mhurhangee/ep-ind-claims huggingface dataset:
An apparatus of fixing spinous processes comprising: a spacer having a coupling portion and an inserting portion configured to be inserted between spinous processes of two neighboring vertebrae in order to support the spinous processes so as to prevent narrowing of the spinous processes which is generated by spinal bending; and a clip, connected to the spacer and configured to cover an outer surface of the spinous processes of the two neighboring vertebrae to prevent widening of a distance between the spinous processes generated by the spinal bending, characterised in that the clip, comprises a first contact portion configured to be received in a first inserting groove in a front surface of the spacer, or a projecting portion configured to be received in a second coupling groove of the spacer. a spacer having a coupling portion and an inserting portion configured to be inserted between spinous processes of two neighboring vertebrae in order to support the spinous processes so as to prevent narrowing of the spinous processes which is generated by spinal bending; and a clip, connected to the spacer and configured to cover an outer surface of the spinous processes of the two neighboring vertebrae to prevent widening of a distance between the spinous processes generated by the spinal bending, characterised in that the clip, comprises a first contact portion configured to be received in a first inserting groove in a front surface of the spacer, or a projecting portion configured to be received in a second coupling groove of the spacer.
A bed base comprising at least one motorized slat module, the motorized slat module comprising at least one slat row for carrying a mattress, an electrical motor and mechanical transmission means for moving the slat row in height direction of the bed base, and the bed base comprising an electrical control circuit and a control means for controlling the motor, and the slat row comprising two slat holders (24a, 24b) for holding a slat, each slat holder being connected to a slide which is moveable in height direction in a guide connected to a side board of the bed base, wherein the slide is connected through a mechanical transmission to a rotatable shaft driven by the motor, such that a rotational motion of the shaft is converted into a linear motion of the slat; characterised in that the bed base comprises pressure sensors, connected to the electrical control circuit, for measuring a pressure exerted upon the slats and a processor for receiving the pressure measured by the pressure sensors, and for controlling the motor of the slat module for minimizing the pressure.
An apparatus for winding a web into a roll comprising: a rotatably mounted reel spool having a first rotational axis; an endless belt encircling a rotatably mounted first support drum for rotation along a predetermined path of travel having a winding region and a web transport region, and the winding region is positioned adjacent to the reel spool and creates a first nip region; the apparatus characterised by: the first support drum having a second rotational axis positioned above the first rotational axis; and by comprising a rotatably mounted second support drum having a third rotational axis positioned below the first and second rotational axis, the second support drum further positioned adjacent to the reel spool to create a second nip region. a rotatably mounted reel spool having a first rotational axis; an endless belt encircling a rotatably mounted first support drum for rotation along a predetermined path of travel having a winding region and a web transport region, and the winding region is positioned adjacent to the reel spool and creates a first nip region; the apparatus characterised by: the first support drum having a second rotational axis positioned above the first rotational axis; and by comprising a rotatably mounted second support drum having a third rotational axis positioned below the first and second rotational axis, the second support drum further positioned adjacent to the reel spool to create a second nip region. the first support drum having a second rotational axis positioned above the first rotational axis; and by comprising a rotatably mounted second support drum having a third rotational axis positioned below the first and second rotational axis, the second support drum further positioned adjacent to the reel spool to create a second nip region.
Kit comprising a) a fixing hair treatment agent in solid form, which includes: - at least 1.0% by weight of at least one fixing polymer, - at least 0.1 % by weight of a dissolution accelerator, and which is present in the form of a granulate or as a solid block, b) a dispenser system by means of which the hair treatment product is used and which is made up of a mill or grater by means of which a powder is rubbed off from the solid block or from the granulate. a) a fixing hair treatment agent in solid form, which includes: - at least 1.0% by weight of at least one fixing polymer, - at least 0.1 % by weight of a dissolution accelerator, and which is present in the form of a granulate or as a solid block, - at least 1.0% by weight of at least one fixing polymer, - at least 0.1 % by weight of a dissolution accelerator, b) a dispenser system by means of which the hair treatment product is used and which is made up of a mill or grater by means of which a powder is rubbed off from the solid block or from the granulate.
An automatic machine for bending and/or calendering spacer profiles intended to form spacer frames for an insulating glazing unit comprising a carriage provided with clamps and having an intermittent and bidirectional action for moving the spacer profile; a bending head having jaws and a punch; a bending lever directly downstream of the punch that is provided with a rotary motion (ω), the coordinated operation of all these mechanisms actuating the bending and/or calendering, characterized in that downstream of the bending head there is arranged a mechanism that mates with and retains a portion of the spacer frame (3, 3', 3"), configured for supporting said portion and movably guiding said portion during all the operating steps of bending and/or calendering along a path that is synchronous with the geometric position described by said portion of the spacer frame during the forming of the spacer frame (3, 3', 3") performed by the carriage and by the bending head, in order to compensate the loads produced by the force of gravity and by inertial and friction reactions, wherein the mechanism comprises at least one arm rotatable by means of a motor and a support/carriage slidable along said arm, wherein said support/carriage comprises clamps (117f, 117g) for selectively coupling and uncoupling the spacer frame (3, 3', 3") to the support/carriage,.
Crop lifter of a mowing device of a harvester with at least one mowing finger, comprising a carrier rail, which is attachable with a first end on the mowing device, and a stalk lifter, which is connected to a second end of the carrier rail and which encloses with the carrier rail an acute angle, wherein a first portion of the stalk lifter, facing the carrier rail, consists of a U-formed profile part, when seen in cross-section, characterised in that a second portion of the stalk lifter, facing away from the carrier rail, consists of a tubular profile part, when seen in cross-section and that the two portions (9, 10) of the stalk lifter are formed integrally.
Soil-working machine comprising a transverse beam supporting work tools, a reference member and a levelling board extending between the said work tools and the said reference member, the said levelling board being vertically adjustable with respect to the said work tools, the said levelling board has a control bar actuated by means of an adjustment device to carry out a centralized vertical adjustment and means to transform a rotational movement of the said control bar into a translation movement of the said levelling board characterized in that the said means comprise an arm, one end of the said arm being rigidly fastened to the said control bar and the other end being connected to the said levelling board, the said arm is provided with an oblong hole in which a lug is brought to move, the said lug is linked to the said levelling board.
A trunk piston marine engine lubricating oil composition of TBN in the range of 20 to 60, such as 30 to 55, as measured by ASTM D2896, for improving asphaltene handling in use thereof, in operation of the engine when fuelled by a heavy fuel oil, which composition comprises an oil of lubricating viscosity, in a major amount, containing 55 mass % or more of a Group I basestock, and in respective minor amounts: a calcium alkyl salicylate detergent system providing 40 to 90, such as 50 to 85 or 60 to 80, mmol of calcium alkyl salicylate per kg of the composition, as determined by titration; and 1 to 7, such as 1.5 to 5, mass % active ingredient, based on the mass of the composition, of a polyalkenyl-substituted carboxylic acid anhydride, wherein the or at least one polyalkenyl group is derived from a polyalkene having a number average molecular weight of from 200 to 3,000. a calcium alkyl salicylate detergent system providing 40 to 90, such as 50 to 85 or 60 to 80, mmol of calcium alkyl salicylate per kg of the composition, as determined by titration; and 1 to 7, such as 1.5 to 5, mass % active ingredient, based on the mass of the composition, of a polyalkenyl-substituted carboxylic acid anhydride, wherein the or at least one polyalkenyl group is derived from a polyalkene having a number average molecular weight of from 200 to 3,000.
A coated tool comprising a base material and a diamond layer coated on a surface of the base material, wherein the diamond layer comprises a first coating layer located close to the base material and a second coating layer located on the first coating layer, wherein a mean particle size of second diamond particles constituting the second coating layer is smaller than a mean particle size of first diamond particles constituting the first coating layer, wherein the diamond layer contains hydrogen, and a hydrogen content in the second coating layer is larger than a hydrogen content in the first coating layer, and wherein residual stress in an intermediate position of the thickness of the first coating layer is compressive stress, and residual stress in an intermediate position of the thickness of the second coating layer is extension stress.
Vehicle with a bodywork, wherein a channel is formed in the bodywork which extends from an inlet (3, 40) to an outlet (4, 5, 8), wherein at least one control element (13, 43) is arranged movably in said channel and is adapted to force an airflow (11, 12) flowing through the channel to flow asymmetrically through the channel in order to thus generate a lateral force on the vehicle, characterized in that the channel is branched, wherein the outlet comprises two outlet openings (4, 5, 41, 42), wherein the control element (13, 43) is provided in order to force the airflow to flow more through one of the two outlet openings than through the other of the two outlet openings.
A fluidized-bed reactor system comprising one or more fluidized bed reactors (1, 2, 20) for carrying out chemical or physical reactions, wherein at least one reactor is implemented as a fast fluidized reactor to be operated as a circulating fluidized bed and comprises, at the upper end, a fluid outlet (5, 6), a particle separator (3, 4), and a particle line (7, 8) connected therewith to feed back separated fluidized-bed particles into the same or another reactor, wherein one or more flow controllers (18, 21) are provided in at least one fast fluidized reactor in order to create separate reaction zones (9, 10, 22) therein, characterized in that one or more of the flow controllers (18, 21) are accurately adjustable from outside of the system to control the flow conditions in the reaction zones (9, 10, 22).
Injection moulding device with a holding device for a rotatable central mould part in an injection moulding machine, with a lower turntable, which is rotatable about an axis of rotation, is driven by way of a motor and serves for holding the rotatable central mould part, a lower cross member, which is mounted movable in the longitudinal direction (x), supported by way of first bearing blocks and guide rails on a machine bed of the injection moulding machine, characterized in that there are second bearing blocks, by means of which the lower cross member is supported in the circumferential direction with respect to tie bars of the injection moulding machine and wherein the second bearing blocks are arranged in pairs on a tie bar at a distance (a) from one another along the tie bars.
A solid free-flowing particulate laundry detergent composition comprising: (a) C 11 -C 13 alkyl benzene sulphonate detersive surfactant; (b) C 11 -C 15 alkyl ethoxylated sulphate having an average degree of ethoxylation of from 0.5 to 3.0, and comprising a C 1 -C 5 alkyl branch in the position C2, and having an average degree of branching of from 0.01 to 0.25; (c) from 0wt% to 10wt% zeolite builder; and (d) from 0wt% to 10wt% phosphate builder. (a) C 11 -C 13 alkyl benzene sulphonate detersive surfactant; (b) C 11 -C 15 alkyl ethoxylated sulphate having an average degree of ethoxylation of from 0.5 to 3.0, and comprising a C 1 -C 5 alkyl branch in the position C2, and having an average degree of branching of from 0.01 to 0.25; (c) from 0wt% to 10wt% zeolite builder; and (d) from 0wt% to 10wt% phosphate builder.
A method for providing a certificate, wherein, in a first operating mode of a first computer system, which is defined as a standard operating mode, the following steps are carried out: a) a public key stored in a document is read by a first reader of the first computer system, b) the public key is transferred from the first computer system to a second computer system, wherein the second computer system is designed to generate the certificate, c) the certificate is received from the second computer system by the first computer system, d) the certificate is written to the document via the first reader, wherein the method comprises an automatic selection of a second operating mode when it is not possible for the public key to be read from the document via the first reader; wherein, in the second operating mode of the first computer system, the following steps are carried out instead of steps a) to d): e) a locking feature of the document is entered into the first computer system, f) the locking feature is transmitted from the first computer system to the second computer system, wherein the second computer system has access to a first database by which the locking feature is allocated to the public key of the document, g) the certificate is made available for transmission to a third computer system under the condition of a successful authentication to the second computer system with the aid of the locking feature, h) the certificate is received by the third computer system, i) the certificate is written to the document via a second reader of the third computer system. a) a public key stored in a document is read by a first reader of the first computer system, b) the public key is transferred from the first computer system to a second computer system, wherein the second computer system is designed to generate the certificate, c) the certificate is received from the second computer system by the first computer system, d) the certificate is written to the document via the first reader, e) a locking feature of the document is entered into the first computer system, f) the locking feature is transmitted from the first computer system to the second computer system, wherein the second computer system has access to a first database by which the locking feature is allocated to the public key of the document, g) the certificate is made available for transmission to a third computer system under the condition of a successful authentication to the second computer system with the aid of the locking feature, h) the certificate is received by the third computer system, i) the certificate is written to the document via a second reader of the third computer system.
A method for transmitting a Sounding Reference Signal SRS, comprising: acquiring scheduling information of an uplink transmission channel when the uplink transmission channel is being scheduled; determining a resource adopted by an uplink control channel corresponding to the scheduling information of the uplink transmission channel in accordance with a predetermined mapping relationship between the scheduling information of the uplink transmission channel and resources adopted by the uplink control channel for the transmission of an uplink control signal; and transmitting the SRS through the resource adopted by the uplink control channel; characterized in that, wherein the determining the resource adopted by the uplink control channel corresponding to the scheduling information of the uplink transmission channel in accordance with the predetermined mapping relationship between the scheduling information of the uplink transmission channel and the resources adopted by the uplink control channel for the transmission of the uplink control signal comprises: determining a resource adopted by a non-scheduled uplink control channel corresponding to the scheduling information of the uplink transmission channel in accordance with the predetermined mapping relationship between the scheduling information of the uplink transmission channel and the resources adopted by the uplink control channel for the transmission of the uplink control signal. acquiring scheduling information of an uplink transmission channel when the uplink transmission channel is being scheduled; determining a resource adopted by an uplink control channel corresponding to the scheduling information of the uplink transmission channel in accordance with a predetermined mapping relationship between the scheduling information of the uplink transmission channel and resources adopted by the uplink control channel for the transmission of an uplink control signal; and transmitting the SRS through the resource adopted by the uplink control channel; characterized in that, wherein the determining the resource adopted by the uplink control channel corresponding to the scheduling information of the uplink transmission channel in accordance with the predetermined mapping relationship between the scheduling information of the uplink transmission channel and the resources adopted by the uplink control channel for the transmission of the uplink control signal comprises: determining a resource adopted by a non-scheduled uplink control channel corresponding to the scheduling information of the uplink transmission channel in accordance with the predetermined mapping relationship between the scheduling information of the uplink transmission channel and the resources adopted by the uplink control channel for the transmission of the uplink control signal.
A package for holding and dispensing a delivery shaft assembly for delivery of an implant for the treatment of glaucoma wherein - the delivery shaft assembly comprises a delivery shaft having a lumen holding the implant, and an adapter configured for coupling to an inserter tool, - the inserter tool is provided with a discharge shaft configured to be received by the delivery shaft assembly lumen, and with an adapter coupling configured to couple with the adapter, wherein the delivery shaft and/or of the discharge shaft is moveable such that the implant is released from the lumen, characterised in that the the package comprises: - a vial and an insert mounted within a vial holding space, wherein the insert comprises: - a force receiving body configured to support the adapter during coupling to the inserter tool, - a delivery shaft retaining mechanism configured to releasably retain the delivery shaft, wherein an application of force by the inserter tool during coupling to the adapter actuates the delivery shaft retaining mechanism to release the retained delivery shaft for withdrawal of the delivery shaft assembly from the insert and vial. - the delivery shaft assembly comprises a delivery shaft having a lumen holding the implant, and an adapter configured for coupling to an inserter tool, - the inserter tool is provided with a discharge shaft configured to be received by the delivery shaft assembly lumen, and with an adapter coupling configured to couple with the adapter, wherein the delivery shaft and/or of the discharge shaft is moveable such that the implant is released from the lumen, characterised in that the the package comprises: - a vial and an insert mounted within a vial holding space, wherein the insert comprises: - a force receiving body configured to support the adapter during coupling to the inserter tool, - a delivery shaft retaining mechanism configured to releasably retain the delivery shaft, - a vial and an insert mounted within a vial holding space, wherein the insert comprises: - a force receiving body configured to support the adapter during coupling to the inserter tool, - a delivery shaft retaining mechanism configured to releasably retain the delivery shaft, - a force receiving body configured to support the adapter during coupling to the inserter tool, - a delivery shaft retaining mechanism configured to releasably retain the delivery shaft, wherein an application of force by the inserter tool during coupling to the adapter actuates the delivery shaft retaining mechanism to release the retained delivery shaft for withdrawal of the delivery shaft assembly from the insert and vial.
Lower container part (12; 112) of a sterile container (10; 110), said lower container part being closable by an upper container part (14; 114) of the sterile container (10; 110), said lower container part (12; 112) and said upper container part (14; 114) defining, in a closed position, a container interior (16; 116), a sealing device (18; 118) being held on said lower container part (12; 112) for the gastight or germ-proof sealing of the sterile container (10; 110) in the closed position, said sealing device comprising a circumferential sealing element (20; 120) bearing against the lower container part (12; 112) and adapted to be placed against the upper container part (14; 114), said sealing element (20; 120) comprising a lower container part sealing section (28; 128) with a lower container part sealing surface region (30; 130) bearing against the lower container part (12; 112), and an upper container part sealing section (24; 124) with an upper container part sealing surface region (26; 126) adapted to be placed against the upper container part (14; 114), wherein said sealing device comprises a pretensioning device (54; 154), which exerts a pretensioning force on at least the upper container part sealing section (24; 124) in the direction away from the lower container part (12; 112), wherein the pretensioning device (54; 154) comprises at least one pretensioning member (56; 156), which exerts a pretensioning force on at least the lower container part sealing section (28; 128) in the direction towards the lower container part (12; 112) or on the upper container part sealing section (24; 124) in the direction towards the upper container part (14; 114), wherein the at least one pretensioning member (56; 156) comprises a helical spring (58; 158) or is configured in the form of a helical spring (58; 158), characterized in that the helical spring (58; 158) defines an all-round helical line (60; 160), and wherein the helical spring (58; 158) exerts a force acting transversely, in particular, perpendicularly, to the helical line (60; 160) on at least one of the upper container part sealing section (24; 124) and/or the lower container part sealing section (28; 128).