mhurhangee/ep-ind-claims huggingface dataset:
Device for detecting and displaying at least one parameter relevant for a cooking process in a cooking appliance with - an adjustment device by means of which at least one food to be cooked can be selected that is to be cooked in the cooking appliance, - at least one sensor device for detecting at least one actual cooking value influencing the cooking process, - at least one microcontroller and/or microprocessor for determining a setpoint/actual cooking value deviation, - at least one display device for displaying the setpoint/actual cooking value deviation, characterised in that - a data memory is provided in which food-specific setpoint cooking values are stored, in particular taking into account the RST rule (reaction speed-temperature rule), - the display device has a display that displays the setpoint/actual cooking value deviation in the form of an arrow, wherein the length of the arrow correlates with the size of the setpoint/actual cooking value deviation, - the display device is designed in such a way that the arrow flashes as a function of the setpoint/actual cooking value deviation, wherein the frequency increases as the setpoint/actual cooking value deviation decreases. - an adjustment device by means of which at least one food to be cooked can be selected that is to be cooked in the cooking appliance, - at least one sensor device for detecting at least one actual cooking value influencing the cooking process, - at least one microcontroller and/or microprocessor for determining a setpoint/actual cooking value deviation, - at least one display device for displaying the setpoint/actual cooking value deviation, - a data memory is provided in which food-specific setpoint cooking values are stored, in particular taking into account the RST rule (reaction speed-temperature rule), - the display device has a display that displays the setpoint/actual cooking value deviation in the form of an arrow, wherein the length of the arrow correlates with the size of the setpoint/actual cooking value deviation, - the display device is designed in such a way that the arrow flashes as a function of the setpoint/actual cooking value deviation, wherein the frequency increases as the setpoint/actual cooking value deviation decreases.
A computer-implemented method for fail-operational service handover for a vehicle operation, characterized by the method comprising the steps: a) receiving a first signal with a first service offer from a first service provider of the vehicle, the first signal including a first address, and a first identifier of a first service type; b) receiving a second signal with a second service offer from a second service provider of the vehicle, the second signal including a second address, and a second identifier of a second service type; c) determining that the first identifier and the second identifier correspond to an identifier of a desired service type; d) storing the second address as a fail-operational address of the desired service type; e) sending a third signal to the first address with a request to subscribe to the first service offer; f) operating the vehicle at least partially based on a service in accordance with the first service offer from the first service provider; and g) determining if the first service provider suffers an error and/or fault, and if so: i) send a fourth signal to the second address with a request to subscribe to the second service offer, and ii) operating the vehicle at least partially based on a service in accordance with the second service offer from the second service provider. a) receiving a first signal with a first service offer from a first service provider of the vehicle, the first signal including a first address, and a first identifier of a first service type; b) receiving a second signal with a second service offer from a second service provider of the vehicle, the second signal including a second address, and a second identifier of a second service type; c) determining that the first identifier and the second identifier correspond to an identifier of a desired service type; d) storing the second address as a fail-operational address of the desired service type; e) sending a third signal to the first address with a request to subscribe to the first service offer; f) operating the vehicle at least partially based on a service in accordance with the first service offer from the first service provider; and g) determining if the first service provider suffers an error and/or fault, and if so: i) send a fourth signal to the second address with a request to subscribe to the second service offer, and ii) operating the vehicle at least partially based on a service in accordance with the second service offer from the second service provider. i) send a fourth signal to the second address with a request to subscribe to the second service offer, and ii) operating the vehicle at least partially based on a service in accordance with the second service offer from the second service provider.
Method for controlling the gradual loading of a motor vehicle alternator that is intended to be coupled to a combustion engine of said vehicle and capable of producing a supply voltage (Ub+) for an on-board network of said vehicle, which voltage is slaved to a setpoint value (Uref) by means of a feedback loop (1, 5, 6) controlling a variable pulse width excitation signal controlling an excitation current flowing through an excitation winding of said alternator, said method limiting said load by allowing only gradual increases in a current duty cycle of said excitation signal from an initial duty cycle to an expected duty cycle (EpsU) calculated by said feedback loop (1, 5, 6), and additionally limiting said load by limiting an increase in said current duty cycle according to at least one parameter of said combustion engine consisting of an angular acceleration (Γmot) and/or a speed of rotation (Nmot) of said combustion engine, and according to a temperature of said combustion engine, characterized in that said additional limiting of said load is further achieved by limiting said increase in said current duty cycle also according to a frequency of variation of said speed of rotation (Nmot).
A semiconductor device, comprising: a memory array which includes a plurality of twin cells holding binary data based on a difference in threshold voltage, each twin cell being constituted of a first storage element and a second storage element, each of which is electrically rewritable; and a control unit which controls execution of first-stage processing and subsequent second-stage processing when a request for erase of twin cell data is received, in the first-stage processing, the control unit carrying out control such that a first writing processing for increasing both of a threshold voltage of the first storage element and a threshold voltage of the second storage element is performed and thereafter carrying out control such that a second writing processing for increasing a threshold voltage of only one predetermined storage element of the first storage element and the second storage element is performed, and in the second-stage processing, the control unit controlling execution of the second-stage processing for lowering both of the threshold voltage of the first storage element and the threshold voltage of the second storage element until the threshold voltage of the first storage element and the threshold voltage of the second storage element attain to a prescribed erase verify level. a memory array which includes a plurality of twin cells holding binary data based on a difference in threshold voltage, each twin cell being constituted of a first storage element and a second storage element, each of which is electrically rewritable; and a control unit which controls execution of first-stage processing and subsequent second-stage processing when a request for erase of twin cell data is received, controls execution of first-stage processing and subsequent second-stage processing when a request for erase of twin cell data is received, in the first-stage processing, the control unit carrying out control such that a first writing processing for increasing both of a threshold voltage of the first storage element and a threshold voltage of the second storage element is performed and thereafter carrying out control such that a second writing processing for increasing a threshold voltage of only one predetermined storage element of the first storage element and the second storage element is performed, and in the second-stage processing, the control unit controlling execution of the second-stage processing for lowering both of the threshold voltage of the first storage element and the threshold voltage of the second storage element until the threshold voltage of the first storage element and the threshold voltage of the second storage element attain to a prescribed erase verify level.
A method for producing a preferably curved plastic profile, wherein a continuous reinforcement comprising strands, webs and/or the like is guided by a holding means through a mold and embedded in plastic in the mold, wherein the mold and the holding means are moved in opposite directions on the plastic profile, characterized in that the plastic profile is moved alternately by the mold and the holding means in a production direction, wherein the mold and the holding means are moved simultaneously, whilst the plastic profile is moved forward in the production direction by the mold or the holding means.
A method for generating water and power within a fuel cell system, the method comprising: producing biofuel in a biofuel creation subsystem; receiving and utilizing the biofuel within a fuel cell to generate power and a fuel byproduct; separating water from the fuel byproduct to create a conditioned fuel byproduct and water; burning the conditioned fuel byproduct to create heat; and providing the power, the water, and the heat for use; wherein providing the water for use comprises providing the water to the biofuel creation subsystem for production of the biofuel wherein the method further comprises conditioning the fuel prior to utilization in the fuel cell to create conditioned fuel for the fuel cell. producing biofuel in a biofuel creation subsystem; receiving and utilizing the biofuel within a fuel cell to generate power and a fuel byproduct; separating water from the fuel byproduct to create a conditioned fuel byproduct and water; burning the conditioned fuel byproduct to create heat; and providing the power, the water, and the heat for use; wherein providing the water for use comprises providing the water to the biofuel creation subsystem for production of the biofuel wherein the method further comprises conditioning the fuel prior to utilization in the fuel cell to create conditioned fuel for the fuel cell.
Glass sheet having a composition which comprises, in a content expressed as percentages by total weight of glass: SiO 2 55 - 85% Al 2 O 3 0 - 30% B 2 O 3 0 - 20% Na 2 O 0 - 25% CaO 0 - 20% MgO 0 - 15% K 2 O 0 - 20% BaO 0 - 20% total iron (expressed in the form of Fe 2 O 3) 0.002-0.06 %; characterized in that said composition comprises, as percentages by weight relative to the total weight of the glass: - a chromium (expressed in the form of Cr 2 O 3) content ranging from 0.001% to 0.5%; - a cobalt (expressed in the form of Co) content ranging from 0.0001% to 0.5%; - a selenium (expressed in the form of Se) content ranging from 0.0003% to 0.5%, and in that said sheet has: TIR4 > TLD4; TIR4 being the IR transmission for a wavelength range between 780 and 2500 nm and TLD4 being the light transmission with the illuminant D65 at a solid observation angle of 2° for a wavelength range between 380 and 780 nm; each being in % and according to the ISO 9050 standard for a sheet thickness of 4 mm. - a chromium (expressed in the form of Cr 2 O 3) content ranging from 0.001% to 0.5%; - a cobalt (expressed in the form of Co) content ranging from 0.0001% to 0.5%; - a selenium (expressed in the form of Se) content ranging from 0.0003% to 0.5%,
A bendable endoscopic linear cutting anastomat assembly, comprising an anastomat jaw, a turning connection block, an assembly inner core and a cutting blade assembly; the assembly inner core comprises an inner core shell and an inner core connection block fixedly mounted in the inner core shell; a front end of the turning connection block is hinged to a rear end of the anastomat jaw, a first vertical rotation shaft is formed at the hinge, a rear end of the turning connection block is hinged to a front end of the inner core connection block, a second vertical rotation shaft is formed at the hinge; the cutting blade assembly penetrates through the inner core connection block, the turning connection block and the anastomat jaw, and can slide forwards and backwards, further comprising a left and right bending sheet and a push-pull rod, and two free ends at a front end of the left and right bending sheet penetrate through the turning connection block from the rear to the front and are then fixedly connected to the rear end of the anastomat jaw; a left side or a right side of the left and right bending sheet is connected to a front end of the push-pull rod, and can drive the anastomat jaw to bend left and right around the first vertical rotation axis and the second vertical rotation axis under the push-pull action of the push-pull rod; characterised by the left and right bending sheet being U-shaped, the rear end of the inner core connection block is provided with a U-shaped groove, so that a bending part of the left and right bending sheet is fitted with the U-shaped groove of the inner core connection block. a front end of the turning connection block is hinged to a rear end of the anastomat jaw, a first vertical rotation shaft is formed at the hinge, a rear end of the turning connection block is hinged to a front end of the inner core connection block, a second vertical rotation shaft is formed at the hinge; the cutting blade assembly penetrates through the inner core connection block, the turning connection block and the anastomat jaw, and can slide forwards and backwards, further comprising a left and right bending sheet and a push-pull rod, and two free ends at a front end of the left and right bending sheet penetrate through the turning connection block from the rear to the front and are then fixedly connected to the rear end of the anastomat jaw; a left side or a right side of the left and right bending sheet is connected to a front end of the push-pull rod, and can drive the anastomat jaw to bend left and right around the first vertical rotation axis and the second vertical rotation axis under the push-pull action of the push-pull rod; characterised by the left and right bending sheet being U-shaped, the rear end of the inner core connection block is provided with a U-shaped groove, so that a bending part of the left and right bending sheet is fitted with the U-shaped groove of the inner core connection block.
A compressor, comprising: a closed container; a compression element located in the closed container; and a motor which is located in the closed container and which drives the compression element through a shaft, wherein the closed container and the compression element are welded together at three or more welding points; a suction tube for sucking refrigerant gas is fitted to a suction port of the closed container; and in a plane which is orthogonal to a central axis of the closed container and which passes through a central axis of a portion near the suction port of the suction tube, a direction in which a straight line connecting any two of the welding points extends coincides neither with a first direction (D 1) in which the central axis of the portion near the suction port of the suction tube extends nor with a second direction (D 2) perpendicular to the first direction (D 1), characterized in that: the motor includes fitting portions to be fitted to the closed container, the number of the fitting portions is equal to or more than the number of the welding points, and the fitting portions overlap the welding points when viewed from a direction of the central axis of the closed container. a closed container; a compression element located in the closed container; and a motor which is located in the closed container and which drives the compression element through a shaft, wherein the closed container and the compression element are welded together at three or more welding points; a suction tube for sucking refrigerant gas is fitted to a suction port of the closed container; and in a plane which is orthogonal to a central axis of the closed container and which passes through a central axis of a portion near the suction port of the suction tube, a direction in which a straight line connecting any two of the welding points extends coincides neither with a first direction (D 1) in which the central axis of the portion near the suction port of the suction tube extends nor with a second direction (D 2) perpendicular to the first direction (D 1), characterized in that: the motor includes fitting portions to be fitted to the closed container, the number of the fitting portions is equal to or more than the number of the welding points, and the fitting portions overlap the welding points when viewed from a direction of the central axis of the closed container. the motor includes fitting portions to be fitted to the closed container, the number of the fitting portions is equal to or more than the number of the welding points, and the fitting portions overlap the welding points when viewed from a direction of the central axis of the closed container.
Modular infrared radiation source which comprises: - a support provided with a flat wall; - a membrane comprising two essentially parallel faces designated, respectively, front face and rear face, the membrane being adapted to emit an infrared radiation according to one and the other of its faces, and maintained in suspension with respect to the support, the rear face facing and at a distance D from the wall, said wall being further adapted to reflect the infrared radiation capable of being emitted by the membrane; - electrostatic actuating means that comprise two electrodes designated, respectively, first electrode and second electrode, arranged facing each other, and intended, by application of a difference in electrostatic potential between said electrodes, to vary the distance D; the membrane and the electrostatic actuating means being laid out such that, for each wavelength, the infrared radiation emitted by the rear face is reflected by the wall, passes through the membrane from its rear face to its front face and interferes with the infrared radiation emitted by the front face. - a support provided with a flat wall; - a membrane comprising two essentially parallel faces designated, respectively, front face and rear face, the membrane being adapted to emit an infrared radiation according to one and the other of its faces, and maintained in suspension with respect to the support, the rear face facing and at a distance D from the wall, said wall being further adapted to reflect the infrared radiation capable of being emitted by the membrane; - electrostatic actuating means that comprise two electrodes designated, respectively, first electrode and second electrode, arranged facing each other, and intended, by application of a difference in electrostatic potential between said electrodes, to vary the distance D;
Covering comprising a frame formed from a plurality of beams, at least one of the beams having a fabric shaft with a shading element that can be unwound from the fabric shaft and has a free end in the unwinding direction, the shading element forming an awning that can be unwound from the fabric shaft, wherein the shading element can be freely braced at its free end in the horizontal direction going out from the fabric shaft or at any angle relative to the horizontal going out from the fabric shaft, characterised in that the free end of the shading element is received by one or more struts, wherein the strut(s) are adjustable in inclination.
A plastic container for storing and preserving a pharmaceutical composition, wherein the plastic container contains a pharmaceutical composition which is a solution or suspension comprising sodium benzoate and meloxicam or a pharmaceutical acceptable salt thereof, wherein the container material is polyethylene terephthalate, characterized in that the plastic container has a volume of 3 ml to 8 ml.
A drive mechanism for an injection device for setting and dispensing of a dose of a medicament, the drive mechanism comprising: - an inner body (20; 220) fixable inside a housing of the injection device, the inner body (20; 220) comprising an elongated shaft extending in an axial direction (z) and having an outer thread, - a tubular-shaped display member (60; 160) having an inner thread engaged with the outer thread of the inner body, and - a dose member axially displaceable between a dose setting position and a dose dispensing position relative to the display member (60; 160), characterized in that - the display member (60; 160) comprises at least one blocking member movable in axial direction (z) between a blocking position and a release position and engageable with a blocking structure on the outer circumference of the inner body, wherein the blocking structure comprises a blocking thread (27; 227) axially extending on the elongated shaft of the inner body (20; 220), wherein the blocking thread (27; 227) and the outer thread (21; 221) have the same pitch. - wherein when in blocking position the blocking member axially engages with the dose member and with the blocking structure to block an axial displacement of the dose member from the dose setting position towards the dose dispensing position. - an inner body (20; 220) fixable inside a housing of the injection device, the inner body (20; 220) comprising an elongated shaft extending in an axial direction (z) and having an outer thread, - a tubular-shaped display member (60; 160) having an inner thread engaged with the outer thread of the inner body, and - a dose member axially displaceable between a dose setting position and a dose dispensing position relative to the display member (60; 160), characterized in that - the display member (60; 160) comprises at least one blocking member movable in axial direction (z) between a blocking position and a release position and engageable with a blocking structure on the outer circumference of the inner body, wherein the blocking structure comprises a blocking thread (27; 227) axially extending on the elongated shaft of the inner body (20; 220), wherein the blocking thread (27; 227) and the outer thread (21; 221) have the same pitch. - wherein when in blocking position the blocking member axially engages with the dose member and with the blocking structure to block an axial displacement of the dose member from the dose setting position towards the dose dispensing position.
Belay device (2; 102; 202, 402) comprising a braking apparatus (6; 106; 206) and a locking apparatus (8; 108; 208), wherein the locking apparatus (8; 108) comprises a movable rope holding element (12, 14; 112, 114; 212, 214) which is designed to be moved by a rope (16; 116) being held on it, the locking apparatus (8; 108) being designed to lock movement of the rope holding element (12, 14; 112, 114; 212, 214) in a locked state, the locking apparatus (8; 108; 208) changing to the locked state when a safety event occurs, wherein the safety event occurs when a movement parameter of the movement of the rope holding element (12, 14; 112, 114; 212, 214) from a movement parameter set lies outside a predetermined safety range of the movement parameter assigned to this movement parameter, wherein the locking apparatus (8; 108; 208) comprises a centrifugal clutch, characterised in that the braking apparatus (6; 106; 206) is designed to brake a movement of the rope (16; 116) irrespective of the rope movement direction, and in that the braking apparatus (6, 26; 106, 126; 206) is configured separately from movable parts of the centrifugal clutch.