mhurhangee/patent-ind-claim-en huggingface dataset:
A test and measurement system for synchronizing multiple oscilloscopes, comprising: a host oscilloscope including: a host timebase clock configured to output a clock signal; a host digitizer including a digitizer synchronization clock based on the clock signal; and a host acquisition controller including a trigger synchronization clock based on the clock signal, the host acquisition controller configured to output a run signal to begin an acquisition of an input signal; at least one client oscilloscope (102; 104), each client oscilloscope including: a client timebase clock configured to receive the clock signal from the host timebase clock and output the clock signal; a client digitizer including a digitizer synchronization clock based on the clock signal; and a client acquisition controller including a trigger synchronization clock based on the clock signal, each client acquisition controller configured to receive the run signal from the host acquisition controller and begin an acquisition of another input signal based on the run signal. a host oscilloscope including: a host timebase clock configured to output a clock signal; a host digitizer including a digitizer synchronization clock based on the clock signal; and a host acquisition controller including a trigger synchronization clock based on the clock signal, the host acquisition controller configured to output a run signal to begin an acquisition of an input signal; a host timebase clock configured to output a clock signal; a host digitizer including a digitizer synchronization clock based on the clock signal; and a host acquisition controller including a trigger synchronization clock based on the clock signal, the host acquisition controller configured to output a run signal to begin an acquisition of an input signal; at least one client oscilloscope (102; 104), each client oscilloscope including: a client timebase clock configured to receive the clock signal from the host timebase clock and output the clock signal; a client digitizer including a digitizer synchronization clock based on the clock signal; and a client acquisition controller including a trigger synchronization clock based on the clock signal, each client acquisition controller configured to receive the run signal from the host acquisition controller and begin an acquisition of another input signal based on the run signal. a client timebase clock configured to receive the clock signal from the host timebase clock and output the clock signal; a client digitizer including a digitizer synchronization clock based on the clock signal; and a client acquisition controller including a trigger synchronization clock based on the clock signal, each client acquisition controller configured to receive the run signal from the host acquisition controller and begin an acquisition of another input signal based on the run signal.
A foldable corbelled work structure intended to be mounted to a vertical construction wall and to support a formwork panel, the structure comprising a circulation plate including means for attachment to said vertical construction wall, the circulation plate extending along its length along a first axis (X) and along its width along a second axis (Y), the circulation platform including a central chassis and at least one side chassis slidably mounted relative to the central chassis along the first axis (X), the central chassis including at least one first guide member configured to slide with at least one second guide member of the side chassis , the structure being characterised in that it includes at least one bearing member positioned at the interface between the second guide member and the first guide member so as to allow an operator to move the side chassis with reduced friction relative to the central chassis manually and without tools, the foldable corbelled work structure being free of any geared assistance member for moving the side chassis , the first guide member being in the form of a hollow profile in which the second guide member slides, the first guide member including at least one lower wall in which is formed a through-opening opening onto the second guide member , the bearing member comprising at least one cage with a plurality of bearings , the bearing member being mounted in the through-opening to guide a lower surface of the second guide member .
Method for operating a virtual reality system in which a virtual environment is displayed from a first virtual perspective by means of a first pair of virtual reality glasses worn by a first person , wherein the first virtual perspective is predefined according to a detected head position and/or head orientation of the first person , wherein - the same virtual environment is displayed likewise from the first virtual perspective by means of one further pair of virtual reality glasses worn by a further person , and - a total available display area of the further pair of virtual reality glasses is divided into a first display area and into a second display area , wherein, in the first display area , the virtual environment is displayed from the first virtual perspective and, in the second display area , the virtual environment is displayed from a further virtual perspective which is predefined according to a detected head position and/or head orientation of the further person , characterised in that the further pair of virtual reality glasses is controlled so that the second display area is selected to be larger, and the first display area is correspondingly selected to be smaller, as the difference between detected head movements of the first person and the further person respectively increases. - the same virtual environment is displayed likewise from the first virtual perspective by means of one further pair of virtual reality glasses worn by a further person , and - a total available display area of the further pair of virtual reality glasses is divided into a first display area and into a second display area , wherein, in the first display area , the virtual environment is displayed from the first virtual perspective and, in the second display area , the virtual environment is displayed from a further virtual perspective which is predefined according to a detected head position and/or head orientation of the further person ,
Fixing device for a wall-hung sanitaryware item , having a holder for mounting the fixing device on a wall , having a supporting element which is movably arranged on the holder , and having an engagement element which is arranged on the supporting element and is movable relative to the holder for insertion into an opening in the sanitaryware item , wherein the supporting element is movable relative to the holder transversely with respect to an insertion direction (E) of the fixing device into the opening in the sanitaryware item , characterised in that a spring is arranged on the fixing device in such a way that the engagement element is movable in the direction of the weight force (F G ) against the force of the spring , wherein, in the mounted position of the fixing device, the spring urges the engagement element out of the supporting element , especially in opposition to the weight force.
Method for determining a limit speed for driving for a driver at the steering wheel of a vehicle, the method comprising the following steps during which: - the grip potential available at a given instant between a tyre of the vehicle and the roadway on which the tyre is running is estimated as a function of known and/or measured influencing parameters, - a need for grip on a future route event is determined as a function of the driving situation of the vehicle and of the driving characteristics of the driver of the vehicle, - as a function of this need for grip and of the estimated grip potential, a limit speed for driving on the forthcoming route event is determined that makes it possible to not exceed the grip potential, - -the method comprising an initial step of determining parameters influencing the grip potential, these parameters comprising, at least, the water depth on the roadway, and characterized in that the step of estimating an available grip potential comprises the following steps: - the progression of a rolling radius of the tyre is assessed as a function of predetermined conditions for running of said tyre on grounds of variable and known grips, in order to form an experimental database, - the experimental database is used to establish a model for estimating the grip potential by determining a function connecting the grip potential to the rolling radius and to vehicle parameters, - during running of the tyre, the rolling radius is determined and, by application of said model, and as a function of the vehicle parameters, the grip potential of said tyre is assessed. - the grip potential available at a given instant between a tyre of the vehicle and the roadway on which the tyre is running is estimated as a function of known and/or measured influencing parameters, - a need for grip on a future route event is determined as a function of the driving situation of the vehicle and of the driving characteristics of the driver of the vehicle, - as a function of this need for grip and of the estimated grip potential, a limit speed for driving on the forthcoming route event is determined that makes it possible to not exceed the grip potential, - -the method comprising an initial step of determining parameters influencing the grip - the progression of a rolling radius of the tyre is assessed as a function of predetermined conditions for running of said tyre on grounds of variable and known grips, in order to form an experimental database, - the experimental database is used to establish a model for estimating the grip potential by determining a function connecting the grip potential to the rolling radius and to vehicle parameters, - during running of the tyre, the rolling radius is determined and, by application of said model, and as a function of the vehicle parameters, the grip potential of said tyre is assessed.
An autonomous cooking device configured to automatically prepare food according to recipe files, the cooking device comprising: an outer shell to house a cooking unit ; an input/output device accessible from the outer shell , the input/output device configured to receive a selection of a specific recipe file from a plurality of recipe files, the specific recipe file comprising at least image sensor data corresponding to different phases of food preparation; the cooking unit comprising a container and a heating element, the cooking unit configured to initiate a cooking portion of food preparation; an image sensor configured to capture images of food while cooking for comparison against reference images; a control unit electrically coupled to the input/output device and comprising a processor and a memory device, the control unit comprising an image analyses module configured to compare one or more of the images captured by the image sensor against one or more reference images from the specific recipe file and the control unit comprising an optimal cooking time module configured to estimate a remaining cooking time based on the image comparison, wherein the cooking unit is configured to end the cooking portion of food preparation, responsive to the remaining cooking time. an outer shell to house a cooking unit ; an input/output device accessible from the outer shell , the input/output device configured to receive a selection of a specific recipe file from a plurality of recipe files, the specific recipe file comprising at least image sensor data corresponding to different phases of food preparation; the cooking unit comprising a container and a heating element, the cooking unit configured to initiate a cooking portion of food preparation; an image sensor configured to capture images of food while cooking for comparison against reference images; a control unit electrically coupled to the input/output device and comprising a processor and a memory device, the control unit comprising an image analyses module configured to compare one or more of the images captured by the image sensor against one or more reference images from the specific recipe file and the control unit comprising an optimal cooking time module configured to estimate a remaining cooking time based on the image comparison, wherein the cooking unit is configured to end the cooking portion of food preparation, responsive to the remaining cooking time.
Fish farming plant in the form of a Recirculated Aquaculture System, comprising a central tank and one or more surrounding tanks , preferably circular and with the same center, where the central tank is adapted to be used for water treatment in order to provide a water exchange at a water exchange rate in the one or more surrounding tanks , and where the one or more surrounding tanks is/are adapted to be used for farming of fish, preferably kingfish, salmon fish, grouper fish, barramundi and mahi mahi, wherein the fish farming plant further is equipped with flow applicators arranged in the one or more surrounding tanks, wherein: - the water treatment includes biofiltration at a biofilter , - each surrounding tank is equipped with one or two outlets and one or two inlets , irrespective of the number of tank sections, - wherein said fish farming plant is adapted to provide a substantially horizontal/laminar flow structure of the water, of potentially individual adjustable horizontal rate in each of the surrounding tanks , and - wherein the flow applicators , whereby a flow rate of the water in the surrounding tanks is individually independent of the water exchange rate, are adapted to contribute to optimizing the horizontal/laminar flow structure of the water, characterized in that the fish farming plant comprises several movable permeable section walls in each of the one or more surrounding tanks wherein each surrounding tank becomes divided into several adjustable tank sections. - the water treatment includes biofiltration at a biofilter , - each surrounding tank is equipped with one or two outlets and one or two inlets , irrespective of the number of tank sections, - wherein said fish farming plant is adapted to provide a substantially horizontal/laminar flow structure of the water, of potentially individual adjustable horizontal rate in each of the surrounding tanks , and - wherein the flow applicators , whereby a flow rate of the water in the surrounding tanks is individually independent of the water exchange rate, are adapted to contribute to optimizing the horizontal/laminar flow structure of the water,
Method for producing a housing arrangement for an electrical machine, a region of a sealing part being formed in the shape of an indentation so as to press material of the sealing part against a housing part for a non-positive fit between the sealing part and the housing part , the forming taking place by means of a punch , characterised in that the region is formed by means of a conical surface of the punch , the punch being rotated about a central axis (M2) of the indentation to be formed and being inclined at a varying angle (W2) to the central axis (M2), the punch being introduced axially in terms of the central axis (M2) and the contact point of the punch following a hypocycloid on the region , causing the material to flow substantially in an axial (F1, F2) and tangential direction with respect to the central axis (M2), or the punch being rotated about a central axis (M2) of the indentation to be formed and being inclined at a constant angle (W2) to the central axis (M2), the punch being introduced axially in terms of the central axis (M2) and the contact point of the punch following an inclined spiral on the region , causing the material to flow substantially in an axial (F1, F2) and tangential direction with respect to the central axis (M2).
A splash guard for protecting a vent membrane associated with a fitment from a liquid in a container having an interior volume , the splash guard comprising: an upper surface having an upper perimeter substantially contoured to a lower perimeter of the fitment , said upper perimeter being adapted to permit gas to escape from the interior volume of the container comprising a liquid ; and a lower surface having a perimeter and being configured to prevent liquid from splashing onto the vent membrane , wherein the center of the lower surface comprises a ring affixed to a plurality of ridges radially extending outwards from the center towards the perimeter , each of the plurality of ridges having a top surface and opposing side surfaces, or wherein the lower surface comprises an inverted cone or pyramid shape. an upper surface having an upper perimeter substantially contoured to a lower perimeter of the fitment , said upper perimeter being adapted to permit gas to escape from the interior volume of the container comprising a liquid ; and a lower surface having a perimeter and being configured to prevent liquid from splashing onto the vent membrane , wherein the center of the lower surface comprises a ring affixed to a plurality of ridges radially extending outwards from the center towards the perimeter , each of the plurality of ridges having a top surface and opposing side surfaces, or wherein the lower surface comprises an inverted cone or pyramid shape.
A method for transmitting a data set from an operating device to a drinks preparation machine , wherein the method comprises at least the following steps: • by the operating device : registering an input or a selection, which specifies the data set; • by the operating device : registering a selection of an operating mode for indirectly sending the data set to a drinks preparation machine , in particular as a selection amongst several operating modes by a user of the operating device ; • by the drinks preparation machine : registering a control command which is triggered by the user; • by the drinks preparation machine , triggered by the control command: transmitting a machine address of the drinks preparation machine to the operating device ; • by the operating device : receiving the machine address ; • by the operating device : transmitting the data set and the machine address to a coordination server : • by the coordination server : receiving the machine address and the data set: • by the coordination server : storing the machine address and, assigned thereto, the data set; • by the coordination server : transmitting this data set to the drinks preparation machine , in particular including using the machine address; • by the drinks preparation machine : receiving the data set from the coordination server ; • by the drinks preparation machine : storing the data set and/or executing an action according to the data set. • by the operating device : registering an input or a selection, which specifies the data set; • by the operating device : registering a selection of an operating mode for indirectly sending the data set to a drinks preparation machine , in particular as a selection amongst several operating modes by a user of the operating device ; • by the drinks preparation machine : registering a control command which is triggered by the user; • by the drinks preparation machine , triggered by the control command: transmitting a machine address of the drinks preparation machine to the operating device ; • by the operating device : receiving the machine address ; • by the operating device : transmitting the data set and the machine address to a coordination server : • by the coordination server : receiving the machine address and the data set: • by the coordination server : storing the machine address and, assigned thereto, the data set; • by the coordination server : transmitting this data set to the drinks preparation machine , in particular including using the machine address; • by the drinks preparation machine : receiving the data set from the coordination server ; • by the drinks preparation machine : storing the data set and/or executing an action according to the data set.
A composite molded article comprising: a thermoplastic resin continuous fiber composite material comprising a continuous reinforcement fiber (A) and a thermoplastic resin (B); and a thermoplastic resin composition , wherein the thermoplastic resin continuous fiber composite material is bonded to the thermoplastic resin composition via a bonding surface, and a bonded part between the thermoplastic resin continuous fiber composite material and the thermoplastic resin composition has a tensile strength which is 0.35 times or more as strong as a tensile strength of the thermoplastic resin composition ; wherein the thermoplastic resin continuous fiber composite material as a raw material is a fabric; wherein the bonded part between the thermoplastic resin continuous fiber composite material and the thermoplastic resin composition has a convexo-concave structure where the material and the composition are mixed with each other; and wherein a length L of an interface at the bonding surface between the thermoplastic resin continuous fiber composite material and the thermoplastic resin composition ; and a thickness t of the composite molded article satisfy a relation of L > 1.8t.
A stimulator device , comprising: a plurality of electrode nodes, each electrode node configured to be coupled to one of a plurality of electrodes configured to contact a patient's tissue; stimulation circuitry configured to execute a stimulation program to provide a stimulation current to at least two of the electrode nodes, wherein the stimulation program comprises a plurality of sub-programs configured to be executed by the stimulation circuitry ; and controller circuitry, characterised in that the controller circuitry is configured to periodically store information that indicates where the stimulation circuitry is in its execution of the plurality of sub-programs, and if the stimulator device experiences an interruption that prevents the stimulation circuitry from continuing execution of the plurality of sub-programs, use the stored information to continue execution of the plurality of sub-programs at a point corresponding to the interruption. a plurality of electrode nodes, each electrode node configured to be coupled to one of a plurality of electrodes configured to contact a patient's tissue; stimulation circuitry configured to execute a stimulation program to provide a stimulation current to at least two of the electrode nodes, wherein the stimulation program comprises a plurality of sub-programs configured to be executed by the stimulation circuitry ; and controller circuitry, characterised in that the controller circuitry is configured to periodically store information that indicates where the stimulation circuitry is in its execution of the plurality of sub-programs, and if the stimulator device experiences an interruption that prevents the stimulation circuitry from continuing execution of the plurality of sub-programs, use the stored information to continue execution of the plurality of sub-programs at a point corresponding to the interruption. periodically store information that indicates where the stimulation circuitry is in its execution of the plurality of sub-programs, and if the stimulator device experiences an interruption that prevents the stimulation circuitry from continuing execution of the plurality of sub-programs, use the stored information to continue execution of the plurality of sub-programs at a point corresponding to the interruption.