mhurhangee/patent-ind-claim-en huggingface dataset:
Method for obtaining a tanned product, characterized in that it comprises: - at least one step for arranging raw hide; - at least one pretanning step, in which said raw hide is worked so as to obtain a pretanned hide, said pretanning step comprising at least: • a calcination operation, executed in a drum, in order to depilate said raw hide; • a subsequent decalcination operation, executed in a drum, in order to remove at least lime residues from said depilated raw hide, and • a subsequent pickling operation, executed in a drum, in order to obtain said pretanned hide; - at least one tanning step, in which said pretanned hide is treated in a drum and said tanning step comprises: • a first tannin treatment, executed at a temperature comprised between 15 and 30°C, with at least one first tanning product comprising tannins; • a second tannin treatment, executed at a temperature comprised between 20 and 35°C, with at least one second tanning product, which comprises tannins deriving from olive mill wastewater, in order to obtain a tanned hide; - at least one retanning step, in which said tanned hide is treated by means of at least one first retanning product, comprising tannins; said retanning step being executed within 168 hours from the start of said pretanning step. - at least one step for arranging raw hide; - at least one pretanning step, in which said raw hide is worked so as to obtain a pretanned hide, said pretanning step comprising at least: • a calcination operation, executed in a drum, in order to depilate said raw hide; • a subsequent decalcination operation, executed in a drum, in order to remove at least lime residues from said depilated raw hide, and • a subsequent pickling operation, executed in a drum, in order to obtain said pretanned hide; • a calcination operation, executed in a drum, in order to depilate said raw hide; • a subsequent decalcination operation, executed in a drum, in order to remove at least lime residues from said depilated raw hide, and • a subsequent pickling operation, executed in a drum, in order to obtain said pretanned hide; - at least one tanning step, in which said pretanned hide is treated in a drum and said tanning step comprises: • a first tannin treatment, executed at a temperature comprised between 15 and 30°C, with at least one first tanning product comprising tannins; • a second tannin treatment, executed at a temperature comprised between 20 and 35°C, with at least one second tanning product, which comprises tannins deriving from olive mill wastewater, in order to obtain a tanned hide; • a first tannin treatment, executed at a temperature comprised between 15 and 30°C, with at least one first tanning product comprising tannins; • a second tannin treatment, executed at a temperature comprised between 20 and 35°C, with at least one second tanning product, which comprises tannins deriving from olive mill wastewater, in order to obtain a tanned hide; - at least one retanning step, in which said tanned hide is treated by means of at least one first retanning product, comprising tannins;
A system including an electric motor , in particular an electric motor of the compact design, and an external receiving unit , wherein the electric motor is equipped with a housing , a stator , a rotor having a rotor winding located thereon or permanent magnets, a thermal protective device for protecting the electric motor against overheating, wherein a sensor unit accommodated at the rotor is provided as a thermal protective device, wherein the sensor unit includes a temperature sensor for recording temperature-based measured values, and a radio module with antenna for sending sensor signals temperature-based measured values, wherein data derived from the temperature-based measured values are transmitted via radio to the external receiving unit , characterized in that the sensor unit has a memory and a microcontroller , wherein the sensor unit is a self-powered assembly, wherein for sending the sensor signals, temperature-based measured values or data derived therefrom via radio, the sensor unit sends data packets at different times, wherein the sensor unit sends a data packet repeatedly one after the other, and wherein the sensor unit sends the same data packet over an established rotor offset at least twice. a housing , a stator , a rotor having a rotor winding located thereon or permanent magnets, a thermal protective device for protecting the electric motor against overheating, wherein a sensor unit accommodated at the rotor is provided as a thermal protective device, wherein the sensor unit includes a temperature sensor for recording temperature-based measured values, and a radio module with antenna for sending sensor signals temperature-based measured values, wherein data derived from the temperature-based measured values are transmitted via radio to the external receiving unit , characterized in that the sensor unit has a memory and a microcontroller , wherein the sensor unit is a self-powered assembly, wherein for sending the sensor signals, temperature-based measured values or data derived therefrom via radio, the sensor unit sends data packets at different times, wherein the sensor unit sends a data packet repeatedly one after the other, and wherein the sensor unit sends the same data packet over an established rotor offset at least twice.
A vehicle suspension group , comprising a hub bearing unit , an upright or knuckle for the hub bearing unit and a connection system between the hub bearing unit and the upright or knuckle; wherein the upright or knuckle comprises a reception seat for receiving a radially outer ring or element of the hub bearing unit; wherein the connection system comprises: - a radially outer lateral cylindrical surface of the radially outer ring or element of the hub bearing unit, configured to couple by interference fit with a radially inner lateral cylindrical surface of the reception seat ; - a plurality of lugs that protrude radially in a cantilever fashion from a front rim of the radially outer ring or element of the hub bearing unit opposite to the upright or knuckle; each lug being provided with an axial through-hole ; and - a screw for each lug mounted in and passing through the axial holes of the lugs and screwed inside respective threaded holes obtained in the upright or knuckle at a frontal surface of the latter; the radially outer ring or element of the hub bearing unit being fitted, on the side of one end thereof opposite to said lugs , into the seat of the upright or knuckle up to a substantial part of its axial length; the vehicle suspension group being characterised in that the connection system comprises: only a single pair of lugs that protrude radially in a cantilever fashion from the front rim of the radially outer ring or element of the hub bearing unit opposite to the upright or knuckle, the two lugs of the single pair of lugs and the respective threaded holes of the upright or knuckle being arranged diametrically opposite one another, circumferentially staggered by an amount equal to 180°. - a radially outer lateral cylindrical surface of the radially outer ring or element of the hub bearing unit, configured to couple by interference fit with a radially inner lateral cylindrical surface of the reception seat ; - a plurality of lugs that protrude radially in a cantilever fashion from a front rim of the radially outer ring or element of the hub bearing unit opposite to the upright or knuckle; each lug being provided with an axial through-hole ; and - a screw for each lug mounted in and passing through the axial holes of the lugs and screwed inside respective threaded holes obtained in the upright or knuckle at a frontal surface of the latter; the radially outer ring or element of the hub bearing unit being fitted, on the side of one end thereof opposite to said lugs , into the seat of the upright or knuckle up to a substantial part of its axial length; only a single pair of lugs that protrude radially in a cantilever fashion from the front rim of the radially outer ring or element of the hub bearing unit opposite to the upright or knuckle, the two lugs of the single pair of lugs and the respective threaded holes of the upright or knuckle being arranged diametrically opposite one another, circumferentially staggered by an amount equal to 180°.
A liquid formulation for an e-vaping device, the liquid formulation comprising: a vapor former including propylene glycol, water and substantially no amount of glycerol, wherein a concentration of propylene glycol in the vapor former is 80 percent by weight and a concentration of water in the vapor former is 20 percent by weight; nicotine, wherein a concentration of nicotine in the liquid formulation is equal to or lower than 1.5 percent by weight; and one or more acids, wherein the liquid formulation is configured to form a vapor having a particulate phase and a gas phase when heated in the e-vaping device. a vapor former including propylene glycol, water and substantially no amount of glycerol, wherein a concentration of propylene glycol in the vapor former is 80 percent by weight and a concentration of water in the vapor former is 20 percent by weight; nicotine, wherein a concentration of nicotine in the liquid formulation is equal to or lower than 1.5 percent by weight; and one or more acids, wherein the liquid formulation is configured to form a vapor having a particulate phase and a gas phase when heated in the e-vaping device.
A tandem blade , comprising: a front blade extending from a main body end , the front blade having a front blade pressure side disposed opposite a front blade suction side , each of the front blade pressure side and the front blade suction side extending between a front blade leading edge and a front blade trailing edge and a front blade tip extending from the front blade pressure side to the front blade suction side; and a rear blade extending from the main body end, the rear blade having a rear blade pressure side disposed opposite a rear blade suction side , each of the rear blade pressure side and the rear blade suction side extending between a rear blade leading edge and a rear blade trailing edge , and a rear blade tip extending from the rear blade pressure side to the rear blade suction side; characterised in that : the rear blade leading edge abuts the front blade trailing edge. a front blade extending from a main body end , the front blade having a front blade pressure side disposed opposite a front blade suction side , each of the front blade pressure side and the front blade suction side extending between a front blade leading edge and a front blade trailing edge and a front blade tip extending from the front blade pressure side to the front blade suction side; and a rear blade extending from the main body end, the rear blade having a rear blade pressure side disposed opposite a rear blade suction side , each of the rear blade pressure side and the rear blade suction side extending between a rear blade leading edge and a rear blade trailing edge , and a rear blade tip extending from the rear blade pressure side to the rear blade suction side; characterised in that : the rear blade leading edge abuts the front blade trailing edge.
Secure system for the storage and/or the transport of valuables, comprising at least: - a enclosure provided with at least one internal storage zone arranged to directly receive the valuables to be protected or a cassette containing the valuables to be protected, - a tank containing at least one neutralisation product, and - a short-circuit device disposed between the tank and the storage zone and configured to allow the transport of the neutralisation product either, when the valuables are directly stored in the storage zone , to spraying means connected to said tank and capable of projecting said neutralisation product in the storage zone , or only when a cassette is disposed in the storage zone towards the inside of said cassette, said secure system being characterised in that the short-circuit device comprises at least: - a nozzle arranged to cooperate with a wall of the cassette in such a way as to allow, when the latter is placed in the storage zone , the passage of the neutralisation product coming from the tank inside said cassette, and - a slide associated with said nozzle and capable of sliding, on the side opposite to said nozzle , along its longitudinal axis , in a sealed manner, inside a body between a "retracted" position in which the neutralisation product coming from the tank passes through the associated nozzle , and a "deployed" position in which the neutralisation product coming from the tank passes through the spraying means . - a enclosure provided with at least one internal storage zone arranged to directly receive the valuables to be protected or a cassette containing the valuables to be protected, - a tank containing at least one neutralisation product, and - a short-circuit device disposed between the tank and the storage zone and configured to allow the transport of the neutralisation product either, when the valuables are directly stored in the storage zone , to spraying means connected to said tank and capable of projecting said neutralisation product in the storage zone , or only when a cassette is disposed in the storage zone towards the inside of said cassette, - a nozzle arranged to cooperate with a wall of the cassette in such a way as to allow, when the latter is placed in the storage zone , the passage of the neutralisation product coming from the tank inside said cassette, and - a slide associated with said nozzle and capable of sliding, on the side opposite to said nozzle , along its longitudinal axis , in a sealed manner, inside a body between a "retracted" position in which the neutralisation product coming from the tank passes through the associated nozzle , and a "deployed" position in which the neutralisation product coming from the tank passes through the spraying means .
Device for immobilising a goods transport vehicle during the docking phases of said vehicle, comprising a positioned guiding means, a carriage (1.2) that moves along a guiding means and a means of moving said carriage (1.2) along the guiding means, the device being a device for immobilising a trailer having wheels only at the rear and a king pin (2.1) for coupling it to a tractor unit, the device comprising a base (1.1) anchored in the ground and forming a rail serving as a guiding means for the sliding carriage (1.2); said carriage (1.2) is equipped with at least one lifting arm (1.5) extended by a blocking head (1.6) fitted with a part (1.7) for supporting the king pin of the trailer, the lifting arm (1.5) and the blocking head (1.6) forming a removable prop, the sliding base being placed in the longitudinal axis of the docked trailer, axis where the rotation circle situated underneath the trailer is located for the coupling with the king pin, wherein the carriage (1.2) has a safety flap (1.3), characterised in that said device comprises: a remote technical column enabling said device to be operated without having to go underneath the trailer , the technical column comprising a siren with a light, the flap being configured so that when it is in the up position, if a tractor unit attempts to come and connect to the trailer, the safety flap (1.3) will be pushed by the vehicle's rear bumper and trigger the siren and light situated on the technical column to indicate to the driver that he must stop immediately before destroying the device .
Side sectional door , comprising a door leaf formed from a plurality of panels (22a-22e) articulated to one another, and a guide device for guiding the movement of the door leaf , and a sealing device for sealing a floor gap between the door leaf of the sectional door and the floor of a door opening to be closed by the door leaf , the sealing device comprising a floor seal attached to a door leaf , wherein 1.1 the floor seal is designed in such a way that it extends over a plurality of panels of the door leaf , wherein 1.2 the sealing device further comprises a threshold formation which can be stationarily fastened to the floor and has a protruding slide rail for guiding the door leaf , wherein 1.3 the floor seal has at least one fastening section and at least one sealing strip extending away from the fastening section , the fastening section having a fastening strip with a neck and a thickening which engages in a form-fitting manner in a complementary fastening receptacle provided on the panels or on a seal fastening device to be fastened to the panels characterized in that a recess formation is formed on the undersides of each of the panels , and in that the slide rail is designed to guide the door leaf by engaging in the recess formation , the slide rail having a length such that, in the closed state of the door leaf , it engages in the recess formation over a plurality of panels . 1.1 the floor seal is designed in such a way that it extends over a plurality of panels of the door leaf , wherein 1.2 the sealing device further comprises a threshold formation which can be stationarily fastened to the floor and has a protruding slide rail for guiding the door leaf , wherein 1.3 the floor seal has at least one fastening section and at least one sealing strip extending away from the fastening section , the fastening section having a fastening strip with a neck and a thickening which engages in a form-fitting manner in a complementary fastening receptacle provided on the panels or on a seal fastening device to be fastened to the panels characterized in that a recess formation is formed on the undersides of each of the panels , and in that the slide rail is designed to guide the door leaf by engaging in the recess formation , the slide rail having a length such that, in the closed state of the door leaf , it engages in the recess formation over a plurality of panels .
Device (102; 102a, ..., 102e) for controlling the operation of a power module composed of switches, each switch being composed of a plurality of power dies (305; 305a, ..., 305e) connected in parallel, the device comprising, for each power die of the power module: - means for sensing the temperature of the power die, characterized in that the device further comprises: - means for reducing the conducting time of the die if the sensed temperature of the power die is higher than the average die temperature across the power dies of at least one switch, the conducting time of the power die being reduced by modifying the duty cycle of the signal provided to the power die, the signal being a gating signal and the in that the device further comprises a respective amplifier for providing the gating signal to each power die. - means for sensing the temperature of the power die, characterized in that the device further comprises: - means for reducing the conducting time of the die if the sensed temperature of the power die is higher than the average die temperature across the power dies of at least one switch, the conducting time of the power die being reduced by modifying the duty cycle of the signal provided to the power die, the signal being a gating signal and the in that the device further comprises a respective amplifier for providing the gating signal to each power die.
Spraying apparatus, in particular for watering green areas, comprising a housing in which a provisioning channel for liquid is arranged or formed, and a spraying unit , which is moveably held on the housing , for spraying a liquid, which spraying unit has two or more nozzle elements and two or more supply channels for liquid which are associated with a respective nozzle element and are flow-connected to said nozzle element , wherein different spray patterns are providable with the nozzle elements and the spray pattern is variable by moving the spray unit relative to the housing , wherein the provisioning channel in a spray position of a respective nozzle element is flow-connected to the supply channel associated therewith, wherein a sealing device is provided which forms a spray position sealing contour that surrounds an outlet opening of the provisioning channel in a spray position sealing region and surrounds the inlet opening of the supply channel associated therewith in the spray position of a respective nozzle element for providing a sealed flow connection, wherein the inlet opening of a respective other supply channel is arranged outside of the spray position sealing region , and wherein the sealing device forms a residual liquid sealing contour which surrounds the inlet opening of the at least one further supply channel in a residual liquid sealing region for providing a seal between the housing and the spray unit , characterized in that , when changing the spray position from a first nozzle element to a second nozzle element of the two or more nozzle elements , one of the inlet openings of the supply channels associated with the nozzle elements exits the spray position sealing region and the inlet opening of the respective other supply channel enters the spray position sealing region when a portion of the first-mentioned inlet opening is still arranged in the spray position sealing region , such that the provisioning channel is flow-connected to both supply channels .
A memory device of a supply component of a printing device to be used with the printing device, the memory device comprising: corrective data corresponding with a reference color table stored in a memory device of the printing device, in which the printing device includes a print material saving mode and a standard mode wherein the corrective data include corrective residual values to be applied to nodes of the reference color table; the corrective data including a plurality of nodes to transform the reference color table to a customized color table for the print material saving mode; and wherein the corrective data is applicable to the reference color table as to transform nodes of the reference color table into nodes of the customized color table, wherein the reference color table is a color table to form a standard color table for the standard mode when corresponding standard residual values are added to corresponding nodes of the reference color table. corrective data corresponding with a reference color table stored in a memory device of the printing device, in which the printing device includes a print material saving mode and a standard mode wherein the corrective data include corrective residual values to be applied to nodes of the reference color table; the corrective data including a plurality of nodes to transform the reference color table to a customized color table for the print material saving mode; and wherein the corrective data is applicable to the reference color table as to transform nodes of the reference color table into nodes of the customized color table, wherein the reference color table is a color table to form a standard color table for the standard mode when corresponding standard residual values are added to corresponding nodes of the reference color table.