mhurhangee/ep-ind-claims huggingface dataset:
A rolling element bearing, consisting of an inner bearing ring, an outer bearing ring and a plurality of rolling elements, which roll between the bearing rings (2, 3) on inner and outer raceways (5, 6; 7, 8), and an angle-of-rotation limiting device arranged within the rolling element bearing, which angle-of-rotation limiting device limits the relative rotation between the inner bearing ring and the outer bearing ring within an angle-of-rotation range from 0° to greater than 360° and comprises at least one first stop element arranged on the inner bearing ring and at least one second stop element arranged on the outer bearing ring, wherein the first stop element of the angle-of-rotation limiting device, which first stop element is arranged on the inner bearing ring, is formed by a plurality of individual radial base bores arranged in peripheral succession in a row on the outer lateral surface of the inner bearing ring and by at least one slotted-hole-type radial base groove arranged between a first radial base bore and a last radial base bore, wherein one or two separate angle limiters protruding radially beyond the radial base bores or the radial base groove can be inserted into the radial base bores or the radial base groove depending on the size of the angle of rotation to be limited, and in that the second stop element of the angle-of-rotation limiting device, which second stop element is arranged on the outer bearing ring, is formed by a pivoting finger, which is fastened to the inner lateral surface of the outer bearing ring and extends to the radial base bores or the radial base groove in the inner bearing ring and is in stop connection with the angle limiters inserted into the radial base bores or into the radial base groove.
Milling tool for prosthetic surgery operations, comprising: a support part (21, 32) substantially semi-spherical in shape and made of metal, provided with a cutting part (81, 82) having a plurality of protruding cutting elements, an attachment part made of metal and permanently connected to said support part (21, 32) by welding, an attachment head provided with clamping means configured to be selectively activated for a stable and releasable connection to said attachment part, said attachment head being configured to be connected to a manipulator device, said attachment part being provided with a central connection seating, having a polygonal shape, configured to allow a selectively releasable connection with said attachment head, characterized in that said attachment part further comprises spokes between which through apertures are made. a support part (21, 32) substantially semi-spherical in shape and made of metal, provided with a cutting part (81, 82) having a plurality of protruding cutting elements, an attachment part made of metal and permanently connected to said support part (21, 32) by welding, an attachment head provided with clamping means configured to be selectively activated for a stable and releasable connection to said attachment part, said attachment head being configured to be connected to a manipulator device, said attachment part being provided with a central connection seating, having a polygonal shape, configured to allow a selectively releasable connection with said attachment head, characterized in that said attachment part further comprises spokes between which through apertures are made.
An electric power generation control device to be mounted to a motor vehicle, capable of controlling an electric power generation of an electric power generator when the electric power generator being driven by an internal combustion engine and supplying the electric power to a battery, the electric power generation control device comprising: a vehicle state obtaining section (S91, S111, S131) configured to obtain a battery state of the battery and a vehicle state of the motor vehicle; and a parameter calculation section (S92 to S98, S112 to S117, S132 to S137) configured to calculate charging parameters (ΔDbatt, ΔTbatt, Vrefu) and vibration suppression parameters (ΔDa, ΔTa), the charging parameters (ΔDbatt, ΔTbatt, Vrefu) being necessary for maintaining a residual charge of the battery within a predetermined range, and the vibration suppression parameters (ΔDa, ΔTa) being necessary for suppressing vibration of the motor vehicle; characterized by an exciting current setting section (S99, S118, S119, S138, S139) configured to determine an exciting current to be flowing in an excitation winding of the electric power generator on the basis of the charging parameters and the vibration suppression parameters, wherein the parameter calculation section (S92 to S98, S112 to S117, S132 to S137) is configured to calculate, as the charging parameters, a maintaining current which is the exciting current necessary for maintaining the residual charge of the battery within the predetermined range, and to calculate, as the vibration suppression parameters, a vibration suppression current corresponding to the exciting current converted from a torque of the electric power generator necessary for suppressing vibration of the motor vehicle, and the exciting current setting section (S99, S118, S119, S138, S139) is configured to determine a sum of the maintaining current and the vibration suppression current as the exciting current to be supplied to the excitation winding of the electric power generator. a vehicle state obtaining section (S91, S111, S131) configured to obtain a battery state of the battery and a vehicle state of the motor vehicle; and a parameter calculation section (S92 to S98, S112 to S117, S132 to S137) configured to calculate charging parameters (ΔDbatt, ΔTbatt, Vrefu) and vibration suppression parameters (ΔDa, ΔTa), the charging parameters (ΔDbatt, ΔTbatt, Vrefu) being necessary for maintaining a residual charge of the battery within a predetermined range, and the vibration suppression parameters (ΔDa, ΔTa) being necessary for suppressing vibration of the motor vehicle;
Floating unit for offshore drilling operations comprising at least one floating structure which defines a main deck, above which a drill floor is placed, and at least one drilling tower having a box-like structure which extends above the drill floor next to at least one moonpool which vertically crosses the floating structure at the drill floor as far as the bottom of said floating structure, wherein the drilling tower is directly supported by a support structure structurally integrated with the floating structure and wherein the support structure of the tower and/or the tower crosses the drill floor, the drill floor being structurally supported by the support structure of the tower and/or by the drilling tower itself, the support structure of the tower extending vertically inside the floating structure, wherein: - the support structure is structurally integrated with the main deck resting thereon; or - the floating structure defines one or more secondary decks positioned below the main deck, the support structure of the tower being structurally integrated with one of said secondary decks resting thereon; or - the floating structure is provided with a bottom the support structure of the tower being structurally integrated with the bottom of the floating structure resting thereon, wherein the support structure of the tower comprises a main portion which extends along a main vertical extension axis, laterally to said moonpool, characterized in that the support structure of the tower comprises a portion of interface and connection with a base of the tower, said interface portion being offset in relation to the main vertical extension axis of the support structure and being at least partially overlapped with the moonpool, so that by means of the interface portion the support structure is supporting the tower at least partially to overhang above the moonpool. - the support structure is structurally integrated with the main deck resting thereon; or - the floating structure defines one or more secondary decks positioned below the main deck, the support structure of the tower being structurally integrated with one of said secondary decks resting thereon; or - the floating structure is provided with a bottom the support structure of the tower being structurally integrated with the bottom of the floating structure resting thereon,
A method for the registration of transport movements on public roads of manure, in particular semi-liquid manure, in a manure transport vehicle from a storage location of a supplier of manure to a delivery location of a buyer of manure, comprising the steps of: a) transferring an amount of manure to be transported into a manure transport vehicle at the storage location, during which transfer the weight of the amount of manure transferred is determined, b) transporting the manure to a delivery location in the manure transport vehicle; and c) transferring manure from the manure transport vehicle to a manure collecting device at the delivery location, during which transfer the weight of the amount of manure being transferred is determined; d) wherein W1 and W2 are instantaneously transmitted to a registering authority by electronic means, prior to step c), in the case of W1, and after step c) in the case of W2, characterised in that several analyses of the composition of the manure flowing to or into the manure transport vehicle are carried out during the transfer in step a), the data of which analyses are transmitted to the registering authority prior to step c). a) transferring an amount of manure to be transported into a manure transport vehicle at the storage location, during which transfer the weight of the amount of manure transferred is determined, b) transporting the manure to a delivery location in the manure transport vehicle; and c) transferring manure from the manure transport vehicle to a manure collecting device at the delivery location, during which transfer the weight of the amount of manure being transferred is determined; d) wherein W1 and W2 are instantaneously transmitted to a registering authority by electronic means, prior to step c), in the case of W1, and after step c) in the case of W2,
Brake master cylinder for a hydraulic vehicle brake system, having a first piston which can be displaced in the brake master cylinder in an actuating direction in order to generate a brake pressure, having a second piston which can likewise be displaced in the brake master cylinder, is loaded with the same pressure as the first piston, and loads the same brake circuit as the first piston, having a driver device (11, 19) which moves the second piston together with the first piston in the actuating direction after a predefined displacement travel of the first piston in relation to the second piston, characterized in that the second piston can be displaced in the brake master cylinder counter to the actuating direction beyond a starting position, and in that the brake master cylinder has a supporting spring for the second piston, which supporting spring supports the second piston against a displacement in the brake master cylinder counter to the actuating direction.
A method for producing a thermoformed container which comprises: - a container body having a bottom wall and a circumferential side wall extending upwardly from the bottom wall and terminating in an outwardly directed peripheral flange having an upper surface defining an access opening into an interior compartment of the container body, and - a peripheral frame member which surrounds at least partially the peripheral flange of the container body and which has an upper surface intended to be sealed to a lidding film to form a closure lid, in which method the container body and the peripheral frame member are thermoformed in one piece from a thermoplastic foil and are separated from one another by die-cutting along a discontinuous die-cut line containing bridging elements attaching the peripheral frame member of the closure lid to the peripheral flange of the container body so that next to said die-cut line the upper surface of the peripheral frame member is substantially at a same level as the upper surface of the peripheral flange, the peripheral flange of the container body and the peripheral frame member of the lid being next to said die-cut line less flexible than said lidding film, characterised in that when producing the container body and the peripheral frame member, one or more bulges are formed in the peripheral flange and in the peripheral frame member, which bulges are divided by said die-cut line in two parts (31, 32), a first part being located on the peripheral flange and a second part on the peripheral frame member, and are compressed in particular when die-cutting said die-cut line and/or when sealing said lidding film onto the upper surface of the peripheral flange and onto the upper surface of the peripheral frame member so that the first and second parts of the bulges form mutually co-operating latching tabs. - a container body having a bottom wall and a circumferential side wall extending upwardly from the bottom wall and terminating in an outwardly directed peripheral flange having an upper surface defining an access opening into an interior compartment of the container body, and - a peripheral frame member which surrounds at least partially the peripheral flange of the container body and which has an upper surface intended to be sealed to a lidding film to form a closure lid,
Safety device for a lifting apparatus, the safety device comprising a support element and at least one safety element integral with the support element, the at least one safety element comprising a sustaining element, a traction element mechanically connected to the sustaining element in such a way as to allow a movement of the traction element, and a command element configured to open an electrical safety contact when the traction element moves with respect to a predetermined position, the safety device comprises a driver element connected at one end thereof with the traction element and configured to exert a traction force on the traction element directed toward the sustaining element, characterized in that it comprises a first locking element which protrudes from an upper end of the sustaining element and which is configured to intercept an overturned module of a substantially vertical bearing column in order to contain the rotation thereof, and/or a second locking element in correspondence with a lower end of the sustaining element and configured to be disposed behind at least one pillar of said substantially vertical bearing column, said at least one pillar being proximal with respect to the position of said safety device.
A method for ventilating, heating and/or cooling a room of a building or the like, by respectively using a volume flow adjusting device, an induction device and/or a heat exchanger, depending on a mode of operation used, - whereby, in a first room flow mode, first secondary air passes the heat exchanger under the effect of the induction device and is introduced, together with first primary air fed to the induction device, into the room, - whereby second primary air (36") is introduced into the room in a second room flow mode different from the first room flow mode, - and whereby the volume flow adjusting device controls and/or regulates the volume flows of the first and second primary air (36', 36") as a function of a material and/or thermal room load of the room, - characterised in that the first room flow mode is a mixing / displacement ventilation and the second room flow mode is a displacement ventilation. - whereby, in a first room flow mode, first secondary air passes the heat exchanger under the effect of the induction device and is introduced, together with first primary air fed to the induction device, into the room, - whereby second primary air (36") is introduced into the room in a second room flow mode different from the first room flow mode, - and whereby the volume flow adjusting device controls and/or regulates the volume flows of the first and second primary air (36', 36") as a function of a material and/or thermal room load of the room, - characterised in that the first room flow mode is a mixing / displacement ventilation and the second room flow mode is a displacement ventilation.
Thermal insulating façade construction component comprising an element made of thermal insulating material having an upper and a lower wall, an inner and an outer vertical wall and vertical side walls, wherein the internal vertical wall, located inside the building, is at least partially coated with a layer of binder material bonded to the element, and the element has at least one horizontal hole, characterised in that it has a vertical pass-through gap oriented towards the upper and lower wall, and the gap is closed towards the side walls, whereby the at least one horizontal hole and the vertical gap are filled with binder material, and the horizontal hole intersects the vertical gap.
A dry stabilizing composition in a glassy state prepared according to the preparation method of any one of claims 7 to 10 comprising a biological material, wherein the stabilizing composition comprises (a) 0.5-90% of a carbohydrate component, wherein the carbohydrate component comprises a disaccharide, a oligosaccharide and a polysaccharide, (b) 0.5-40% of a protein component comprising a hydrolyzed protein, and (c) a salt of an organic acid comprising between 0.5-20% carboxylic acid, wherein the biological material comprises a live, dead or attenuated cell, a microbe, a virus, a bacterium, a probiotic bacterium, a plant or soil bacterium, a yeast, a cell culture, a protein, a recombinant protein, an enzyme, a peptide, a hormone, a vaccine, an antibiotic, a drug, or a mixture thereof; wherein the polysaccharide is selected from the group consisting of cellulose acetate phthalate, carboxy-methyl-cellulose, pectin, sodium alginate, salts of alginic acid, hydroxyl propyl methyl cellulose (HPMC), methyl cellulose, carrageenan, gellan gum, guar gum, gum acacia, xanthan gum, locust bean gum, chitosan and chitosan derivatives, polyglycolic acid, starches and modified starches, and a mixture thereof; wherein the oligosaccharide is selected from the group consisting of cyclodextrins, inulin, maltodextrins, dextrans, fructo-oligosaccharides, galactooligosaccharides, mannan-oligosaccharides, and a mixture thereof; wherein the carboxylic acid is selected from the group consisting of lactic acid, ascorbic acid, maleic acid, oxalic acid, malonic acid, malic acid, succinic acid, citric acid, gluconic acid, glutamic acid, and a mixture thereof.
A printing system (100, 200, 300, 400, 500) comprising: a plurality of nozzles configured to eject a printing agent composition on a substrate (230, 330, 430, 530) to print a print job, wherein the printing agent composition comprises pigments, colorants, and/or inks; and a controller configured to: receive the print job comprising an outline and a fill area to be printed, define a first subset of the plurality of nozzles as a first printing mode to print the outline, define a second subset of the plurality of nozzles as a second printing mode to print the fill area, wherein the second subset comprises more nozzles than the first subset, and print the print job based on the first printing mode and the second printing mode. a plurality of nozzles configured to eject a printing agent composition on a substrate (230, 330, 430, 530) to print a print job, wherein the printing agent composition comprises pigments, colorants, and/or inks; and a controller configured to: receive the print job comprising an outline and a fill area to be printed, define a first subset of the plurality of nozzles as a first printing mode to print the outline, define a second subset of the plurality of nozzles as a second printing mode to print the fill area, wherein the second subset comprises more nozzles than the first subset, and print the print job based on the first printing mode and the second printing mode. receive the print job comprising an outline and a fill area to be printed, define a first subset of the plurality of nozzles as a first printing mode to print the outline, define a second subset of the plurality of nozzles as a second printing mode to print the fill area, wherein the second subset comprises more nozzles than the first subset, and print the print job based on the first printing mode and the second printing mode.
A frame for spectacles comprising a front mount having respective lateral lugs which are provided for the articulation of respective arms for the purpose of producing the articulated connection of each arm to the front mount, characterized in that each lug comprises a first lug portion which extends into a second lug portion which is folded on the first portion in a position facing the first portion, the second portion comprising a first through-opening which is laterally delimited by a pair of opposing wings (9a, 9b) which are spaced apart from each other, the wings being connected at the free end of the second lug portion by a cross-member, an extension piece which extends from the cross-member inside the opening and in the direction of the first lug portion, in that each arm comprises, in the region of the free end thereof directed towards the corresponding lug, an arm portion which is extended into an end head, a second opening being formed so as to extend through the arm portion in the region of a connection zone between the arm portion and the end head of the arm, in that the arm portion is received with limited transverse connection play between the wings (9a, 9b) and the extension piece is engaged with limited connection play in the second opening so that, during the movement between respective opening and closure positions of the arm on the frame, the arm portion can be moved away from and towards those positions, in a manner guided and in abutment transversely between the opposing wings (9a, 9b) of the second lug portion, and the extension piece is slidingly guided inside the second opening, in order to bring about a hinge movement between the lug and the arm, and in that, during the connection of each arm to the corresponding lug, the end head of an arm is interposed between the cross-member and the first lug portion so that, as a result of the mutual movement apart of the first lug portion and second lug portion owing to the movement of the head during the rotation movement of the arm, there is generated a resilient return urging action of the second lug portion towards the first lug portion.
Steering device for small vehicles operated by muscle power and/or electrically with a transverse control arm, which is arranged on a height adjustable steering rod, in which the steering rod has two telescopic tubes (13, 14) and the inner tube has at least two openings or grooves (16, 17) arranged at different heights, into which a snap-in element that may move radially accommodated in the outer tube may snap, and in which a height adjustment and locking device is provided, which has a clamping sleeve surrounding both tubes (13, 14) at their connecting point, which may be displaced against the force of a spring along the inner tube in the direction of the outer tube and which is provided with a conically tapering end section (20.1) encompassing the outer tube on its inside, which in the relaxed state of the spring acts on an outer surface of the snap-in element projecting radially outwards through an opening in the outer tube and presses the snap-in element radially inwards through this, characterised in that the spring is arranged between a first slide bushing arranged protected against torsion in the end section of the outer tube with a radial opening for the snap-in element and a second slide bushing surrounding the inner tube and the clamping sleeve is connected to the second slide bushing.