv) cooling down said solid material of step iii) to ambient temperature; thereby obtaining the solid fertilizer without tendency to cake, wherein a) said K 3 H 3 (PO 4 ) 2 corresponds in composition to an equimolar mixture of MKP and DKP while obviating the manipulations difficulty of said MKP and DKP equimolar mixture and b) said solid P/K fertilizer provides essentially neutral pHaqueous solutions a) said K 3 H 3 (PO 4 ) 2 corresponds in composition to an equimolar mixture of MKP and DKP while obviating the manipulations difficulty of said MKP and DKP equimolar mixture and b) said solid P/K fertilizer provides essentially neutral pHaqueous solutions
An assembly for an aircraft propulsion system , comprising: a nacelle inlet structure with an internal cavity ; and a nozzle configured to direct fluid into the internal cavity through a plurality of ports ; a first of the plurality of ports having a first flow area with a first diameter and located a first distance to an outer lip skin of the nacelle inlet structure along a first port centerline , characterized in that : a second of the plurality of ports having a second flow area with a second diameter and located a second distance to the outer lip skin of the nacelle inlet structure along a second port centerline , the first distance different than the second distance ; and a first quotient of the first distance divided by the first diameter is within +/- 10% of a second quotient of the second distance divided by the second diameter . a nacelle inlet structure with an internal cavity ; and a nozzle configured to direct fluid into the internal cavity through a plurality of ports ; a first of the plurality of ports having a first flow area with a first diameter and located a first distance to an outer lip skin of the nacelle inlet structure along a first port centerline , a second of the plurality of ports having a second flow area with a second diameter and located a second distance to the outer lip skin of the nacelle inlet structure along a second port centerline , the first distance different than the second distance ; and a first quotient of the first distance divided by the first diameter is within +/- 10% of a second quotient of the second distance divided by the second diameter .
Toilet-seat arrangement comprising at least one swing-action element , having two spaced-apart hinge parts , and a fastening element , by means of which the at least one swing-action element can be connected to a toilet bowl in a pivotable manner via the hinge parts , wherein the fastening element has a first hinge mount for one of the two hinge parts and a second hinge mount for the other one of the two hinge parts , and wherein the fastening element has two clamping portions , by means of which the fastening element can be clamped in relation to the toilet bowl , characterized in that the two clamping portions are connected to one another via a resilient rod , wherein hinge mounts , the clamping portions and the rod are formed in one piece.
A spray-boom , which is movably and height-adjustably fastened to the frame of an agricultural field sprayer and which is provided with pipes and discharging units that are spaced apart from one another for discharging liquids, such as fertilizer and plant protecting agents and which, in a working position, extends essentially transversely to the direction of movement of the agricultural field sprayer and essentially parallel at a distance to the ground or an upper edge of a plant stock to be treated, wherein the spray-boom is divided into at least two boom regions , which can move relative to the frame or to one another even in one or several degrees of freedom, wherein actuators and/or settable damper systems are provided, which directly or indirectly effect, support, or limit the movability of the boom regions to one another or to the frame , wherein the two boom regions are movably arranged so as to jaw to a height adjustment device of the frame or to the frame , respectively, via the axis of a joint , and an actuator , a settable damper element , and or an energy storage in each case engage as spring damper element with the height adjustment device and with the boom region or the boom region laterally spaced apart from the axis of the joint , characterized by means , which detect the yawing movements of the spray-boom or of the boom regions thereof to the frame , to the surrounding area, or to one another, wherein the detected yawing movements are transferred to a control and regulating device in order to regulate the settable damper systems , which control and regulating device acts on the actuators and/or settable damper systems , the damping properties of which are formed to be variable by the supply of electrical energy.
A self-propelled vehicle having a longitudinal axis (A) and comprising: a chassis ; first and second rear drive wheels fixed to the chassis, each wheel being driven and controlled by a separate drive system; first and second front caster wheels connected to the chassis, the first and second front caster wheels being rotatably mounted about a rotational axis (R27), pivotally connected about a vertical pivot axis at a swivel joint , and suspended by a suspension system comprising a suspension element ; an operator station forward of the driven rear wheels with at least a portion of the operator station overlapping the front caster wheels along the longitudinal axis; a suspension system control connected to the suspension element ;and a control system to control the rate of rotation of the drive rear wheels, the control system being capable of controlling the rear wheels in at least a counter-steering mode in which the rear wheels rotate in opposite directions and a zero-turn steering mode in which one rear wheel is stationary while the other wheel rotates, wherein the suspension system control is suspended in the counter-steering mode and the zero-turn steering mode. a chassis ; first and second rear drive wheels fixed to the chassis, each wheel being driven and controlled by a separate drive system; first and second front caster wheels connected to the chassis, the first and second front caster wheels being rotatably mounted about a rotational axis (R27), pivotally connected about a vertical pivot axis at a swivel joint , and suspended by a suspension system comprising a suspension element ; an operator station forward of the driven rear wheels with at least a portion of the operator station overlapping the front caster wheels along the longitudinal axis; a suspension system control connected to the suspension element ;and a control system to control the rate of rotation of the drive rear wheels, the control system being capable of controlling the rear wheels in at least a counter-steering mode in which the rear wheels rotate in opposite directions and a zero-turn steering mode in which one rear wheel is stationary while the other wheel rotates, wherein the suspension system control is suspended in the counter-steering mode and the zero-turn steering mode.
Method for checking the plausibility of a current measurement between an electrical energy storage system and an electrical consumer , wherein a capacitor and a switching element are arranged between the two, comprising the steps of: a) ascertaining a first current value by measuring an electrical current between the electrical energy storage system and the electrical consumer ; b) actuating the switching element to disconnect the electrical energy storage system from the electrical consumer so that the electrical consumer is supplied with electrical energy by the capacitor ; c) ascertaining a first electrical voltage across the capacitor ; d) ascertaining a second current value on the basis of the ascertained voltage; e) checking the plausibility of the current measurement by comparing the first current value with the second current value. a) ascertaining a first current value by measuring an electrical current between the electrical energy storage system and the electrical consumer ; b) actuating the switching element to disconnect the electrical energy storage system from the electrical consumer so that the electrical consumer is supplied with electrical energy by the capacitor ; c) ascertaining a first electrical voltage across the capacitor ; d) ascertaining a second current value on the basis of the ascertained voltage; e) checking the plausibility of the current measurement by comparing the first current value with the second current value.
A method of generating an application container , the method comprising: receiving a selection of a target application from among a plurality of applications included in an electronic device; acquiring a policy file corresponding to the target application; identifying category information indicating a category of the target application based on the policy file; generating the application container in which to run the target application in isolation from other applications not sharing the category of the target application, wherein the generated application container is corresponding to the category included in the policy file; assigning the category of the target application to a security context of the application processes; and executing the target application in the generated application container ; wherein data file objects of the target application are labelled according to the category of the target application; and wherein the security context provides kernel level isolation and middleware level isolation of the data file objects of the executing target application. receiving a selection of a target application from among a plurality of applications included in an electronic device; acquiring a policy file corresponding to the target application; identifying category information indicating a category of the target application based on the policy file; generating the application container in which to run the target application in isolation from other applications not sharing the category of the target application, wherein the generated application container is corresponding to the category included in the policy file; assigning the category of the target application to a security context of the application processes; and executing the target application in the generated application container ; wherein data file objects of the target application are labelled according to the category of the target application; and wherein the security context provides kernel level isolation and middleware level isolation of the data file objects of the executing target application.
A sheet separation device configured to separate a non-bonding portion of a two-ply sheet (PJ) in which two sheets (P1, P2) are overlapped and bonded together at a bonding portion (A) of the two-ply sheet, the sheet separation device comprising: a winding roller configured to rotate and wind the two-ply sheet (PJ), the winding roller comprising a receiving portion ; a conveyance roller pair configured to convey the two-ply sheet (PJ) toward the winding roller ; a separation claw configured to be inserted into a gap (C) between the two sheets (P1, P2) at a position between the winding roller and the conveyance roller pair , the separation claw being disposed in a space that is bounded by an imaginary plane (S 1) and includes the winding roller , the imaginary plane passing through a nip (N) of the conveyance roller pair and a winding start position (W) at which the two-ply sheet (PJ) starts to be wound around the winding roller ; and characterized in that it comprises a gripper configured to grip one end of the two-ply sheet (PJ), that is opposite an end at which the bonding portion (A) is formed, with the receiving portion at the winding start position (W). a winding roller configured to rotate and wind the two-ply sheet (PJ), the winding roller comprising a receiving portion ; a conveyance roller pair configured to convey the two-ply sheet (PJ) toward the winding roller ; a separation claw configured to be inserted into a gap (C) between the two sheets (P1, P2) at a position between the winding roller and the conveyance roller pair , the separation claw being disposed in a space that is bounded by an imaginary plane (S 1) and includes the winding roller , the imaginary plane passing through a nip (N) of the conveyance roller pair and a winding start position (W) at which the two-ply sheet (PJ) starts to be wound around the winding roller ; and characterized in that it comprises a gripper configured to grip one end of the two-ply sheet (PJ), that is opposite an end at which the bonding portion (A) is formed, with the receiving portion at the winding start position (W).
Toggle fixing for fixing an article to a thin-walled building component, which has a crosspiece and a strip which is connected to the crosspiece and serves for holding the crosspiece during mounting, wherein the crosspiece extends along a crosspiece longitudinal axis (L A ) and has on the side facing towards the strip a supporting side for contact with the building component, and wherein the crosspiece has an opening for receiving a screw , the opening extending along an opening longitudinal axis (L Ö ) transverse with respect to the crosspiece longitudinal axis (L A ), characterised in that there is arranged on the crosspiece at least one counterbearing element having a spacing (A W ) from the opening longitudinal axis (L Ö ) that is less than half the internal diameter (D K ) of the opening .
A heating system for independently heating at least two sample recipients (524; 612; 654; 708; 762) each containing a sample, the sample recipients provided in a sample holder (520; 604; 670), comprising: a heating chamber having at least one opening and adapted to receive the sample holder (520; 604; 670); at least two microwave applicators (506; 552) inside the heating chamber, each of the at least two microwave applicators comprising a microwave generator (508; 554; 804) and an oven cavity portion (512; 558; 572; 582; 614; 710) which is a partial mini cavity adapted to mate with a complementary partial mini cavity portion (526; 574; 584; 610; 658) provided on the sample holder for creating a mini microwave cavity around a single sample recipient (524; 612; 654; 708; 762) in the sample holder (520; 604; 670), and for applying microwaves generated by the corresponding microwave generator (508; 554; 804) directly to the single sample recipient; and a control unit for controlling the microwave generators independently. a heating chamber having at least one opening and adapted to receive the sample holder (520; 604; 670); at least two microwave applicators (506; 552) inside the heating chamber, each of the at least two microwave applicators comprising a microwave generator (508; 554; 804) and an oven cavity portion (512; 558; 572; 582; 614; 710) which is a partial mini cavity adapted to mate with a complementary partial mini cavity portion (526; 574; 584; 610; 658) provided on the sample holder for creating a mini microwave cavity around a single sample recipient (524; 612; 654; 708; 762) in the sample holder (520; 604; 670), and for applying microwaves generated by the corresponding microwave generator (508; 554; 804) directly to the single sample recipient; and a control unit for controlling the microwave generators independently.
A method for prognosticating effectiveness of sorafenib therapy in an individual diagnosed with hepatocellular carcinoma (HCC) comprising: a) obtaining a sample comprising peripheral blood mononuclear cells (PBMCs) from the individual who has been on a first dosage of sorafenib therapy for a period of at least 2 weeks; b) determining the level of PD-1 in CD4 + and/or CD8 + T cells; c) if the PD-1 level is reduced compared to a reference control, then identifying sorafenib therapy as being effective for that individual. a) obtaining a sample comprising peripheral blood mononuclear cells (PBMCs) from the individual who has been on a first dosage of sorafenib therapy for a period of at least 2 weeks; b) determining the level of PD-1 in CD4 + and/or CD8 + T cells; c) if the PD-1 level is reduced compared to a reference control, then identifying sorafenib therapy as being effective for that individual.
An electronic cigarette atomizing core, comprising an outer sleeve and an inner sleeve which are sleeved on each other, an atomization cavity is formed below the inner sleeve, and the outer sleeve is provided with a first e-liquid passing port ; two ends of e-liquid guide cotton are sandwiched between the outer sleeve and the inner sleeve, and the two ends of the e-liquid guide cotton cover the first e-liquid passing port; characterized in the inner sleeve is provided with an air supply groove for delivering air to an e-liquid tank, one end of the air supply groove is communicated with the first e-liquid passing port, and the other end thereof is communicated with the atomization cavity.