mhurhangee/patent-ind-claim-en huggingface dataset:
A regenerated energy display device that is installed in a vehicle capable of collecting regenerated energy, the regenerated energy display device comprising: a display unit that is capable of displaying a graph indicating an added amount (Aa) of the regenerated energy; a control unit that controls details to be displayed on the display unit characterized in that the control unit is capable of changing an upper limit of the graph indicating the added amount of the regenerated energy (Aa) to be displayed on the display unit , and that the regenerated energy display device further comprises a condition selecting unit that automatically changes the upper limit of the graph indicating the added amount of the regenerated energy (Aa) to be displayed on the display unit when the added amount of the regenerated energy (Aa) becomes greater than or equal to the upper limit, wherein the control unit controls the display unit such that the graph indicating the added amount of the regenerated energy (Aa) is displayed on the basis of a condition selected by using the condition selecting unit . a display unit that is capable of displaying a graph indicating an added amount (Aa) of the regenerated energy; a control unit that controls details to be displayed on the display unit characterized in that the control unit is capable of changing an upper limit of the graph indicating the added amount of the regenerated energy (Aa) to be displayed on the display unit , and that the regenerated energy display device further comprises a condition selecting unit that automatically changes the upper limit of the graph indicating the added amount of the regenerated energy (Aa) to be displayed on the display unit when the added amount of the regenerated energy (Aa) becomes greater than or equal to the upper limit, wherein the control unit controls the display unit such that the graph indicating the added amount of the regenerated energy (Aa) is displayed on the basis of a condition selected by using the condition selecting unit .
A method of self-organising network SON coordination, characterized in that the method further comprises: receiving (S1) at a training coordinator a training request from a SON function which wants to start training, the training request comprises: information on a function type, additional information comprising generic and/or specific training area and/or time; receiving (S2) at the training coordinator system information and/or events related to the training; determining (S3) by the training coordinator that the training request is to be granted and passing to a self-organising network SON coordinator a coordinated training request; making (S4) by the SON coordinator a decision to acknowledge or reject the coordinated training request; in the case of granting the coordinated training request, the SON coordinator enforces (S5) the decision by locking a certain network area to avoid impact to the training; receiving (S6) at the training coordinator events relevant for the training; in response to the events, the training coordinator carries out (S7) appropriate actions. receiving (S1) at a training coordinator a training request from a SON function which wants to start training, the training request comprises: information on a function type, additional information comprising generic and/or specific training area and/or time; receiving (S2) at the training coordinator system information and/or events related to the training; determining (S3) by the training coordinator that the training request is to be granted and passing to a self-organising network SON coordinator a coordinated training request; making (S4) by the SON coordinator a decision to acknowledge or reject the coordinated training request; in the case of granting the coordinated training request, the SON coordinator enforces (S5) the decision by locking a certain network area to avoid impact to the training; receiving (S6) at the training coordinator events relevant for the training; in response to the events, the training coordinator carries out (S7) appropriate actions.
Towing device for a vehicle , in particular a road vehicle, wherein the towing device has a towing hitch , a cross member , attachment fittings for attaching the cross member to the vehicle and a mounting unit for mounting the towing hitch on the cross member , wherein the components of the towing device , in particular the cross member , attachment fittings , mounting unit and towing hitch are able to be connected together without welding, preferably by screw connections, wherein the towing device has an attachment interface that is provided and configured for the variable attachment of the cross member , in particular in different axial rotational positions, to the attachment fittings , and has a mounting interface , characterized in that the mounting interface is provided and configured for variable mounting of the towing hitch in different rotational positions on the cross member , wherein, as a result, the mounting position of the towing hitch on the cross member can be varied as required, and wherein the mounting unit is configured for selective mounting of the towing hitch in different orientations and installation positions on the cross member , in particular for selective mounting of the towing hitch at the height of and in the towing direction behind the cross member or under the cross member .
Color-temperature-dimmable multi-channel LED system, comprising: - a driver unit , , , which is designed to supply each of at least two LED output channels , with a current (I_K1), (I_K2) closed-loop-controlled to a setpoint, the driver unit , , being further designed to limit to prespecified values a maximum power of each LED output channel of the at least two LED output channels , on the one hand and on the other hand a total power of all LED output channels of the at least two LED output channels , , and the driver unit , , being designed to lower the setpoint of any LED output channel of the at least two LED output channels when its current power (P_K2) is greater than a maximum permissible total power (P_system) of the at least two LED output channels minus a current power (P_K1) of further LED output channels of the at least two LED output channels , characterized in that a change in a color coordinate of the system resulting from a change in the setpoint of any LED output channel is compensated by a post-calibration in that the driver unit , , is designed to lower the setpoint of a master output channel , which setpoint is selected from the at least two LED output channels , to the extent that at a reduced brightness of the system a desired color coordinate of a mixed light is maintained, the master output channel being designed to operate up to 50 W without the system being switched off. - a driver unit , , , which is designed to supply each of at least two LED output channels , with a current (I_K1), (I_K2) closed-loop-controlled to a setpoint,
A method of reducing distortion in a Vienna rectifier including a controller and PWM modulator, the method comprising the steps of: a) sensing a voltage value ([Vdc_p] for an upper half of a DC bus associated with the rectifier and a voltage value, [Vdc_n] for a lower half of the DC bus) of the Vienna rectifier; b) calculating scale factors ([Vdc_px], [Vdc_nx]) for the sensed voltage values for the respective upper half and lower half by determining an average of the sensed voltage values for the upper and lower half and dividing each of the sensed voltage values by the average; c) rescaling each phase of reference signals for a pulse width modulator using the respective upper and lower scale factors d) obtaining gate driver signals for each phase of the rectifier as a function of each of the rescaled reference signals using upper side and lower side triangular signals; wherein the step of calculating scale factors for the sensed voltage values includes the step of determining an average of the sensed voltage values; and wherein the step of determining an average of the sensed voltage values includes the steps of summing the sensed voltage values and dividing the sum by two; And wherein the step of rescaling reference signals comprises multiplying each reference signal by each of the scale factors ([Vdc_px], [Vdc_nx]) to produce, for each reference signal, a positive and a negative rescaled signal to a pulse width modulator to obtain a gate driver signal for a phase of the rectifier or for power semiconductor switches of the rectifier. a) sensing a voltage value ([Vdc_p] for an upper half of a DC bus associated with the rectifier and a voltage value, [Vdc_n] for a lower half of the DC bus) of the Vienna rectifier; b) calculating scale factors ([Vdc_px], [Vdc_nx]) for the sensed voltage values for the respective upper half and lower half by determining an average of the sensed voltage values for the upper and lower half and dividing each of the sensed voltage values by the average; c) rescaling each phase of reference signals for a pulse width modulator using the respective upper and lower scale factors d) obtaining gate driver signals for each phase of the rectifier as a function of each of the rescaled reference signals using upper side and lower side triangular signals;
An energy storage system , comprising a housing in which several energy storage cells are arranged, wherein a temperature control unit is arranged in the housing , wherein the temperature control unit contacts the energy storage cells at least in sections, wherein the temperature control unit has a shape which is adapted at least in sections to the shape of the energy storage cells , characterized in that the temperature control unit is designed as a blow molded part.
A facet joint surgical tool , comprising: a proximal portion to be disposed outside of a patient during a facet joint surgical procedure; and a distal portion to be disposed inside a patient during a facet joint surgical procedure; a first rotatable member comprising a first distal end portion having a first distal tip , the first rotatable member being rotatable about a first axis; a second rotatable member comprising a second distal end portion having a second distal tip , the second rotatable member being rotatable about a second axis that is different than the first axis; the first and second rotatable members being rotatable relative to each other about the first and second axes respectively to manipulate the relative positioning of the first and second distal end portions between a facet joint penetration configuration in which the first and second distal end portions are positioned to form a piercing tip to pierce through tissue and penetrate into the facet joint and a facet joint retraction configuration in which the first and second distal end portions are positioned to retract the facet joint following penetration into the facet joint; and each said rotatable member comprises a longitudinally extending insertion portion configured for insertion into the body during a surgical operation, characterised in that the insertion portion of each said rotatable member has a longitudinally extending lumen to provide access from outside of the body to inside of the body during a surgical procedure, and each said lumen has a longitudinal length of at least 10 millimeters. a proximal portion to be disposed outside of a patient during a facet joint surgical procedure; and a distal portion to be disposed inside a patient during a facet joint surgical procedure; a first rotatable member comprising a first distal end portion having a first distal tip , the first rotatable member being rotatable about a first axis; a second rotatable member comprising a second distal end portion having a second distal tip , the second rotatable member being rotatable about a second axis that is different than the first axis; the first and second rotatable members being rotatable relative to each other about the first and second axes respectively to manipulate the relative positioning of the first and second distal end portions between a facet joint penetration configuration in which the first and second distal end portions are positioned to form a piercing tip to pierce through tissue and penetrate into the facet joint and a facet joint retraction configuration in which the first and second distal end portions are positioned to retract the facet joint following penetration into the facet joint; and each said rotatable member comprises a longitudinally extending insertion portion configured for insertion into the body during a surgical operation, characterised in that the insertion portion of each said rotatable member has a longitudinally extending lumen to provide access from outside of the body to inside of the body during a surgical procedure, and each said lumen has a longitudinal length of at least 10 millimeters.
A current reduction device comprising: a switching device (Q7) that is disposed between a line breaker configured to interrupt electric power supplied from a direct current overhead contact line to a power converter and the power converter , the switching device (Q7) being configured to supply electric power from the line breaker to the power converter when the switching device (Q7) is in on-operation; and a resister that is connected in parallel to the switching device (Q7) through a plurality of conductors, wherein: the plurality of conductors includes a first conductor configured to connect a high-potential side electrode of the switching device to one end of the resister, and a second conductor configured to connect a low-potential side electrode of the switching device to another end of the resister; characterized in that the first conductor and the second conductor are disposed opposite to each other being stacked; and through the first conductor and the second conductor, electric currents in reverse directions are carried when the switching device (Q7) is transitioned from on to off. a switching device (Q7) that is disposed between a line breaker configured to interrupt electric power supplied from a direct current overhead contact line to a power converter and the power converter , the switching device (Q7) being configured to supply electric power from the line breaker to the power converter when the switching device (Q7) is in on-operation; and a resister that is connected in parallel to the switching device (Q7) through a plurality of conductors, wherein: the plurality of conductors includes a first conductor configured to connect a high-potential side electrode of the switching device to one end of the resister, and a second conductor configured to connect a low-potential side electrode of the switching device to another end of the resister; a first conductor configured to connect a high-potential side electrode of the switching device to one end of the resister, and a second conductor configured to connect a low-potential side electrode of the switching device to another end of the resister; characterized in that the first conductor and the second conductor are disposed opposite to each other being stacked; and through the first conductor and the second conductor, electric currents in reverse directions are carried when the switching device (Q7) is transitioned from on to off.
Venting unit for a mould segment of a vulcanization mould of a pneumatic vehicle tyre, having a cylindrical and sleeve-shaped housing which is able to be pressed into a bore of the mould segment and has a central axis (a), and having a spring-loaded valve insert which is situated in the housing and is movable in relation to the latter in an axial direction and has a valve closure , said valve closure being able to close off the housing at one end thereof and, in its closed position, being seated areally with an annularly encircling contact surface on an annularly encircling contact surface on the inner wall of the housing , characterized in that , in the closed state of the venting unit , outside the contact surfaces, there is provided an annularly encircling gap which is oriented parallel to the central axis (a) and is open to the outside and, between the valve closure and the inner wall of the housing , within the contact surfaces, there are provided gaps which act in the manner of a labyrinth seal in that the valve closure and the inner wall of the housing are stepped in a step-like manner with at least two steps, wherein the outer diameter of the steps decreases in the direction of the housing interior, and wherein at least the gaps provided within the contact surfaces are formed between the step surfaces (14a, 14'a, 14b) of the steps at the inner wall of the housing and the step surfaces (13a, 13'a, 13b) of the steps at the valve closure .
A method of securing a function of assisting the avoidance of an object (O) by a vehicle (V) travelling on a roadway (R), the avoidance comprising a first lateral manoeuvre (M1), to the right or to the left, to avoid the object, the method comprising the steps of : - opening an avoidance time window (WE) of a predetermined duration on receipt of an avoidance triggering message generated from a detection of the object by a sensor (C) of the vehicle - generation of an authorization to implement the assistance to the first lateral maneuver for the duration of the avoidance time window; - when the predetermined duration of the avoidance time window has elapsed, generation of a prohibition of implementation of the assistance to the first lateral maneuver. - opening an avoidance time window (WE) of a predetermined duration on receipt of an avoidance triggering message generated from a detection of the object by a sensor (C) of the vehicle - generation of an authorization to implement the assistance to the first lateral maneuver for the duration of the avoidance time window; - when the predetermined duration of the avoidance time window has elapsed, generation of a prohibition of implementation of the assistance to the first lateral maneuver.
A psoralen compound selected from the group consisting of and pharmaceutically acceptable salts thereof, for use in the treatment of a cell proliferation disorder, said use comprising: administering to a subject said compound, that effects a predetermined cellular change when activated; and applying an initiation energy from an initiation energy source to the subject, activating the psoralen compound in situ, - thus causing the predetermined cellular change to occur, wherein occurrence of the predetermined cellular change causes an increase in rate or decrease in rate of cell proliferation to treat the cell proliferation disorder, wherein the predetermined cellular change is selected from apoptosis, necrosis, upregulation of genes, down-regulation of genes, secretion of cytokines, alteration of cytokine receptor responses, or a combination thereof, and wherein the cell proliferation disorder is cancer. administering to a subject said compound, that effects a predetermined cellular change when activated; and applying an initiation energy from an initiation energy source to the subject, activating the psoralen compound in situ, - thus causing the predetermined cellular change to occur, wherein occurrence of the predetermined cellular change causes an increase in rate or decrease in rate of cell proliferation to treat the cell proliferation disorder, - thus causing the predetermined cellular change to occur, wherein occurrence of the predetermined cellular change causes an increase in rate or decrease in rate of cell proliferation to treat the cell proliferation disorder,
A composition comprising 5-{[(2 S ,5 R )-2,5-dimethyl-4-(tetrahydro-2 H -pyran-4-ylmemyl)piperazin-1-yl]carbonyl}-N-(5-fluoro-2-methylpyrimidin-4-yl)-6,6-dimethyl-1,4,5,6-tetrahydropyrrolo[3,4- c ]pyrazol-3-amine, or a pharmaceutically acceptable salt thereof, for use in a method of treating an autoimmune disorder selected from lupus or encephalitis in a subject in need thereof.
Light guiding slat for a sun protection system, wherein the light guiding slat is made of a band material, has an elongated form with a longitudinal direction, a cross direction and an elevation height setting and is provided for the formation of a Fresnel reflector for light guidance with a plurality of folds, wherein the folds are substantially made by folding and/or bending of the band material, wherein at least two neighbouring fold sides (Ks, K) are folded relative to each other and a fold edge extends between these fold sides (Ks, K) in longitudinal direction of the light guiding slat, wherein the light guiding slat has a width (b), wherein the total shape of the light guiding slat is concavely or convexly arched in cross direction, and the arching height of the concave or convex arc is less than 1/9 of the slat width (b), wherein the light guiding slat has a total height (W) which is composed of the height through the concave/convex arching of the total form and of the height of the folds, wherein the height of the folds results, depending on the shape of the slat, from the distance of parallel straight lines or parallel curves passing through the tips of the folds, wherein the band material is of a hard base material having an elastic limit of more than 300 N/mm 2 , wherein the band material has a thickness of less than 0.5 mm, and wherein the height of the folds is less than 1.0 mm, such that the light guiding slat has a total height (W) which is so small that the light guiding slat has a form to be coilable with a coiling radius of 1 m or less without any substantial plastic deformation. wherein the folds are substantially made by folding and/or bending of the band material, wherein at least two neighbouring fold sides (Ks, K) are folded relative to each other and a fold edge extends between these fold sides (Ks, K) in longitudinal direction of the light guiding slat, wherein the light guiding slat has a width (b), wherein the total shape of the light guiding slat is concavely or convexly arched in cross direction, and the arching height of the concave or convex arc is less than 1/9 of the slat width (b), wherein the light guiding slat has a total height (W) which is composed of the height through the concave/convex arching of the total form and of the height of the folds, wherein the height of the folds results, depending on the shape of the slat, from the distance of parallel straight lines or parallel curves passing through the tips of the folds, wherein the band material is of a hard base material having an elastic limit of more than 300 N/mm 2 , wherein the band material has a thickness of less than 0.5 mm, and wherein the height of the folds is less than 1.0 mm, such that the light guiding slat has a total height (W) which is so small that the light guiding slat has a form to be coilable with a coiling radius of 1 m or less without any substantial plastic deformation.