mhurhangee/ep-ind-claims huggingface dataset:
A portable electronic device comprising: a first touch sensor; a second touch sensor; and a processing unit which is configured to (a) when the first touch sensor detects a touch operation serving as a user authentication request operation, perform a first process of performing authentication of a user and, if the authentication is successful, permitting access to first data from a predetermined program and (b) when the first touch sensor detects the touch operation serving as the user authentication request operation and the second touch sensor detects a touch operation, perform, in place of the first process and as a process related to the first process, a second process of performing the authentication of the user, and, if the authentication is successful, permitting access to second data from the predetermined program. a first touch sensor; a second touch sensor; and a processing unit which is configured to (a) when the first touch sensor detects a touch operation serving as a user authentication request operation, perform a first process of performing authentication of a user and, if the authentication is successful, permitting access to first data from a predetermined program and (b) when the first touch sensor detects the touch operation serving as the user authentication request operation and the second touch sensor detects a touch operation, perform, in place of the first process and as a process related to the first process, a second process of performing the authentication of the user, and, if the authentication is successful, permitting access to second data from the predetermined program. (a) when the first touch sensor detects a touch operation serving as a user authentication request operation, perform a first process of performing authentication of a user and, if the authentication is successful, permitting access to first data from a predetermined program and (b) when the first touch sensor detects the touch operation serving as the user authentication request operation and the second touch sensor detects a touch operation, perform, in place of the first process and as a process related to the first process, a second process of performing the authentication of the user, and, if the authentication is successful, permitting access to second data from the predetermined program.
A method for imaging fibrous nylon flooring material, the method comprising: receiving the fibrous nylon flooring material; pre-treating the flooring material using aqueous pre-treatment agent; providing a digital printing station, and printing an image to at least a portion of the flooring material using an ink with aid of a piezoelectric printhead of the digital printing station, wherein the ink is an aqueous acid dye with a viscosity ranging from 2 to 100 mPa.s (centipoises); receiving information about one or more parameters of the flooring material and determining, with aid of a processor, an amount of the ink to be used when digitally printing the image on the flooring material based on the one or more parameters; curing the flooring material, with aid of a steamer, by steaming (132,136) the flooring material and applying an elution liquid to the flooring material allowing colorant in the ink to penetrate through piles of the flooring material; and drying the flooring material, thereby yielding a finished imaged flooring material. receiving the fibrous nylon flooring material; pre-treating the flooring material using aqueous pre-treatment agent; providing a digital printing station, and printing an image to at least a portion of the flooring material using an ink with aid of a piezoelectric printhead of the digital printing station, wherein the ink is an aqueous acid dye with a viscosity ranging from 2 to 100 mPa.s (centipoises); receiving information about one or more parameters of the flooring material and determining, with aid of a processor, an amount of the ink to be used when digitally printing the image on the flooring material based on the one or more parameters; curing the flooring material, with aid of a steamer, by steaming (132,136) the flooring material and applying an elution liquid to the flooring material allowing colorant in the ink to penetrate through piles of the flooring material; and drying the flooring material, thereby yielding a finished imaged flooring material.
A method comprising receiving a session initiation request of a user, determining an authentication type of the user, detecting, in the received session initiation request, an absence of authentication data required for an authentication in accordance with the determined authentication type of the user, and skipping a resource reservation procedure with a gateway function for the requested session initiation. receiving a session initiation request of a user, determining an authentication type of the user, detecting, in the received session initiation request, an absence of authentication data required for an authentication in accordance with the determined authentication type of the user, and skipping a resource reservation procedure with a gateway function for the requested session initiation.
Carrier frame for a child carrier, the carrier frame comprising a first frame element and a second frame element hingedly coupled to the first frame element about a hinge axis, the first frame element comprising a main frame and an adjustable support, the adjustable support extending in a first direction substantially parallel to the hinge axis and being movable in a second direction substantially perpendicular to the hinge axis, and the second frame element comprising a transition portion and a backrest portion, wherein an angle is formed between the backrest portion and the transition portion, wherein the transition portion has a width in the first direction smaller than a maximum width of the carrier frame.
A materials handling vehicle comprising: a support structure including a fixed member; a movable assembly coupled to said support structure; and said support structure further comprising lift apparatus to effect movement of said movable assembly relative to said support structure fixed member, said lift apparatus including hydraulic structure comprising at least one ram/cylinder assembly, at least one hydraulic fluid line in communication with said at least one ram/cylinder assembly, and a hydraulic system that supplies a pressurized fluid to said at least one ram/cylinder assembly via said at least one hydraulic fluid line; characterised in that the materials handling vehicle further comprises a control structure that monitors a pressure of hydraulic fluid within said hydraulic structure and that implements a response routine if the monitored pressure of the hydraulic fluid within said hydraulic structure falls below a threshold pressure, wherein said control structure only implements the response routine if said movable assembly is determined to be lowering at a speed equal to or above a predetermined speed. a support structure including a fixed member; a movable assembly coupled to said support structure; and said support structure further comprising lift apparatus to effect movement of said movable assembly relative to said support structure fixed member, said lift apparatus including hydraulic structure comprising at least one ram/cylinder assembly, at least one hydraulic fluid line in communication with said at least one ram/cylinder assembly, and a hydraulic system that supplies a pressurized fluid to said at least one ram/cylinder assembly via said at least one hydraulic fluid line; characterised in that the materials handling vehicle further comprises a control structure that monitors a pressure of hydraulic fluid within said hydraulic structure and that implements a response routine if the monitored pressure of the hydraulic fluid within said hydraulic structure falls below a threshold pressure, wherein said control structure only implements the response routine if said movable assembly is determined to be lowering at a speed equal to or above a predetermined speed.
Method for crash type recognition in the case of a crash of a vehicle which is equipped with restraint means (108a-108n), with an object, having the steps: a) acquiring a sensor signal by means of an impact sensor, wherein the sensor signal indicates an acceleration of the vehicle during the crash of the vehicle; b) acquiring a detection signal by means of a predictive sensor, wherein the detection signal indicates a relative speed with respect to the object before the crash of the vehicle and/or an actual speed of the vehicle; c) linking the acceleration signal to the detection signal by means of a computing unit and obtaining a triggering decision signal; d) outputting the triggering decision signal, obtained by means of the computing unit, to an actuation unit; and e) actuating the restraint means (108a-108n) as a function of the triggering decision signal, characterized in that in a first computing module of the computing unit at least a first triggering algorithm runs on the basis of the acceleration signal for outputting a first determination signal, in that in a second computing module of the computing unit an ODB algorithm runs on the basis of the acceleration signal and of the detection signal for outputting a second determination signal, in that a triggering determination unit combines the first and second determination signals (401, 402) to form the triggering decision signal. a) acquiring a sensor signal by means of an impact sensor, wherein the sensor signal indicates an acceleration of the vehicle during the crash of the vehicle; b) acquiring a detection signal by means of a predictive sensor, wherein the detection signal indicates a relative speed with respect to the object before the crash of the vehicle and/or an actual speed of the vehicle; c) linking the acceleration signal to the detection signal by means of a computing unit and obtaining a triggering decision signal; d) outputting the triggering decision signal, obtained by means of the computing unit, to an actuation unit; and e) actuating the restraint means (108a-108n) as a function of the triggering decision signal, characterized in that in a first computing module of the computing unit at least a first triggering algorithm runs on the basis of the acceleration signal for outputting a first determination signal, in that in a second computing module of the computing unit an ODB algorithm runs on the basis of the acceleration signal and of the detection signal for outputting a second determination signal, in that a triggering determination unit combines the first and second determination signals (401, 402) to form the triggering decision signal.
A pin puller and connector assembly, the pin puller mounted between first and second connectors (135, 136; 235, 236), each of the connectors having a hole there though, the pin puller comprising: a) first and second support frame members (160, 162; 260, 262; 360, 362; 460, 462; 560, 562; 660, 662); b) a first pin (142; 242; 342; 442; 542; 642) with a first end located in the hole of the first connector (135; 235) and a second end inside the first support frame member (160; 260; 360; 460; 560; 660); c) a second pin (144; 244; 344; 544; 644) with a first end located in the hole of the second connector (136; 236) and a second end inside the second support frame member (162; 262; 362; 462; 562; 662); characterized in that: d) at least one linear actuator connected to the first and second pins, the at least one linear actuator moveable between i) an extended state wherein the pins are extended all of the way though the holes in the first and second connectors and ii) a retracted state wherein the first ends of each of the pins do not extend out of the holes of the connectors; and e) a length adjustment device (180; 280; 380; 480; 580) comprising first and second spacer plates (181, 182) attached to the first and second support frame members, respectively, and jacking bolts extending between first and second spacer plates and engaged therewith, the length adjustment device configured to adjust the distance between the first and second spacer plates by turning the jacking bolts such that the first support frame member is forced into contact with the first connector and the second support frame member is forced into contact with the second connector. a) first and second support frame members (160, 162; 260, 262; 360, 362; 460, 462; 560, 562; 660, 662); b) a first pin (142; 242; 342; 442; 542; 642) with a first end located in the hole of the first connector (135; 235) and a second end inside the first support frame member (160; 260; 360; 460; 560; 660); c) a second pin (144; 244; 344; 544; 644) with a first end located in the hole of the second connector (136; 236) and a second end inside the second support frame member (162; 262; 362; 462; 562; 662); d) at least one linear actuator connected to the first and second pins, the at least one linear actuator moveable between i) an extended state wherein the pins are extended all of the way though the holes in the first and second connectors and ii) a retracted state wherein the first ends of each of the pins do not extend out of the holes of the connectors; and e) a length adjustment device (180; 280; 380; 480; 580) comprising first and second spacer plates (181, 182) attached to the first and second support frame members, respectively, and jacking bolts extending between first and second spacer plates and engaged therewith, the length adjustment device configured to adjust the distance between the first and second spacer plates by turning the jacking bolts such that the first support frame member is forced into contact with the first connector and the second support frame member is forced into contact with the second connector.
A method of increasing the glass transition temperature of a polyimide film, the method comprising: mixing a phosphorous catalyst with a polyimide, the catalyst being added in an amount of between 0.1% to 10% by weight of the polyimide solution; coating a substrate with the polyimide/catalyst mixture; and curing the polyimide by heating the coated substrate to form a polyimide film. mixing a phosphorous catalyst with a polyimide, the catalyst being added in an amount of between 0.1% to 10% by weight of the polyimide solution; coating a substrate with the polyimide/catalyst mixture; and curing the polyimide by heating the coated substrate to form a polyimide film.
An ultrasonic surgical instrument, comprising: (a) a housing configured to removably connect to a shaft assembly; (b) an ultrasonic transducer supported by the housing and having a transducer connector configured to connect to a waveguide for acoustically connecting the ultrasonic transducer to the waveguide, wherein the ultrasonic transducer is configured to be operated up to a predetermined number of use cycles; and (c) an integrated usage indicator operatively connected to the housing and including a used state indicator, wherein the used state indicator is configured to indicate to a clinician in a used state when the ultrasonic transducer has been operated at least the predetermined number of use cycles for limiting usage of the ultrasonic transducer to the predetermined number of use cycles; characterized in that the integrated usage indicator further includes an electrical circuit having a plurality of removable electrical connections (1128; 1228), wherein each of the plurality of removable electrical connections is configured to be removed with each respective predetermined number of use cycles until indication of the used state indicator. (a) a housing configured to removably connect to a shaft assembly; (b) an ultrasonic transducer supported by the housing and having a transducer connector configured to connect to a waveguide for acoustically connecting the ultrasonic transducer to the waveguide, wherein the ultrasonic transducer is configured to be operated up to a predetermined number of use cycles; and (c) an integrated usage indicator operatively connected to the housing and including a used state indicator, wherein the used state indicator is configured to indicate to a clinician in a used state when the ultrasonic transducer has been operated at least the predetermined number of use cycles for limiting usage of the ultrasonic transducer to the predetermined number of use cycles;
System for ophthalmic laser surgery, comprising - a source of pulsed laser radiation with radiation parameters matched to the photodisruptive generation of an incision in the cornea, - a scanner for deflecting the laser radiation, - an electronic control unit which has been set up to control the scanner in accordance with a predetermined incision geometry designed for production of a corneal flap, wherein the incision geometry comprises a bed incision defining the bed of the flap as well as a marginal incision defining the edge of the flap, characterized in that a serpentine beam-deflection pattern with a plurality of line paths extending rectilinearly side by side and with a plurality of reversing bends each terminally connecting a pair of adjacent line paths is established for the bed incision, wherein the reversing bends lie outside the edge of the flap, and that the system comprises a modulator unit for modulating the laser pulses emitted from the source, the control unit further being set up to control the modulator unit in such a manner that in parts of the serpentine beam-deflection pattern lying outside the edge of the flap some of the laser pulses are suppressed. - a source of pulsed laser radiation with radiation parameters matched to the photodisruptive generation of an incision in the cornea, - a scanner for deflecting the laser radiation, - an electronic control unit which has been set up to control the scanner in accordance with a predetermined incision geometry designed for production of a corneal flap, wherein the incision geometry comprises a bed incision defining the bed of the flap as well as a marginal incision defining the edge of the flap,
A low emissivity transparent composite film (10, 110, 210, 310) comprising: a transparent film substrate; an underlayer of abrasion resistant hardcoat material compatible with the transparent film substrate; and at least one infrared reflective layer (20, 120, 220, 320); the composite film (10, 110, 210, 310) having an emissivity of less than 0.30 measured according to ASTM C1371-04A and wherein the underlayer is disposed between the transparent film substrate and the infrared reflective layer (20, 120, 220, 320); wherein the infrared reflecting layer (20, 120, 220, 320) comprises a metallic layer selected from the group consisting of aluminum, copper, gold, nickel, silver, platinum, palladium, tungsten, titanium, or alloys thereof; wherein the composite film (10, 110, 210, 310) further comprises a transparent protective top coat having a dried thickness of less than 0.5 microns, wherein the protective top coat is disposed over the infrared reflective layer (20, 120, 220, 320); and wherein the protective top coat comprises silicon. a transparent film substrate; an underlayer of abrasion resistant hardcoat material compatible with the transparent film substrate; and at least one infrared reflective layer (20, 120, 220, 320); the composite film (10, 110, 210, 310) having an emissivity of less than 0.30 measured according to ASTM C1371-04A and wherein the underlayer is disposed between the transparent film substrate and the infrared reflective layer (20, 120, 220, 320); wherein the infrared reflecting layer (20, 120, 220, 320) comprises a metallic layer selected from the group consisting of aluminum, copper, gold, nickel, silver, platinum, palladium, tungsten, titanium, or alloys thereof; wherein the composite film (10, 110, 210, 310) further comprises a transparent protective top coat having a dried thickness of less than 0.5 microns, wherein the protective top coat is disposed over the infrared reflective layer (20, 120, 220, 320); and wherein the protective top coat comprises silicon.
Method for controlling an offshore platform with a plurality of supports which are lowered by means of a hydraulic lifting device in order to lift the platform from the water level, wherein the lifting device has, for each support, at least two hydraulic cylinder arrangements (12, 14) whose pressure chambers (28, 34; 30, 36) can be connected via a valve device (60, 62; 84, 86) to a pump arrangement (50, 52) or to an outlet (64, 66; 88, 90) and which are supported on the platform on the one hand and are releasably connected to the support via a locking mechanism (37, 38) on the other hand, and with a control unit via which the cylinder arrangement (12, 14) is controlled in such a way that, during a relative movement between platform and support, a load-releasing cylinder arrangement (12, 14) is locked with the support via the locking mechanism (37, 38), whereas the other, load-accepting cylinder arrangement is unlocked and is moved back into a starting position in order then to be locked with the support to accept the load, characterized in that, via the control unit, the pressurized medium volume flow to the load-accepting cylinder arrangement (12, 14) is increased for a short period with respect to the pressurized medium volume flow corresponding to the intended desired speed of movement of the platform during the load acceptance and the pressurized medium volume flow to the load-releasing cylinder arrangement (12, 14) is correspondingly reduced, and in that, after the load acceptance, the pressurized medium volume flow to the cylinder arrangement which has accepted the load is reset again to a pressurized medium volume flow corresponding to the desired speed of movement of the platform.
Immersion bell for a power/telecommunications distributer of an underfloor system with at least one housing and a cover, which is clamped to the housing and which consists of a watertight and gastight material.