mhurhangee/ep-ind-claims huggingface dataset:
A rotation indicator for mounting on and indicating the rotational position of a nut, the rotation indicator comprising: (i) an annular body defining a void to receive the nut, an inside surface adapted to engage with the nut and prevent or impede relative rotational movement between the position indicator and the nut wherein said inside surface includes teeth or grooves, a first end comprising a male member and a second end comprising a female member; (ii) a clamping means operable in a single operation to reduce the size of the void, frictionally engage the male and female members and apply a clamping force to the nut; and (iii) an indicating element for visually indicating the rotational position of the nut wherein the clamping means comprises first and second grip points (21, 42) positioned in opposed relationship and defining sections adapted to be finger operable to engage the male and female members to apply the clamping force. (i) an annular body defining a void to receive the nut, an inside surface adapted to engage with the nut and prevent or impede relative rotational movement between the position indicator and the nut wherein said inside surface includes teeth or grooves, a first end comprising a male member and a second end comprising a female member; (ii) a clamping means operable in a single operation to reduce the size of the void, frictionally engage the male and female members and apply a clamping force to the nut; and (iii) an indicating element for visually indicating the rotational position of the nut
A compute device with buffer overflow protection, the compute device comprising: processing circuitry; a memory coupled to the processing circuitry, the memory comprising a first address space storing a heap comprising a plurality of disjoint heap memory allocations, a second, different address space storing a bit map defining tag values of the first address space, and a third, different address space storing instructions of a software application that, when executed by the processing circuitry cause the processing circuitry to perform operations comprising: responsive to a memory write operation to write data to the heap, identify a first tag value associated with a first address of the memory write operation in the bit map; compare, for each address of the memory write operation after the first address affected by the memory write operation, respective tag values to the identified first tag value; and halt execution of the application if any of the respective tag values do not match the first tag value. processing circuitry; a memory coupled to the processing circuitry, the memory comprising a first address space storing a heap comprising a plurality of disjoint heap memory allocations, a second, different address space storing a bit map defining tag values of the first address space, and a third, different address space storing instructions of a software application that, when executed by the processing circuitry cause the processing circuitry to perform operations comprising: responsive to a memory write operation to write data to the heap, identify a first tag value associated with a first address of the memory write operation in the bit map; compare, for each address of the memory write operation after the first address affected by the memory write operation, respective tag values to the identified first tag value; and halt execution of the application if any of the respective tag values do not match the first tag value. responsive to a memory write operation to write data to the heap, identify a first tag value associated with a first address of the memory write operation in the bit map; compare, for each address of the memory write operation after the first address affected by the memory write operation, respective tag values to the identified first tag value; and halt execution of the application if any of the respective tag values do not match the first tag value.
A machine having a clearing chain for transporting ballast of a track bed, consisting of a multitude of chain links articulatedly connected to one another, wherein the clearing chain - designed for rotation in a rotation plane arranged inclined to a bedding plane - comprises a transverse channel positioned during working operations in an intersection line of the bedding- and rotation planes (8,7) and provided for housing the clearing chain, the transverse channel being connected to longitudinal channels by a channel joint in each case, wherein the transverse channel is composed of a center section and two end sections, the latter adjoining the center section in each case and being detachable by means of a coupling, characterized in that each end section is pivotable relative to the abutting longitudinal channel in the rotation plane in an angle α of at least 60° from an operating position into a transfer position.
A construction machine comprising an upper carriage, an undercarriage and an ascent means, wherein the undercarriage features at least one chassis, which comprises one front pair of wheels and one rear pair of wheels, the upper carriage features a driver's station, and the ascent means comprises a ladder means, which ladder means is able to pivot between a first position, in which the ladder means is arranged between the front pair of wheels and the rear pair of wheels, and a second position, in which the ladder means is attached to the undercarriage laterally adjacent to the front pair of wheels; wherein the ladder means is connected to the undercarriage via two parallel struts (36, 39) and the struts (36, 39) are both pivotably connected to the undercarriage. the ascent means comprises a ladder means, which ladder means is able to pivot between a first position, in which the ladder means is arranged between the front pair of wheels and the rear pair of wheels, and a second position, in which the ladder means is attached to the undercarriage laterally adjacent to the front pair of wheels; wherein the ladder means is connected to the undercarriage via two parallel struts (36, 39) and the struts (36, 39) are both pivotably connected to the undercarriage.
An effervescent composition for addition to the drinking water of an animal, which composition comprises an effervescent agent and a palatant, wherein the palatant comprises a protein hydrolysate, wherein the effervescent agent comprises a combination of an acid and a carbonate base, wherein the weight ratio of acid:carbonate base is in the range of from 1:1 to 1:1.3, and wherein the composition is in the form of a tablet or powder.
Sensor for contactless spacing or position measurement of an object, having an inductive or capacitive sensor element, wherein measurement elements of the sensor element are embedded in a multi-layered substrate and together with the substrate form the sensor element, and wherein the sensor element with respect to the measurement elements thereof is constructed in a geometrically and/or electrically symmetrical manner, and having a retention member, wherein a bearing of the sensor element which is spaced apart with respect to the retention member is produced with the least possible contact with the sensor element in such a manner that the sensor element is thermally decoupled from the retention member and is released for the surrounding atmosphere.
A method for managing the flight of an aircraft, comprising: - receiving data from recordings of the flight of an aircraft; said data comprising data from sensors and/or data from the onboard avionics; - determining the aircraft state at a point N on the basis of the received data; - determining the state of the aircraft at point N+1 on the basis of the state of the aircraft at point N by applying a model learnt by machine learning; the method being characterised in that the step of determining the state of the aircraft at point N+1 on the basis of the state of the aircraft at point N comprising the steps of: - determining the flight parameters SEP, FF and N1 on the basis of the aircraft state at point N, by applying a model learnt by machine learning; and - determining the aircraft state at point N+1 on the basis of the values of flight parameters SEP, FF and N1, by means of trajectory calculation; where the SEP value denotes the energy available for the aircraft to climb, the FF value denotes the variation in fuel weight and the N1 value denotes the speed of rotation of the first stage of the engine, which influences fuel consumption. - receiving data from recordings of the flight of an aircraft; said data comprising data from sensors and/or data from the onboard avionics; - determining the aircraft state at a point N on the basis of the received data; - determining the state of the aircraft at point N+1 on the basis of the state of the aircraft at point N by applying a model learnt by machine learning; the method being characterised in that the step of determining the state of the aircraft at point N+1 on the basis of the state of the aircraft at point N comprising the steps of: - determining the flight parameters SEP, FF and N1 on the basis of the aircraft state at point N, by applying a model learnt by machine learning; and - determining the aircraft state at point N+1 on the basis of the values of flight parameters SEP, FF and N1, by means of trajectory calculation; - determining the flight parameters SEP, FF and N1 on the basis of the aircraft state at point N, by applying a model learnt by machine learning; and - determining the aircraft state at point N+1 on the basis of the values of flight parameters SEP, FF and N1, by means of trajectory calculation; where the SEP value denotes the energy available for the aircraft to climb, the FF value denotes the variation in fuel weight and the N1 value denotes the speed of rotation of the first stage of the engine, which influences fuel consumption.
A method performed in mobile user equipment, comprising: monitoring said mobile user equipment with respect to a rule, wherein the rule comprises at least one rule selected from usage limit or usage parameters; and applying at least one consequence to said mobile user equipment when the rule is at least one of followed or violated, wherein the at least one consequence comprises at least one of a reward or a punishment, and wherein the at least one consequence pertains to use of the mobile user equipment, wherein the at least one consequence comprises placing an inviolable restriction on the mobile user equipment, wherein the inviolable restriction comprises usage parameters, further comprising providing a warning to a user of the mobile user equipment when an inviolable restriction is immanent; and wherein the rule further comprises at least one restriction selected from the following: distance from a family member, distance from a home, distance from a vehicle, or departure from a predefined path. monitoring said mobile user equipment with respect to a rule, wherein the rule comprises at least one rule selected from usage limit or usage parameters; and applying at least one consequence to said mobile user equipment when the rule is at least one of followed or violated, wherein the at least one consequence comprises at least one of a reward or a punishment, and wherein the at least one consequence pertains to use of the mobile user equipment, wherein the at least one consequence comprises placing an inviolable restriction on the mobile user equipment, wherein the inviolable restriction comprises usage parameters, further comprising providing a warning to a user of the mobile user equipment when an inviolable restriction is immanent; and wherein the rule further comprises at least one restriction selected from the following: distance from a family member, distance from a home, distance from a vehicle, or departure from a predefined path.
A cleansing composition having pH of at least 9, said composition comprising: (i) 20 to 85 wt% anionic surfactant; and, (ii) a silver(l) compound having silver ion solubility (in water at 25 °C) of at least 1 x 10 -4 mol/L, at a level equivalent to silver content of 0.01 to 100 ppm, wherein the free alkali content of said composition is less than 0.01%. (i) 20 to 85 wt% anionic surfactant; and, (ii) a silver(l) compound having silver ion solubility (in water at 25 °C) of at least 1 x 10 -4 mol/L, at a level equivalent to silver content of 0.01 to 100 ppm, wherein the free alkali content of said composition is less than 0.01%.
An imaging device, comprising: a carrier device capable of flying, including two halves (1a, 1b), each of the two halves (1a, 1b) comprising at least one device (2a, 2b, 2c, 2d) for generating a lift force, and the carrier device furthermore comprising an imaging unit, which has a viewing direction rotatable in a scanning plane, the imaging unit being arranged at the carrier device capable of flying in such a way that the two halves (1a, 1b) of the carrier device are located on opposite sides of the scanning plane, the imaging unit comprising a laser scanner by way of which a laser beam radiating in the viewing direction can be emitted in the scanning plane, characterized in that the laser scanner comprises a laser source which is arranged at a first of the two halves (1a, 1b) and by way of which the laser beam can be generated in an exit direction which is located at a non-vanishing angle with respect to the scanning plane, and the laser scanning unit additionally comprising a mirror, serving as a deflection unit, which is located at such an angle with respect to the exit direction that the laser beam emitted by the laser source in the viewing direction can be deflected in the scanning plane by way of this mirror, and the two halves (1a, 1b) of the carrier device are connected to one another by means of a transparent cylinder in such a way that the viewing direction exits the cylinder through the cylinder wall. a carrier device capable of flying, including two halves (1a, 1b), each of the two halves (1a, 1b) comprising at least one device (2a, 2b, 2c, 2d) for generating a lift force, and the carrier device furthermore comprising an imaging unit, which has a viewing direction rotatable in a scanning plane, the imaging unit being arranged at the carrier device capable of flying in such a way that the two halves (1a, 1b) of the carrier device are located on opposite sides of the scanning plane, the imaging unit comprising a laser scanner by way of which a laser beam radiating in the viewing direction can be emitted in the scanning plane, characterized in that the laser scanner comprises a laser source which is arranged at a first of the two halves (1a, 1b) and by way of which the laser beam can be generated in an exit direction which is located at a non-vanishing angle with respect to the scanning plane, and the laser scanning unit additionally comprising a mirror, serving as a deflection unit, which is located at such an angle with respect to the exit direction that the laser beam emitted by the laser source in the viewing direction can be deflected in the scanning plane by way of this mirror, and the two halves (1a, 1b) of the carrier device are connected to one another by means of a transparent cylinder in such a way that the viewing direction exits the cylinder through the cylinder wall.
A storage system for storing product items, comprising a grid structure, where the grid structure has a top level; a number of first storage bins configured to be stored in vertical stacks in the grid structure, where each first storage bin is configured to contain at least one product item; a vehicle, arranged to move horizontally at the top level of the grid structure, and further arranged to pick up, carry, and place the first storage bins at desired locations within the grid structure; characterized in that - the storage system further comprises a robot device comprising a movable arm with a picking mechanism in one end thereof, - the robot device is configured to move a product item between a first location and a second location by means of its picking mechanism; - the first location is the location of a first storage bin stored at the top level of the storage grid or a level directly below the top level. a grid structure, where the grid structure has a top level; a number of first storage bins configured to be stored in vertical stacks in the grid structure, where each first storage bin is configured to contain at least one product item; a vehicle, arranged to move horizontally at the top level of the grid structure, and further arranged to pick up, carry, and place the first storage bins at desired locations within the grid structure; characterized in that - the storage system further comprises a robot device comprising a movable arm with a picking mechanism in one end thereof, - the robot device is configured to move a product item between a first location and a second location by means of its picking mechanism; - the first location is the location of a first storage bin stored at the top level of the storage grid or a level directly below the top level. - the storage system further comprises a robot device comprising a movable arm with a picking mechanism in one end thereof, - the robot device is configured to move a product item between a first location and a second location by means of its picking mechanism; - the first location is the location of a first storage bin stored at the top level of the storage grid or a level directly below the top level.
Rear-view mirror arrangement (1, 1', 1", 1''') for motor vehicles, having a housing and having a mirror assembly, which is held in the housing and which comprises a liquid-crystal cell, for viewing the following traffic, wherein the reflectance of the mirror assembly can be varied by means of a control device, and the liquid-crystal cell has a transparent front-side carrier layer, a transparent rear-side carrier layer, which each comprise a transparent, electrically conductive layer and an alignment layer and, arranged between the carrier layers (5, 6), an electrically actuable liquid-crystal layer which contains a liquid-crystal medium, and wherein the liquid-crystal layer is held in sealed-off fashion by means of a seal frame arranged between the carrier layers (5, 6), characterized in that the housing comprises a housing element which is of unipartite form and which permits frameless retention of the mirror assembly, and in that, between the housing element and the mirror assembly, there remains a housing gap into which there is fitted a seal for the sealed retention of the mirror assembly in the housing, wherein the mirror assembly is held in the housing element such that the transparent front-side carrier layer covers the face side of the housing rim and terminates flush with the outer contour of the housing element, and wherein the seal is an adhesive which is an epoxy or acrylate.
Conveyor system for conveying individual piece goods, comprising: - a plurality of conveyor motors (30a-d), - a plurality of modems (20a-d) - at least one control unit which is connected to every conveyor motor to transmit data in order to regulate and/or control the conveyor motors, characterised in that the control unit is connected to a bus line, a conveyor motor is connected by means of a modem (20a-d) to the bus line without electrical contact, and the modem is configured to pick up from the bus line and route to the conveyor motor energy in order to drive the conveyor motor and at least one data signal in order to control/regulate the conveyor motor, and in that the modems are inductively connected to the bus line in order to transmit the driving energy of the conveyor motor, and the inductive coupling of a first modem for transmitting electrical driving energy is configured with a first voltage and the inductive coupling of a second modem for transmitting electrical driving energy is configured with a second voltage different from the first. - a plurality of conveyor motors (30a-d), - a plurality of modems (20a-d) - at least one control unit which is connected to every conveyor motor to transmit data in order to regulate and/or control the conveyor motors,
A device for acquiring and evaluating movements of a user, which comprises a computing unit, a data memory, a sensor unit with at least one biometric sensor, and a fixing device for fixing the sensor unit to an arm of the user, wherein the computing unit is designed for acquiring movement data from movement signals generated by the sensor unit and for storing the movement data in the data memory, wherein the device comprises an evaluation module by which secondary movement data, which represent passive arm movements of the user, can be filtered out of the movement data, and the evaluation module is designed to continuously calculate magnitudes of the movement data, wherein the evaluation module is designed to process the magnitudes calculated from the movement data in a window function, wherein the evaluation module is designed to identify periodic patterns in the magnitudes processed with the window function by means of Fourier transformation and in particular fast Fourier transformation, characterized in that the evaluation module is designed to count steps, if a periodic pattern is identified, and to count arm activities, if no periodic pattern is identified. the device comprises an evaluation module by which secondary movement data, which represent passive arm movements of the user, can be filtered out of the movement data, and the evaluation module is designed to continuously calculate magnitudes of the movement data, wherein the evaluation module is designed to process the magnitudes calculated from the movement data in a window function, wherein the evaluation module is designed to identify periodic patterns in the magnitudes processed with the window function by means of Fourier transformation and in particular fast Fourier transformation, to count steps, if a periodic pattern is identified, and to count arm activities, if no periodic pattern is identified.