mhurhangee/patent-ind-claim-en huggingface dataset:
Method to provide a dynamic change of security configurations (CFi) in an integrated circuit product adapted to execute at least a given critical code (CPr) and susceptible to be attacked, wherein said method comprises the steps of: - tracking (TK) successive executions of the given critical code, - after a given number of such executions, triggering (TG) a change of the security configuration (CFi), wherein the changed security configuration is a changed set of parameters under which the given critical code is to be executed for a next time; wherein the step of tracking (TK) successive executions of the given critical code (CPr) comprises counting the occurrences of a specific event (wRst) occurring in the execution of the given critical code (CPr), such occurrences tracking the number of executions; wherein the specific event is a warm reset (wRst) part of the critical code; wherein a counter (C) is used for the occurrences counting, the method comprising: a sub-step of incrementing said counter (C) only at each occurrence of the specific event (wRst), or a sub-step of decrementing said counter (C) only at each occurrence of the specific event. - tracking (TK) successive executions of the given critical code, - after a given number of such executions, triggering (TG) a change of the security configuration (CFi), wherein the changed security configuration is a changed set of parameters under which the given critical code is to be executed for a next time; a sub-step of incrementing said counter (C) only at each occurrence of the specific event (wRst), or a sub-step of decrementing said counter (C) only at each occurrence of the specific event.
Method of determining an information which is indicative for a zeta potential by a measurement of the flow current or a measurement of the flow potential for characterizing a boundary surface between a solid phase and a liquid phase, wherein the method comprises: receiving the liquid phase in a pressure container ; receiving the solid phase in a measuring cell which is arranged downstream of the pressure container and can be brought in fluid communication with the pressure container ; arranging a storage container downstream and in fluid communication with the measuring cell ; pressurizing the pressure container with a pressure profile with a pressure change which is continuous over time with a monotonous pressure course, such that thereby the liquid phase is conveyable from the pressure container through the measuring cell in the storage container , wherein the interior of the pressure container is pressure-decoupled from the environment and the pressure in the pressure container continuously decreases, when the liquid phase flows from the pressure container through the measuring cell in the storage container , and wherein a gas space above the liquid phase and the pressure container is pressurized with a compressed gas cushion, to thereby generate the pressure profile with a continuous decrease of pression; and capturing the information which is indicative for the zeta potential at the measuring cell during pressurizing the pressure container with the pressure profile. receiving the liquid phase in a pressure container ; receiving the solid phase in a measuring cell which is arranged downstream of the pressure container and can be brought in fluid communication with the pressure container ; arranging a storage container downstream and in fluid communication with the measuring cell ; pressurizing the pressure container with a pressure profile with a pressure change which is continuous over time with a monotonous pressure course, such that thereby the liquid phase is conveyable from the pressure container through the measuring cell in the storage container , wherein the interior of the pressure container is pressure-decoupled from the environment and the pressure in the pressure container continuously decreases, when the liquid phase flows from the pressure container through the measuring cell in the storage container , and wherein a gas space above the liquid phase and the pressure container is pressurized with a compressed gas cushion, to thereby generate the pressure profile with a continuous decrease of pression; and capturing the information which is indicative for the zeta potential at the measuring cell during pressurizing the pressure container with the pressure profile.
A patient turning apparatus for turning a patient by 180 degrees relative to a mattress of a bed supporting the patient, the patient turning apparatus comprising a U-shaped frame having an elongated, horizontally oriented, upper segment , a first segment extending generally vertically downwardly from a first end of the upper segment, a second segment extending generally vertically downwardly from a second end of the upper segment, and a rectangular frame having a head end frame member at a head end of the rectangular frame , and a foot end frame member at a foot end of the rectangular frame , characterised in that the apparatus is for turning a patient situated between a pair of sheets, and is for use with an overhead lift having a motor that operates to extend and retract a lifting strap ; in that the first and second ends of the upper segment of the U-shaped frame are head and foot ends positionable in use over respective head and foot sections of the mattress and the U-shaped frame has a coupler situated at a middle region of the upper segment and configured to attach to a lower end of the lift strap of the overhead lift , and in that the rectangular frame has elongated first and second sheet grippers at the sides of the rectangular frame ; in that the patient apparatus further comprises a sheet attachment mechanism coupled to an outer surface of the first gripper and the second gripper and configured to removeably couple the sheets to the sheet grippers ; wherein middle regions of the head end frame member and the foot end frame member are pivotably coupled to lower ends of the first and second segments , respectively, of the U-shaped frame so that the rectangular frame is rotatable about a longitudinally extending pivot axis relative to the U-shaped frame , wherein the rectangular frame is sized to surround the patient when the rectangular frame is resting upon the mattress, wherein, in use, the pair of sheets is coupled to each of the first and second sheet grippers to tightly sandwich the patient between the pair of sheets to permit the rectangular frame and the patient to be rotated by 180 degrees relative to the U-shaped frame after the overhead lift is operated to raise the U-shaped frame , the rectangular frame , and the patient upwardly away from the mattress by a sufficient distance to provide clearance between the rotating rectangular frame and the mattress.
A method for displaying a battery charging-stage of a portable terminal, comprising: measuring a charged voltage of a rechargeable battery unit receiving a voltage supplied from a power source; determining a charging stage (a, b, c, d) corresponding to the measured charged voltage; and characterized by for each charging stage (a, b, c) apart from a fully charged stage (d), sequentially and cyclically displaying stages of a level of charge in said battery unit from the determined charging stage to the fully charged stage (d). measuring a charged voltage of a rechargeable battery unit receiving a voltage supplied from a power source; determining a charging stage (a, b, c, d) corresponding to the measured charged voltage; and characterized by for each charging stage (a, b, c) apart from a fully charged stage (d), sequentially and cyclically displaying stages of a level of charge in said battery unit from the determined charging stage to the fully charged stage (d).
High-voltage machine including a terminal box arranged thereon or therein and having increased short-circuit withstand capacity for installation in or on the machine housing surface , wherein one or more open or automatically opening terminal box shafts are disposed on the terminal box , characterized in that a top-mounted terminal box bellows is disposed at the exit of the terminal box shaft .
A beverage dispensing valve system comprising: a first valve having a first flow path and a first core positioned to open and close the first flow path; a second valve having a second flow path and a second core to open and close the second flow path; and a movable valve activation device comprising an electromagnet, the valve activation device being movable to a first position adjacent the first core to cause the first core to open the first flow path and a second position adjacent the second core to cause the second core to open the second flow path, characterized in that the electromagnet is energized in response to an electronic input signal to attract the first core or the second core upward. a first valve having a first flow path and a first core positioned to open and close the first flow path; a second valve having a second flow path and a second core to open and close the second flow path; and a movable valve activation device comprising an electromagnet, the valve activation device being movable to a first position adjacent the first core to cause the first core to open the first flow path and a second position adjacent the second core to cause the second core to open the second flow path, characterized in that the electromagnet is energized in response to an electronic input signal to attract the first core or the second core upward.
A plastic compound lens for a headlight, comprising: a first lens part adapted to include a first light-incident surface on which light is incident and a first shaped surface through which the light is emitted, and made of a first material; and a second lens part adapted to include an inside shaped surface which is coupled onto the first shaped surface , and an outside convex-shaped surface which is formed in a convex shape in a direction opposite the inside shaped surface and which emits the light, incident through the first lens part , to an outside, and made of a second material; wherein the second lens part extends to the first light-incident surface of the first lens part to surround the first lens part ; characterized in that the first light-incident surface of the first lens part is formed as an aspherical surface including an inflection point; wherein the outside convex-shaped surface of the second lens part is formed as an aspherical surface including an inflection point; wherein the first shaped surface of the first lens part is formed as an aspherical surface including an inflection point; wherein the inside shaped surface of the second lens part is formed as an aspherical surface including an inflection point to correspond to the first shaped surface of the first lens part ; and wherein a separation space configured to correct chromatic aberration is formed by separating the first shaped surface of the first lens part and the inside shaped surface of the second lens part from each other by a predetermined distance. a first lens part adapted to include a first light-incident surface on which light is incident and a first shaped surface through which the light is emitted, and made of a first material; and a second lens part adapted to include an inside shaped surface which is coupled onto the first shaped surface , and an outside convex-shaped surface which is formed in a convex shape in a direction opposite the inside shaped surface and which emits the light, incident through the first lens part , to an outside, and made of a second material; wherein the second lens part extends to the first light-incident surface of the first lens part to surround the first lens part ; characterized in that the first light-incident surface of the first lens part is formed as an aspherical surface including an inflection point; wherein the outside convex-shaped surface of the second lens part is formed as an aspherical surface including an inflection point; wherein the first shaped surface of the first lens part is formed as an aspherical surface including an inflection point; wherein the inside shaped surface of the second lens part is formed as an aspherical surface including an inflection point to correspond to the first shaped surface of the first lens part ; and wherein a separation space configured to correct chromatic aberration is formed by separating the first shaped surface of the first lens part and the inside shaped surface of the second lens part from each other by a predetermined distance.
An antenna, comprising a first radiator and a first capacitor structure , and a printed circuit board , the printed circuit board comprising a signal feed end and a ground end , wherein a first end of the first radiator is electrically connected to the signal feed end of the printed circuit board by means of the first capacitor structure, and a second end of the first radiator is electrically connected to the ground end of the printed circuit board; the first radiator, the first capacitor structure, the signal feed end, and the ground end form a first antenna configured to produce a first resonance frequency (f1); wherein the antenna further comprises a second radiator , wherein a first end of the second radiator is electrically connected to the first end of the first radiator, and the second radiator, the first capacitor structure, and the signal feed end form a second antenna configured to produce a second resonance frequency (f2), and wherein the antenna further comprises a parasitic branch , wherein one end of the parasitic branch is electrically connected to the ground end of the printed circuit board, and another end of the parasitic branch and a second end of the second radiator are opposite and do not contact each other, so as to form coupling and produce a third resonance frequency (f3); characterized in that the first antenna is configured to conform to a left hand transmission line, wherein the first radiator is equivalent to a shunt inductor relative to a signal source, the first capacitor structure is equivalent to a serially connected capacitor relative to the signal source; and an electrical length of the first radiator is greater than one eighth of a wavelength corresponding to the first resonance frequency, and the electrical length of the first radiator is less than a quarter of the wavelength corresponding to the first resonance frequency.
An airfoil comprising: an airfoil wall defining a leading end , a trailing end , a first side wall , and a second side wall ; and a rib connecting the first and second side walls of the airfoil wall , the rib including first and second unbranched arms initiating at the second side wall and extending there from to meet at a node (N), and a third unbranched arm initiating at the first side wall , the third unbranched arm extending perpendicularly there from and connecting at either the node (N), the first unbranched arm , or the unbranched second arm , wherein the first and second unbranched arms together with the second side wall define a triangular passage , and characterised in that the third unbranched arm and the first side wall border a passage that is flow isolated from the triangular passage . an airfoil wall defining a leading end , a trailing end , a first side wall , and a second side wall ; and a rib connecting the first and second side walls of the airfoil wall , the rib including first and second unbranched arms initiating at the second side wall and extending there from to meet at a node (N), and a third unbranched arm initiating at the first side wall , the third unbranched arm extending perpendicularly there from and connecting at either the node (N), the first unbranched arm , or the unbranched second arm , first and second unbranched arms initiating at the second side wall and extending there from to meet at a node (N), and a third unbranched arm initiating at the first side wall , the third unbranched arm extending perpendicularly there from and connecting at either the node (N), the first unbranched arm , or the unbranched second arm , wherein the first and second unbranched arms together with the second side wall define a triangular passage , and characterised in that the third unbranched arm and the first side wall border a passage that is flow isolated from the triangular passage .
A method for dividing a section into identical subsections, in particular in order to determine course heights and/or joint widths when fitting brick-shaped or panel-shaped facade elements or when laying brick-shaped or panel-shaped floor coverings, in which a device as claimed in one of claims 4 to 13 is used which comprises at least two spacer elements connected by means of at least one elastic element , so that a distance (a) between the spacer elements can be adjusted in a variable manner by the application of a tensile force, comprising the steps of: - laying the device on a surface, wherein a first end of the device and/or an end of a spacer element disposed in this end region is aligned over a starting point of a section to be divided, - aligning the device parallel with respect to the section to be divided, - fixing the first end of the device and/or the spacer element disposed in this end region to the surface, for example simply by pressing, - pulling the opposing other end of the device parallel to the section to be divided, whereupon the other end of the device and/or an end of a spacer element which is preferably disposed in this end region is aligned over an end point of the section. - laying the device on a surface, wherein a first end of the device and/or an end of a spacer element disposed in this end region is aligned over a starting point of a section to be divided, - aligning the device parallel with respect to the section to be divided, - fixing the first end of the device and/or the spacer element disposed in this end region to the surface, for example simply by pressing, - pulling the opposing other end of the device parallel to the section to be divided, whereupon the other end of the device and/or an end of a spacer element which is preferably disposed in this end region is aligned over an end point of the section.
Device for cutting off a length of weft yarn inserted between warp threads during successive weaving cycles, comprising a cutting element to cut the yarn and detaining means to detain the yarn during its movement towards the cutting element until the yarn is allowed to pass through in the direction of the cutting element as a result of a tensile force which is applied thereto, characterized in that the detaining means comprise a rotatable detaining element which is forced to a detaining position on account of a spring force which is exerted by a spring element , in that the detaining element is configured to detain the yarn in its detaining position while the detaining element does not have a resilient action and, under the influence of a tensile force on the detained yarn, to rotate counter to said spring force to a non-detaining position in which the yarn can be moved further towards the cutting element in order to be cut.
A kneading or mixing machine comprising: a housing with opposite side walls , a motor in said housing for driving a kneading or mixing tool, a safety shield mounted to bearings , for turning about an axis (A), - said safety shield being adapted to at least partly shield said tool when the safety shield is turned to a shielding position, - said safety shield including a pair of arms , characterised in each arm having a head at a free end thereof, a central portion of each bearing receiving said head to allow for said turning, and said central portion of each bearing communicating with an entry slit configured for insertion of said head into said central portion in a direction transverse to said axis (A). a housing with opposite side walls , a motor in said housing for driving a kneading or mixing tool, a safety shield mounted to bearings , for turning about an axis (A), - said safety shield being adapted to at least partly shield said tool when the safety shield is turned to a shielding position, - said safety shield including a pair of arms , - said safety shield being adapted to at least partly shield said tool when the safety shield is turned to a shielding position, - said safety shield including a pair of arms , each arm having a head at a free end thereof, a central portion of each bearing receiving said head to allow for said turning, and said central portion of each bearing communicating with an entry slit configured for insertion of said head into said central portion in a direction transverse to said axis (A).
A method for maintaining an inventory of packaging supplies comprising: receiving by a processing element an initial level of packaging supplies ; receiving by the processing element packaging historical data corresponding to supply use by one or more packaging machines over a predetermined time period; determining by the processing element, by subtracting supply use from the initial level of packaging supplies, a current level of packaging supplies; and predicting, by the processing element, based on the historical data, a future supply use for the one or more packaging machines and using the future supply use and the current supply to determine whether based on at least the current level of packaging supplies and a future predicted level of supplies, a new order process should be initiated. receiving by a processing element an initial level of packaging supplies ; receiving by the processing element packaging historical data corresponding to supply use by one or more packaging machines over a predetermined time period; determining by the processing element, by subtracting supply use from the initial level of packaging supplies, a current level of packaging supplies; and predicting, by the processing element, based on the historical data, a future supply use for the one or more packaging machines and using the future supply use and the current supply to determine whether based on at least the current level of packaging supplies and a future predicted level of supplies, a new order process should be initiated.