mhurhangee/ep-ind-claims huggingface dataset:
An authentication method of an information processing apparatus, comprising: acquiring authentication information from an authentication system connected to the information processing apparatus via a bidirectional communication interface; storing first user information of a user requesting authentication based on the authentication information in a predetermined area which a printer driver can refer to; determining whether or not first user information is stored in the predetermined storage area displaying a confirmation screen that does not accept a change in the first user information in a case where it is determined that the first user information is stored in the predetermined storage area, or displaying a confirmation screen that accepts a change in second user information based on an instruction set via the printer driver in a case where it is determined that the first user information is not stored in the predetermined storage area; and generating print data using the printer driver; and transmitting the first user information and the print data generated under control of the printer driver to a printer in the case where it is determined that the first user information is stored in the predetermined storage area, or transmitting the second user information and the print data generated under control of the printer driver to the printer in the case where the first user information is not stored in the predetermined storage area. acquiring authentication information from an authentication system connected to the information processing apparatus via a bidirectional communication interface; storing first user information of a user requesting authentication based on the authentication information in a predetermined area which a printer driver can refer to; determining whether or not first user information is stored in the predetermined storage area displaying a confirmation screen that does not accept a change in the first user information in a case where it is determined that the first user information is stored in the predetermined storage area, or displaying a confirmation screen that accepts a change in second user information based on an instruction set via the printer driver in a case where it is determined that the first user information is not stored in the predetermined storage area; and generating print data using the printer driver; and transmitting the first user information and the print data generated under control of the printer driver to a printer in the case where it is determined that the first user information is stored in the predetermined storage area, or transmitting the second user information and the print data generated under control of the printer driver to the printer in the case where the first user information is not stored in the predetermined storage area.
Machine for printing on tiles and the like, comprising a support structure for a plurality of printing modules comprising respective heads provided with nozzles for ejecting a printing fluid, and means for advancing the tiles to be printed according to a direction arranged below said printing modules, characterised in that each of said printing modules is slidably associated to said support structure according to a given sliding direction by guiding means of the telescopic type comprising a stationary portion, integrally associated with said support structure, and a movable portion, associated with said printing module, so as to be able to be translated outside from the encumbrance of said advancing means.
Method for heating a preform made of plastic material for the production of a hollow body by forming from the preform, which comprises the operations consisting in: - introducing the preform into an oven provided with sources of monochromatic or pseudo-monochromatic electromagnetic radiation emitting in the infrared; - exposing the preform to the radiation from the sources, set to a predetermined emission power, for a predetermined exposure time; - measuring a temperature ( T ext) on an outer wall of the preform; characterized in that it comprises an operation consisting in: - adjusting the exposure time and/or the emission power as long as said temperature ( T ext), measured at an output of the oven, does not lie between Tg and 1.8• Tg, in which Tg is the glass transition temperature of the material. - introducing the preform into an oven provided with sources of monochromatic or pseudo-monochromatic electromagnetic radiation emitting in the infrared; - exposing the preform to the radiation from the sources, set to a predetermined emission power, for a predetermined exposure time; - measuring a temperature ( T ext) on an outer wall of the preform; characterized in that it comprises an operation consisting in: - adjusting the exposure time and/or the emission power as long as said temperature ( T ext), measured at an output of the oven, does not lie between Tg and 1.8• Tg, in which Tg is the glass transition temperature of the material.
A powdery or granular material combination weigher comprising a plurality of scale units each having a respective weighing hopper, the combination weigher further comprising a multiple volumetric feeder (20;50) provided with: a movable volumetric measure (52; 92), comprising a plurality of volumetric measure portions (53, 93) for accommodating a predetermined volume of the powdery or granular material, that moves between a charging position at which powdery or granular material is charged into the movable volumetric measure (52; 92) and a discharging position at which the powdery or granular material is discharged to the weighing hoppers,; and a selecting means for selectively supplying powdery or granular material only to the weighing hoppers of selected scale units from the plurality of scale units, wherein the selecting means comprises a plurality of charge-restricting plates provided at the charging position for selecting whether or not the powdery or granular material is charged into a volumetric measure portion (53, 93) of the movable volumetric measure (52; 92); or a a plurality of discharge-restricting plates (41; 61) provided at the discharging position for restricting the charging of the powdery or granular material from a volumetric measure portion (53, 93) of the movable volumetric measure (52; 92) into a weighing hopper. a movable volumetric measure (52; 92), comprising a plurality of volumetric measure portions (53, 93) for accommodating a predetermined volume of the powdery or granular material, that moves between a charging position at which powdery or granular material is charged into the movable volumetric measure (52; 92) and a discharging position at which the powdery or granular material is discharged to the weighing hoppers,; and a selecting means for selectively supplying powdery or granular material only to the weighing hoppers of selected scale units from the plurality of scale units, wherein the selecting means comprises a plurality of charge-restricting plates provided at the charging position for selecting whether or not the powdery or granular material is charged into a volumetric measure portion (53, 93) of the movable volumetric measure (52; 92); or a a plurality of discharge-restricting plates (41; 61) provided at the discharging position for restricting the charging of the powdery or granular material from a volumetric measure portion (53, 93) of the movable volumetric measure (52; 92) into a weighing hopper.
Method for determining a highly accurate position of a vehicle, comprising the following steps: - recording surroundings data values that represent surroundings of the vehicle, the surroundings comprising multiple surroundings features (210, 220), wherein the multiple surroundings features (210, 220) have at least two mutually independent, regular structures and wherein the surroundings data values comprise at least the two mutually independent, regular structures; - performing a comparison of the surroundings data values against a map, wherein a relationship between the at least two mutually independent, regular structures is determined, the comparison being made on the basis of the relationship; - determining the highly accurate position of the vehicle on the basis of the comparison; and - providing a signal from the highly accurate position, the highly accurate position having a maximum fuzziness of 10 centimetres. - recording surroundings data values that represent surroundings of the vehicle, the surroundings comprising multiple surroundings features (210, 220), wherein the multiple surroundings features (210, 220) have at least two mutually independent, regular structures and wherein the surroundings data values comprise at least the two mutually independent, regular structures; - performing a comparison of the surroundings data values against a map, wherein a relationship between the at least two mutually independent, regular structures is determined, the comparison being made on the basis of the relationship; - determining the highly accurate position of the vehicle on the basis of the comparison; and - providing a signal from the highly accurate position, the highly accurate position having a maximum fuzziness of 10 centimetres.
A thermoplastic composition comprising a blend of: one or more thermoplastic organic materials, with a thermoplastic masterbatch composition comprising one or more thermoplastic organic materials, a silicone elastomer; and optionally an uncured organopolysiloxane polymer in which masterbatch there is contained from 20% to 60% by weight of cross-linked silicone elastomer based on the weight of (B 1) + +, and in which thermoplastic composition there is a total of from 0.2 to 25% by weight of cross-linked silicone elastomer based on the weight of +. one or more thermoplastic organic materials, with a thermoplastic masterbatch composition comprising one or more thermoplastic organic materials, a silicone elastomer; and optionally an uncured organopolysiloxane polymer one or more thermoplastic organic materials, a silicone elastomer; and optionally an uncured organopolysiloxane polymer in which masterbatch there is contained from 20% to 60% by weight of cross-linked silicone elastomer based on the weight of (B 1) + +, and in which thermoplastic composition there is a total of from 0.2 to 25% by weight of cross-linked silicone elastomer based on the weight of +.
A head for an oral care implement, the head having an outer rim and an inner portion, the head comprising at least one tooth cleaning element of a first type (16, 66) and at least one tooth cleaning element of a second type, the at least one tooth cleaning element of the first type (16, 66) being arranged at the inner portion of the head, and the at least one tooth cleaning element of the second type being arranged at the outer rim of the head, the at least one tooth cleaning element of the first type (16, 66) being a tuft of a first type (16, 66) comprising a plurality of filaments (20, 68), each filament (20, 68) having a longitudinal axis and a substantially cross-shaped cross-sectional area extending in a plane substantially perpendicular to the longitudinal axis, the cross-shaped cross-sectional area having four projections and four channels, the projections and channels being arranged in an alternating manner, characterized in that the at least one tuft of the first type (16, 66) has a packing factor within a range from 40% to 49%, preferably from 45% to 49%.
Electrochemical device, in particular electrolysis device, in particular polymer-electrolyte membrane electrolysis device, with at least one cellular unit comprising at least one electrochemical cell (14, 16) and with at least one fluid supply for a supply of the cellular unit with at least one fluid that flows in at least one flow direction, the fluid supply comprising at least one fluid quality unit that is configured for a treatment of the fluid and is arranged upstream of the cellular unit in the flow direction, characterised by a monitoring unit comprising at least one fluid quality sensor which is configured for an automated measuring of a fluid quality parameter of the fluid, the monitoring unit being configured to control and/or regulate in at least one fault state, depending on the measured fluid quality parameter of the fluid, at least a flow-through quantity of the fluid through the cellular unit by an adaption of a flow rate through a bypass path of the fluid supply, the fluid supply comprising at least one first switch valve that is arranged upstream of the cellular unit in the flow direction and at least one second switch valve that is arranged downstream of the cellular unit in the flow direction, wherein the monitoring unit is configured for an actuation of the switch valves (48, 50), wherein at least all fluid-conducting components of the fluid quality unit are arranged in a proximity of the cellular unit, the proximity being a region whose points are distanced from the cellular unit by less than 3 m.
Method for processing local information acquired by means of a virtual representation and of a device having an inertial unit and an image sensor, the method having the following steps: - capture of at least one image of a real environment of the device, - localization of the device in the virtual representation, corresponding to the localization of the device in the real environment, by correlation of portions of a captured image and portions of the virtual representation, the correlation being performed by automatic recognition, in at least one captured image, of visual, multimodal and nonambigous seamarks that are predefined in the virtual representation, - determination of the displacement of the device at least by means of the inertial unit, and - modification of the localization of the device in the virtual representation as a function of the displacement determined by the inertial unit so that the real position of the device corresponds, during the displacement, to the localization of the device in the virtual representation, - joint display of at least one captured image and a portion of the virtual representation corresponding to the displayed captured image, characterized in that it involves - modification of the virtual representation by editing of localised information from an external device providing a measure of pressure, temperature, lighting level, on the virtual representation. - capture of at least one image of a real environment of the device, - localization of the device in the virtual representation, corresponding to the localization of the device in the real environment, by correlation of portions of a captured image and portions of the virtual representation, the correlation being performed by automatic recognition, in at least one captured image, of visual, multimodal and nonambigous seamarks that are predefined in the virtual representation, - determination of the displacement of the device at least by means of the inertial unit, and - modification of the localization of the device in the virtual representation as a function of the displacement determined by the inertial unit so that the real position of the device corresponds, during the displacement, to the localization of the device in the virtual representation, - joint display of at least one captured image and a portion of the virtual representation corresponding to the displayed captured image, characterized in that it involves - modification of the virtual representation by editing of localised information from an external device providing a measure of pressure, temperature, lighting level, on the virtual representation.
Continuous flow heater comprising a body, which is formed from at least two layers (10, 13, 20, 21) extending around an axis, wherein a) an outer layer comprises a channel, which is coiled around the axis and the outer layer has an inlet to the channel on one end for a liquid, which is to be heated, and has an outlet on the other end for said liquid, b) an inner layer, which comprises an electrical heating coil, connects to the outer layer on the inside, and c) at least one insulating layer (20, 21) connects to the inner layer on the inside, characterised in that the channel is incorporated into a wall of the outer layer, the heating coil is arranged in direct contact with a heat conducting and electrically insulating material of the inner layer, said material extending to the outer layer, and the insulating layer (20, 21) ensures that substantially all of the heat produced by the heating coil flows radially outwards by means of a heat conductivity of the insulating layer (20, 21), which is as small as possible. a) an outer layer comprises a channel, which is coiled around the axis and the outer layer has an inlet to the channel on one end for a liquid, which is to be heated, and has an outlet on the other end for said liquid, b) an inner layer, which comprises an electrical heating coil, connects to the outer layer on the inside, and c) at least one insulating layer (20, 21) connects to the inner layer on the inside,
Cemented carbide for oil and gas applications comprising a hard phase comprising WC and a binder phase characterized in that: the cemented carbide composition comprises WC and, in wt-%, 86-93 WC, 9.0-10.0 Ni, 0.6-1.0 Cr, 0.8-1.0 Mo; and wherein the average WC grain size is between 0.6 and 1.5 μm by FSSS. the cemented carbide composition comprises WC and, in wt-%, 86-93 WC, 9.0-10.0 Ni, 0.6-1.0 Cr, 0.8-1.0 Mo; and wherein the average WC grain size is between 0.6 and 1.5 μm by FSSS.
A circuit for obscuring gate switching noise, comprising: a synchronous clock source; an asynchronous clock source; at least one current source, in particular a constant current source; and a random number generating circuit for receiving clock inputs from the synchronous clock source and the asynchronous clock source, the random number generating circuit generating randomly changing asynchronous digital control signals for controlling the current source. a synchronous clock source; an asynchronous clock source; at least one current source, in particular a constant current source; and a random number generating circuit for receiving clock inputs from the synchronous clock source and the asynchronous clock source, the random number generating circuit generating randomly changing asynchronous digital control signals for controlling the current source.
A heat transfer device comprising: a semiconductor material having a first region and a second region, the first region and the second region doped to propel a charged carrier from the first region to the second region in response to an electric field; an array of pointed tips thermoelectrically transferring heat from the second region; a heat sink facing the array, a vacuum tunneling region formed between the pointed tips and the heat sink; and a power source for applying a voltage to the heat sink with respect to the first region; wherein the first region defines an N-type semiconductor material and the second region defines a P-type semiconductor material. a semiconductor material having a first region and a second region, the first region and the second region doped to propel a charged carrier from the first region to the second region in response to an electric field; an array of pointed tips thermoelectrically transferring heat from the second region; a heat sink facing the array, a vacuum tunneling region formed between the pointed tips and the heat sink; and a power source for applying a voltage to the heat sink with respect to the first region; wherein the first region defines an N-type semiconductor material and the second region defines a P-type semiconductor material.
Supporting profiled element for supporting a reinforcing profiled element that is formed from a fibre composite semi-finished product in a curing procedure of a method for producing a vehicle body component (10, 12) in which the reinforcing profiled element is attached to a surface of a body shell that is formed from a fibre composite semi-finished product, said supporting profiled element comprising - an air-impermeable profiled hose, and - at least one end piece that is plugged in a detachable manner on one of the two profiled hose ends and is sealed by means of this plug connection with respect to the profiled hose, wherein an outer section of said end piece that protrudes out of the profiled hose end is provided with an air passage aperture for influencing the hose interior space with a predetermined pressure during the curing procedure, characterized in that the air passage aperture comprises a threaded hole and a sleeve-type air passage screw that is screwed into said threaded hole so that during the curing procedure it is rendered possible to influence the hose interior space with a pressure through a hole of an air-impermeable membrane that lies against the outer section, wherein the membrane regions that surround the hole can be clamped between a screw head of the air passage screw and the outer section and as a consequence can be sealed. - an air-impermeable profiled hose, and - at least one end piece that is plugged in a detachable manner on one of the two profiled hose ends and is sealed by means of this plug connection with respect to the profiled hose, wherein an outer section of said end piece that protrudes out of the profiled hose end is provided with an air passage aperture for influencing the hose interior space with a predetermined pressure during the curing procedure,
A shaft retention assembly comprising: a clip having an open end and opposing arms for engaging a shaft; a retainer including a fastening structure configured to secure the retainer to the clip and to prevent errant loosening or dislodgement of the clip from a shaft, wherein: the retainer comprises a back plate including an opening for the shaft and the fastening structure extends from the back plate, the back plate comprises an outer perimeter larger than an outer perimeter of the clip, the fastening structure comprises a wall surrounding the outer perimeter of the clip, the wall extending past the clip and including an additional length beyond the clip, characterised by the additional length being formable radially inward to form a flange to secure to the clip, the flange providing a non-tampering function. a clip having an open end and opposing arms for engaging a shaft; a retainer including a fastening structure configured to secure the retainer to the clip and to prevent errant loosening or dislodgement of the clip from a shaft, wherein: the retainer comprises a back plate including an opening for the shaft and the fastening structure extends from the back plate, the back plate comprises an outer perimeter larger than an outer perimeter of the clip, the fastening structure comprises a wall surrounding the outer perimeter of the clip, the wall extending past the clip and including an additional length beyond the clip, characterised by the additional length being formable radially inward to form a flange to secure to the clip, the flange providing a non-tampering function. the retainer comprises a back plate including an opening for the shaft and the fastening structure extends from the back plate, the back plate comprises an outer perimeter larger than an outer perimeter of the clip, the fastening structure comprises a wall surrounding the outer perimeter of the clip, the wall extending past the clip and including an additional length beyond the clip, characterised by the additional length being formable radially inward to form a flange to secure to the clip, the flange providing a non-tampering function.
Composition comprising 2,3,3,4,4,4-hexafluorobut-1-ene mixed with one or more compounds chosen from 1,3,3,3-tetrafluoropropene, 2,3,3,3-tetrafluoropropene, 1,1,3,3-tetrafluoropropene, 3,3,3-trifluoropropene, 2,3,3-trifluoropropene, 1,1,1,2-tetrafluoroethane, 1,1,2,2-tetrafluoroethane, pentafluoroethane, 1,1,1,2,3,3,3-heptafluoropropane, 1,1-difluoroethane, 1,1,1-trifluoropropane, isobutane and propane, and mixtures thereof.