mhurhangee/patent-ind-claim-en huggingface dataset:
A process for microalgae and/or cyanobacteria cultivation in a photobioreactor containing a nutrient medium including a carbon source, the carbon source being an industrial gaseous effluent containing carbon dioxide, and the process comprising the following successive steps: a) - Capturing the wet industrial gaseous effluent containing carbon dioxide, b) - Drying/purifying said gaseous effluent by cooling, causing the condensation of the wet fraction and obtaining a dry gaseous effluent, c) - Separating the condensate of the dry gaseous effluent containing carbon dioxide, d) - Following the pH of the culture medium in the photobioreactor containing one or more strains of microalgae and/or cyanobacteria, with the determination of an optimal pH range for the growth of said strains, e1) - Enriching with carbon dioxide (carbonation) a nutrient solution of microalgae and/or cyanobacteria by means of said dry/purified effluent, as a function of the pH of the culture medium, of the injection of said nutrient solution enriched with carbon dioxide into the photobioreactor, or e2) - Direct injection of the dry effluent containing carbon dioxide into the photobioreactor, f) - Collection of the biomass produced in view of the exploitation thereof, characterised in that the gaseous effluent is an effluent that comes from the cement industry, more particularly captured in the conduit of the stack of a cement works, being discharged into the atmosphere, and in that the cooling of the effluent is performed at a temperature less than or equal to 5°C, and in that the microalgae or cyanobacteria are chosen from the following strains: Arthrospira platensis (spirulina), Chlorella vulgaris or Nannochloropsis oculata. a) - Capturing the wet industrial gaseous effluent containing carbon dioxide, b) - Drying/purifying said gaseous effluent by cooling, causing the condensation of the wet fraction and obtaining a dry gaseous effluent, c) - Separating the condensate of the dry gaseous effluent containing carbon dioxide, d) - Following the pH of the culture medium in the photobioreactor containing one or more strains of microalgae and/or cyanobacteria, with the determination of an optimal pH range for the growth of said strains, e1) - Enriching with carbon dioxide (carbonation) a nutrient solution of microalgae and/or cyanobacteria by means of said dry/purified effluent, as a function of the pH of the culture medium, of the injection of said nutrient solution enriched with carbon dioxide into the photobioreactor, or e2) - Direct injection of the dry effluent containing carbon dioxide into the photobioreactor, f) - Collection of the biomass produced in view of the exploitation thereof, characterised in that the gaseous effluent is an effluent that comes from the cement industry, more particularly captured in the conduit of the stack of a cement works, being discharged into the atmosphere, and in that the cooling of the effluent is performed at a temperature less than or equal to 5°C, and in that the microalgae or cyanobacteria are chosen from the following strains: Arthrospira platensis (spirulina), Chlorella vulgaris or Nannochloropsis oculata.
A nose cone assembly for a gas turbine engine comprising: a nose cone defining an interior space , the nose cone having an array of apertures in a frustoconical pattern in the nose cone and communicating air to the interior space of the nose cone, wherein the array of apertures comprises a plurality of apertures that are axially spaced from each other along the nose cone; a discharge member communicating the air out of the nose cone; and a frustoconical-shaped heat exchanger within the interior space of the nose cone and disposed forward of the discharge member in the interior space. a nose cone defining an interior space , the nose cone having an array of apertures in a frustoconical pattern in the nose cone and communicating air to the interior space of the nose cone, wherein the array of apertures comprises a plurality of apertures that are axially spaced from each other along the nose cone; a discharge member communicating the air out of the nose cone; and a frustoconical-shaped heat exchanger within the interior space of the nose cone and disposed forward of the discharge member in the interior space.
A system , comprising: a laser-based printing system including a coating system configured to create a uniform layer of a viscous material on a donor substrate , and a laser-based printing unit configured to print individual dot-like portions of the viscous material from the donor substrate onto an electronic component ; and characterized by a pick and place unit configured to place the electronic component having the dot-like portions of the viscous material printed thereon onto a substrate so that the dot-like portions of the viscous material are disposed between the electronic component and the substrate , wherein the laser-based printing unit is configured to print individual dot-like portions of the viscous material from the donor substrate onto the electronic component while the electronic component is held by the pick and place unit across a well-defined gap between the donor substrate and the electronic component . a laser-based printing system including a coating system configured to create a uniform layer of a viscous material on a donor substrate , and a laser-based printing unit configured to print individual dot-like portions of the viscous material from the donor substrate onto an electronic component ; and characterized by a pick and place unit configured to place the electronic component having the dot-like portions of the viscous material printed thereon onto a substrate so that the dot-like portions of the viscous material are disposed between the electronic component and the substrate , wherein the laser-based printing unit is configured to print individual dot-like portions of the viscous material from the donor substrate onto the electronic component while the electronic component is held by the pick and place unit across a well-defined gap between the donor substrate and the electronic component .
Automatic brake valve for controlling a pneumatic braking circuit of a consist of one or more railway vehicles , the pneumatic braking circuit comprising a supply pipe , and a general brake pipe for distributing pressure to one or more pneumatic braking mechanisms , the automatic brake valve comprising: - a pneumatic relay valve comprising an intake volume intended to be coupled to the supply pipe , an exhaust volume intended to be coupled to the general brake pipe , a purge opening and a control volume , the pneumatic relay valve being capable, in the presence of a sufficient positive difference between a control pressure prevailing in the control volume and an exhaust pressure prevailing in the exhaust volume , of opening a passage between the intake volume and the exhaust volume , and being capable of opening a passage between the exhaust volume and the purge opening at least when the control volume is at atmospheric pressure; and - an electropneumatic control stage for varying the control pressure, comprising a set of one or more solenoid valves , which is capable of alternately connecting the control volume to a pressure source and to a drain opening , characterised in that the electropneumatic control stage further comprises a drain valve capable of draining the control volume in the presence of a pressure difference greater than a specified positive threshold between the control volume and the exhaust volume . - a pneumatic relay valve comprising an intake volume intended to be coupled to the supply pipe , an exhaust volume intended to be coupled to the general brake pipe , a purge opening and a control volume , the pneumatic relay valve being capable, in the presence of a sufficient positive difference between a control pressure prevailing in the control volume and an exhaust pressure prevailing in the exhaust volume , of opening a passage between the intake volume and the exhaust volume , and being capable of opening a passage between the exhaust volume and the purge opening at least when the control volume is at atmospheric pressure; and - an electropneumatic control stage for varying the control pressure, comprising a set of one or more solenoid valves , which is capable of alternately connecting the control volume to a pressure source and to a drain opening ,
A tank unit for supplying liquid to a liquid ejecting head, comprising: two or more liquid accommodating containers disposed in a row and integrated, each of the liquid accommodating containers including a liquid accommodating chamber , the liquid accommodating chamber having one open side face , and a film covering the one open side face ; and a cover member which covers the film of the liquid accommodating container positioned at one end of the row of liquid accommodating containers, characterized in that : the film of one liquid accommodating container is covered by a facing wall surface portion of the adjacent liquid accommodating container . two or more liquid accommodating containers disposed in a row and integrated, each of the liquid accommodating containers including a liquid accommodating chamber , the liquid accommodating chamber having one open side face , and a film covering the one open side face ; and a cover member which covers the film of the liquid accommodating container positioned at one end of the row of liquid accommodating containers, characterized in that : the film of one liquid accommodating container is covered by a facing wall surface portion of the adjacent liquid accommodating container .
System for generating collisions or situations close to collisions between a collision body , in particular a vehicle, and a test object , wherein the system comprises an attachment plate with a coupling mechanism by which the test object is detachably coupleable on the attachment plate , a driving belt which is attached to the attachment plate , and a driving unit with a driving body for driving the driving belt , wherein the driving unit , the driving belt and the attachment plate are directly placeable on a ground , such that the driving body is moving the driving belt and the attachment plate along the ground , wherein the driving belt comprises a bearing surface for bearing on the ground and an edge surface, wherein a width of the bearing surface is larger than a height of the edge surface, such that the driving belt is flexible and twistable around a longitudinal direction of the driving belt , and such that the driving belt is rigid around a normal of the bearing surface. an attachment plate with a coupling mechanism by which the test object is detachably coupleable on the attachment plate , a driving belt which is attached to the attachment plate , and a driving unit with a driving body for driving the driving belt , wherein the driving unit , the driving belt and the attachment plate are directly placeable on a ground , such that the driving body is moving the driving belt and the attachment plate along the ground , wherein the driving belt comprises a bearing surface for bearing on the ground and an edge surface, wherein a width of the bearing surface is larger than a height of the edge surface, such that the driving belt is flexible and twistable around a longitudinal direction of the driving belt , and such that the driving belt is rigid around a normal of the bearing surface.
A spiral locking device comprising a spiral body , a spiral fixing cap , the spiral body is fixedly installed on an electrical plug connector or an electrical plug connector slot , and is provided with a buckling groove; the spiral fixing cap can be rotated and plugged onto the spiral body , the spiral fixing cap is also provided with a locking portion capable of being locked into the buckling groove; the buckling groove comprising a strip groove body arranged obliquely along a side wall of the spiral body , and one end of the strip groove body is provided along an edge of the spiral body , the strip groove body has an opening , and the other end is provided with a locking structure for locking the locking portion , wherein the locking structure comprises a revolving groove communicating with the strip groove body , and the junction of the revolving groove and the strip groove body is provided with a locking point protrusion for clamping the locking portion , and wherein a sloped holding surface that can abut the locking portion is also installed in the revolving groove , characterized in that the low point of the sloped holding surface is located at a junction of the revolving groove and the strip groove , and the high point is located in the revolving groove .
A clothes treating system comprising an external terminal and a clothes treating device adapted to be able to communicate with the external terminal , the clothes treating device comprising a power input unit , a course selection unit adapted to select one of predetermined courses, and an execution input unit for driving the clothes treating device in accordance with the selected course, wherein the external terminal is adapted to display information on an external environment including at least one of season, weather, humidity, temperature, dust concentration and pollen index and one or more recommended courses previously set on the basis of the information on the external environment, after a power is input through the power input unit to the clothes treating device and before an execution command is input through the execution input unit , characterized in that the external terminal is adapted to display drying recommended information on one of indoor drying, outdoor drying and drying based on a drying function of the clothes treating device and information on the possibility of allergy, on the basis of the information on the external environment.
Electric heating apparatus having an axial opening for receiving an object intended for heating, with an electric heating element and with a cylindrical sleeve-shaped or a frustoconical clamping jacket for generating an adjustable force which acts radially towards an axis (A) of the axial opening, wherein at least the clamping jacket of the electric heating apparatus is traversed by at least one aperture , the width (b) of which can be changed by means of at least one clamping device , wherein at least one component of the clamping device is either rotatably mounted, or rotatably mountable, relative to the clamping jacket , around an axis of rotation (D) extending vertically to the axis (A) of the axial opening, wherein these components interact directly or indirectly with the clamping jacket such that a rotation of the rotatably mounted or rotatably mountable components of the clamping device changes the width (b) of the aperture , characterized in that the rotatably mounted or rotatably mountable components of the clamping device is a disc having at least one engagement means , wherein the engagement means interacts with at least one complementary engagement means arranged on the clamping jacket .
Method for producing a multi-component composite structural part (100; 100'), with at least two plastics elements (10, 20; 10', 20') materially connected to one another and each consisting of different thermoplastics TK1, TK2, of which one forms a hard component of the composite structural part and the other a soft component of the composite structural part, wherein - a first plastics element (10; 10') is produced, which consists of a first thermoplastic TK1, and a second plastics element (20; 20'), which consists of a second thermoplastic TK2, different from the first plastic, and which is materially connected to the first plastics element (10; 10'), - between the plastics elements (10, 10'; 20, 20') a thermoplastic adhesion interlayer (30; 30') is inserted, via which the first and second plastics elements (10, 20; 10', 20') are materially connected to one another, and - the adhesion interlayer (30; 30') is formed of a third thermoplastic TK3, which is softenable or meltable at a temperature at which neither of the plastics elements (10, 20; 10', 20') have reached the respective softening temperature or melting temperature, characterized - in that the first thermoplastic TK1 for the hard component is polypropylene (PP) or a polycarbonate/acrylonitrile-butadiene-styrene blend (PC/ABS), - in that the second thermoplastic TK2 for a soft component is a thermoplastic elastomer (TPE), and - in that the third thermoplastic TK3 is a maleic anhydride-grafted polyethylene-n-butyl acrylate (EBA). - a first plastics element (10; 10') is produced, which consists of a first thermoplastic TK1, and a second plastics element (20; 20'), which consists of a second thermoplastic TK2, different from the first plastic, and which is materially connected to the first plastics element (10; 10'), - between the plastics elements (10, 10'; 20, 20') a thermoplastic adhesion interlayer (30; 30') is inserted, via which the first and second plastics elements (10, 20; 10', 20') are materially connected to one another, and - the adhesion interlayer (30; 30') is formed of a third thermoplastic TK3, which is softenable or meltable at a temperature at which neither of the plastics elements (10, 20; 10', 20') have reached the respective softening temperature or melting temperature, characterized - in that the first thermoplastic TK1 for the hard component is polypropylene (PP) or a polycarbonate/acrylonitrile-butadiene-styrene blend (PC/ABS), - in that the second thermoplastic TK2 for a soft component is a thermoplastic elastomer (TPE), and - in that the third thermoplastic TK3 is a maleic anhydride-grafted polyethylene-n-butyl acrylate (EBA).
Hydraulic braking system having a vacuum brake booster , an ESC system with a hydraulic pump for generating braking force in a wheel-specific manner in a plurality of wheel brakes (10a-d), an ESC control device for driving the hydraulic pump and a hydraulic pressure sensor for determining a hydraulic pressure in the hydraulic braking system , wherein an electric vacuum pump is provided for supplying the vacuum brake booster , wherein the ESC control device is designed to control and electrically drive the electric vacuum pump and the ESC control device has two control units , each with its own processor , wherein the two control units are designed to each perform some of the functions of the ESC control device during normal operation, wherein, in the event of a fault in a control unit , at least some of its respective functions are taken over by the respective other control unit , characterized in that the functions for wheel slip control and/or a stability program are implemented on a first control unit during normal operation, including driving of the hydraulic pump , the hydraulic valves , detection of the hydraulic pressure sensor and/or detection of yaw rate and acceleration sensors
An implantable prosthesis for mending a groin hernia, the implantable prosthesis comprising: a patch of repair fabric including a medial portion and a lateral portion , the medial portion configured to be positioned at a first tissue plane, the lateral portion configured to be positioned at a second tissue plane offset from the tirst tissue plane and separated by tissue and/or muscle, characterised in that the lateral portion has a stiffness of 275.79 Pa (0.04 psi) to 620.53 Pa (0.09 psi), the stiffness being determinable by a test procedure which comprises measuring the peak force exerted by the patch against a flat plate test probe to bend the lateral portion of a sample of the patch to approximately 90°.
Machine for machining , for machining workpieces (W), substantially in sheet or panel form, at least a portion or portions of which are preferably of wood, engineered wood, composite materials or plastics materials, the machine for machining having: a machining arrangement for machining a workpiece in a direction of machining (R), an optical sensing arrangement , an analysing unit, and a control means , the optical sensing arrangement being so designed and arranged that it is able to optically sense end-portions (Q1, Q2) of a workpiece (W) to be machined which are at the front and rear in the direction of machining (R) and supplies corresponding results of the sensing to the analysing unit, characterised in that the analysing unit is so designed that, on the basis of the results of the sensing, it assesses whether or not a covering (B) is present on the front and/or rear end-portions (Ql, Q2) of the workpiece (W) to be machined, and supplies results to this effect of the assessment to the control means , and the control means is so designed that it controls the further machining, by the machining arrangement , of the workpiece (W) to be machined on the basis of the results of the assessment. a machining arrangement for machining a workpiece in a direction of machining (R), an optical sensing arrangement , an analysing unit, and a control means , the optical sensing arrangement being so designed and arranged that it is able to optically sense end-portions (Q1, Q2) of a workpiece (W) to be machined which are at the front and rear in the direction of machining (R) and supplies corresponding results of the sensing to the analysing unit, characterised in that the analysing unit is so designed that, on the basis of the results of the sensing, it assesses whether or not a covering (B) is present on the front and/or rear end-portions (Ql, Q2) of the workpiece (W) to be machined, and supplies results to this effect of the assessment to the control means , and the control means is so designed that it controls the further machining, by the machining arrangement , of the workpiece (W) to be machined on the basis of the results of the assessment.
An apparatus (10; 10'; 10") for fabricating one or more nanopores in a membrane , comprising: - a first substrate having a common microchannel formed in an exposed surface of the first substrate , wherein the membrane is to be disposed onto the exposed surface of the first substrate and defines opposing planar surfaces; - a second substrate having one or more microfluidic channels formed in an inner surface of the second substrate , the second substrate being disposed onto the membrane with the inner surface facing the membrane such that the one or more microfluidic channels are fluidly separated by the membrane from the common microchannel ; - a set of electrodes positioned on opposing sides of the membrane , wherein electrodes are placed within the microfluidic channels, operating to generate an electric potential across the membrane , characterized in that the one or more microfluidic channels comprising an electrolyte are routed adjacent to the membrane and configured in a manner that creates an electric field across the area of the membrane that is symmetric with respect to a plane that is perpendicular to the planar surfaces of the membrane . - a first substrate having a common microchannel formed in an exposed surface of the first substrate , wherein the membrane is to be disposed onto the exposed surface of the first substrate and defines opposing planar surfaces; - a second substrate having one or more microfluidic channels formed in an inner surface of the second substrate , the second substrate being disposed onto the membrane with the inner surface facing the membrane such that the one or more microfluidic channels are fluidly separated by the membrane from the common microchannel ; - a set of electrodes positioned on opposing sides of the membrane , wherein electrodes are placed within the microfluidic channels, operating to generate an electric potential across the membrane ,