mhurhangee/ep-ind-claims huggingface dataset:
A method of providing operating parameters of an automation device via a configuration system, comprising: - detecting a pre-selection of the automation device, whose operating parameters are to be provided, via a user interface of the configuration system; - detecting a target value of a first operating parameter of the automation device via the user interface; - calculating a limit value of a second operating parameter of the automation device in dependence on the target value of the first operating parameter, wherein the dependence of the second operating parameter on the first operating parameter is calculated using a device model (10, 12) of the automation device; and - outputting the limit value of the second operating parameter via the user interface of the configuration system, characterized in that the automation device is selected from automation devices whose device models (10, 12) are stored in the configuration system; and in that the limit value of the second operating parameter is calculated such that a characteristic of the automation device is in a reliable value range, in which range the automation device remains operable overall, with the dependence of the characteristic on the second operating parameter being calculated using the device model of the automation device when the automation device is operated with the target value of the first operating parameter and with the limit value of the second operating parameter. - detecting a pre-selection of the automation device, whose operating parameters are to be provided, via a user interface of the configuration system; - detecting a target value of a first operating parameter of the automation device via the user interface; - calculating a limit value of a second operating parameter of the automation device in dependence on the target value of the first operating parameter, - outputting the limit value of the second operating parameter via the user interface of the configuration system,
A digital electromagnetic stylus, which is a passive stylus, comprising a system-on-chip unit, a transmission control unit and a transceiver unit that are connected, a first rectifier and filter unit and a second rectifier and filter unit that are connected in parallel between the system-on-chip unit and the transceiver unit, and a pressure and key detection unit connected to the system-on-chip unit; wherein the transceiver unit is configured to receive an electromagnetic signal transmitted by a digitizer tablet, and convert the electromagnetic signal into a corresponding electrical signal and output the electrical signal to the first rectifier and filter unit and the second rectifier and filter unit; and generate a resonance in response to a frequency of the electromagnetic signal approaching a resonance frequency thereof, and transmit a resonance signal to the digitizer tablet, such that the digitizer tablet acquires touch information of the electromagnetic stylus; the first rectifier and filter unit is configured to shape and filter the electrical signal output by the transceiver unit, and output the shaped and filtered electrical signal to the system-on-chip unit to supply power to the system-on-chip unit; the second rectifier and filter unit is configured to shape and filter the electrical signal output by the transceiver unit, and output the shaped and filtered electrical signal to the system-on-chip unit to wake up the system-on-chip unit; the pressure and key detection unit is configured to detect stylus tip pressure data and a key state of the digital electromagnetic stylus, that is, to detect whether a key switch is pressed down or not; and the system-on-chip unit is configured to control, based on a detection result of the pressure and key detection unit, a time length within which the transmission control unit is disabled, and hence control an energy intensity of the resonance signal transmitted by the transceiver unit to the digitizer tablet. the first rectifier and filter unit is configured to shape and filter the electrical signal output by the transceiver unit, and output the shaped and filtered electrical signal to the system-on-chip unit to supply power to the system-on-chip unit; the second rectifier and filter unit is configured to shape and filter the electrical signal output by the transceiver unit, and output the shaped and filtered electrical signal to the system-on-chip unit to wake up the system-on-chip unit; the pressure and key detection unit is configured to detect stylus tip pressure data and a key state of the digital electromagnetic stylus, that is, to detect whether a key switch is pressed down or not; and the system-on-chip unit is configured to control, based on a detection result of the pressure and key detection unit, a time length within which the transmission control unit is disabled, and hence control an energy intensity of the resonance signal transmitted by the transceiver unit to the digitizer tablet.
A method for controlling the health of a multi-die power module comprising plural dies, a multi-die health monitoring device receiving an input signal and driving the dies of the multi-die power module, at least one group (17a,17b) of dies of the multi-die power module providing current to a load, wherein the method is executed by the multi-die health monitoring device and comprises the steps of: - setting, at a given current provided to the load by the group of dies, one die of the group of dies in a non-conducting state, - obtaining (S901, S902), when the die is in the non-conducting state, a signal that is representative of the temperature of the die and determining the temperature of the die, - obtaining, when the die is in the non-conducting state, a signal that is representative of an on-state voltage of the die and determining the on-state voltage value of the die, - retrieving in a table stored in a memory of the multi-die health monitoring device, an on-state voltage that corresponds to the given current and the determined temperature of the die, - notifying that the multi-die power module has to be replaced, if the difference between the determined on-state voltage value of the die and the retrieved on-state voltage is upper than a predetermined value. - setting, at a given current provided to the load by the group of dies, one die of the group of dies in a non-conducting state, - obtaining (S901, S902), when the die is in the non-conducting state, a signal that is representative of the temperature of the die and determining the temperature of the die, - obtaining, when the die is in the non-conducting state, a signal that is representative of an on-state voltage of the die and determining the on-state voltage value of the die, - retrieving in a table stored in a memory of the multi-die health monitoring device, an on-state voltage that corresponds to the given current and the determined temperature of the die, - notifying that the multi-die power module has to be replaced, if the difference between the determined on-state voltage value of the die and the retrieved on-state voltage is upper than a predetermined value.
Pushchair, in particular stroller, buggy or other such vehicle for children, comprising a pushchair frame and a foldable child seat which comprises - a backrest, - a seat surface element, - a plurality of adapter elements (30, 30'), by way of which the child seat can be connected to the pushchair frame, characterized by - a first locking element, by way of which the seat surface element can be locked with respect to the adapter elements (30, 30'), wherein the first locking element is designed in such a way that the locking of the seat surface element with respect to the adapter elements (30, 30') can be released by reducing the angle between the backrest and the seat surface element. - a backrest, - a seat surface element, - a plurality of adapter elements (30, 30'), by way of which the child seat can be connected to the pushchair frame, characterized by - a first locking element, by way of which the seat surface element can be locked with respect to the adapter elements (30, 30'),
A solubilising carbohydrate chitosan polymer of average molecular weight of 2 - 30 kD as determined by gel permeation chromatography as described in the description according to the following formula: wherein the ratio m:n:p is in the range 0.1:1:98.9 to 9:91:0; wherein the total number of monomer units of m + n + p is from 10 to less than 200; X is CH 3 (CH 2) 14 CONH, or CH 3 (CH 2) 15 NH; R', R", R'" are CH 2 CH 2 OH; and R 1, R 2 and R 3 are CH 3. the ratio m:n:p is in the range 0.1:1:98.9 to 9:91:0; wherein the total number of monomer units of m + n + p is from 10 to less than 200; X is CH 3 (CH 2) 14 CONH, or CH 3 (CH 2) 15 NH; R', R", R'" are CH 2 CH 2 OH; and R 1, R 2 and R 3 are CH 3.
A method for providing at least one cryptographic key for at least one mobile device, the method comprising: shielding a wireless communication channel between a communication module and the at least one mobile device by a shielding means to protect the wireless communication channel; determining whether the wireless communication channel is shielded by the shielding means, wherein determining whether the wireless communication channel is sufficiently shielded by the shielding means comprises measuring a signal strength of a wireless communication via the wireless communication channel after shielding by the shielding means; and providing the at least one cryptographic key for the at least one mobile device via the shielded wireless communication channel, wherein providing the at least one cryptographic key is performed if determining whether the wireless communication channel is shielded by the shielding means determines that the wireless communication channel is sufficiently shielded by the shielding means. shielding a wireless communication channel between a communication module and the at least one mobile device by a shielding means to protect the wireless communication channel; determining whether the wireless communication channel is shielded by the shielding means, wherein determining whether the wireless communication channel is sufficiently shielded by the shielding means comprises measuring a signal strength of a wireless communication via the wireless communication channel after shielding by the shielding means; and providing the at least one cryptographic key for the at least one mobile device via the shielded wireless communication channel, wherein providing the at least one cryptographic key is performed if determining whether the wireless communication channel is shielded by the shielding means determines that the wireless communication channel is sufficiently shielded by the shielding means.
Elongate clamping unit comprising • a casing surrounding an inner space, and • a plurality of clamping elements which extend in the longitudinal direction of the clamping unit and are received in the inner space of the casing, characterised in that the casing has a recess which protrudes into the inner space at at least one circumferential position and in which at least one electrical functional unit, for example at least one lighting unit, and at least one connection line (114a, 114b)for the at least one electrical functional unit are received. • a casing surrounding an inner space, and • a plurality of clamping elements which extend in the longitudinal direction of the clamping unit and are received in the inner space of the casing,
A display device comprising: an image forming unit through which image light exits; an imaging optical system having a reflection plane on a surface of the imaging optical system and configured to form an image by reflecting the image light on the reflection plane; a reflection optical system disposed on an optical path between the image forming unit and the imaging optical system and configured to reflect the image light exited through the image forming unit towards the imaging optical system, a housing accommodating the image forming unit and the imaging optical system, the housing having a transmissive area, through which the image light reflected by the imaging optical system passes through, and a hole surrounding area which is a part of the housing around the transmissive area; and a control unit configured to output a control signal to change an inclination of the reflection plane between a first state and a second state, such that a part of the extraneous light incident on the reflection plane in the first state is blocked by the hole surrounding area in the second state, the maximal value of a projected area (Lpb, Lpa) of the reflection plane, which is projected to the outside of the housing through the transmissive area, is smaller in the second state than in the first state, and an area of the reflection optical system that is irradiated with and reflects extraneous light, that has entered the housing through the transmissive area and then been reflected by the reflection plane, is smaller in the second state than in the first state. an image forming unit through which image light exits; an imaging optical system having a reflection plane on a surface of the imaging optical system and configured to form an image by reflecting the image light on the reflection plane; a reflection optical system disposed on an optical path between the image forming unit and the imaging optical system and configured to reflect the image light exited through the image forming unit towards the imaging optical system, a housing accommodating the image forming unit and the imaging optical system, the housing having a transmissive area, through which the image light reflected by the imaging optical system passes through, and a hole surrounding area which is a part of the housing around the transmissive area; and a control unit configured to output a control signal to change an inclination of the reflection plane between a first state and a second state, such that a part of the extraneous light incident on the reflection plane in the first state is blocked by the hole surrounding area in the second state, the maximal value of a projected area (Lpb, Lpa) of the reflection plane, which is projected to the outside of the housing through the transmissive area, is smaller in the second state than in the first state, and an area of the reflection optical system that is irradiated with and reflects extraneous light, that has entered the housing through the transmissive area and then been reflected by the reflection plane, is smaller in the second state than in the first state.
A glue distributor assembly for edgebanding machine, comprising a body provided with a melted glue collecting chamber, and a contacting roll, pivotally supported on the body, wherein the outer surface of the contacting roll is intended for rolling on a panel edge to be edgebanded or on a panel finishing profile, to distribute the melted glue collected from the collecting chamber, characterized in that the contacting roll is hollow, and delimits a volume connected to the collecting chamber and crossed, in use, by the melted glue, characterized in that the distributor assembly has a through hole extending between an inlet, accessible to the outside of the distributor assembly, and an outlet within the distributor assembly itself, for the injection of a dye within the distributor assembly such that said dye, in use, mixes with said melted glue.
Illumination system of a cooking appliance, the cooking appliance comprising a plurality of burners and a knob associated with each burner, the illumination system comprising an electric circuit associated with each knob, and each electric circuit comprising a display device that lights up when an electric current with a value equal to or greater than a minimum value circulates therethrough, and activation means which are operated by means of turning the knob, characterized in that the activation means are arranged in a first electrical branch of the electric circuit, and the display device is arranged in a second electrical branch of said electric circuit, both electrical branches (101, 102) being connected in parallel, the knob acts on the activation means causing the voltage drop in the first electrical branch to be different when said knob is in an OFF position and when it is in a position other than the OFF position, and the illumination system comprises an electronic module feeding the electric circuit and comprising a controller monitoring the voltage drop in the first electrical branch and controlling the electric current circulating through the display device depending on the measured voltage drop, the module being attached to the electric circuit by means of a first connection through which it feeds the electric circuit with a supply voltage, and by means of a second connection, the controller obtaining the voltage drop in the first electrical branch by measuring the voltage in said second connection, said module being connected to all the electric circuits by means of the same first connection and by means of a second connection specific for each electric circuit, and the module comprising an additional electric control circuit (Ca) associated with each burner and controlled by the controller, the additional electric circuit (Ca) being connected in series with the electric circuit of the corresponding burner between the second connection and a reference point, preferably ground.
A local network node for providing a user equipment with a local connection to a mobile network, the mobile network having one or more cells overlapping a coverage area of the local network node, the local network node comprising: a processor configured to: receive, from the user equipment, one or more parameters related to the power of the downlink between the user equipment and the local network node; and receive, from the user equipment, one or more parameters related to noise and interference on the downlink as a result of overlapping cells of the mobile network and any other competing local network nodes; and a measuring processor configured to determine a transmit power for the downlink between the local network node and the user equipment based on the received parameters and a minimum required power for a correct reception of a downlink signal at the user equipment. a processor configured to: receive, from the user equipment, one or more parameters related to the power of the downlink between the user equipment and the local network node; and receive, from the user equipment, one or more parameters related to noise and interference on the downlink as a result of overlapping cells of the mobile network and any other competing local network nodes; and receive, from the user equipment, one or more parameters related to the power of the downlink between the user equipment and the local network node; and receive, from the user equipment, one or more parameters related to noise and interference on the downlink as a result of overlapping cells of the mobile network and any other competing local network nodes; and a measuring processor configured to determine a transmit power for the downlink between the local network node and the user equipment based on the received parameters and a minimum required power for a correct reception of a downlink signal at the user equipment.
A grit dispensing device for rail vehicles, having a grit tank; a compressed air source which is connected to a dispensing line for the grit via a pressure line and a nozzle; an intake channel via which the grit can be conveyed from the grit tank into the dispensing line; a bypass (34, 44, 46) which leads from the pressure line to a point in the dispensing line downstream of the mouth of the intake channel so as to bypass the nozzle and the passage cross-section of which can be controlled by a valve; and an electronic control device for the valve, characterized in that the control device is designed to open and close the valve in intervals with a frequency that is adapted to the length of the dispensing line (26, 32) in such a way that grit charges which are ejected in the individual open periods of the valve consolidate in the dispensing line to form a steady grit flow.
A power transmission mechanism comprising: a first rotation member mounted integrally rotatably on a rotation shaft of a drive apparatus; a second rotation member rotatable integrally with or relative to the first rotation member during transmission of power from the first rotation member to the second rotation member; an elastic member interposed between and connecting the first and second rotation members (3, 2) for, when the first and second rotation members (3, 2) rotate relative to each other during said power transmission, absorbing a rotation difference between them; and a switching portion for, when the rotational speed of the rotation shaft is a given number or less, coming into contact with the first and second rotation members (3, 2) connecting them together, thereby preventing the relative rotation between the first and second rotation members (3, 2) and, when the rotational speed of the rotation shaft exceeds a said given number, for separating from at least one of the first and second rotation members (3, 2) due to a centrifugal force generated from the rotation of the rotation shaft to remove the above connection, thereby allowing the relative rotation of the first and second rotation members (3, 2) in both forward and backward directions through the elastic member during said power transmission, characterised in that the elastic member having a first end fixed to the first rotation member and a second end fixed to the second rotation member. a first rotation member mounted integrally rotatably on a rotation shaft of a drive apparatus; a second rotation member rotatable integrally with or relative to the first rotation member during transmission of power from the first rotation member to the second rotation member; an elastic member interposed between and connecting the first and second rotation members (3, 2) for, when the first and second rotation members (3, 2) rotate relative to each other during said power transmission, absorbing a rotation difference between them; and a switching portion for, when the rotational speed of the rotation shaft is a given number or less, coming into contact with the first and second rotation members (3, 2) connecting them together, thereby preventing the relative rotation between the first and second rotation members (3, 2) and, when the rotational speed of the rotation shaft exceeds a said given number, for separating from at least one of the first and second rotation members (3, 2) due to a centrifugal force generated from the rotation of the rotation shaft to remove the above connection, thereby allowing the relative rotation of the first and second rotation members (3, 2) in both forward and backward directions through the elastic member during said power transmission, characterised in that the elastic member having a first end fixed to the first rotation member and a second end fixed to the second rotation member.