mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising a tread portion, wherein the tread portion includes a first shoulder main groove that extends near a first tread end (Tel) continuously in a tire circumferential direction, and a first shoulder land portion that is defined between the first shoulder main groove and the first tread end (Tel), the first shoulder land portion includes a shoulder lateral groove that extends at least from the first tread end (Tel) toward the first shoulder main groove, and ends in the first shoulder land portion, a first sipe that extends, from an end of the shoulder lateral groove at which the shoulder lateral groove ends, to the first shoulder main groove, and a second sipe that extends at least from the first tread end toward the first shoulder main groove, and ends in the first shoulder land portion, said tire being characterized in that a length of the shoulder lateral groove in a tire axial direction is 0.10 to 0.30 times a width of the first shoulder land portion in the tire axial direction and the tread end is defined to be the end in the tire axial direction of a ground contact portion of the tread portion in a normal running state where a normal load is applied to the tire, having a camber angle of 0° and the tire is mounted to a normal rim and inflated to a normal internal pressure. a shoulder lateral groove that extends at least from the first tread end (Tel) toward the first shoulder main groove, and ends in the first shoulder land portion, a first sipe that extends, from an end of the shoulder lateral groove at which the shoulder lateral groove ends, to the first shoulder main groove, and a second sipe that extends at least from the first tread end toward the first shoulder main groove, and ends in the first shoulder land portion, said tire being characterized in that a length of the shoulder lateral groove in a tire axial direction is 0.10 to 0.30 times a width of the first shoulder land portion in the tire axial direction and the tread end is defined to be the end in the tire axial direction of a ground contact portion of the tread portion in a normal running state where a normal load is applied to the tire, having a camber angle of 0° and the tire is mounted to a normal rim and inflated to a normal internal pressure.
Apparatus for electrical power transmission (1, 39) having at least one converter (4, 6, 40), with each converter (4, 6, 40) having phase elements (10, 11, 12, 13, 14, 15, 27, 28, 29) which each have an arrangement of switching elements (10a...10i, 11a...11i, 12a...12i, 13a...13i, 14a...14i, 15a...15i, 10a'...10i', 11a'...11i', 12a'...12i'), wherein the phase elements (27, 28, 29) each have two parallel branches each having an even number of switching elements connected in series, and the two parallel branches are connected to one another by means of a transformer winding, and wherein the apparatus has means (16, 17, 18, 19, 43, 44, 45) for controlling the converter such that the zero phase angle, the amplitude or the instantaneous values of an AC voltage of a transmission system which can be connected to the apparatus, or the DC voltage and the direct current on a DC voltage line which connects at least one of the converters to a DC voltage source, can be controlled, characterized in that the switching elements each comprise at least two power semiconductors (22, 23) which are connected in series with one another and can be switched off and at least two freewheeling diodes (24, 25), which are respectively connected in parallel with them, and an energy storage means connected in parallel with each series connection of the at least two power semiconductors which can be switched off, and in that the even number of switching elements connected in series is at least 4.
A safety flint lighter having an ignition device using a flint and a sparking file wheel configured to prevent a child from ignite a flame, the lighter comprising:a tank body having a nozzle, an axial hole (34 a to 34 a-3), rotatably supporting a rotary shaft of the sparking file wheel, so as to permit the rotary shaft to move between a first position O 1, a second position O 2 and a third position O 3 established oppositely to the nozzle, characterized in that: the first position O 1 is established on a longitudinal axis of the flint, the second position O 2 is established closer to the tank body than the first position O 1 and on the longitudinal axis of the flint and a third position O 3 established oppositely to the nozzle with respect to a straight line connecting between the first position 01 and the second position O 2, wherein the axis hole is configured so that the rotary shaft is directly movable from one of the first O 1, second O 2 and the third O 3 positions directly to any of the first O 1, second O 2 and the third O 3 positions. the first position O 1 is established on a longitudinal axis of the flint, the second position O 2 is established closer to the tank body than the first position O 1 and on the longitudinal axis of the flint and a third position O 3 established oppositely to the nozzle with respect to a straight line connecting between the first position 01 and the second position O 2, wherein the axis hole is configured so that the rotary shaft is directly movable from one of the first O 1, second O 2 and the third O 3 positions directly to any of the first O 1, second O 2 and the third O 3 positions.
A process for producing a fine particles-coated amine comprising the step of: 1) pulverizing a solid amine to particles having a mean particle size equal to or smaller than 20 μm with a pulverizer, mixing the particles of the solid amine obtained and fine particles having a mean particle size equal to or smaller than 2 μm using a mixing stirrer to coat the surface of each of the particles of the solid amine with the fine particles, or 2) putting the fine particles into a pulverizer simultaneously with the solid amine to conduct the pulverizing and mixing process, wherein steps 1) and 2) are conducted in an atmosphere at a temperature equal to or lower than 30°C and/or having relative humidity equal to or lower than 70%, wherein an amount of heat in the second absorption peak of the fine particles-coated amine, measured by a differential scanning calorimeter by increasing the temperature from room temperature to 200°C at a rate of 5°C/min, is equal to or less than 220 J/g, and wherein the particle size and the particle size distribution of the solid amine particles and the fine particles are determined by a laser diffraction-scattering particle size distribution measuring apparatus conducted according to a dry method and taking the particle size with which the resulting passing substance cumulative distribution was 50% as the mean particle size. 1) pulverizing a solid amine to particles having a mean particle size equal to or smaller than 20 μm with a pulverizer, mixing the particles of the solid amine obtained and fine particles having a mean particle size equal to or smaller than 2 μm using a mixing stirrer to coat the surface of each of the particles of the solid amine with the fine particles, or 2) putting the fine particles into a pulverizer simultaneously with the solid amine to conduct the pulverizing and mixing process, wherein an amount of heat in the second absorption peak of the fine particles-coated amine, measured by a differential scanning calorimeter by increasing the temperature from room temperature to 200°C at a rate of 5°C/min, is equal to or less than 220 J/g, and wherein the particle size and the particle size distribution of the solid amine particles and the fine particles are determined by a laser diffraction-scattering particle size distribution measuring apparatus conducted according to a dry method and taking the particle size with which the resulting passing substance cumulative distribution was 50% as the mean particle size.
A computer-implemented method, for providing a user of a mobile device access to patient physiological data, executed using one or more processors, the method comprising: determining that the tablet computing device is docked in a docking station of the patient monitoring system; and in response to determining that the tablet computing device is docked in a docking station of the patient monitoring system, that monitors physiological characteristics of a patient of the one or more patients, automatically triggering execution, by the tablet computing device, of a single application, which is a patient monitoring application, preventing execution of other applications, and disabling functionality of one or more buttons of the tablet computing device; receiving, by the tablet computing device, one or more signals reflective of patient data associated with the one or more patients, at least a first sub-set of the patient data being associated with the patient and being provided from one or more sensors that are responsive to the physiological characteristics of the patient; processing the patient data to generate one or more graphical representations reflective of the patient data; displaying the one or more graphical representations on a touchscreen display of the tablet computing device. determining that the tablet computing device is docked in a docking station of the patient monitoring system; and in response to determining that the tablet computing device is docked in a docking station of the patient monitoring system, that monitors physiological characteristics of a patient of the one or more patients, automatically triggering execution, by the tablet computing device, of a single application, which is a patient monitoring application, preventing execution of other applications, and disabling functionality of one or more buttons of the tablet computing device; receiving, by the tablet computing device, one or more signals reflective of patient data associated with the one or more patients, at least a first sub-set of the patient data being associated with the patient and being provided from one or more sensors that are responsive to the physiological characteristics of the patient; processing the patient data to generate one or more graphical representations reflective of the patient data; displaying the one or more graphical representations on a touchscreen display of the tablet computing device.
A method for analysing an inorganic or organic sample under ultra-high vacuum, comprising the steps of: a) providing under ultra-high vacuum at least one sample to be analysed, b) providing under ultra-high vacuum at least one collector, c) submitting said sample to an ion bombardment, d) collecting on said collector particles emitted by said bombarded sample, e) analysing the collected particles on said at least one collector, said steps being performed so that the emission of sample particles is decoupled of the analysis step, and wherein the collector is a rotary collector, characterized in that the collector is rotating independently from the sample during step d). a) providing under ultra-high vacuum at least one sample to be analysed, b) providing under ultra-high vacuum at least one collector, c) submitting said sample to an ion bombardment, d) collecting on said collector particles emitted by said bombarded sample, e) analysing the collected particles on said at least one collector,
Device, in particular tube or catheter for at least partial introduction into a body passage, comprising a lengthy outer envelope body, a lengthy inner body at least sectionally enclosed by the envelope body and a control device, by which the possibility to enable or to impede a relative movement of the envelope body and the inner body to increase the stiffness or the flexibility of the entire device is selectively controllable, characterized in that the control device is formed by arrangement and configuration of the envelope body and the inner body themselves and that the material of the envelope body and the inner body is flexible but torsionally resistant and the envelope body and the inner body each are disposed with a polygonal cross-section, such that the envelope body and the inner body are rotatable relative to each other by the control device such that the inner body is connected at least partially to the envelope body or the control device and the envelope body and the inner body are configured such that magnetic fields of different polarity can be generated along the envelope body and along the inner body to selectively obtain a mutual attraction of the bodies (10, 11).
Electronic motor control device for actuating an asynchronous motor, wherein the electronic motor control device can be connected to the asynchronous motor over three phases, characterised in that the electronic motor control device is embodied to actuate the asynchronous motor with the aid of a phase angle control, wherein a start-up time setpoint value of a start-up time and/or a run-down time setpoint value of a run-down time of the asynchronous motor is stored in the electronic motor control device, wherein the electronic motor control device has a regulator for regulating the start-up time on the basis of a start-up time difference between a last achieved start-up time and the start-up time setpoint value and/or for regulating the run-down time on the basis of a run-down time difference between a last achieved run-down time and the run-down time setpoint value, wherein the start-up time represents a variable which characterises from the switching-on of the asynchronous motor until a rated rotational speed of the asynchronous motor is achieved and wherein the run-down time represents a variable which characterises from the switching-off of the asynchronous motor until the standstill of the asynchronous motor is achieved.
A method, comprising: determining features of a dendritic structure associated with a dendritic structure tag attached to an article, wherein the features comprise an origin of the dendritic structure, a branch point of the dendritic structure, or a termination point of a branch of the dendritic structure; and determining the identity of the article based on the features, wherein determining the identity of the article based on the features comprises accessing a database, and comparing the features to reference information for a plurality of dendritic structures, wherein the database comprises a set of records, each record comprising reference information, wherein the reference information comprises identifying features associated with a respective dendritic structure tag and the identity of the article attached to the respective dendritic structure tag. determining features of a dendritic structure associated with a dendritic structure tag attached to an article, wherein the features comprise an origin of the dendritic structure, a branch point of the dendritic structure, or a termination point of a branch of the dendritic structure; and determining the identity of the article based on the features, wherein determining the identity of the article based on the features comprises accessing a database, and comparing the features to reference information for a plurality of dendritic structures, wherein the database comprises a set of records, each record comprising reference information, wherein the reference information comprises identifying features associated with a respective dendritic structure tag and the identity of the article attached to the respective dendritic structure tag. accessing a database, and comparing the features to reference information for a plurality of dendritic structures, wherein the database comprises a set of records, each record comprising reference information, wherein the reference information comprises identifying features associated with a respective dendritic structure tag and the identity of the article attached to the respective dendritic structure tag.
A medical image processing device comprising: a signal acquisition unit configured to acquire a first specific component image signal with a first exposure for a specific color component, a second specific component image signal with a second exposure different from the first exposure for the specific color component, and two non-specific component single exposure image signals corresponding to two color components different from the specific color component; a combination unit configured to generate a specific component combination image signal by combining the first specific component image signal and the second specific component image signal by using a weight based on an intensity of the specific color component; and a color image generation unit configured to generate a color image signal by multiplexing the specific component combination image signal generated by the combination unit and the two non-specific component single exposure image signals. a signal acquisition unit configured to acquire a first specific component image signal with a first exposure for a specific color component, a second specific component image signal with a second exposure different from the first exposure for the specific color component, and two non-specific component single exposure image signals corresponding to two color components different from the specific color component; a combination unit configured to generate a specific component combination image signal by combining the first specific component image signal and the second specific component image signal by using a weight based on an intensity of the specific color component; and a color image generation unit configured to generate a color image signal by multiplexing the specific component combination image signal generated by the combination unit and the two non-specific component single exposure image signals.
A composite, radius filler noodle comprising: a core having a triangular cross-section configuration and first, second and third surfaces that extend along a length of the core; a plurality of pre-preg fabric first strips stacked on the core first surface, the plurality of first strips having lengths that extend completely along the core length; a plurality of pre-preg fabric second strips stacked on the core second surface, the plurality of second strips having lengths that extend completely along the core length; and, a plurality of pre-preg fabric third strips stacked on the core third surface, the plurality of third strips having lengths that extend completely along the core length; wherein: the plurality of first strips has increasing widths in the stack of first strips; the plurality of second strips has increasing widths in the stack of second strips; and the plurality of third strips has increasing widths in the stack of third strips. a core having a triangular cross-section configuration and first, second and third surfaces that extend along a length of the core; a plurality of pre-preg fabric first strips stacked on the core first surface, the plurality of first strips having lengths that extend completely along the core length; a plurality of pre-preg fabric second strips stacked on the core second surface, the plurality of second strips having lengths that extend completely along the core length; and, a plurality of pre-preg fabric third strips stacked on the core third surface, the plurality of third strips having lengths that extend completely along the core length; wherein: the plurality of first strips has increasing widths in the stack of first strips; the plurality of second strips has increasing widths in the stack of second strips; and the plurality of third strips has increasing widths in the stack of third strips. the plurality of first strips has increasing widths in the stack of first strips; the plurality of second strips has increasing widths in the stack of second strips; and the plurality of third strips has increasing widths in the stack of third strips.
Floor cleaning machine, comprising an undercarriage, a sweeping tool holder, which is mounted on the undercarriage so as to be pivotable about a first pivot axis, a sweeping tool, which is seated on the sweeping tool holder, and a positioning device by way of which the sweeping tool holder is positionable for a working position of the sweeping tool on a base on which the floor cleaning machine stands, and by way of which the sweeping tool holder is positionable in a distance position of the sweeping tool from the base, wherein the positioning device comprises an actuating lever, which is articulated on the undercarriage so as to be pivotable about a second pivot axis, which is coupled to the sweeping tool holder, and by way of which the sweeping tool holder is bringable into the working position and into the distance position, characterized in that in the working position a pivot position of the actuating lever is predetermined by a height of the sweeping tool, wherein the height of the sweeping tool is wear-dependent.
A vortex finder (18,27,40) for a cyclonic separator for allowing air flowing about an axis of a cyclone chamber to pass to an outlet, the vortex finder comprising a plurality of stationary vanes (13,19,28,41) spaced radially around said axis when installed in a cyclone chamber, the vanes (13,19,28,41) being positioned relative to each other for allowing a flow of air about the axis of the cyclone chamber to pass over an outer surface of the vanes (13,19,28,41) with a portion of the air flow being redirected around a leading edge (14,33,47) of each vane (13,19,28,41) and through a gap between adjacent vanes (13,19,28,41) to the outlet, wherein, at any point along the axis, a portion of an outer surface (16,20,30,46) of each vane (13,19,28,41) lies on a circle having its center coaxial with said axis, the outer surface (16,20,30,46) of each vane (13,19,28,41) having a portion leading towards the leading edge (14,33,47) that extends inwardly away from the circle so that the leading edge (14,33,47) of each vane (13,19,28,41) about which air is redirected through the gap between vanes (13,19,28,41) is located within a region bound by said circle.