mhurhangee/patent-ind-claim-en huggingface dataset:
A cloth spreading apparatus comprising: a spreading unit having a pair of spreading clamps that grasp adjacent corners of a fed piece of cloth (C) and spread at least an upper side portion between these corners in a right-left direction; an ejection unit having a conveyor belt that receives the spread upper side portion of the cloth (C), pulls the upper side portion rearward, sequentially pulls up also the remainder of the cloth (C) from a middle portion to a lower side portion, and ejects the entire cloth (C) rearward; and a wrinkle smoothing unit that smooths out wrinkles (W) in the remainder of the cloth from the middle portion to the lower side portion while the conveyor belt is pulling up the remainder of the cloth (C), characterized in that the wrinkle smoothing unit has a pair of wrinkle smoothing clamps that respectively clamp right and left side portions of the remainder of the cloth (C) being pulled up by the conveyor belt ; and a wrinkle smoothing clamp moving mechanism that moves the pair of wrinkle smoothing clamps upward and at the same time apart from each other in the right-left direction as the remainder of the cloth (C) is pulled up by the conveyor belt . a spreading unit having a pair of spreading clamps that grasp adjacent corners of a fed piece of cloth (C) and spread at least an upper side portion between these corners in a right-left direction; an ejection unit having a conveyor belt that receives the spread upper side portion of the cloth (C), pulls the upper side portion rearward, sequentially pulls up also the remainder of the cloth (C) from a middle portion to a lower side portion, and ejects the entire cloth (C) rearward; and a wrinkle smoothing unit that smooths out wrinkles (W) in the remainder of the cloth from the middle portion to the lower side portion while the conveyor belt is pulling up the remainder of the cloth (C), characterized in that the wrinkle smoothing unit has a pair of wrinkle smoothing clamps that respectively clamp right and left side portions of the remainder of the cloth (C) being pulled up by the conveyor belt ; and a wrinkle smoothing clamp moving mechanism that moves the pair of wrinkle smoothing clamps upward and at the same time apart from each other in the right-left direction as the remainder of the cloth (C) is pulled up by the conveyor belt .
A flat loudspeaker including an enclosure made as a support frame , a sound-emitting rectangular membrane attached to the frame , and several electrodynamic vibration exciters , attached to the membrane , where the membrane comprises a honeycomb structure , layers glued to the honeycomb structure on both sides, the layers being impregnated by a stabilizing solution based on polyurethane primers and varnishes and covered by surface layers , characterized in that the several electrodynamic vibration exciters are attached to the membrane within a position line (AF; GC; DH; EB) passing along the plane of the rectangular membrane , emerging from any vertex of the rectangular membrane and ending at an ending point on the shorter opposite side of the rectangular membrane dividing said shorter side in a ratio 1:2, whereby the ending point is closer to a diagonally opposite vertex of the position line.
Modular electric device intended to be mounted on a rail (U), the modular electric device being housed in a housing of substantially parallelepipedal form and comprising, on one of its faces, a set of so-called upstream terminals, and on a face opposite the preceding one in relation to the rail (U), a set of so-called downstream terminals , the abovementioned housing comprising a void (i) capable of receiving an auxiliary module or else a part forming a trim having substantially the same footprint as the abovementioned auxiliary module , characterized in that one of the sets of terminals, called first, comprises terminals having a pitch corresponding to that of a standard comb (P) and extends over substantially all the length of the device, whereas the other of the two sets of terminals, called second, comprises terminals having a smaller pitch compared to the preceding one and extends over only a part of the width of the electric device , such that this auxiliary module , after association with the abovementioned electric device , does not increase the footprint of the device with which it is associated, and allows the electrical connection of the terminals of said first set of terminals to a standard comb (P).
A method for removing a leading edge shield fixed to a fan blade , the fan blade comprising a first material, and the leading edge shield comprising a second material different from the first material, the method being characterized in that it comprises steps of: - Determining the thicknesses of the leading edge shield as a function of the position on the leading edge shield - Removing the leading edge shield by means of a pressurized water jet (J) moving over the leading edge shield as a function of the thicknesses determined in the determination step. - Determining the thicknesses of the leading edge shield as a function of the position on the leading edge shield - Removing the leading edge shield by means of a pressurized water jet (J) moving over the leading edge shield as a function of the thicknesses determined in the determination step.
An image forming system , comprising: a transporter that transports an object ; a transfer unit that transfers an image onto the object transported by the transporter ; a fixing unit that fixes, onto the object , the image transferred by the transfer unit ; and a processor configured to: in a first mode, exert control to transfer the image onto the object such that the image is fixed onto the object by the fixing unit ; in a second mode, exert control to transfer the image onto the object such that the image is not fixed onto the object by the fixing unit , characterized in that the processor is further configured to: when an instruction to change the object so as to transfer the image onto another object, wherein the thickness or the shape is changed, is received through an operation unit , make a transition to the second mode. a transporter that transports an object ; a transfer unit that transfers an image onto the object transported by the transporter ; a fixing unit that fixes, onto the object , the image transferred by the transfer unit ; and a processor configured to: in a first mode, exert control to transfer the image onto the object such that the image is fixed onto the object by the fixing unit ; in a second mode, exert control to transfer the image onto the object such that the image is not fixed onto the object by the fixing unit , in a first mode, exert control to transfer the image onto the object such that the image is fixed onto the object by the fixing unit ; in a second mode, exert control to transfer the image onto the object such that the image is not fixed onto the object by the fixing unit , characterized in that the processor is further configured to: when an instruction to change the object so as to transfer the image onto another object, wherein the thickness or the shape is changed, is received through an operation unit , make a transition to the second mode.
A patient interface , comprising: a mask seal body defining a breathing chamber and having a user-contacting surface configured to contact a face of the user and surround at least the nares of the user; a pair of facial pads , each of the facial pads configured to engage the face of a user on opposing sides of the mask seal body ; and a pair of bridging portions , each of the bridging portions connecting the mask seal body and a respective one of the facial pads ; wherein each of the bridging portions has a curved shape, and the bridging portions comprise a first neutral configuration and a second deflected configuration, the bridging portions being movable within a range of adjustment from the first configuration towards the second configuration, the bridging portions in the second deflected configuration urging the mask seal body toward the user's face to create or maintain sealing engagement between the user-contacting surface and the user's face, wherein the bridging portions comprise one or more cutouts configured to receive an interface tube, thereby splitting each of the bridging portions into an upper section and a lower section. a mask seal body defining a breathing chamber and having a user-contacting surface configured to contact a face of the user and surround at least the nares of the user; a pair of facial pads , each of the facial pads configured to engage the face of a user on opposing sides of the mask seal body ; and a pair of bridging portions , each of the bridging portions connecting the mask seal body and a respective one of the facial pads ; wherein each of the bridging portions has a curved shape, and the bridging portions comprise a first neutral configuration and a second deflected configuration, the bridging portions being movable within a range of adjustment from the first configuration towards the second configuration, the bridging portions in the second deflected configuration urging the mask seal body toward the user's face to create or maintain sealing engagement between the user-contacting surface and the user's face, wherein the bridging portions comprise one or more cutouts configured to receive an interface tube, thereby splitting each of the bridging portions into an upper section and a lower section.
Method for producing a hot synthesis gas, in particular for use as reducing gas in a blast furnace, said method comprising: - providing a fuel gas, said fuel gas being a hydrocarbon containing gas comprising coke oven gas; - providing an industrial gas, said industrial gas being a CO 2 and/or H 2 O containing gas; - before heating, mixing said fuel gas and said industrial gas to form a gas mixture; - carrying out heating and reforming of said gas mixture within a same heat accumulator to produce a hot synthesis gas at a temperature above 700°C and below 1700°C, wherein the heat accumulator is heated with at least one internal steel plant gas comprising blast furnace gas. - providing a fuel gas, said fuel gas being a hydrocarbon containing gas comprising coke oven gas; - providing an industrial gas, said industrial gas being a CO 2 and/or H 2 O containing gas; - before heating, mixing said fuel gas and said industrial gas to form a gas mixture; - carrying out heating and reforming of said gas mixture within a same heat accumulator to produce a hot synthesis gas at a temperature above 700°C and below 1700°C, wherein the heat accumulator is heated with at least one internal steel plant gas comprising blast furnace gas.
A system for sports training or game play comprising: at least two light emitting devices that are selectively positionable at a selected spaced apart distance from one another, the light emitting devices being coupled to a power source and each having at least one electrically powered light source that is powered by the power source , the at least two light emitting devices each have a base for engaging a support surface, and wherein each light source is configured as an elongated body having a length of 30.48 cm (1 foot) or more that is coupled to and extends from the base and wherein each light source comprises a plurality of individual light source elements , each light source element being operable to provide 10 to 35 lumens ; and a controller that remotely and selectively controls the activation and deactivation of the light source of each light emitting device . at least two light emitting devices that are selectively positionable at a selected spaced apart distance from one another, the light emitting devices being coupled to a power source and each having at least one electrically powered light source that is powered by the power source , the at least two light emitting devices each have a base for engaging a support surface, and wherein each light source is configured as an elongated body having a length of 30.48 cm (1 foot) or more that is coupled to and extends from the base and wherein each light source comprises a plurality of individual light source elements , each light source element being operable to provide 10 to 35 lumens ; and a controller that remotely and selectively controls the activation and deactivation of the light source of each light emitting device .
A connection system for fluid conduction, comprising a male connection end , a female connection end and a retaining element ; wherein the male connection end is designed to be inserted into the female connection end along an axial direction (X) to connect both ends ; said male connection end comprising a retaining groove which makes up a first recess ; said female connection end comprising a retaining hole which makes up a second recess facing the first recess when both ends are connected; and wherein said retaining element is designed to be inserted through the retaining hole and be housed between the first recess and the second recess to keep the male connection end attached to the female connection end when both ends are connected; said connection system comprising a gasket placed between the male connection end and the female connection end , configured to hinder relative movements of said ends when connected along said axial direction (X); characterized in that the male connection end comprises a first cone wall configured to receive a first portion of the gasket ; and in that the female connection end comprises a second cone wall configured to receive a second portion of the gasket ; wherein the first cone wall faces the second cone wall when the male connection end and the female connection end are connected along the axial direction (X), forming a circular receiving groove having a V-shaped cross section designed to receive the pressure exerted by the gasket .
A method for soft combining of decrypted data, comprising: receiving a first encrypted packet comprising a first packet header and a first encrypted payload; fetching a first encryption key stream based on a portion of a first packet header and a first nonce; decrypting the first encrypted packet to generate a first decrypted packet using the first encryption key stream; storing the first decrypted packet; performing a first cyclic redundancy check, CRC, on the first encrypted packet; requesting a re-transmission of the first encrypted packet, based on determining that the first CRC indicates an error; receiving a second encrypted packet, wherein the second encrypted packet comprises the re-transmission of the first encrypted payload; fetching a second encryption key stream based on a portion of a second packet header and a second nonce; decrypting the second encrypted packet to generate a second decrypted packet using the second encryption key stream; combining the first stored decrypted packet and the second decrypted packet to generate a first corrected packet; storing the first corrected packet; encrypting the first corrected packet using the second encryption key stream; and performing a second CRC on the encrypted first corrected packet after encrypting the first corrected packet. receiving a first encrypted packet comprising a first packet header and a first encrypted payload; fetching a first encryption key stream based on a portion of a first packet header and a first nonce; decrypting the first encrypted packet to generate a first decrypted packet using the first encryption key stream; storing the first decrypted packet; performing a first cyclic redundancy check, CRC, on the first encrypted packet; requesting a re-transmission of the first encrypted packet, based on determining that the first CRC indicates an error; receiving a second encrypted packet, wherein the second encrypted packet comprises the re-transmission of the first encrypted payload; fetching a second encryption key stream based on a portion of a second packet header and a second nonce; decrypting the second encrypted packet to generate a second decrypted packet using the second encryption key stream; combining the first stored decrypted packet and the second decrypted packet to generate a first corrected packet; storing the first corrected packet; encrypting the first corrected packet using the second encryption key stream; and performing a second CRC on the encrypted first corrected packet after encrypting the first corrected packet.
A controller for executing brake control that is executed on the basis of primary information and secondary information that is selectively defined whether to be used with the primary information and indicates an assumed state related to connection and disconnection of a clutch of a vehicle, the controller comprising: a determination section (5A1) that is configured to determine whether an actual state related to the connection and the disconnection of the clutch matches the assumed state at least in accordance with a relationship between the secondary information and travel state information indicative of a travel state of the vehicle, wherein the determination section (5A1) is configured to determine that the actual state does not match the assumed state in the cases where the secondary information is information indicative of a disconnected state of the clutch and the travel state information is information indicating that acceleration of the vehicle is at least equal to prescribed acceleration; and a brake control section that is configured to execute the brake control by using the primary information but not the secondary information in the case where the determination section (5A1) determines that the actual state does not match the assumed state. a determination section (5A1) that is configured to determine whether an actual state related to the connection and the disconnection of the clutch matches the assumed state at least in accordance with a relationship between the secondary information and travel state information indicative of a travel state of the vehicle, wherein the determination section (5A1) is configured to determine that the actual state does not match the assumed state in the cases where the secondary information is information indicative of a disconnected state of the clutch and the travel state information is information indicating that acceleration of the vehicle is at least equal to prescribed acceleration; and a brake control section that is configured to execute the brake control by using the primary information but not the secondary information in the case where the determination section (5A1) determines that the actual state does not match the assumed state.
A draper cutting unit , comprising: - a frame with a centre segment having at least one continuously revolving centre belt and two side segments respectively having at least one laterally conveying continuously revolving side belt , wherein the centre belt as well as the side belts are respectively provided on their material-conveying upper belt face with equidistantly disposed conveying ribs (14; 16) which are disposed perpendicular to the respective conveying direction (FR) of the centre belt or the side belts , as well as a cutter bar which extends substantially over the width of the draper cutting unit , characterized in that each conveying rib of the centre belt is respectively constructed with side ribs which extend parallel to the outer edges of the centre belt and which are directly connected to an outer end of the respective conveying rib by an inclined transition section , wherein the side ribs respectively extend in sections in the conveying direction (FR) of the centre belt . - a frame with a centre segment having at least one continuously revolving centre belt and two side segments respectively having at least one laterally conveying continuously revolving side belt , wherein the centre belt as well as the side belts are respectively provided on their material-conveying upper belt face with equidistantly disposed conveying ribs (14; 16) which are disposed perpendicular to the respective conveying direction (FR) of the centre belt or the side belts , as well as a cutter bar which extends substantially over the width of the draper cutting unit ,
Process for purification of crude polyether polyols wherein the crude polyether polyols are prepared by anionic polymerization of alkylene oxides in the presence of basic catalysts, the process comprising the steps of neutralization of the catalysts with mineral acid wherein salts are formed, addition of adsorption agent and/or filter aid and removing the resultant salts and added adsorption agent and/or filter aid by filtration wherein a filter cake is formed, characterized in that polyether polyols are recuperated from the filter cake in a subsequent step of pressing the filter cake.
A tumour specific T-cell receptor (TCR) having an α chain and a β chain and characterised by having complementarity-determining regions comprising or consisting of the amino acid sequences: CAYRSAVNARLMF (SEQ ID NO: 1) or a sequence that shares at least 88% identity therewith as CDR3α; and CASSEARGLAEFTDTQYF (SEQ ID No: 2) or a sequence that shares at least 88% identity therewith as CDR3β.
A wide band gap transistor comprising: a semiconductor structure (2; 15; 102), including at least one wide band gap semiconductor layer (14, 16; 103, 105) of gallium nitride (GaN) or silicon carbide (SiC); an insulating gate structure (8; 17; 110); a gate electrode (7; 18; 100c), separated from the semiconductor structure (2; 15; 102) by the insulating gate structure (8; 17; 110); wherein the insulating gate structure (8; 17; 110) contains a mixture of aluminum, hafnium and oxygen; and wherein the insulating gate structure (8; 17; 110) is completely amorphous. a semiconductor structure (2; 15; 102), including at least one wide band gap semiconductor layer (14, 16; 103, 105) of gallium nitride (GaN) or silicon carbide (SiC); an insulating gate structure (8; 17; 110); a gate electrode (7; 18; 100c), separated from the semiconductor structure (2; 15; 102) by the insulating gate structure (8; 17; 110); wherein the insulating gate structure (8; 17; 110) contains a mixture of aluminum, hafnium and oxygen; and wherein the insulating gate structure (8; 17; 110) is completely amorphous.