mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a hob with a plurality of cooking zones , wherein - a maximum power consumption is provided as a power limit for the entire hob or for a part of the hob , which part is connected to one phase of a power supply system in the house, - a maximum power corresponding to this power limit can be divided between several cooking zones, - a separate display device is provided for each cooking zone , on which a currently set power or power level can be displayed as a power indicator, - the set power is always displayed for each cooking zone on the associated power display, characterised in that - for each cooking zone , the maximum available and selectable power is always displayed on the display device provided for it, the power limit of which is always maintained for this cooking zone when it is set, - after setting a potential power for a cooking zone , the maximum power still available for this cooking zone until the power limit is reached is displayed both for this cooking zone and for each of the other cooking zones on the display device provided for them, - the power limit depends only on the maximum power available overall for the hob or for that part of the hob which is connected to one phase of a domestic power supply, and not on marginal conditions at one of the cooking zones , - after each change of a power setting at any cooking zone , a check is carried out at each cooking zone to determine whether the maximum power still available until the power limit is reached has changed for each of the other cooking zones. - a maximum power consumption is provided as a power limit for the entire hob or for a part of the hob , which part is connected to one phase of a power supply system in the house, - a maximum power corresponding to this power limit can be divided between several cooking zones, - a separate display device is provided for each cooking zone , on which a currently set power or power level can be displayed as a power indicator, - the set power is always displayed for each cooking zone on the associated power display, - for each cooking zone , the maximum available and selectable power is always displayed on the display device provided for it, the power limit of which is always maintained for this cooking zone when it is set, - after setting a potential power for a cooking zone , the maximum power still available for this cooking zone until the power limit is reached is displayed both for this cooking zone and for each of the other cooking zones on the display device provided for them, - the power limit depends only on the maximum power available overall for the hob or for that part of the hob which is connected to one phase of a domestic power supply, and not on marginal conditions at one of the cooking zones , - after each change of a power setting at any cooking zone , a check is carried out at each cooking zone to determine whether the maximum power still available until the power limit is reached has changed for each of the other cooking zones.
Running gear for a commercial vehicle, the running gear having a first running gear element extending transversely to the vehicle longitudinal direction and a second running gear element fastened to its outer side , the second running gear element being supported against the outer side of the first running gear element by means of at least one roughened support region , the second running gear element being an axle link pivotably mounted on the vehicle chassis of the commercial vehicle, the roughened support region being formed on the inside of a shell which is a component of the second running gear element and extends over a partial circumference of the first running gear element , the roughened support region extending in the circumferential direction only over a partial circumference of the shell , characterized in that the roughening consists of a surface structure produced by machining the support region by means of a solid-state laser, the roughened support region extending in the longitudinal direction of the first running gear element only over a portion of the length of the shell , and the support region being prepared and smoothed by machining before the laser treatment. the second running gear element being supported against the outer side of the first running gear element by means of at least one roughened support region , the second running gear element being an axle link pivotably mounted on the vehicle chassis of the commercial vehicle, the roughened support region being formed on the inside of a shell which is a component of the second running gear element and extends over a partial circumference of the first running gear element , the roughened support region extending in the circumferential direction only over a partial circumference of the shell , characterized in that the roughening consists of a surface structure produced by machining the support region by means of a solid-state laser, the roughened support region extending in the longitudinal direction of the first running gear element only over a portion of the length of the shell , and the support region being prepared and smoothed by machining before the laser treatment.
A system comprising: a stimulation generator configured to generate and deliver electrical stimulation therapy to a patient via at least one electrode; and a processor configured to control the stimulation generator to: generate an electrical stimulation signal comprising a plurality of pulses; deliver the electrical stimulation signal to a patient in a first posture; change an intensity of the electrical stimulation signal; the processor being further configured to: determine a paresthesia threshold or perception threshold of the patient in the first posture; characterized in that the processor is further configured to: automatically derive a predicted paresthesia threshold or predicted perception threshold of the patient in a second posture from the paresthesia threshold or perception threshold of the patient in the first posture. a stimulation generator configured to generate and deliver electrical stimulation therapy to a patient via at least one electrode; and a processor configured to control the stimulation generator to: generate an electrical stimulation signal comprising a plurality of pulses; deliver the electrical stimulation signal to a patient in a first posture; change an intensity of the electrical stimulation signal; generate an electrical stimulation signal comprising a plurality of pulses; deliver the electrical stimulation signal to a patient in a first posture; change an intensity of the electrical stimulation signal; the processor being further configured to: determine a paresthesia threshold or perception threshold of the patient in the first posture; characterized in that the processor is further configured to: automatically derive a predicted paresthesia threshold or predicted perception threshold of the patient in a second posture from the paresthesia threshold or perception threshold of the patient in the first posture.
Ring for engaging tissue comprising: a round resilient body defining an axial through-opening configured to receive the tissue, the through-opening defining an axis and a plane defined by the ring body being perpendicular to the axis; two elongated axially rigid gripping members extending into the through-opening along an elongated dimension and defining a gripping member axis, each of the gripping members having a first end embedded in the ring and a second end distanced from the first end and not embedded in the ring, characterised in that the two elongated gripping members extend diametrically across the through-opening, parallel to each other and side by side , and are offset from each other in the radial dimension defined by the ring body. a round resilient body defining an axial through-opening configured to receive the tissue, the through-opening defining an axis and a plane defined by the ring body being perpendicular to the axis; two elongated axially rigid gripping members extending into the through-opening along an elongated dimension and defining a gripping member axis, each of the gripping members having a first end embedded in the ring and a second end distanced from the first end and not embedded in the ring, characterised in that the two elongated gripping members extend diametrically across the through-opening, parallel to each other and side by side , and are offset from each other in the radial dimension defined by the ring body.
An interleukin 1 receptor antagonist (IL-1Ra) gene, wherein the IL-1Ra gene is at least 95% identical to SEQ ID NO: 2.
Pneumatic vehicle tire having a profiled tread with a circumferential channel which separates mutually adjacently arranged, radially elevated profile elements from one another, wherein the circumferential channel is delimited inward in a radial direction R by a channel base and axially to both sides of the channel base in each case by a channel wall, wherein the profile elements separated by the circumferential channel are delimited outward in the radial direction R of the tire by a radially outer surface and toward the circumferential channel in an axial direction A in each case by a flank , which flanks extend in the radial direction R proceeding from the channel base to the radially outer surface and form in each case one of the two channel walls, wherein projections toward the circumferential channel are formed on both flanks , which projections, in a circumferential direction U of the tire, run in sawtooth-shaped stepped fashion with alternately arranged first extent sections , which have a length L measured in the circumferential direction U and the greatest extent direction component of which is oriented in the circumferential direction U, and with second extent sections , which have a length b measured in the circumferential direction U and the greatest extent direction component of which is oriented in an axial direction A, where L > b, wherein the first extent sections of the sawtooth-shaped profile on the one flank are oriented along the extent in the circumferential direction U in each case so as to enclose an inclination angle α with the main extent direction of the circumferential channel - in particular with the circumferential direction U - and the first extent sections of the sawtooth-shaped profile on the other flank are oriented along the extent in the circumferential direction U in each case so as to enclose an inclination angle α with the main extent direction of the circumferential channel - in particular with the circumferential direction U, wherein the first extent sections of the sawtooth-shaped profile on the two flanks are oriented with the same inclination direction along the extent in the circumferential direction U, characterized in that the projections widen in continuous fashion toward the channel base , and in that outward along the extent of the flank in the radial direction R proceeding from the channel base , the sawtooth-shaped profile is, proceeding from a maximum inclination angle α max , formed with a continuously decreasing inclination angle α of the first extent sections as far as a minimum inclination angle α min , in particular where α min = 0°.
A system for offloading non-thrust loads, the system comprising: one or more thrust loads ; one or more non-thrust loads ; a controller that is operably coupled to the one or more thrust loads and the one or more non-thrust loads, the controller being configured to control the thrust loads and non-thrust loads, wherein the controller is configured to: receive input from one or more sources; identify a phase of flight of an aircraft based at least in part on the received input; offload one or more non-thrust loads during the phase of flight; and restore the offloaded one or more non-thrust loads; the system being characterised in that the offload of one or more non-thrust loads during the phase of flight is made by assigning priorities to establish a sequence for offloading the one or more non-thrust loads and for bringing the offloaded one or more non-thrust loads back online one or more thrust loads ; one or more non-thrust loads ; a controller that is operably coupled to the one or more thrust loads and the one or more non-thrust loads, the controller being configured to control the thrust loads and non-thrust loads, wherein the controller is configured to: receive input from one or more sources; identify a phase of flight of an aircraft based at least in part on the received input; offload one or more non-thrust loads during the phase of flight; and restore the offloaded one or more non-thrust loads; the system being characterised in that the offload of one or more non-thrust loads during the phase of flight is made by assigning priorities to establish a sequence for offloading the one or more non-thrust loads and for bringing the offloaded one or more non-thrust loads back online receive input from one or more sources; identify a phase of flight of an aircraft based at least in part on the received input; offload one or more non-thrust loads during the phase of flight; and restore the offloaded one or more non-thrust loads; the system being characterised in that the offload of one or more non-thrust loads during the phase of flight is made by assigning priorities to establish a sequence for offloading the one or more non-thrust loads and for bringing the offloaded one or more non-thrust loads back online
A control method for a laundry treatment device, comprising: firstly, controlling a motor of the laundry treatment device to operate in a washing cycle (steps 102, 202) with an operation rotation speed, such that an inner drum of the laundry treatment device is driven to rotate for washing, wherein in the washing cycle, the motor rotates for a first duration and stops for a second duration; secondly, acquiring an operating state of the motor, when the motor stops rotating in the second duration of the washing cycle, acquiring a water level of an outer drum of the laundry treatment device (step 104, 204); thirdly, when the water level is lower than a first water level and the motor stops rotating in the second duration of the washing cycle, controlling a water inlet valve of the laundry treatment device to open (step 106) for refilling the outer drum with water; fourthly, performing a main washing phase in an alternating mode of lift-up and drop washing and drum-rotating washing, wherein the main washing phase comprises a first lift-up and drop washing process and a second lift-up and drop washing process; controlling the motor to operate with the operation rotation speed in the washing cycle comprises: controlling the motor to perform the first lift-up and drop washing process with a first rotation speed in a first washing cycle, and controlling the motor to perform the second lift-up and drop washing process with a second rotation speed in a second washing cycle, wherein the first washing cycle is different from the second washing cycle. firstly, controlling a motor of the laundry treatment device to operate in a washing cycle (steps 102, 202) with an operation rotation speed, such that an inner drum of the laundry treatment device is driven to rotate for washing, wherein in the washing cycle, the motor rotates for a first duration and stops for a second duration; secondly, acquiring an operating state of the motor, when the motor stops rotating in the second duration of the washing cycle, acquiring a water level of an outer drum of the laundry treatment device (step 104, 204); thirdly, when the water level is lower than a first water level and the motor stops rotating in the second duration of the washing cycle, controlling a water inlet valve of the laundry treatment device to open (step 106) for refilling the outer drum with water; fourthly, performing a main washing phase in an alternating mode of lift-up and drop washing and drum-rotating washing, wherein the main washing phase comprises a first lift-up and drop washing process and a second lift-up and drop washing process; controlling the motor to operate with the operation rotation speed in the washing cycle comprises: controlling the motor to perform the first lift-up and drop washing process with a first rotation speed in a first washing cycle, and controlling the motor to perform the second lift-up and drop washing process with a second rotation speed in a second washing cycle, wherein the first washing cycle is different from the second washing cycle.
Atmospheric cloud height, humidity profile, or temperature profile measuring method, in which method a pulsed laser signal from a light source is transmitted through transmission optics to the atmosphere, and the signal reflected or scattered back from there is detected, characterized in that - a semiconductor pulsed laser operating in multimode is used as the light source, and - an interference filter is used in the optics in order to stabilize transmitted optical power of the light source to the centre frequency of the interference filter . - a semiconductor pulsed laser operating in multimode is used as the light source, and - an interference filter is used in the optics in order to stabilize transmitted optical power of the light source to the centre frequency of the interference filter .
Floor panel comprising a substrate , a decorative layer and a transparent component , said decorative layer being positioned between the substrate and the transparent component , wherein at least one of the substrate , the decorative layer and the transparent component comprises a thermoplastic synthetic material, the transparent component having an upper surface opposite the decorative layer , wherein the floor panel further comprises an enhancement component , said enhancement component being provided on the upper surface of the transparent component , and a thickness (t ec ) of the enhancement component varies along a cross section of the floor panel , wherein said enhancement component is provided on the upper surface of the transparent component in a discontinuous manner, so that said upper surface comprises one or more covered regions, which are covered by the enhancement component , and one or more free regions, which are not covered by the enhancement component , characterised in at least one of said covered regions comprises a surface area (A) having a greater roughness than an adjacent surface area.
System for calculating a route for a vehicle , wherein the system comprises a device, a navigation unit of the vehicle, and a data network, wherein the data network comprises a toll system, wherein the device is equipped with a computing unit and a unit for receiving user data, which device is connected to the navigation unit of the vehicle and configured for data exchange with the navigation unit , wherein the device is configured to calculate the route as a function of route costs and operating costs of the vehicle individually calculated by the computing unit for a respective period and as a function of a time period which is required to reach a respective destination and is defined as a function of user data, and a forecast of a respective traffic situation, wherein the calculated route can be displayed on a display medium, and wherein the computing unit is further configured to calculate route costs caused by the respective traffic situation on the basis of a model of the respective expected traffic situation, taking into account a time of day and a traffic density, and to provide a user with a route that is optimised with regard to time and financial aspects, wherein the device has a return channel for communication with a data network, wherein the device is configured for a transmission of data from the navigation unit to the data network for evaluation of at least one statistical variable by the toll system and the device is further configured to receive information from the toll system for regulating a traffic flow on a toll road and on subsequent roads connected to the toll road , wherein the transmitted information is at least partially based on the data transmitted by the navigation unit to the toll system , characterised in that the device is configured for a transmission to the data network of data relating to at least one statistical variable from the following list of statistical variables for evaluation of the toll system : previous behaviour of the user, navigation destinations, appointments from an appointment calendar of the user.
An imaging apparatus comprising a housing that accommodates an electronic circuit unit including a substrate on which an imaging element is mounted, the housing includes an outer frame member and an inner frame member that is made of a metal, is provided on an inner surface of the outer frame member, and accommodates the electronic circuit unit, Characterized in that the imaging apparatus further comprises a fixing member that fixes the electronic circuit unit to the inner frame member with a heat conducting section provided on the surface of the substrate on the imaging element side of the electronic circuit unit being in contact with the inner frame member by means of the fixing member.
An acrylic polymer comprising: a first reactive segment that is a copolymer derived from acrylates, methacrylates or mixtures thereof and at least one monomer having a self reactive functional group; and a second reactive segment that is a copolymer derived from acrylates, methacrylates, or mixtures thereof and at least one monomer having a reactive functional group and that is free of a self reactive functional group; wherein the self reactive functional group is selected from the group consisting of anhydrides, epoxies, alkoxymethylols, cyclic ethers and silanes and the reactive functional group is selected from the group consisting of acids, hydroxyls, amines, and thiols. a first reactive segment that is a copolymer derived from acrylates, methacrylates or mixtures thereof and at least one monomer having a self reactive functional group; and a second reactive segment that is a copolymer derived from acrylates, methacrylates, or mixtures thereof and at least one monomer having a reactive functional group and that is free of a self reactive functional group; wherein the self reactive functional group is selected from the group consisting of anhydrides, epoxies, alkoxymethylols, cyclic ethers and silanes and the reactive functional group is selected from the group consisting of acids, hydroxyls, amines, and thiols.
An electric telehandler , comprising a carriage movable on wheels , one or more traction apparatuses connected to the drive wheels , an electric motor connected directly to said traction apparatuses; at least one battery or battery pack designed to power the motor and two stabilisers , wherein the two stabilisers comprise a supporting frame designed to be mounted on the carriage of the telehandler and two telescopic arms fixed to said frame , each of which includes a first hollow segment directly connected to the frame and a second hollow segment inserted in a slidable fashion in the first segment , characterized in that at least one pull-out linear actuator of the electric type is positioned inside the arm and has an end fixed to the first segment and an end fixed to the second segment ; wherein the stabilizers are positioned at the longitudinal ends of the carriage , said draw-out actuators being driven by means of said battery.