mhurhangee/ep-ind-claims huggingface dataset:
Method for preparing a baked food product comprising starch of which the preparation comprises a heating step wherein at least part of the starch is gelatinised, comprising - providing a dough or batter comprising at least 10 wt. % starch based on total dry matter, water and at least a first bulk-carbohydrate other than sucrose and a second bulk-carbohydrate other than sucrose (bulk-carbohydrates being carbohydrates that are at least substantially soluble in water and typically being molecules having a degree of polymerisation in the range of 1-15), the first bulk-carbohydrate having a lower molecular weight than sucrose ( the molecular weight of sucrose being 342.30 g / mol) and which first bulk carbohydrate is selected from the group consisting of glycerol, erythritol (E 968), xylitol (E 967), sorbitol (E 420) and mannitol (E 421), the second bulk-carbohydrate having a higher molecular weight than sucrose and which second bulk carbohydrate is an oligosaccharide selected from the group consisting of polydextrose and fructooligosacharide, wherein the total of bulk-carbohydrates in the dough or batter has a number average molecular weight in the range of 250-400 g/mol, and wherein the sugar content is 0-90 wt. % based on total bulk-carbohydrates; and - subjecting the starch in the dough or batter to a gelatinization treatment in the presence of the bulk-carbohydrates, by heating the dough or batter to a temperature at or above the gelatinization temperature of the starch and allowing at least part of the starch to gelatinise. - providing a dough or batter comprising at least 10 wt. % starch based on total dry matter, water and at least a first bulk-carbohydrate other than sucrose and a second bulk-carbohydrate other than sucrose (bulk-carbohydrates being carbohydrates that are at least substantially soluble in water and typically being molecules having a degree of polymerisation in the range of 1-15), the first bulk-carbohydrate having a lower molecular weight than sucrose ( the molecular weight of sucrose being 342.30 g / mol) and which first bulk carbohydrate is selected from the group consisting of glycerol, erythritol (E 968), xylitol (E 967), sorbitol (E 420) and mannitol (E 421), the second bulk-carbohydrate having a higher molecular weight than sucrose and which second bulk carbohydrate is an oligosaccharide selected from the group consisting of polydextrose and fructooligosacharide, wherein the total of bulk-carbohydrates in the dough or batter has a number average molecular weight in the range of 250-400 g/mol, and wherein the sugar content is 0-90 wt. % based on total bulk-carbohydrates; and - subjecting the starch in the dough or batter to a gelatinization treatment in the presence of the bulk-carbohydrates, by heating the dough or batter to a temperature at or above the gelatinization temperature of the starch and allowing at least part of the starch to gelatinise.
A communication device (100,200) comprising: a communication unit (101,201) configured to transmit, on a wireless local area network, WLAN, a frame including a physical layer, PHY, header including a wireless communication network identifier, wherein the wireless communication network identifier includes a wildcard identifier from which a plurality of first level wireless communication network identifiers can be inferred, each of the first level wireless communication network identifiers identifying a Basic Service Set, BSS, in a physical layer, thereby specifying a group of destination devices for the frame. a communication unit (101,201) configured to transmit, on a wireless local area network, WLAN, a frame including a physical layer, PHY, header including a wireless communication network identifier, wherein the wireless communication network identifier includes a wildcard identifier from which a plurality of first level wireless communication network identifiers can be inferred, each of the first level wireless communication network identifiers identifying a Basic Service Set, BSS, in a physical layer, thereby specifying a group of destination devices for the frame.
A method of manufacturing a hollow rack bar, having: a rack portion engaged with a pinion gear; and supported faces provided on a back side of the rack teeth portion and supported by a yoke, comprising: forming the rack portion by locating a toothed mold on an outer face of a circular tube material, and inserting a cored bar into the circular tube material to pressurize an inner face of the circular tube material, thereby transferring a shape of the toothed mold, characterised by further comprising: subsequently forming the supported faces by removal processing of a back side of the rack teeth portion of the circular tube material, wherein an arc face of the circular tube material is removed or by deforming processing of a back side of the rack teeth portion of the circular tube material, wherein the rack portion is maintained and fastened to a fastening mold having a rack fixture, and wherein an arc-shaped outer face of the circular tube is pressurized and deformed on the back side of the teeth of the rack portion by means of a movable mold having a V-shaped pressurizing face formed in an angle corresponding to a pair of supported faces to be formed in order to form the supported faces. forming the rack portion by locating a toothed mold on an outer face of a circular tube material, and inserting a cored bar into the circular tube material to pressurize an inner face of the circular tube material, thereby transferring a shape of the toothed mold, characterised by further comprising: subsequently forming the supported faces by removal processing of a back side of the rack teeth portion of the circular tube material, wherein an arc face of the circular tube material is removed or by deforming processing of a back side of the rack teeth portion of the circular tube material, wherein the rack portion is maintained and fastened to a fastening mold having a rack fixture, and wherein an arc-shaped outer face of the circular tube is pressurized and deformed on the back side of the teeth of the rack portion by means of a movable mold having a V-shaped pressurizing face formed in an angle corresponding to a pair of supported faces to be formed in order to form the supported faces. subsequently forming the supported faces by removal processing of a back side of the rack teeth portion of the circular tube material, wherein an arc face of the circular tube material is removed or by deforming processing of a back side of the rack teeth portion of the circular tube material, wherein the rack portion is maintained and fastened to a fastening mold having a rack fixture, and wherein an arc-shaped outer face of the circular tube is pressurized and deformed on the back side of the teeth of the rack portion by means of a movable mold having a V-shaped pressurizing face formed in an angle corresponding to a pair of supported faces to be formed in order to form the supported faces.
A turbocharger system comprising: a turbocharger having a compressor wheel and a turbine wheel connected by a shaft; a conduit configured to deliver a flow of lubricant to a bearing which supports the shaft, the conduit being provided with a valve; a sensor configured to monitor the speed of rotation of the shaft; and a controller configured to operate the valve to substantially stop the flow of lubricant to the bearing when deceleration of the shaft is detected and when the speed of the shaft drops below a threshold; wherein the threshold is a speed which is higher than a speed at which boundary layer lubrication is sufficient to lubricate the bearing, the threshold being sufficiently low that, based on the rate of deceleration of the shaft, the speed of the shaft will drop to a speed at which boundary layer lubrication is sufficient to lubricate the bearing before the lubricant has drained from the bearing. a turbocharger having a compressor wheel and a turbine wheel connected by a shaft; a conduit configured to deliver a flow of lubricant to a bearing which supports the shaft, the conduit being provided with a valve; a sensor configured to monitor the speed of rotation of the shaft; and a controller configured to operate the valve to substantially stop the flow of lubricant to the bearing when deceleration of the shaft is detected and when the speed of the shaft drops below a threshold; wherein the threshold is a speed which is higher than a speed at which boundary layer lubrication is sufficient to lubricate the bearing, the threshold being sufficiently low that, based on the rate of deceleration of the shaft, the speed of the shaft will drop to a speed at which boundary layer lubrication is sufficient to lubricate the bearing before the lubricant has drained from the bearing.
An atmospheric pressure plasma generating device (10;70) comprising: an opening from which plasma is emitted, and a first remitting device (22;82) configured to emit light comprising visible light, characterized in that the emitting device is configured to emit said light comprising visible light from said opening in the emission direction of the plasma. an opening from which plasma is emitted, and a first remitting device (22;82) configured to emit light comprising visible light, characterized in that the emitting device is configured to emit said light comprising visible light from said opening in the emission direction of the plasma.
A platform for the storage and transport of goods comprising: - a deck configured for serving as a support for the goods on at least one of its surfaces (2.1), where said deck comprises at least four cavities (2.3) in the form of cutouts located on the perimeter (2.2) thereof, and - at least four support devices, with each support device being fitted in one of the at least four cavities (2.3) of the deck, and wherein the platform is characterized in that the deck further comprises a reinforcing framework (2.4) comprising portions (2.5) protruding towards each of the cavities (2.3), and in that each support device is resting on a respective protruding portion (2.5) of the reinforcing framework, a load transfer channel being established between the deck and the support devices, such that the at least four support devices provide stability to the deck. - a deck configured for serving as a support for the goods on at least one of its surfaces (2.1), where said deck comprises at least four cavities (2.3) in the form of cutouts located on the perimeter (2.2) thereof, and - at least four support devices, with each support device being fitted in one of the at least four cavities (2.3) of the deck, and
A system for targeted messaging comprising: a plurality of electronic labels (130;330) associated with a plurality of items; and a portable unit (110;310) associated with a visitor adapted to display advertising information related to at least a selected item of said plurality of items, wherein a selected one of said plurality of electronic labels (130;330) associated with said selected item is adapted to produce attention-catching indicia when said visitor is in proximity to said selected item. a plurality of electronic labels (130;330) associated with a plurality of items; and a portable unit (110;310) associated with a visitor adapted to display advertising information related to at least a selected item of said plurality of items, wherein a selected one of said plurality of electronic labels (130;330) associated with said selected item is adapted to produce attention-catching indicia when said visitor is in proximity to said selected item.
An assembly for use in a turbine section of a gas turbine engine, the assembly comprising: a blade outer air seal for a gas turbine engine, the blade outer air seal having a forward end and opposite aft end and a pair of opposing sides (74, 76) extending between the forward end and the opposite aft end; and a blade outer air seal support, the blade outer air seal support having a rail, the rail engaging a hook located at the forward end of the blade outer air seal when the blade outer air seal is secured to the blade outer air seal support; characterized by: the rail having at least one scalloped opening, wherein two points of contact are made between the hook and the rail of the blade outer air seal support when the blade outer air seal is secured to the blade outer air seal support; and a vane platform, that receives and supports a rail of the blade outer air seal, the rail being located at the aft end of the blade outer air seal and the rail extending continuously between the pair of opposing sides (74, 76) of the blade outer air seal, wherein a single point of contact is made between the rail of the blade outer air seal and the vane platform when the blade outer air seal is secured to the vane platform. a blade outer air seal for a gas turbine engine, the blade outer air seal having a forward end and opposite aft end and a pair of opposing sides (74, 76) extending between the forward end and the opposite aft end; and a blade outer air seal support, the blade outer air seal support having a rail, the rail engaging a hook located at the forward end of the blade outer air seal when the blade outer air seal is secured to the blade outer air seal support; characterized by: the rail having at least one scalloped opening, wherein two points of contact are made between the hook and the rail of the blade outer air seal support when the blade outer air seal is secured to the blade outer air seal support; and a vane platform, that receives and supports a rail of the blade outer air seal, the rail being located at the aft end of the blade outer air seal and the rail extending continuously between the pair of opposing sides (74, 76) of the blade outer air seal, wherein a single point of contact is made between the rail of the blade outer air seal and the vane platform when the blade outer air seal is secured to the vane platform. the rail having at least one scalloped opening, wherein two points of contact are made between the hook and the rail of the blade outer air seal support when the blade outer air seal is secured to the blade outer air seal support; and a vane platform, that receives and supports a rail of the blade outer air seal, the rail being located at the aft end of the blade outer air seal and the rail extending continuously between the pair of opposing sides (74, 76) of the blade outer air seal, wherein a single point of contact is made between the rail of the blade outer air seal and the vane platform when the blade outer air seal is secured to the vane platform.
A method for producing an organic compound nano-powder comprising: mixing in a kneader a granular organic compound, a granular carbohydrate compound comprising at least any one of a sugar and a sugar alcohol and with amount of 0.3 times or more by mass relative to amount of the organic compound, and liquid in which the organic compound is insoluble or poorly soluble; wet-milling the organic compound using the granular carbohydrate compound so that an average particle diameter thereof becomes 500 nm or less and a 90%-diameter thereof becomes less than 1500 nm, wherein the wet-milling is carried out while kneading the mixture, and wherein the average particle diameter and the 90%-diameter are measured by a dynamic light scattering photon correlation method; and dispersing the mixture with an anti-agglomeration agent after wet-milling. mixing in a kneader a granular organic compound, a granular carbohydrate compound comprising at least any one of a sugar and a sugar alcohol and with amount of 0.3 times or more by mass relative to amount of the organic compound, and liquid in which the organic compound is insoluble or poorly soluble; wet-milling the organic compound using the granular carbohydrate compound so that an average particle diameter thereof becomes 500 nm or less and a 90%-diameter thereof becomes less than 1500 nm, wherein the wet-milling is carried out while kneading the mixture, and wherein the average particle diameter and the 90%-diameter are measured by a dynamic light scattering photon correlation method; and dispersing the mixture with an anti-agglomeration agent after wet-milling.
An oral care implement comprising: a housing configured for at least partial insertion into an oral cavity; a power source; a first array of positively charged conductive protrusions electrically connected to the power source, each of the positively charged conductive protrusions depending from a surface of the housing; and a second array of negatively charged conductive protrusions electrically connected to the power source, each of the negatively charged conductive protrusions depending from the surface of the housing; wherein an electrical field is generated between the first array of positively charged conductive protrusions and the second array of negatively charged conductive protrusions; characterized in that the first array of positive charged conductive protrusions comprises a plurality of first rows and the second array of negatively charged conductive protrusions comprises a plurality of second rows, the plurality of first rows and the plurality of second rows arranged such that they alternate. a housing configured for at least partial insertion into an oral cavity; a power source; a first array of positively charged conductive protrusions electrically connected to the power source, each of the positively charged conductive protrusions depending from a surface of the housing; and a second array of negatively charged conductive protrusions electrically connected to the power source, each of the negatively charged conductive protrusions depending from the surface of the housing; wherein an electrical field is generated between the first array of positively charged conductive protrusions and the second array of negatively charged conductive protrusions; characterized in that the first array of positive charged conductive protrusions comprises a plurality of first rows and the second array of negatively charged conductive protrusions comprises a plurality of second rows, the plurality of first rows and the plurality of second rows arranged such that they alternate.
A composite radiative cooling film, comprising a top layer and a reflective layer disposed below the top layer, a material of the top layer comprises at least one polymer, the at least one polymer has an emissivity that is greater than or equal to 80% in a wavelength range of 7 μm to 14 μm, measured as disclosed in the description; the top layer comprises a first emissive layer adjacent to the reflective layer and a second emissive layer away from the reflective layer, a material of the first emissive layer comprises a first polymer, the first emissive layer further comprises a plurality of first pores, the plurality of first pores are distributed in the first emissive layer, a material of the second emissive layer comprises a second polymer, the second emissive layer further comprises a plurality of second pores, the plurality of second pores are distributed in the second emissive layer, a pore size of the plurality of first pores is in a range of 1 μm to 20 μm, and a pore size of the plurality of second pores is in a range of 1 nm to 200 nm; the first emissive layer further comprises a first additive embedded in at least part of the plurality of first pores; the second emissive layer further comprises a second additive embedded in at least part of the plurality of second pores; the first additive and the second additive respectively comprise an organic filler comprising a polymer containing a C-O functional group, a polymer containing a C-Cl functional group, a polymer containing a C-F functional group, a polymer containing a C-N functional group, a polymer containing a C-Si functional group, a polymer containing a Si-O functional group, or a combination thereof. the top layer comprises a first emissive layer adjacent to the reflective layer and a second emissive layer away from the reflective layer, a material of the first emissive layer comprises a first polymer, the first emissive layer further comprises a plurality of first pores, the plurality of first pores are distributed in the first emissive layer, a material of the second emissive layer comprises a second polymer, the second emissive layer further comprises a plurality of second pores, the plurality of second pores are distributed in the second emissive layer, a pore size of the plurality of first pores is in a range of 1 μm to 20 μm, and a pore size of the plurality of second pores is in a range of 1 nm to 200 nm; the first emissive layer further comprises a first additive embedded in at least part of the plurality of first pores; the second emissive layer further comprises a second additive embedded in at least part of the plurality of second pores; the first additive and the second additive respectively comprise an organic filler comprising a polymer containing a C-O functional group, a polymer containing a C-Cl functional group, a polymer containing a C-F functional group, a polymer containing a C-N functional group, a polymer containing a C-Si functional group, a polymer containing a Si-O functional group, or a combination thereof.
An optically active compound of formula I a pharmaceutically acceptable salt thereof, or a pharmaceutical composition comprising an optically active compound of Formula I or a pharmaceutically acceptable salt thereof; for use in a method of treatment of a solid tumor in a subject.
A riveting device comprising a guide tube and a container, wherein a clamp is provided at one end of the guide tube, the guide tube extending at the opposite end into the container, wherein the guide tube is longitudinally movable relative to a frame of said riveting device, and further comprising a permanent magnet configured to attract a rivet mandrel inserted into a mouth of the riveting device characterized in that the permanent magnet is further configured to pull a torn-off mandrel into an area of at least one cylindrical coil encircling the guide tube, said at least one electrical coil being configured to create an electromagnetic field which superimposes on the magnetic field of the permanent magnet and produces a force accelerating the torn-off mandrel into the container, when said at least one cylindrical coil is fed by a short and high current pulse.
A device for extracorporeal blood treatment, in particular a dialysis machine, comprising an internal fluidic system to which a blood treatment unit, in particular a dialyzer, can be connected, wherein the internal fluidic system comprises at least one balancing chamber (4, 5) on the fresh flow side for balancing fresh treatment fluid flowing to the blood treatment unit and at least one balancing chamber (6, 7) on the used flow side for balancing used treatment fluid flowing off the blood treatment unit, characterized in that two respective balancing chambers (4, 5, 6, 7) are arranged on the fresh flow side and/or on the used flow side of the treatment unit and the device has a respective measuring device for gravimetric detection of treatment fluid in the balancing chamber (4, 5) on the fresh flow side and/or a measuring device for gravimetric detection of treatment fluid in the balancing chamber (6, 7) on the used flow side.