mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating an anti-theft system of a motor vehicle , the anti-theft system comprising a communication device for near-field communication and a storage device for depositing a mobile terminal , wherein said storage device is arranged fixedly on a first interior equipment element of the motor vehicle within a transmitting and receiving range of the communication device ; the method includes the steps: - storing the mobile terminal in an operating area of an interior of the motor vehicle (10, S2), wherein the operating area lies outside of the transmitting and receiving range , - by means of a connecting device : ▪ connecting the stored mobile terminal to the communication device (18, S3) by attaching a first connection element of the connection device to the mobile terminal and attaching a second connection element to the anti-theft system , and ▪ providing a wired data communication link between the stored mobile terminal and the communication device (18, S4), - via a control device : establishing the data communication connection provided by means of the connection device between the mobile terminal (S5), and establishing an authorization of the mobile terminal to operate the anti-theft system ; and - depending on the determined authorization: via the control device : activating and/or deactivating a function of the anti-theft system (12, S6) while the mobile terminal is outside of the transmitting and receiving range and within the operating area . - storing the mobile terminal in an operating area of an interior of the motor vehicle (10, S2), wherein the operating area lies outside of the transmitting and receiving range , - by means of a connecting device : ▪ connecting the stored mobile terminal to the communication device (18, S3) by attaching a first connection element of the connection device to the mobile terminal and attaching a second connection element to the anti-theft system , and ▪ providing a wired data communication link between the stored mobile terminal and the communication device (18, S4), ▪ connecting the stored mobile terminal to the communication device (18, S3) by attaching a first connection element of the connection device to the mobile terminal and attaching a second connection element to the anti-theft system , and ▪ providing a wired data communication link between the stored mobile terminal and the communication device (18, S4), - via a control device : establishing the data communication connection provided by means of the connection device between the mobile terminal (S5), and establishing an authorization of the mobile terminal to operate the anti-theft system ; and - depending on the determined authorization: via the control device : activating and/or deactivating a function of the anti-theft system (12, S6) while the mobile terminal is outside of the transmitting and receiving range and within the operating area .
An unknown-water detection apparatus , wherein unknown water is rainwater or groundwater that flows into a wastewater pipeline, comprising: a processor , a memory , a feature amount extraction section that extracts, from acoustic data including a water flowing sound, an acoustic feature amount pattern indicating a temporal change in an acoustic feature amount; and an unknown-water prediction section that predicts presence or absence of unknown water from an acoustic feature amount pattern of target acoustic data for prediction by utilizing a machine learning model that learned an acoustic feature amount pattern extracted from data including one or both of acoustic data including a water flowing sound during no-rainfall time and acoustic data of a water flowing sound under a condition different from the no-rainfall time, wherein the acoustic feature amount pattern indicates a temporal change in the acoustic feature amount with respect to day of week and time slot, characterized in that the acoustic data under the condition different from the no-rainfall time is at least one of acoustic data during rainfall time, acoustic data of a water flowing sound when another flowing water from outside is introduced into flowing water during no-rainfall time, and acoustic data of a water flowing sound due to groundwater or storm surge. a processor , a memory , a feature amount extraction section that extracts, from acoustic data including a water flowing sound, an acoustic feature amount pattern indicating a temporal change in an acoustic feature amount; and an unknown-water prediction section that predicts presence or absence of unknown water from an acoustic feature amount pattern of target acoustic data for prediction by utilizing a machine learning model that learned an acoustic feature amount pattern extracted from data including one or both of acoustic data including a water flowing sound during no-rainfall time and acoustic data of a water flowing sound under a condition different from the no-rainfall time, wherein the acoustic feature amount pattern indicates a temporal change in the acoustic feature amount with respect to day of week and time slot, characterized in that the acoustic data under the condition different from the no-rainfall time is at least one of acoustic data during rainfall time, acoustic data of a water flowing sound when another flowing water from outside is introduced into flowing water during no-rainfall time, and acoustic data of a water flowing sound due to groundwater or storm surge.
A system configured to enclose a human fetus and maintain a human fetus during maturation, the system comprising: a fetal chamber including a rigid frame and at least one flexible wall that cooperate to at least partially define an interior space, the interior space defining a volume, the fetal chamber configured such that the volume is variable, wherein the fetal chamber includes an opening that is sized to accommodate entry of a human fetus into the interior space, the opening configured to be closed such that liquid in the interior space is prevented from passing through the opening; a first fluid circuit configured to provide a first fluid to the interior space, the first fluid circuit defining a first path that includes an entry into the fetal chamber and an exit from the fetal chamber; a second fluid circuit configured to provide a second fluid to the interior space such that the second fluid remains separate from the first fluid, the second fluid circuit defining a second path that includes an entry into the fetal chamber and an exit from the fetal chamber. a fetal chamber including a rigid frame and at least one flexible wall that cooperate to at least partially define an interior space, the interior space defining a volume, the fetal chamber configured such that the volume is variable, wherein the fetal chamber includes an opening that is sized to accommodate entry of a human fetus into the interior space, the opening configured to be closed such that liquid in the interior space is prevented from passing through the opening; a first fluid circuit configured to provide a first fluid to the interior space, the first fluid circuit defining a first path that includes an entry into the fetal chamber and an exit from the fetal chamber; a second fluid circuit configured to provide a second fluid to the interior space such that the second fluid remains separate from the first fluid, the second fluid circuit defining a second path that includes an entry into the fetal chamber and an exit from the fetal chamber.
A header for an agricultural harvesting machine comprising a hydraulic system with a hydromechanical transmission system , wherein the hydromechanical transmission system includes a closed hydraulic circuit having: a hydrostatic pump , a variable speed motor , a first circuit line in communication with the hydrostatic pump and the variable speed motor ; and a second circuit line in communication with the hydrostatic pump and the variable speed motor , characterised in that the hydromechanical transmission system further comprises a pressure line , the first circuit line and the second circuit line being in communication with the pressure line , and in that the hydraulic system further comprises: an inlet line for receiving a first pressure of hydraulic fluid and being in communication with the pressure line , a check valve in communication with the inlet line and an accumulator upstream of the pressure line , downstream of the check valve and in communication with the inlet line . a hydrostatic pump , a variable speed motor , a first circuit line in communication with the hydrostatic pump and the variable speed motor ; and a second circuit line in communication with the hydrostatic pump and the variable speed motor , an inlet line for receiving a first pressure of hydraulic fluid and being in communication with the pressure line , a check valve in communication with the inlet line and an accumulator upstream of the pressure line , downstream of the check valve and in communication with the inlet line .
Capsule for preparing a predetermined quantity of beverage suitable for consumption using an extractable product, comprising: a circumferential first wall , a second wall closing the circumferential first wall at a first end , and a flexible sheet-shaped perforate and/or porous third wall closing the circumferential first wall at a second, open, end opposite the second wall, wherein the first, second and third wall enclose an inner space comprising the extractable product, the extractable product being roasted and ground coffee, wherein the third wall forms an outermost boundary of the capsule in an axial direction thereof in use, wherein the third wall comprises a woven or non-woven filtering material, such as filtering paper, characterized in that the capsule further comprises a lid seal at least partially removable connected to the third wall for sealing the third wall prior to use and in that the third wall is arranged to filter oils from the coffee, before supplying the coffee to a container. a circumferential first wall , a second wall closing the circumferential first wall at a first end , and a flexible sheet-shaped perforate and/or porous third wall closing the circumferential first wall at a second, open, end opposite the second wall, wherein the first, second and third wall enclose an inner space comprising the extractable product, the extractable product being roasted and ground coffee, wherein the third wall forms an outermost boundary of the capsule in an axial direction thereof in use, wherein the third wall comprises a woven or non-woven filtering material, such as filtering paper, characterized in that the capsule further comprises a lid seal at least partially removable connected to the third wall for sealing the third wall prior to use and in that the third wall is arranged to filter oils from the coffee, before supplying the coffee to a container.
Vehicle wall , preferably for a rail vehicle, comprising: - at least one set of structural reinforcements , each structural reinforcement comprising a pressed steel element ; and - a vehicle skin ; where the vehicle skin is a steel sheet, the vehicle skin being attached to at least one structural reinforcement by resistance welding, with or without the addition of a structural adhesive. - at least one set of structural reinforcements , each structural reinforcement comprising a pressed steel element ; and - a vehicle skin ;
A decorative device that decorates an operating device , the decorative device comprising: a lenticular lens sheet in which a plurality of cylindrical lenses having a convex shape is arranged with a flat surface formed on an opposite side from the convex shape ; a plurality of light sources that is disposed on the flat surface side , the plurality of light sources being arranged parallel to a longitudinal direction of each cylindrical lens , and a drive unit that changes a light emission state of the light sources in accordance with an operating state of the operating device or information included in the operating device , wherein an image formation layer on which a pattern is formed is disposed on the flat surface side of one lenticular lens sheet , the image formation layer being formed by directly printing or transferring an image to the flat surface side . a lenticular lens sheet in which a plurality of cylindrical lenses having a convex shape is arranged with a flat surface formed on an opposite side from the convex shape ; a plurality of light sources that is disposed on the flat surface side , the plurality of light sources being arranged parallel to a longitudinal direction of each cylindrical lens , and a drive unit that changes a light emission state of the light sources in accordance with an operating state of the operating device or information included in the operating device , wherein an image formation layer on which a pattern is formed is disposed on the flat surface side of one lenticular lens sheet , the image formation layer being formed by directly printing or transferring an image to the flat surface side .
An undercarriage for a working machine , the undercarriage comprising: a chassis comprising a first axle mount ; and a first axle assembly mounted to the first axle mount , the first axle assembly comprising a first axle having first and second ends for pivotably mounting first and second wheels thereon, wherein the first axle mount comprises first and second arms extending from the chassis to define a channel therebetween for receiving the first axle therein, and wherein the undercarriage comprises a linkage member configured to restrict movement of the first and second arms ; and characterised in that : the first arm is provided at or near a first end of the chassis and comprises an auxiliary mounting arrangement for mounting a dozer blade or stabiliser arms to the chassis . a first axle assembly mounted to the first axle mount , the first axle assembly comprising a first axle having first and second ends for pivotably mounting first and second wheels thereon, wherein the first axle mount comprises first and second arms extending from the chassis to define a channel therebetween for receiving the first axle therein, and wherein the undercarriage comprises a linkage member configured to restrict movement of the first and second arms ; and characterised in that : the first arm is provided at or near a first end of the chassis and comprises an auxiliary mounting arrangement for mounting a dozer blade or stabiliser arms to the chassis .
Voltage measurement device with an insulating body , for the use in medium or high voltage equipment or switchgears, the device comprising: - at least one high voltage impedance ; - at least one low voltage impedance ; - a first shielding electrode ; - a second shielding electrode ; wherein the at least one high voltage impedance and the at least one low voltage impedance are located within the insulating body along an axis of the device; wherein a first end of the at least one high voltage impedance is connected via a connection to a high voltage; wherein a first end of the at least one low voltage impedance is connected via a connection to ground; wherein a second end of the at least one high voltage impedance opposite to the first end is connected via a connection to a second end of the at least one low voltage impedance opposite to the first end; wherein the at least one high voltage impedance and the at least one low voltage impedance form a voltage divider with a given division ratio; characterized in that the first shielding electrode and the second shielding electrode are located within the insulating body; wherein the first shielding electrode has a ring or bell shape with an opening at a first end with a radius at the edges of the opening at least 0.5mm, and wherein the first shielding electrode surrounds the at least one high voltage impedance; wherein the second shielding electrode has a ring or bell shape with an opening at a first end with a radius at the edges of the opening at least 0.5mm, and wherein the second shielding electrode surrounds the at least one low voltage impedance; wherein the first end of the first shielding electrode faces the first end of the second shielding electrode; wherein in a direction perpendicular to the axis an outer surface of the first shielding electrode is spaced from an inner surface of the insulating body by a distance of at least 1mm; wherein in a direction perpendicular to the axis an outer surface of the second shielding electrode is spaced from the inner surface of the insulating body by a distance of at least 1mm; wherein the first shielding electrode is connected at a second end opposite to the first end to the connection to the high voltage, and wherein a length measured in the direction of the axis from the second end of the first shielding electrode to the first end of the first shielding electrode is greater than a length measured in the direction of the axis from the second end of the first shielding electrode to the second end of the at least one high voltage impedance; and wherein the second shielding electrode is connected at a second end opposite to the first end to the connection to ground, and wherein a length measured in the direction of the axis from the second end of the second shielding electrode to the first end of the second shielding electrode is greater than a length measured in the direction of the axis from the second end of the second shielding electrode to the second end of the at least one low voltage impedance. - at least one high voltage impedance ; - at least one low voltage impedance ; - a first shielding electrode ; - a second shielding electrode ;
An apparatus randomly varying a device clock during cryptographic operation, the apparatus comprising: an input clock (360; 460); and a clock period randomizer (350; 450), the clock period randomizer generating a variable clock period that varies randomly to produce an output variable clock driving the device at a random clock rate at least during cryptographic operation wherein the clock period randomizer includes: a circuit wherein the circuit includes: a fixed delay generator including an inverter , a resistor , and a capacitor ; a variable delay generator including an inverter , a resistor , and a variable capacitor (440a-440d); and a logic gate connected to the fixed delay generator and to the variable delay generator, the logic gate to output the clock signal having the variable clock period; and wherein: the clock period randomizer further includes a switch configured to switch the variable capacitor into or out of the circuit, the switch controlled by a trim code; and the circuit is configured to change a clock signal from low to high or from high to low based on an operation of the switch. an input clock (360; 460); and a clock period randomizer (350; 450), the clock period randomizer generating a variable clock period that varies randomly to produce an output variable clock driving the device at a random clock rate at least during cryptographic operation wherein the clock period randomizer includes: a circuit wherein the circuit includes: a fixed delay generator including an inverter , a resistor , and a capacitor ; a variable delay generator including an inverter , a resistor , and a variable capacitor (440a-440d); and a logic gate connected to the fixed delay generator and to the variable delay generator, the logic gate to output the clock signal having the variable clock period; and wherein: the clock period randomizer further includes a switch configured to switch the variable capacitor into or out of the circuit, the switch controlled by a trim code; and the circuit is configured to change a clock signal from low to high or from high to low based on an operation of the switch. a fixed delay generator including an inverter , a resistor , and a capacitor ; a variable delay generator including an inverter , a resistor , and a variable capacitor (440a-440d); and a logic gate connected to the fixed delay generator and to the variable delay generator, the logic gate to output the clock signal having the variable clock period; and wherein: the clock period randomizer further includes a switch configured to switch the variable capacitor into or out of the circuit, the switch controlled by a trim code; and the circuit is configured to change a clock signal from low to high or from high to low based on an operation of the switch. the clock period randomizer further includes a switch configured to switch the variable capacitor into or out of the circuit, the switch controlled by a trim code; and the circuit is configured to change a clock signal from low to high or from high to low based on an operation of the switch.
A hydroformylation process for producing an aldehyde, the process comprising: contacting in a reaction zone reactants comprising an olefin, hydrogen and CO in the presence of a rhodium-organophosphite based catalyst, optionally with free organophosphite ligand, and 0.1 to 3 weight percent, based on the total weight of the fluid in the reaction zone, of at least one polymer having the structure of Formula (I) or Formula (II), respectively: wherein R 21 and R 22 are the same or different C 1 to C 16 alkyl or alkyl-substituted aryl moieties and m, n, and q are positive numbers or zero whose sum is greater than 50 and p is 3 to 6 inclusive, wherein the polymer average molecular weight is equal to or above 10,000, wherein R 23 and R 24 are H or a C 1 to C 4 alkyl moiety, wherein R 25 is H or a C 1 to C 16 alkyl moiety, and wherein R 25 can be the same or different for each p moiety within Formula (II), such that the solubility of the polymer in the aldehyde is greater than or equal to 1 weight percent at 40 °C. contacting in a reaction zone reactants comprising an olefin, hydrogen and CO in the presence of a rhodium-organophosphite based catalyst, optionally with free organophosphite ligand, and 0.1 to 3 weight percent, based on the total weight of the fluid in the reaction zone, of at least one polymer having the structure of Formula (I) or Formula (II), respectively: wherein R 21 and R 22 are the same or different C 1 to C 16 alkyl or alkyl-substituted aryl moieties and m, n, and q are positive numbers or zero whose sum is greater than 50 and p is 3 to 6 inclusive, wherein the polymer average molecular weight is equal to or above 10,000, wherein R 23 and R 24 are H or a C 1 to C 4 alkyl moiety, wherein R 25 is H or a C 1 to C 16 alkyl moiety, and wherein R 25 can be the same or different for each p moiety within Formula (II), such that the solubility of the polymer in the aldehyde is greater than or equal to 1 weight percent at 40 °C.