mhurhangee/patent-ind-claim-en huggingface dataset:
Guide blade carrier for a turbine , the guide blade carrier separating an upstream volume from a downstream volume within the turbine , the guide blade carrier further comprising a carrier body with a fixation device for axial fixing of the guide blade carrier within a turbine casing of the turbine , the fixation device comprising an circumferential fixation basis , wherein the fixation basis is confined at its upstream end by an circumferential limitation element , wherein the fixation basis is formed as an annular groove and the limitation element is formed as an annular rim of the fixation basis , characterized in that the fixation basis is confined on its downstream end by at least three fixing elements , wherein the fixing elements are spatial detached from the limitation element and spaced apart from each other in circumferential direction and are formed as an elevated element radially protruding from the carrier body .
Method for processing a modular hybrid component , said component comprising a first part made of a first material, a second part made of a second material, which is different from said first material with regard to its electromagnetic and/or thermal properties, and a brazing or soldering joint or a field sensitive mineral cement connecting said first and second part , wherein said modular hybrid component is exposed to an alternating electromagnetic field, whereby both parts are heated up differently, and the brazing or soldering joint or field sensitive mineral cement between said first part and said second part is affected by said heating action, characterized in that said heating process leads to at least a softening or a melting of the brazing or soldering joint or the filed sensitive material between said two parts , such that the two parts can be separated.
Minimum pressure valve for a compressor, in particular screw compressor or rotary vane compressor, for a vehicle, in particular a commercial vehicle, having at least one valve housing , having at least one valve insert opening formed in the valve housing , having at least one valve insert , which is inserted into the valve insert opening and which has at least one valve piston bore , having at least one valve piston displaceably guided with at least one valve piston portion in the valve insert in the valve piston bore , having at least one fluid entry channel and having at least one fluid exit channel , wherein the fluid entry channel has, at its end facing toward the valve piston , at least one valve seat , against which the valve piston can be brought into abutment in order to close the minimum pressure valve , such that the fluid entry channel and the fluid exit channel are separated from each other in a closed position of the valve piston , wherein the valve seat has a valve seat diameter dA, wherein the valve piston portion has a valve piston portion diameter dB, and wherein the ratio of valve piston portion diameter dB to valve seat diameter dA lies between approximately 0.7 and approximately 0.9, characterised in that the valve piston portion displaceably guided in the valve insert in the valve piston bore is a free valve piston end portion ; and in that an end of the valve piston bore has an axial stop , by means of which the axial displacement of the free valve piston end portion and of the valve piston can be limited. characterised in that the valve piston portion displaceably guided in the valve insert in the valve piston bore is a free valve piston end portion ; and in that an end of the valve piston bore has an axial stop , by means of which the axial displacement of the free valve piston end portion and of the valve piston can be limited.
A method for improving fairness among devices accessing a radio bandwidth, the devices including a mobile device using the radio bandwidth to access a radio access system using a channel access protocol, wherein the channel access protocol is a collision avoidance-type channel access protocol configured for using a back-off time before transmitting a retransmission, the method comprising: determining information by monitoring the radio bandwidth, the information comprising at least one of transmission statistics related to the radio bandwidth and information indicating channel free lengths and channel busy lengths; analyzing the information by determining, from the information, statistics corresponding to detected frame spacings between packets and determining an adjusted back-off time based on the statistics; and implementing, by the mobile device , the adjusted back-off time before transmitting the retransmission over the radio bandwidth. determining information by monitoring the radio bandwidth, the information comprising at least one of transmission statistics related to the radio bandwidth and information indicating channel free lengths and channel busy lengths; analyzing the information by determining, from the information, statistics corresponding to detected frame spacings between packets and determining an adjusted back-off time based on the statistics; and implementing, by the mobile device , the adjusted back-off time before transmitting the retransmission over the radio bandwidth.
A pressure vessel comprising an inner container made up of a cylindrical middle part and two dome-shaped pole caps closing both sides of the middle part and an outer layer wrapped onto the inner container for reinforcement of the inner container against a pressure load, wherein the outer layer comprises at least a pole cap reinforcement layer and a pressure vessel reinforcement layer made of fiber composite material (FCM), wherein the pole cap reinforcement layer at least partially overlaps the pole caps and the pressure vessel reinforcement layer overlaps the pole caps and the middle part and a contour-stable preform is arranged as the pole cap reinforcement layer on at least one of the pole caps , preferentially on both pole caps , characterized by the fact that the contour-stable preform is a contour-stable preform braided from fiber material (F1) with a braid angle (FLW) of the fiber material (F1) on the pole cap edge of at least 140°, preferentially at least 150°, particularly preferentially at least 160°, wherein the braid angle (FLW) designates the angle between the crossing fibers, the bisector of which is aligned essentially parallel to the cylinder axis of the cylindrical central part .
An encapsulation barrier stack, capable of encapsulating a moisture and/or oxygen sensitive article and comprising a film layer, wherein the film layer comprises: - one or more nanoparticle sealing layer(s) arranged to be in contact with a surface of at least one substrate, wherein the substrate is not a barrier layer, wherein the one or more nanoparticle sealing layer(s) comprise(s) a plurality of encapsulated nanoparticles, the nanoparticles being reactive in that they are capable of interacting with moisture and/or oxygen to retard the permeation of moisture and/or oxygen. - one or more nanoparticle sealing layer(s) arranged to be in contact with a surface of at least one substrate, wherein the substrate is not a barrier layer,
A cellobiohydrolase variant, comprising a substitution at a position corresponding to position 265 of SEQ ID NO: 4, wherein the numbering of the amino acid position is based on the full-length polypeptide of SEQ ID NO: 4, wherein position -26 is the first amino acid of the signal peptide and position 1 is Gln of SEQ ID NO: 4, and wherein the variant comprises the substitution S265P, and wherein the variant has at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100%, sequence identity to amino acids 1-506 of SEQ ID NO: 4, and wherein the variant has cellobiohydrolase activity.
Food forming drum comprising a multitude of rows of porous product cavities , each row comprising one or a multitude of porous product cavities , the drum preferably comprising a first and a second front end and preferably fluid channels in the longitudinal direction of the drum each fluid channel preferably connecting one row of porous product cavities fluid-wise, wherein the porous product cavities are provided as one or more insert(s) which is/are connected to the drum by an adhesive connection, form- and/or friction-fit and that the drum comprises a recess for the porous part of the porous product cavities and/or for the insert , characterised in that the recess comprises support ribs for the porous part . the porous product cavities are provided as one or more insert(s) which is/are connected to the drum by an adhesive connection, form- and/or friction-fit and that the drum comprises a recess for the porous part of the porous product cavities and/or for the insert , characterised in that the recess comprises support ribs for the porous part .
A medical procedure system comprising: a first probe configured for insertion into a chamber of a heart of a living subject, and comprising a first electrode configured to apply a sequence of pacing pulses at a position in the chamber; a second probe comprising a second electrode configured to sense an electrical activation signal responsively to electrical activations induced by capture of the pacing pulses in a myocardium of the chamber over time; a display ; and processing circuitry configured to: track a location of the second electrode ; evaluate a successful acquisition by the second electrode of the induced electrical activations responsively to the electrical activation signal , the successful acquisition being indicative of a successful capture of the pacing pulses by the myocardium; compute a capture grade responsively to the evaluation of the successful acquisition of the induced electrical activations, the capture grade being indicative of a count of the induced electrical activations which were evaluated as being successfully acquired; and render the capture grade to the display with a representation of the second probe , the representation of the second probe being rendered responsively to the tracked location. a first probe configured for insertion into a chamber of a heart of a living subject, and comprising a first electrode configured to apply a sequence of pacing pulses at a position in the chamber; a second probe comprising a second electrode configured to sense an electrical activation signal responsively to electrical activations induced by capture of the pacing pulses in a myocardium of the chamber over time; a display ; and processing circuitry configured to: track a location of the second electrode ; evaluate a successful acquisition by the second electrode of the induced electrical activations responsively to the electrical activation signal , the successful acquisition being indicative of a successful capture of the pacing pulses by the myocardium; compute a capture grade responsively to the evaluation of the successful acquisition of the induced electrical activations, the capture grade being indicative of a count of the induced electrical activations which were evaluated as being successfully acquired; and render the capture grade to the display with a representation of the second probe , the representation of the second probe being rendered responsively to the tracked location. track a location of the second electrode ; evaluate a successful acquisition by the second electrode of the induced electrical activations responsively to the electrical activation signal , the successful acquisition being indicative of a successful capture of the pacing pulses by the myocardium; compute a capture grade responsively to the evaluation of the successful acquisition of the induced electrical activations, the capture grade being indicative of a count of the induced electrical activations which were evaluated as being successfully acquired; and render the capture grade to the display with a representation of the second probe , the representation of the second probe being rendered responsively to the tracked location.
A power take-off comprising: a housing ; an input mechanism disposed within the housing and adapted to be connected to the source of rotational energy; and an output mechanism disposed within the housing and adapted to be connected to a driven device, the output mechanism adapted to be rotatably driven by the input mechanism; wherein the power take-off comprises gears configured to loosely mesh in order to transmit power from the source of rotational energy to the input mechanism or another component of the power take-off; characterized in that , at least one of the input mechanism and the output mechanism includes a shaft having at least one portion that is supported on the housing by a material, or combination of materials, that is effective to transmit a lesser amount of vibrations caused by torsional vibrations transmitted from the source of rotational energy through loosely meshing gears contained within the power take-off than a direct metal-to-metal engagement. a housing ; an input mechanism disposed within the housing and adapted to be connected to the source of rotational energy; and an output mechanism disposed within the housing and adapted to be connected to a driven device, the output mechanism adapted to be rotatably driven by the input mechanism; wherein the power take-off comprises gears configured to loosely mesh in order to transmit power from the source of rotational energy to the input mechanism or another component of the power take-off; characterized in that , at least one of the input mechanism and the output mechanism includes a shaft having at least one portion that is supported on the housing by a material, or combination of materials, that is effective to transmit a lesser amount of vibrations caused by torsional vibrations transmitted from the source of rotational energy through loosely meshing gears contained within the power take-off than a direct metal-to-metal engagement.
A receiving device of a transport device for transporting filter rods (6 - 6'''') transported with compressed air of the tobacco processing industry, wherein the receiving device has a brake device which slows down the filter rods (6 - 6''''), and has an accelerating device which accelerates the filter rods (6 - 6''''), wherein the accelerating device is arranged in a transport direction of the filter rods (6 - 6'''') downstream of the brake device , wherein the brake device has at least two brake units, characterized in that the brake units are configured such that they actively slow down the filter rods (6 - 6''''), wherein the brake device comprises two pairs of decelerating rollers , wherein a first pair of decelerating rollers is arranged upstream of a second pair of decelerating rollers and the two pairs of decelerating rollers each have a predefinable peripheral speed of the decelerating rollers (3, 3', 3", 3'''), wherein the peripheral speed of the decelerating rollers (3, 3', 3", 3"') is substantially the same or is the same for both pairs of decelerating rollers and the pairs of decelerating rollers are arranged such that, in each case, a filter rod (6 - 6'''') is intermittently simultaneously in engagement with the first and the second pair of decelerating rollers .
A method for scale inhibition treatment of an operation comprising a water system comprising the step of introducing an aqueous scale inhibiting composition into the water system wherein the aqueous scale inhibiting composition comprises a polycarboxylic acid copolymer comprising the following monomers: i) one or more monoethylenically unsaturated acid and/or anhydride and/or one of its salts and ii) 4-styrene sulphonic acid. wherein i) the one or more monoethylenically unsaturated acid and/or anhydride and/or one of its salts is acrylic acid, methacrylic acid, or mixtures thereof. i) one or more monoethylenically unsaturated acid and/or anhydride and/or one of its salts and ii) 4-styrene sulphonic acid. i) the one or more monoethylenically unsaturated acid and/or anhydride and/or one of its salts is acrylic acid, methacrylic acid, or mixtures thereof.
A method of producing a flat sheet membrane element comprising: arranging a sheet filter membrane on a surface of a filter plate of a thermoplastic resin; and pressing a plurality of projections provided in a hot plate against the filter plate above a periphery of the filter membrane with different timing for each projection to abut on the filter membrane ; thereby bonding by forming a plurality of recessed bonding portions with different depths in the filter plate and by heat welding the filter membrane to the filter plate in each recessed bonding portion ; and sealing between the filter membrane and the filter plate along the periphery of the filter membrane ; characterized by pressing the plurality of projections , having different heights, of the hot plate against a flat filter plate surface. arranging a sheet filter membrane on a surface of a filter plate of a thermoplastic resin; and pressing a plurality of projections provided in a hot plate against the filter plate above a periphery of the filter membrane with different timing for each projection to abut on the filter membrane ; thereby bonding by forming a plurality of recessed bonding portions with different depths in the filter plate and by heat welding the filter membrane to the filter plate in each recessed bonding portion ; and sealing between the filter membrane and the filter plate along the periphery of the filter membrane ;
Electrical switchgear comprising at least one power switch and a grounding switch associated with said power switch for electrically grounding said power switch , wherein a first drive mechanism is provided for driving said power switch , and wherein a second drive mechanism is provided for driving said grounding switch , and wherein an interlocking unit is provided which is configured to lock said first drive mechanism and/or said second drive mechanism , wherein at least one locking element, which is a locking bolt (202; 202', 202''), is provided for locking said first drive mechanism and/or said second drive mechanism , and wherein a drive unit is provided to move said at least one locking bolt (202; 202', 202"), characterised in that said drive unit comprises at least one electromechanical actuator, wherein a control unit is provided for controlling an operation of said interlocking unit , wherein said first drive mechanism comprises a rotatable shaft to which a lever is attached for driving a rod linkage to effect movement of movable components of said at least one power switch , and wherein said second drive mechanism comprises a shaft and a locking disc which is arranged on said shaft in a torque proof manner, wherein said locking disc comprises at least one opening configured to receive an axial end section of said locking bolt .
A forecarriage of a motor vehicle comprising: a forecarriage frame ; a steering column tube , connected to the forecarriage frame ; a four-bar linkage connected to the forecarriage frame that supports, by means of a first supporting member and a second supporting member (31"), a first front wheel and a second front wheel (13") respectively; a steering column rotatingly housed in the steering column tube and connected to a first connecting bar which connects the first supporting member and the second supporting member (31") to one another; a suspension system (51; 51'; 51") allowing an up-and-down movement of the first front wheel and of the second front wheel (13") with respect to the four-bar linkage ; characterized in that: the first connecting bar has a variable length; a second connecting bar connects the first supporting member and the second supporting member (31") to one another; the second connecting bar is connected at points which are neutral with respect to the up-and-down movements of the first front wheel and the second front wheel (13"). a forecarriage frame ; a steering column tube , connected to the forecarriage frame ; a four-bar linkage connected to the forecarriage frame that supports, by means of a first supporting member and a second supporting member (31"), a first front wheel and a second front wheel (13") respectively; a steering column rotatingly housed in the steering column tube and connected to a first connecting bar which connects the first supporting member and the second supporting member (31") to one another; a suspension system (51; 51'; 51") allowing an up-and-down movement of the first front wheel and of the second front wheel (13") with respect to the four-bar linkage ;
An overhead traveling vehicle system (SYS) which has an overhead traveling vehicle comprising a main body , at least an upper surface of which is of a rectangular shape as viewed in a plan view, and a traveling wheel which is provided in each of four corners on the upper surface of the main body and is configured to roll on a traveling surface (R1a, R2a, R3a) of a track (R1, R2, R3), the main body being arranged below the track (R1, R2, R3) by means of connectors each extending downward from the traveling wheel , wherein the overhead traveling vehicle includes charging electrodes on the upper surface of the main body , and wherein a charger is arranged in a space above the traveling surface (R1a, R2a, R3a), at least a part of which overlaps with a movement space (K1) for the traveling wheels as viewed in a side view, and which does not overlap with the movement space (K1) as viewed in a plan view. a main body , at least an upper surface of which is of a rectangular shape as viewed in a plan view, and a traveling wheel which is provided in each of four corners on the upper surface of the main body and is configured to roll on a traveling surface (R1a, R2a, R3a) of a track (R1, R2, R3), the main body being arranged below the track (R1, R2, R3) by means of connectors each extending downward from the traveling wheel , wherein the overhead traveling vehicle includes charging electrodes on the upper surface of the main body , and wherein a charger is arranged in a space above the traveling surface (R1a, R2a, R3a), at least a part of which overlaps with a movement space (K1) for the traveling wheels as viewed in a side view, and which does not overlap with the movement space (K1) as viewed in a plan view.
Structural element forming a motor vehicle dashboard body that is intended to be installed in a transverse installation position inside a vehicle passenger compartment, having a one-piece openwork structure, which structure defines: - a first internal passage that passes all the way through the structural element and extends transversely when the structural element is in the installation position, the first passage being shaped so as to receive a crossmember that is in particular bent with a constant radius of curvature and having at least two fastening elements (141-144) that are intended to be fastened to the crossmember, - a second internal passage that connects the first passage to a face of the structural element that is directed towards the rear of the vehicle when the structural element is in the installation position, the second passage having at least one fastening element that is intended to fasten a steering column fastening support , characterized in that the one-piece openwork structure is in the form of a network of material forming meshes and nodes, produced by three-dimensional printing, incorporating into the dashboard body enclosures for storage boxes, airbag housings, and aeraulic ducts. - a first internal passage that passes all the way through the structural element and extends transversely when the structural element is in the installation position, the first passage being shaped so as to receive a crossmember that is in particular bent with a constant radius of curvature and having at least two fastening elements (141-144) that are intended to be fastened to the crossmember, - a second internal passage that connects the first passage to a face of the structural element that is directed towards the rear of the vehicle when the structural element is in the installation position, the second passage having at least one fastening element that is intended to fasten a steering column fastening support ,