mhurhangee/ep-ind-claims huggingface dataset:
Seeding apparatus comprising at least one share upstream of a press wheel, a depth wheel and at least one opening disc adjacent to the share, the share having a planar lateral face facing the opening disc and a frontal edge, the opening disc being mounted to rotate about an axis transverse to the direction of forward travel of the seeding apparatus and oriented obliquely relative to the said lateral face so that the disc comes flush with the said frontal edge of the share, characterized in that the share comprises a canal present on its rear face, to convey seeds, which surrounds the external periphery of the press wheel.
Surgical shaver with a tubular inner sleeve which can be rotated about its longitudinal axis and can be connected to a rotation drive, and with a tubular outer sleeve which surrounds the inner sleeve and is rotationally fixed with respect thereto, wherein the free distal ends of the inner sleeve and of the outer sleeve are open in the longitudinal direction, and wherein the outer sleeve has, in the region of its free end, at least one cutting bar extending in the longitudinal direction, projecting in the longitudinal direction and with at least one first cutting edge which has a component in the longitudinal direction and starts from the foot region of the cutting bar, and wherein the inner sleeve has, in the region of its free end, at least one first mating bar extending in the longitudinal direction, projecting in the longitudinal direction and extending substantially up to the free end of the at least one cutting bar, characterized in that the at least one cutting bar of the outer sleeve has at least one further cutting edge (9, 12) in the free end region, which edge has a component that is directed inward in the circumference direction.
Endoscope comprising: a window component made of a transparent material at the distal end of the endoscope, wherein the window component is not rotationally symmetric in relation to the direction of view; an optical correction apparatus (52, 53, 54, 56, 57) for correcting the aberration of the window component, wherein the correction apparatus comprises a cylinder lens (52, 53, 54, 56, 57). a window component made of a transparent material at the distal end of the endoscope, wherein the window component is not rotationally symmetric in relation to the direction of view; an optical correction apparatus (52, 53, 54, 56, 57) for correcting the aberration of the window component, wherein the correction apparatus comprises a cylinder lens (52, 53, 54, 56, 57).
A process for producing a composition comprising a polyamine-epihalohydrin resin that has a low level of 3-chloropropanediol-forming species and good gelation stability, comprising the steps: preparing the resin with a ratio of epihalohydrin: amine of less than 1.1: 1.0; treating a composition comprising a polyamine-epihalohydrin resin which includes 3-chloropropanediol forming species at a temperature of at least 20°C, at a pH of between 10.5 to 12.5, and for at least 5 minutes, with at least one basic agent to at least one of reduce and remove the 3-chloropropanediol-forming species; subsequent to the base treatment, treating the composition comprising a polyamine-epihalohydrin resin at a temperature of at least 35°C for 20 minutes to 5 hours with at least one acidic agent to obtain a gelation storage stable composition; and wherein the resulting reduced 3-chloropropanediol-forming, gelation storage stable resin composition produces less than 250 ppm dry basis of 3-chloropropanediol, when stored at pH 1 for 24 hours at 50°C and measured at 24 hours. preparing the resin with a ratio of epihalohydrin: amine of less than 1.1: 1.0; treating a composition comprising a polyamine-epihalohydrin resin which includes 3-chloropropanediol forming species at a temperature of at least 20°C, at a pH of between 10.5 to 12.5, and for at least 5 minutes, with at least one basic agent to at least one of reduce and remove the 3-chloropropanediol-forming species; subsequent to the base treatment, treating the composition comprising a polyamine-epihalohydrin resin at a temperature of at least 35°C for 20 minutes to 5 hours with at least one acidic agent to obtain a gelation storage stable composition; and
Sheetlike element comprising at least one heat-activatable adhesive, at least one inductively heatable material, and at least one thermally conductive filler, characterized in that the material of the filler has a thermal conductivity of at least 0.5 W/(m*K) and is electrically nonconducting and the electrical conductivity of the sheetlike element in a direction perpendicular to its average areal extent is zero.
A system implemented by a computer for enabling tracking of software, the system comprising: one or more hardware processors configured by machine-readable instructions to: receive marking input code corresponding to a computer program; identify locations of the marking input code that can be modified in ways that preserve functionality of the computer program; select at least one code transformation to apply to the marking input code, each of the at least one code transformation having a specific intrinsic constant; derive derived constants from the specific intrinsic constants; inject the at least one code transformation, including the corresponding derived constant into the marking input code; save the results of the above steps on computer readable media as marked code; and save metadata including a list of the derived constants on computer readable media in a file that is separate from the marked code, wherein the list of derived constants can be used for scanning other computer program code to determine if the other computer program code was derived from the marked code. receive marking input code corresponding to a computer program; identify locations of the marking input code that can be modified in ways that preserve functionality of the computer program; select at least one code transformation to apply to the marking input code, each of the at least one code transformation having a specific intrinsic constant; derive derived constants from the specific intrinsic constants; inject the at least one code transformation, including the corresponding derived constant into the marking input code; save the results of the above steps on computer readable media as marked code; and save metadata including a list of the derived constants on computer readable media in a file that is separate from the marked code, wherein the list of derived constants can be used for scanning other computer program code to determine if the other computer program code was derived from the marked code.
A method for allocating bits of an audio signal, comprising: dividing a frequency band of an audio signal into multiple sub-bands, and quantizing a sub-band normalization factor of each sub-band; classifying the multiple sub-bands into multiple groups, and acquiring a sum of intra-group sub-band normalization factors of each group, wherein the sum of intra-group sub-band normalization factors is a sum of sub-band normalization factors of all sub-bands in the group; performing initial inter-group bit allocation according to the sum of intra-group sub-band normalization factors of each group, to determine the initial number of bits of each group; performing secondary inter-group bit allocation based on the initial number of bits of each group, to allocate coding bits of the audio signal to at least one group, wherein a sum of bits allocated to the at least one group is the number of the coding bits of the audio signal; and allocating the bits of the audio signal that are allocated to the group to sub-bands in the group. dividing a frequency band of an audio signal into multiple sub-bands, and quantizing a sub-band normalization factor of each sub-band; classifying the multiple sub-bands into multiple groups, and acquiring a sum of intra-group sub-band normalization factors of each group, wherein the sum of intra-group sub-band normalization factors is a sum of sub-band normalization factors of all sub-bands in the group; performing initial inter-group bit allocation according to the sum of intra-group sub-band normalization factors of each group, to determine the initial number of bits of each group; performing secondary inter-group bit allocation based on the initial number of bits of each group, to allocate coding bits of the audio signal to at least one group, wherein a sum of bits allocated to the at least one group is the number of the coding bits of the audio signal; and allocating the bits of the audio signal that are allocated to the group to sub-bands in the group.
An apparatus for feeding metal bars in a controlled number from a first pick-up position, in which the bars are grouped in a bundle, to a second position for delivery to an operating unit, said apparatus comprising at least one rotary pick-up member set above or alongside the bundle of bars and provided with magnetically operating pick-up means, which are located in a peripheral position with respect to the axis of rotation of the pick-up member, for engaging the portion of a respective bar in said bundle and raising it into a higher position as a result of the movement of rotation of said rotary member, said apparatus comprises at least one further mobile member, which is operatively associated to said rotary member for engaging a raised portion of said bar corresponding or adjacent to the portion engaged by said rotary member and is pre-arranged for raising a remaining portion of said bar from said bundle.
Tugger train trailer for a tugger train, wherein the tugger train trailer has a support frame with at least one wheel and a load carrier arranged on the support frame so as to be able to be raised and lowered between a lowered position and a raised position by means of a lifting device, wherein the load carrier has a tine carrier, on which at least one load pickup means, in particular a fork tine, for picking up an item of loading equipment is arranged, characterized in that the lifting device has at least one lower link arm and at least one upper link arm, wherein the tine carrier is connected to the support frame by means of the link arms (30, 31) and wherein the upper link arm is spaced apart from the lower link arm in the vertical direction, wherein the kinematics of the link arms (30, 31) are designed such that, when the tine carrier is being raised from the lowered position into the raised position, a backwards tilting of the load pickup means is achieved.
Process for producing a second gas turbine, in which, proceeding from a first gas turbine, a first ceramic thermal barrier coating is removed from first turbine blades or vanes (120, 130) of the first gas turbine and new, second ceramic thermal barrier coatings (7′′′, 10') are applied to the first turbine blades or vanes (120, 130) from which the coating has been removed to produce second turbine blades or vanes, characterized in that the new, second ceramic thermal barrier coatings (7′′′, 10') differ significantly from the first ceramic thermal barrier coating, in which case a difference means that the layer nature is different due to the single-layer or two-layer nature of the ceramic thermal barrier coatings (7′′′, 10'), and wherein the second turbine blades or vanes are incorporated in the second gas turbine. for producing a second gas turbine, in which, proceeding from a first gas turbine, a first ceramic thermal barrier coating is removed from first turbine blades or vanes (120, 130) of the first gas turbine and new, second ceramic thermal barrier coatings (7′′′, 10') are applied to the first turbine blades or vanes (120, 130) from which the coating has been removed to produce second turbine blades or vanes, characterized in that the new, second ceramic thermal barrier coatings (7′′′, 10') differ significantly from the first ceramic thermal barrier coating, in which case a difference means that the layer nature is different due to the single-layer or two-layer nature of the ceramic thermal barrier coatings (7′′′, 10'), and wherein the second turbine blades or vanes are incorporated in the second gas turbine.
A method of operation of a dispensing machine for beverages and similar foodstuffs, comprising a user interface, heating means (7 and 8) for heating water, and a control unit connected to said heating means (7 and 8), wherein a plurality of machine operating parameters are stored in a memory of said control unit and wherein said heating means are put in an energy-saving mode for at least part of the time when said machine does not deliver a product, the dispensing machine characterized in that it comprises a delivery mode having a delivery temperature (Tdlvry) and at least two different energy saving levels having different temperatures (Tidle and Trest) for said energy-saving mode, wherein a first energy saving level has a first temperature (Tidle) and a second energy saving level has a second temperature (Trest) different from said first temperature (Tidle), and in selecting one of said energy-saving levels based on said machine operating parameters stored in said control unit, and in that said method comprises the steps of: generating a signal of user presence or absence, sending said signal to said control unit and operating said heating means (7 and 8) on the basis of the generated signal to increase or decrease the temperature of said water between said first temperature (Tidle) of said first energy saving level, said second temperature (Trest) of said second energy saving level and said delivery temperature (Tdlvry) of said delivery mode.
A brake disc comprising: - a support cap, intended to be connected to a wheel hub of a vehicle; - a braking band, intended to cooperate with a caliper of the disc brake, comprising two plates (31, 32) connected by a plurality of connecting members which define ventilation ducts; wherein a plurality of said connecting members having different shapes and/or dimensions are arranged according to a module which repeats itself an integral number of times along the braking band the connecting members comprise pillars having a relatively squat section; - said pillars define a straight median line; - said module (M 5) comprises pillars which are arranged on three arrays, including a radially inner array, a radially outer array, and a radially intermediate array, wherein - the radially inner array consists of only one short lozenge pillar, characterised in that the radially intermediate array consists of four lozenge pillars in the following order: a medium lozenge pillar, two long lozenge pillars (622, 623), and a medium lozenge pillar. - a support cap, intended to be connected to a wheel hub of a vehicle; - a braking band, intended to cooperate with a caliper of the disc brake, comprising two plates (31, 32) connected by a plurality of connecting members which define ventilation ducts; - said pillars define a straight median line; - said module (M 5) comprises pillars which are arranged on three arrays, including a radially inner array, a radially outer array, and a radially intermediate array, wherein - the radially inner array consists of only one short lozenge pillar,
An intaglio printing press (1; 1*) comprising a plate cylinder carrying one or more intaglio printing plates, the plate cylinder receiving ink from an inking system (9, 20, 23; 20*, 23*) having a plurality of chablon cylinders (23; 23*) transferring ink directly or indirectly onto the plate cylinder, the intaglio printing press (1; 1*) comprising an adjustment system acting on the chablon cylinders (23; 23*) in order to compensate elongation of the one or more intaglio printing plates, wherein the adjustment system comprises, for each chablon cylinder (23; 23*), an adjustable drive unit, characterised in that said adjustable drive unit is interposed between the chablon cylinder (23; 23*) acting as a rotating output body of the adjustable drive unit and a driving gear acting as a rotating input body of the adjustable drive unit, wherein the adjustable drive unit is designed to allow selected adjustment of a rotational speed of the chablon cylinder (23; 23*) with respect to a rotational speed of the driving gear, wherein, in an adjusting state of the adjustable drive unit, driving into rotation of the chablon cylinder (23; 23*) is adjusted over each revolution of the chablon cylinder (23; 23*) by means of an adjustment motor of the adjustable drive unit to change an inking length of the chablon cylinder (23; 23*) as transferred onto the plate cylinder, and wherein, in a non-adjusting state of the adjustable drive unit, the adjustment motor is inoperative and driving into rotation of the chablon cylinder (23; 23*) is performed exclusively mechanically via the adjustable drive unit, the chablon cylinder (23; 23*) rotating at a same rotational speed as the driving gear.
A power supply unit for an aerosol inhaler, the power supply unit comprising: a power supply configured to discharge power to a load for generating an aerosol from an aerosol source; a connector configured to be electrically connected to an external power supply; and a charger configured to convert power which is input from the connector into charging power for the power supply, characterized in that the power supply unit further comprises a first zener diode directly connected to a bus, wherein the bus electrically connects the connector and the charger, and wherein the first zener diode is connected in parallel with the charger, and the first zener diode is electrically disposed closer to an input terminal of the charger in which power is input than to an output terminal of the connector from which power is output, the first zener diode has a breakdown voltage, V BD, when an input voltage from the connector, Vin, between both ends of the first zener diode is equal to V BD, an output voltage of the first zener diode to the charger, Vout, is equal to V BD, and when Vin is lower than V BD, then Vout is equal to Vin. a power supply configured to discharge power to a load for generating an aerosol from an aerosol source; a connector configured to be electrically connected to an external power supply; and a charger configured to convert power which is input from the connector into charging power for the power supply, characterized in that the power supply unit further comprises a first zener diode directly connected to a bus, wherein the bus electrically connects the connector and the charger, and wherein the first zener diode is connected in parallel with the charger, and the first zener diode is electrically disposed closer to an input terminal of the charger in which power is input than to an output terminal of the connector from which power is output, the first zener diode has a breakdown voltage, V BD, when an input voltage from the connector, Vin, between both ends of the first zener diode is equal to V BD, an output voltage of the first zener diode to the charger, Vout, is equal to V BD, and when Vin is lower than V BD, then Vout is equal to Vin.
Inductor for the inductive heating of oil sand, oil shale or heavy oil deposits, comprising at least one conductor which has at least one interruption point, characterised in that two end regions of the conductor are connected at the interruption point by means of an electrically conducting connection element (8, 9), wherein the connection element (8, 9) has a specific resistance of at least 10 Ωm and at most 10 10 Ωm.
A method of transferring a molded article from a moveable mold half of a mold into a receptacle of a post-mold tool, the method comprising: separating the movable mold half from a stationary mold half of the mold, positioning the post-mold tool into a receiving position, which receiving position is between the movable mold half and the stationary mold half with the receptacle of the post-mold tool being in alignment with the molded article that is resident on the movable mold half, characterized by positioning the movable mold half closer to the post-mold tool to cause insertion of the molded article into the receptacle, and retracting the moveable mold half while simultaneously extending a stripping device thereof to eject the molded article from the moveable mold half and to transfer it into the receptacle. separating the movable mold half from a stationary mold half of the mold, positioning the post-mold tool into a receiving position, which receiving position is between the movable mold half and the stationary mold half with the receptacle of the post-mold tool being in alignment with the molded article that is resident on the movable mold half, characterized by positioning the movable mold half closer to the post-mold tool to cause insertion of the molded article into the receptacle, and retracting the moveable mold half while simultaneously extending a stripping device thereof to eject the molded article from the moveable mold half and to transfer it into the receptacle.
Method for switching between an operating mode of homogeneous, compression-fired combustion and an operating mode of conventional combustion of an internal combustion engine, wherein operating ranges of the types of operation are defined by at least the rotation speed and load, wherein switching between the operational ranges takes place as a function of the current operating time and of the current direction of movement of the operating point, characterized in that the switching also takes place as a function of the speed of the approach of the operating point to a range limit as well as as a function of the distance of the current operating point from the range limit, wherein the internal combustion engine is operated with homogeneous compression ignition within the range limit, and the internal combustion engine is operated with the conventional combustion method outside the range limit, wherein exiting from the current operating range or entry into a new operating range if it is predicted on the basis of the direction of movement and of the movement speed of the current operating point with respect to its occurrence in time.
Cover piece for covering a shaft of a household appliance, which has a cover plate, wherein a locking element (11, 12, 13, 14) for locking with a household appliance component is integrated on the cover plate, and the locking element (11 to 14) has an engagement channel which is open on the cover plate for engagement for an actuation element, and the engagement channel is accessible through a continuous hole in the cover plate, characterised in that the engagement channel is closed on an edge facing away from the cover plate.
Method of determining at least two components of the estimated speed () of an aircraft relative to the ground, characterized in that: - at least two images ( z 1 ( x, y), z 2 ( x, y)) of a same region of the ground are formed successively, the images comprising data of distance separating the aircraft from points of the observed region of the ground, and corresponding to measurements delivered by a range finder, - a first gross or observed speed is determined as a function of offsets ( d) between said images, - the gross or observed speed is combined by filtering with inertial measurements of the movement of the aircraft in order to form the estimated speed (). - at least two images ( z 1 ( x, y), z 2 ( x, y)) of a same region of the ground are formed successively, the images comprising data of distance separating the aircraft from points of the observed region of the ground, and corresponding to measurements delivered by a range finder, - a first gross or observed speed is determined as a function of offsets ( d) between said images, - the gross or observed speed is combined by filtering with inertial measurements of the movement of the aircraft in order to form the estimated speed ().