mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing 2,3,3,3-tetrafluoropropene (HFO-1234yf) comprising the step of reacting, in a reactor and in the gas phase in the temperature range of 320-390°C, 1,1,1,2,3-pentachloropropane (HCC-240db) with 10-100 mol HF per mole of HCC-240db, and in the presence of - chromic oxide of the formula CrO m (1.5 < m < 3) or fluorinated chromic oxide obtained by fluorinating the chromic oxide; and - 0.02-1 mol of oxygen per mol of HCC-240db; to obtain a reaction product containing HFO-1234yf. - chromic oxide of the formula CrO m (1.5 < m < 3) or fluorinated chromic oxide obtained by fluorinating the chromic oxide; and - 0.02-1 mol of oxygen per mol of HCC-240db;
Matting agent for preparing pigmented mat surfaces comprising agglomerates of inorganic pigment particles, characterized in that the inorganic pigment particles have an average particle size d50 of from 100 to 1000 nm, preferably from 200 to 500 nm, said agglomerates have an average agglomerate size d50 of from 2 to 200 μm, preferably from 2 to 100 μm, more preferably from 2 to 50 μm, and most preferably from 2 to 20 μm, and a specific surface of from 5 to 50 m 2 /g.
A door opener including means for detecting the relative and/or absolute positions of mobile structural components of the door opener having at least one first printed circuit board (50, 55) and at least one structural component, which is displaceable in relation to the printed circuit board (50, 55), which component depending on the function of the door opener, may assume different positions, wherein the means for detecting the position include at least one magneto-sensitive sensor (60, 70, 80, 90), which is disposed, at least partially, within the printed circuit board (50, 55), and the contacts thereof being directly connected to a printed circuit board (50, 55) or to a conductor foil, and in that the magneto-sensitive sensor (60, 70, 80, 90) cooperates with at least one magnet at a structural component, which is mobile in relation to the magnet, for generating a positioning signal, characterized in that the magneto-sensitive sensor (60, 70, 80, 90) may be accommodated by a carrier, wherein the carrier is intended to protrude with the magneto-sensitive sensor (60, 70, 80, 90) positively at least partially into the wall thickness of the printed circuit board.
Method for continuously drying and crystallizing water-flushed granulate, having the steps feeding water-flushed granulate into a pre-dryer; pre-drying the granulate in the pre-dryer; conveying pre-dried granulate into a dryer/crystallizer; and discharging crystallized granulate from the dryer/crystallizer; wherein air conditioning means produce temperature-controlled and humidity-conditioned air that is delivered to the dryer/crystallizer, wherein the exhaust air of the dryer/crystallizer is delivered to the pre-dryer, and wherein the exhaust air of the pre-dryer is returned to the air conditioning means so that a closed air circuit is formed by the dryer/crystallizer, pre-dryer, and air conditioning means, characterized in that the granulate is screened in the dryer/crystallizer with a classifying screen.
A process for preparing silica particles, said process comprising the step of mixing (i) an aqueous phase and (ii) an oily phase comprising pre-polymerized tetraalkoxy orthosilicate, one or more alcohols, and optionally one or more polyalkylene glycols, and the subsequent step of adding one or more bases under stirring, wherein said aqueous phase comprises, in an aqueous solvent, one or more C 6-30 -alkyl modified polysaccharides, and optionally one or more polyalkylene glycols, wherein "C 6-30 -alkyl modified polysaccharide" means a polysaccharide having covalently linked thereto one or more C 6-30 -alkyl moieties, and wherein "aqueous solvent" means a solvent where more than 50 % (w/w) is constituted by water. (i) an aqueous phase and (ii) an oily phase comprising pre-polymerized tetraalkoxy orthosilicate, one or more alcohols, and optionally one or more polyalkylene glycols,
An inkjet printer comprising: an endless transporting belt configured to transport a medium in a transport direction by supporting the medium and rotating; an ejecting unit configured to eject ink onto the medium supported by the transporting belt; and a cleaning unit including a first brush for cleaning the transporting belt, a first cleaning liquid tank that stores cleaning liquid with which the first brush is impregnated, a second brush for cleaning the transporting belt, and a second cleaning liquid tank that stores the cleaning liquid with which the second brush is impregnated, wherein the second cleaning liquid tank is disposed at a position lower than the first cleaning liquid tank in a vertical direction, and the cleaning unit is configured so that the cleaning liquid discharged from the first cleaning liquid tank is supplied to the second cleaning liquid tank, the first cleaning liquid tank includes a first discharge path for discharging the cleaning liquid stored in the first cleaning liquid tank without supplying the cleaning liquid to the second cleaning liquid tank and a first opening/closing portion that opens and closes the first discharge path, and the second cleaning liquid tank includes a second discharge path for discharging the cleaning liquid stored in the second cleaning liquid tank and a second opening/closing portion that opens and closes the second discharge path. an endless transporting belt configured to transport a medium in a transport direction by supporting the medium and rotating; an ejecting unit configured to eject ink onto the medium supported by the transporting belt; and a cleaning unit including a first brush for cleaning the transporting belt, a first cleaning liquid tank that stores cleaning liquid with which the first brush is impregnated, a second brush for cleaning the transporting belt, and a second cleaning liquid tank that stores the cleaning liquid with which the second brush is impregnated, wherein the second cleaning liquid tank is disposed at a position lower than the first cleaning liquid tank in a vertical direction, and the cleaning unit is configured so that the cleaning liquid discharged from the first cleaning liquid tank is supplied to the second cleaning liquid tank, the first cleaning liquid tank includes a first discharge path for discharging the cleaning liquid stored in the first cleaning liquid tank without supplying the cleaning liquid to the second cleaning liquid tank and a first opening/closing portion that opens and closes the first discharge path, and the second cleaning liquid tank includes a second discharge path for discharging the cleaning liquid stored in the second cleaning liquid tank and a second opening/closing portion that opens and closes the second discharge path.
Device (18; 50) for spraying a mist of droplets comprising at least one mist diffuser (22; 52) comprising at least one spraying orifice (24; 66), and one pipeline supplying the diffuser with mist, the device being configured in such a way that the diffuser exhibits at least one degree of freedom relative to the rest of the device (26; 60), the device comprising driving means capable of moving the diffuser, characterized in that it comprises means for controlling the driving means capable of varying the speed of the diffuser according to different zones exposed to the mist.
Method for preparing trichlorosilyltrichlorogermane, by dissolving GeCl 4 with hexachlorodisilane in a solvent and reacting in the presence of a catalyst at a temperature of 5 to 40°C. dissolving GeCl 4 with hexachlorodisilane in a solvent and reacting in the presence of a catalyst at a temperature of 5 to 40°C.
A kit of monodose fluid capsules (2; 3; 4; 5) comprising two or more of said capsules (2; 3; 4; 5), each capsule (2; 3; 4; 5) consisting of a material that is impermeable to the components of the fluid and having a region that breaks under pressure, wherein each capsule (2; 3; 4; 5) being provided with a non-permanent adhesion material on its surface, such that two or more capsules (2; 3; 4; 5) may, upon contact, keep cohesive to each other, characterized in that the surface is totally provided with non-permanent adhesion material.
A rotor assembly comprising: a hub configured to be coupled to an aircraft; a plurality of rotor blades configured to extend laterally from the hub and to rotate about the hub, each of the rotor blades comprising an inboard end having a root portion and an outboard end; at least one blade root actuator disposed in the root portion of the respective rotor blade, the at least one blade root actuator configured to adjust at least one of the plurality of rotor blades independently of the other rotor blades to accommodate forces on the aircraft; at least one controller coupled to the at least one blade root actuator and configured to send a signal to the at least one blade root actuator to enable adjustment of the at least one of the plurality of rotor blades; at least one blade flap coupled to a trailing edge of at least one of the plurality of rotor blades, the at least one blade flap extending almost the entire length of the trailing edge; and at least one blade flap actuator coupled to the at least one blade flap and configured to adjust the at least one blade flap to accommodate forces on the aircraft; wherein the at least one controller is coupled to the at least one blade flap actuator and configured to enable the blade flap actuator to adjust the at least one blade flap independently of the other blade flaps. a hub configured to be coupled to an aircraft; a plurality of rotor blades configured to extend laterally from the hub and to rotate about the hub, each of the rotor blades comprising an inboard end having a root portion and an outboard end; at least one blade root actuator disposed in the root portion of the respective rotor blade, the at least one blade root actuator configured to adjust at least one of the plurality of rotor blades independently of the other rotor blades to accommodate forces on the aircraft; at least one controller coupled to the at least one blade root actuator and configured to send a signal to the at least one blade root actuator to enable adjustment of the at least one of the plurality of rotor blades; at least one blade flap coupled to a trailing edge of at least one of the plurality of rotor blades, the at least one blade flap extending almost the entire length of the trailing edge; and at least one blade flap actuator coupled to the at least one blade flap and configured to adjust the at least one blade flap to accommodate forces on the aircraft; wherein the at least one controller is coupled to the at least one blade flap actuator and configured to enable the blade flap actuator to adjust the at least one blade flap independently of the other blade flaps.
A terminal, comprising: a memory configured to store a plurality of applications; a touch screen configured to display a home screen including the plurality of applications; and a controller configured to control an operation associated with the plurality of applications, characterized in that the controller is further configured to: when a long-touch input is applied to a first application within the home screen, search the memory for a second application within the home screen, wherein the second application shares at least one common feature with the first application and the at least one common feature is a same type of functions to be performed on the terminal, control the touchscreen to display the second application in a manner different from other applications within the home screen in display style in order to identify a position of the second application while the long-touch input is maintained at the first application, and when the long-touch input to the first application is cancelled, control the touchscreen to change the display style of the second application to an initial display style of the second application. a memory configured to store a plurality of applications; a touch screen configured to display a home screen including the plurality of applications; and a controller configured to control an operation associated with the plurality of applications, characterized in that the controller is further configured to: when a long-touch input is applied to a first application within the home screen, search the memory for a second application within the home screen, wherein the second application shares at least one common feature with the first application and the at least one common feature is a same type of functions to be performed on the terminal, control the touchscreen to display the second application in a manner different from other applications within the home screen in display style in order to identify a position of the second application while the long-touch input is maintained at the first application, and when the long-touch input to the first application is cancelled, control the touchscreen to change the display style of the second application to an initial display style of the second application. when a long-touch input is applied to a first application within the home screen, search the memory for a second application within the home screen, wherein the second application shares at least one common feature with the first application and the at least one common feature is a same type of functions to be performed on the terminal, control the touchscreen to display the second application in a manner different from other applications within the home screen in display style in order to identify a position of the second application while the long-touch input is maintained at the first application, and when the long-touch input to the first application is cancelled, control the touchscreen to change the display style of the second application to an initial display style of the second application.
A method for preventing fraudulent use of a Mobile Subscriber Integrated Services Digital Network Number (MSISDN) of a mobile phone terminal in a wireless network, comprising the steps of: associating an International Mobile Subscriber Identity (IMSI) with a respective MSISDN for the mobile phone terminal; associating a provider of secure resources with the associated IMSI and MSISDN; storing the associated IMSI and MSISDN; and upon receipt of a network request from the mobile phone terminal for a secure resource; extracting the MSISDN from the network request; constructing a Mobile Application Part message request to the wireless network for the extracted MSISDN; obtaining the IMSI currently associated with the MSISDN in the wireless network in reply to the MAP request; comparing the obtained IMSI with the stored IMSI for the extracted MSISDN; and if the obtained IMSI matches the stored IMSI for the extracted MSISDN, validating the network request; and if the obtained IMSI does not match the stored IMSI for the extracted MSISDN, automatically notifying the provider; sending an informational message to the mobile phone terminal asking a user of the mobile phone terminal to contact the provider; verifying by the provider through contact with the user if the IMSI change is legitimate; and if the IMSI change is verified by the provider as being legitimate, updating the IMSI associated with the MSISDN with the obtained IMSI; and validating the network request. associating an International Mobile Subscriber Identity (IMSI) with a respective MSISDN for the mobile phone terminal; associating a provider of secure resources with the associated IMSI and MSISDN; storing the associated IMSI and MSISDN; and upon receipt of a network request from the mobile phone terminal for a secure resource; extracting the MSISDN from the network request; constructing a Mobile Application Part message request to the wireless network for the extracted MSISDN; obtaining the IMSI currently associated with the MSISDN in the wireless network in reply to the MAP request; comparing the obtained IMSI with the stored IMSI for the extracted MSISDN; and if the obtained IMSI matches the stored IMSI for the extracted MSISDN, validating the network request; and if the obtained IMSI does not match the stored IMSI for the extracted MSISDN, automatically notifying the provider; sending an informational message to the mobile phone terminal asking a user of the mobile phone terminal to contact the provider; verifying by the provider through contact with the user if the IMSI change is legitimate; and if the IMSI change is verified by the provider as being legitimate, updating the IMSI associated with the MSISDN with the obtained IMSI; and validating the network request.
Burner for a combustion chamber of a turbine, with an injection device for the introduction of at least one gaseous and/or liquid fuel into the burner, wherein the injection device has at least one body which is arranged in the burner with at least two nozzles for introducing the at least one fuel into the burner, the at least one body being configured as a streamlined body which has a streamlined cross-sectional profile and which extends with a longitudinal direction perpendicularly or at an inclination to a main flow direction prevailing in the burner, wherein the body has two lateral surfaces essentially parallel to the main flow direction joined at their upstream side by a leading edge portion of the body and joined at their downstream side forming a trailing edge, the at least two nozzles being distributed along said trailing edge, wherein the body comprises an enclosing outer wall defining said streamlined cross-sectional profile, wherein within this outer wall, there is provided a longitudinal inner carrier air plenum for the introduction of carrier air into the injection device, characterized in that the carrier air plenum is provided with holes such that carrier air exiting through these holes impinges on the inner side of the leading edge portion of the body and in that air exiting from the carrier air plenum is used as carrier air of the injection devices.
Method for producing cuboidal packs having an external wrapping made of sealable and shrinkable film, in particular a cigarette pack of the hinge-lid box type, wherein folding tabs (18, 19) of the external wrapping are connected together by thermal tacking and subsequent sealing, and the external wrapping is subjected to a shrink-wrapping treatment by in particular flat heating members in the region of mutually opposite walls of the external wrapping, wherein walls of the external wrapping are subjected to heat and pressure individually or in pairs simultaneously or in succession, characterized in that walls of the external wrapping are subjected to a treatment by sealing and other walls of the external wrapping are subjected at the same time to a shrink-wrapping treatment with heat and pressure, and by the following features: a) folding tabs (18, 19) of the external wrapping are fixed, immediately after production, in the region of overlaps by tacking, b) during the tacking of folding tabs that are directed sideways, in particular in the region of an end wall and a bottom wall of the external wrapping, upwardly and/or downwardly directed large pack surfaces are subjected to heat for the shrink-wrapping process, c) then further pack surfaces, in particular side walls (14, 15) of the external wrapping, are subjected to heat and pressure for sealing and/or shrink-wrapping, d) then folding tabs (18, 19) of the external wrapping are fully sealed. a) folding tabs (18, 19) of the external wrapping are fixed, immediately after production, in the region of overlaps by tacking, b) during the tacking of folding tabs that are directed sideways, in particular in the region of an end wall and a bottom wall of the external wrapping, upwardly and/or downwardly directed large pack surfaces are subjected to heat for the shrink-wrapping process, c) then further pack surfaces, in particular side walls (14, 15) of the external wrapping, are subjected to heat and pressure for sealing and/or shrink-wrapping, d) then folding tabs (18, 19) of the external wrapping are fully sealed.
An apparatus comprising, a body towable behind a survey vessel in a body of water; an arm rotatably coupled to the body such that the arm, when deployed, is free to rotate as the apparatus is towed through the body of water; a first end stop and a second end stop, wherein the first end stop and the second end stop define a range of rotation of the arm when deployed; a motor configured to adjust the range of rotation by adjusting a position of the first end stop; and a plurality of foils disposed on the arm and configured to generate lift as the apparatus is towed through the body of water. a body towable behind a survey vessel in a body of water; an arm rotatably coupled to the body such that the arm, when deployed, is free to rotate as the apparatus is towed through the body of water; a first end stop and a second end stop, wherein the first end stop and the second end stop define a range of rotation of the arm when deployed; a motor configured to adjust the range of rotation by adjusting a position of the first end stop; and a plurality of foils disposed on the arm and configured to generate lift as the apparatus is towed through the body of water.
Wave-power device comprising: a plurality of floating bodies arranged in at least two parallel rows, each floating body being connected to a linear energy converter for converting the wave energy to kinetic energy in a mechanical system connected to an electrical generator, particularly a linear generator; an upper and a lower carrying structure (15, 16; 17; 18) between which the floating bodies are arranged; vertical supporting bars connected to the floating bodies, the vertical supporting bars held between the upper carrying structure and the lower carrying structure; and an extended buoyancy tank (19, 20) connected with the lower carrying structure at opposite structure sides, the buoyancy tanks (19, 20) being constructed and arranged for filling with water, for lowering the wave-power device into the sea, such that the floating bodies are submersed to a level to reduce risk of damage during bad weather, wherein the electrical generator is integrated between said vertical supporting bars and a corresponding floating body. a plurality of floating bodies arranged in at least two parallel rows, each floating body being connected to a linear energy converter for converting the wave energy to kinetic energy in a mechanical system connected to an electrical generator, particularly a linear generator; an upper and a lower carrying structure (15, 16; 17; 18) between which the floating bodies are arranged; vertical supporting bars connected to the floating bodies, the vertical supporting bars held between the upper carrying structure and the lower carrying structure; and an extended buoyancy tank (19, 20) connected with the lower carrying structure at opposite structure sides, the buoyancy tanks (19, 20) being constructed and arranged for filling with water, for lowering the wave-power device into the sea, such that the floating bodies are submersed to a level to reduce risk of damage during bad weather, wherein the electrical generator is integrated between said vertical supporting bars and a corresponding floating body.
Vacuum cleaner nozzle base comprising: - at least one floor suction channel, - a front level having, in a section along a plane normal to the suction channel, a length of between 3.2 mm and 4.2 mm and arranged at the front of said at least one suction channel, - a rear chamfer arranged at the rear of the suction channel, characterised in that the rear chamfer has, in said section, a length of between 3 and 4 times the length of the front level. - at least one floor suction channel, - a front level having, in a section along a plane normal to the suction channel, a length of between 3.2 mm and 4.2 mm and arranged at the front of said at least one suction channel, - a rear chamfer arranged at the rear of the suction channel, characterised in that the rear chamfer has, in said section, a length of between 3 and 4 times the length of the front level.