mhurhangee/ep-ind-claims huggingface dataset:
Method for the computer-aided inspection and cryptographic confirmation of at least one system state of a first system using a confirmation device, having the method steps of: - recording first integrity information of the first system that comprises an integrity value, at least one measured value and at least one item of measurement information, wherein - the at least one measured value and the at least one item of measurement information are recorded (S1a) in at least one measurement of the at least one system state, - the integrity value is calculated (S1b) depending on the at least one measured value, - the integrity value is cryptographically confirmed (Sic) by a first trust module of the first system, - transmitting the first integrity information to the confirmation device, - inspecting the first integrity information in the confirmation device against a first inspection rule, - outputting second integrity information, wherein the second integrity information comprises at least part of the first integrity information and a summary and/or generalization of the first integrity information, and - cryptographically confirming the second integrity information using a second trust module in the confirmation device. - recording first integrity information of the first system that comprises an integrity value, at least one measured value and at least one item of measurement information, wherein - the at least one measured value and the at least one item of measurement information are recorded (S1a) in at least one measurement of the at least one system state, - the integrity value is calculated (S1b) depending on the at least one measured value, - the integrity value is cryptographically confirmed (Sic) by a first trust module of the first system, - transmitting the first integrity information to the confirmation device, - inspecting the first integrity information in the confirmation device against a first inspection rule, - outputting second integrity information, wherein the second integrity information comprises at least part of the first integrity information and a summary and/or generalization of the first integrity information, and - cryptographically confirming the second integrity information using a second trust module in the confirmation device.
A measuring device for determining the positioning of the human spine, comprising a link chain including a plurality of articulately connected chain links (18; 19; 20; 21; 22; 23), each chain link (18; 19; 20; 21; 22; 23) having a coupling portion (25; 26) for connection to an adjacent chain link (18; 19; 20; 21; 22; 23), each coupling portion (25; 26) having a plurality of joints (28; 28b; 30; 30a; 30b; 33; 33a; 33b; 37; 37a; 37b) with angle and/or length sensors (29; 29a; 29b; 32; 32a; 32b; 35; 35a; 35b; 39; 39a; 39b) for determining the relative mutual position of neighboring chain links (18; 19; 20; 21; 22; 23), characterized by a gravity sensor for determining the spatial orientation.
Device for controlling external pauses comprising: • a pause marker being electrically disconnected, • one part of the pause marker being coupled to a potentiometer, • and another part of the pause marker being housed in a casing housing the pause marker and the potentiometer, • a control shaft inserted either into the upper part, corresponding to the pause marker, or into the lower part, corresponding to the potentiometer and pause marker, characterized in that the casing is configured outwardly by a base with a cavity housing the potentiometer and anchoring means, such as anchor tabs and/or fixing studs to attach the said potentiometer, the said cavity being connected to a prolongation intended for positioning the pause marker, the bottom of the said cavity having a surface with a plurality of protrusions intended for the operation of the external pause control, and wherein on the base of the casing prolongations are incorporated. • a pause marker being electrically disconnected, • one part of the pause marker being coupled to a potentiometer, • and another part of the pause marker being housed in a casing housing the pause marker and the potentiometer, • a control shaft inserted either into the upper part, corresponding to the pause marker, or into the lower part, corresponding to the potentiometer and pause marker,
A printer, comprising: a label holder configured to hold a wound label roll comprising a belt-shaped label; the belt-shaped label on the back surface of which an adhesive layer activated through heating at a temperature lower than a thermal color developing temperature of a printing surface is arranged without a mount; a cutter configured to sandwich the label roll from the printing surface side and the adhesive layer side to cut the label roll; and a printing section configured to be arranged at a downstream side of a label conveyance direction with respect to the cutter and print on the printing surface of the label roll through a thermal head; and such that the adhesive layer of the belt-shaped label is made sticky when being heated through the printing. a label holder configured to hold a wound label roll comprising a belt-shaped label; the belt-shaped label on the back surface of which an adhesive layer activated through heating at a temperature lower than a thermal color developing temperature of a printing surface is arranged without a mount; a cutter configured to sandwich the label roll from the printing surface side and the adhesive layer side to cut the label roll; and a printing section configured to be arranged at a downstream side of a label conveyance direction with respect to the cutter and print on the printing surface of the label roll through a thermal head; and such that the adhesive layer of the belt-shaped label is made sticky when being heated through the printing.
Method for ascertaining the relative position of stations (1, 2) by means of radio location, wherein at least one first station has at least one first antenna and at least one second station has at least two base-modulated antennas (21, 22, 23, 24), wherein the first station sends at least one locating signal via the first antenna; the second station reflects the locating signal in modulated form as a first modulated reflected locating signal via a first base-modulated antenna and as a second modulated reflected locating signal via a second base-modulated antenna; the first station receives the modulated reflected locating signals via the antenna; and the phase relationships of the received modulated reflected locating signals are used to ascertain at least one position angle (α, β) for the relative position between the first station and the second station.
Hearing aid, in particular behind-the-ear hearing aid, with a rechargeable energy storage, a transmitting and/or receiving unit with an antenna element for wireless signal transmission and for inductive energy transmission for charging of the energy storage - wherein the antenna element is designed as a film structure surrounding the energy storage at least in sections, characterized in - that the film structure of the antenna element is formed of a ferromagnetic or ferrimagnetic material, - wherein the film structure comprises a first and a second film element (34, 36) and a third film element, - wherein the first and second film element (34, 36) are arranged on opposite end faces of the energy storage, - wherein the third film element engages over a peripheral region of the energy storage, - wherein the third film element forms a coil core of the antenna element provided with a wire or coil winding, and - wherein the first and/or second film element (34, 36) covers the respective end face of the energy storage at least partially. - wherein the antenna element is designed as a film structure surrounding the energy storage at least in sections, characterized in - that the film structure of the antenna element is formed of a ferromagnetic or ferrimagnetic material, - wherein the film structure comprises a first and a second film element (34, 36) and a third film element, - wherein the first and second film element (34, 36) are arranged on opposite end faces of the energy storage, - wherein the third film element engages over a peripheral region of the energy storage, - wherein the third film element forms a coil core of the antenna element provided with a wire or coil winding, and - wherein the first and/or second film element (34, 36) covers the respective end face of the energy storage at least partially.
A receptacle for conveying fluid, the receptacle comprising: a main body defining an inlet port and an outlet port; a valve seat assembly comprising: (a) a valve seat body disposed in and secured to the main body, the valve seat body comprising: a first end portion and an opposing second end portion, the first end portion comprising a plurality of first inner surfaces defining an inner annular groove; and a plurality of second inner surfaces defining an inner void and comprising one or more teeth engagers for engaging a tool having outwardly protruding teeth; (b) an inner packing disposed in the inner annular groove; a poppet disposed in the main body and moveable between a first position where the poppet is engaged to the inner packing and a second position where the poppet is disengaged from the inner packing; a spring retainer disposed in, and fixed with respect to, the main body; a spring disposed between the poppet and the spring retainer, the spring biasing the poppet toward the first position. a main body defining an inlet port and an outlet port; a valve seat assembly comprising: (a) a valve seat body disposed in and secured to the main body, the valve seat body comprising: a first end portion and an opposing second end portion, the first end portion comprising a plurality of first inner surfaces defining an inner annular groove; and a plurality of second inner surfaces defining an inner void and comprising one or more teeth engagers for engaging a tool having outwardly protruding teeth; (b) an inner packing disposed in the inner annular groove; (a) a valve seat body disposed in and secured to the main body, the valve seat body comprising: a first end portion and an opposing second end portion, the first end portion comprising a plurality of first inner surfaces defining an inner annular groove; and a plurality of second inner surfaces defining an inner void and comprising one or more teeth engagers for engaging a tool having outwardly protruding teeth; a first end portion and an opposing second end portion, the first end portion comprising a plurality of first inner surfaces defining an inner annular groove; and a plurality of second inner surfaces defining an inner void and comprising one or more teeth engagers for engaging a tool having outwardly protruding teeth; (b) an inner packing disposed in the inner annular groove; a poppet disposed in the main body and moveable between a first position where the poppet is engaged to the inner packing and a second position where the poppet is disengaged from the inner packing; a spring retainer disposed in, and fixed with respect to, the main body; a spring disposed between the poppet and the spring retainer, the spring biasing the poppet toward the first position.
Electronic brake system, in particular for motor vehicles, comprising at least one wheel brake (7, 8, 9, 10) which can be activated by an electromechanical actuator (11, 12), wherein an electronic open-loop and/or closed-loop control unit (18, 19, 20), in which a data processing program for performing open-loop and/or closed-loop control of the electromechanical actuator (11, 12) is executed, is assigned to the electromechanical actuator (11, 12), and comprising a databus, in particular a CAN (Controller Area Network) databus with which the electronic open-loop and/or closed-loop control unit (18, 19, 20) which is assigned to the electromechanical actuator (11, 12) is connected to at least one further open-loop and/or closed-loop control unit, in particular a central electronic or electrohydraulic open-loop and/or closed-loop control unit, wherein the loop time of the data processing program for performing open-loop and/or closed-loop control of the electromechanical actuator (11, 12) can be changed by means of the databus and wherein the electronic open-loop and/or closed-loop control unit (18, 19, 20) which is assigned to the electromechanical actuator (11, 12) comprises a means which adapts the loop time of the data processing program for performing open-loop and/or closed-loop control of the electromechanical actuator (11, 12) to the arrival of messages which have a time stamp and are received via the databus, characterized in that, in order to adapt the loop time of the data processing program in the electronic open-loop and/or closed-loop control unit (18, 19, 20) which is assigned to the electromechanical actuator (11, 12), the arrival time of a message with a time stamp is compared with a predefined arrival time window of the loop time of the data processing program.
A method of manufacturing a 2-substituted morpholine comprising providing a diol compound according to the following formula: wherein R a is a substituted or unsubstituted aryloxy group or a substituted or unsubstituted alkoxy group; and reacting said diol compound in a solvent system with a base and a cyclization agent to produce a 2-substituted morpholine having the following formula: wherein R b is a nitrogen-protecting group, said nitrogen-protecting group being a benzyl group, and wherein said method further comprises removing said nitrogen-protecting group by hydrogenolysis.
A method of plasma etching a silicon-based compound semiconductor substrate, the method comprising: (a) providing the substrate within an etch chamber; (b) performing a cyclical process on the substrate, each cycle of the cyclical process comprising: i. supplying an etchant gas into the etch chamber, energising the etchant gas into a plasma and performing an etch step on the substrate using the plasma of the etchant gas to etch a portion of the substrate; and ii. performing a desorption step, wherein during the desorption step, the only gas that is supplied into the etch chamber is an inert gas, so as to allow reactive species that have adsorbed to the surface of the substrate during the etch step to desorb from the surface of the substrate. (a) providing the substrate within an etch chamber; (b) performing a cyclical process on the substrate, each cycle of the cyclical process comprising: i. supplying an etchant gas into the etch chamber, energising the etchant gas into a plasma and performing an etch step on the substrate using the plasma of the etchant gas to etch a portion of the substrate; and ii. performing a desorption step, wherein during the desorption step, the only gas that is supplied into the etch chamber is an inert gas, so as to allow reactive species that have adsorbed to the surface of the substrate during the etch step to desorb from the surface of the substrate. i. supplying an etchant gas into the etch chamber, energising the etchant gas into a plasma and performing an etch step on the substrate using the plasma of the etchant gas to etch a portion of the substrate; and ii. performing a desorption step, wherein during the desorption step, the only gas that is supplied into the etch chamber is an inert gas, so as to allow reactive species that have adsorbed to the surface of the substrate during the etch step to desorb from the surface of the substrate.
A vehicle structure, comprising: a rear lamp disposed on a rear end and a side end of a vehicle and including a lamp body extending in a front-rear direction of the vehicle; a vehicle side surface including a portion (b) bulging toward a vehicle-width-direction outer side with respect to the rear lamp at a front side of a portion of the vehicle side surface overlapping with the rear lamp in a height or vertical direction; and a vehicle rear surface including an extending surface extending toward the vehicle-width-direction outer side with respect to the lamp body in a top view of the vehicle from a lower portion of the rear lamp, characterized by a recessed portion provided on a lower portion of the rear lamp, partitioned by the extending surface and a side surface of the lamp body, and/or extending downward and toward a vehicle-width-direction inner side to a lower surface of the lamp body from a side surface of the lamp body on the vehicle-width-direction outer side. a rear lamp disposed on a rear end and a side end of a vehicle and including a lamp body extending in a front-rear direction of the vehicle; a vehicle side surface including a portion (b) bulging toward a vehicle-width-direction outer side with respect to the rear lamp at a front side of a portion of the vehicle side surface overlapping with the rear lamp in a height or vertical direction; and a vehicle rear surface including an extending surface extending toward the vehicle-width-direction outer side with respect to the lamp body in a top view of the vehicle from a lower portion of the rear lamp, characterized by a recessed portion provided on a lower portion of the rear lamp, partitioned by the extending surface and a side surface of the lamp body, and/or extending downward and toward a vehicle-width-direction inner side to a lower surface of the lamp body from a side surface of the lamp body on the vehicle-width-direction outer side.
Hydrostatic power unit which is configured as an adjustable machine with a continuously adjustable displacement volume and which is operable as a pump and as a motor and which is connectable in terms of drive to an internal combustion engine, wherein the power unit, in the pump mode, draws pressure medium by way of a suction side out of a tank and conveys said pressure medium into a conveying line leading to at least one consumer, and wherein the power unit, in the motor mode, is configured as a hydraulic starter for starting the internal combustion engine, wherein pressure medium can be fed from a pressure medium accumulator to the power unit in the motor mode at the suction side, wherein the displacement volume of the power unit is settable by means of a displacement volume setting device which is actuatable by means of a setting device, characterized in that the setting device is electrically activatable, and an electronic control device which activates the setting device is provided, wherein the electronic setting device is configured such that, through corresponding activation of the setting device, the displacement volume setting device is, at a time prior to the shutdown of the internal combustion engine, forced into the position with maximum displacement volume, and in that a securing device is provided which, when the internal combustion engine has been shut down, holds the displacement volume setting device in the position with maximum displacement volume.
A disposable test device for detecting the presence of an analyte in a liquid sample derived from biological specimen, e.g. saliva, urine, blood or the like, comprising: - a reagent container containing a reagent, - a test chamber, and - a sample loading pill of absorbent material suitable to selectively capture and carry the analyte to be tested, wherein the test chamber contains at least a test strip and has an outer tubular housing and, projecting from the proximal end of the outer housing, a tubular portion having a diameter less than the one of the outer contour of the housing to tightly slide into the reagent container the reagent container can be mated with the test chamber with the sample loading pill sandwiched between the reagent container and the test chamber, such that the reagent moves a sample which is impregnated in the sample loading pill towards said at least a test strip, characterized in that: - said reagent container is in the form of a cylinder with a closed end and an open end the cylinder containing a perforated piston of elastic material which seals the container itself and a sealing foil heat stacked onto the open end of the container, - the piston has a central hole previously made by a syringe needle and - the container is suitable to be inserted on the tubular projection of the test chamber of the device wherein said sample loading pill is housed, the piston being suitable to be pushed backwards by the tubular portion until a pressure is applied onto the reagent solution by sliding the piston onto the device, thereby the reagent moving towards the sample loading pill trough the central hole of the piston acting as a valve. - a reagent container containing a reagent, - a test chamber, and - a sample loading pill of absorbent material suitable to selectively capture and carry the analyte to be tested, - said reagent container is in the form of a cylinder with a closed end and an open end the cylinder containing a perforated piston of elastic material which seals the container itself and a sealing foil heat stacked onto the open end of the container, - the piston has a central hole previously made by a syringe needle and - the container is suitable to be inserted on the tubular projection of the test chamber of the device wherein said sample loading pill is housed, the piston being suitable to be pushed backwards by the tubular portion until a pressure is applied onto the reagent solution by sliding the piston onto the device, thereby the reagent moving towards the sample loading pill trough the central hole of the piston acting as a valve.
A hold-down device for mounting a binding base (24, 26) to a gliding board, comprising: a first rigid hold-down portion that is arranged to mount to a complementary hold-down portion receiving area of a binding base; a second rigid hold-down portion that is arranged to mount to a complementary hold-down portion receiving area of a binding base; and a hinge connecting said first rigid hold-down portion and said second rigid hold-down portion, such that said first rigid hold-down portion and said second rigid hold-down portion are movable relative to one another in response to bending forces of a gliding board when each of said first and second rigid hold-down portions mount a binding base to a gliding board. a first rigid hold-down portion that is arranged to mount to a complementary hold-down portion receiving area of a binding base; a second rigid hold-down portion that is arranged to mount to a complementary hold-down portion receiving area of a binding base; and a hinge connecting said first rigid hold-down portion and said second rigid hold-down portion, such that said first rigid hold-down portion and said second rigid hold-down portion are movable relative to one another in response to bending forces of a gliding board when each of said first and second rigid hold-down portions mount a binding base to a gliding board.