mhurhangee/ep-ind-claims huggingface dataset:
A tangential grinding machine slidable on the rails to be ground, characterised by comprising: - a base structure mounted on wheels slidable on the rails to be ground, - at least one grinding unit freely slidable along the cross-members of the base structure, said grinding unit comprising a frame rigidly movable vertically relative to said base structure towards and away from the rail, said frame rigidly supportably at least two longitudinally aligned plates supporting a grinding wheel with a rotatable axis transverse to the rail longitudinal axis, - a bar hinged at its ends to the base structure and to the grinding unit respectively, there being connected to the frame supporting the plates a gearmotor provided with a vertical axis worm, the end of which rests on the grinding unit, a control unit being associated with said gearmotor to control the frame descent following wear of the grinding wheel. - a base structure mounted on wheels slidable on the rails to be ground, - at least one grinding unit freely slidable along the cross-members of the base structure, said grinding unit comprising a frame rigidly movable vertically relative to said base structure towards and away from the rail, said frame rigidly supportably at least two longitudinally aligned plates supporting a grinding wheel with a rotatable axis transverse to the rail longitudinal axis, - a bar hinged at its ends to the base structure and to the grinding unit respectively, there being connected to the frame supporting the plates a gearmotor provided with a vertical axis worm, the end of which rests on the grinding unit, a control unit being associated with said gearmotor to control the frame descent following wear of the grinding wheel.
Joystick for manoeuvring of a utility vehicle, wherein said joystick at least comprises: a lever arm, a base, a grip body, and a rocker, wherein said lever arm is arranged such that it can tilt relative said base, said grip body is fixedly arranged relative said lever arm, wherein said grip body is provided with a grip portion, which at least facilitates gripping of said grip body with a thumb and an opposite finger, and said rocker is provided in the area of said grip portion and can pivot relative said grip body characterised in that a control ring is provided below said grip portion and arranged such that it can pivot relative an axis essentially parallel with the central axis (ax) of said lever arm and relative said grip body, and wherein said grip body is provided upon a carrier, wherein said carrier is fixedly attached to said lever arm and comprises a base part, a holder and sensing means (41, 42), where said holder extends from said base part in a direction essentially parallel to the central axis of said lever arm, said grip body essentially extends from said base part such that it encloses said holder, and wherein said sensing means (41, 42) are provided within said holder, and is adapted to sense movement of at least said control ring and said rocker.
An apparatus for a first wireless node comprising means for performing: - receiving, from a second wireless node, a first signal on a first frequency channel; - deriving at least one long-term quantity associated with at least one of the following: the first signal or the first frequency channel or the first signal and the first frequency channel, wherein the long-term quantity is one of a parameter that is substantially invariant over a duration longer than the transmission duration of a first message and a statistic that is measured over a duration longer than the transmission duration of the first message; - encrypting the first message by applying a function depending on the at least one long-term quantity to said first message; and - transmitting, to the second wireless node, the first encrypted message on a second frequency channel. - receiving, from a second wireless node, a first signal on a first frequency channel; - deriving at least one long-term quantity associated with at least one of the following: the first signal or the first frequency channel or the first signal and the first frequency channel, wherein the long-term quantity is one of a parameter that is substantially invariant over a duration longer than the transmission duration of a first message and a statistic that is measured over a duration longer than the transmission duration of the first message; - encrypting the first message by applying a function depending on the at least one long-term quantity to said first message; and - transmitting, to the second wireless node, the first encrypted message on a second frequency channel.
A method of making CF 3 CH 2 SH, comprising a step of reacting CF 3 CH 2 X, wherein X is a leaving group selected from the group consisting of halide and tosylate, with MSH, wherein M is an alkali metal and wherein at least three moles of MSH per mole of CF3CH2X are used.
A resistor with temperature coefficient of resistance, TCR, compensation, the resistor comprising: a resistive strip disposed between two conductive strips (12, 14); first and second main terminals (16, 18) and first and second voltage sense terminals (20, 22) formed in the conductive strips (12, 14), a first slot located between the first main terminal and the first voltage sense terminal and a second slot located between the second main terminal and the second voltage sense terminal, - characterized by the first and second slots (24, 26) each having a depth that extends towards the resistive strip, the depth being configured to obtain a negative starting TCR value observed at the voltage sense terminals (20, 22), and a fine TCR calibration slot formed between the first and second voltage sense terminals (20, 22), wherein the fine TCR calibration slot has a depth configured to obtain a TCR value observed at the voltage sense terminals (20, 22) that approaches zero. a resistive strip disposed between two conductive strips (12, 14); first and second main terminals (16, 18) and first and second voltage sense terminals (20, 22) formed in the conductive strips (12, 14), a first slot located between the first main terminal and the first voltage sense terminal and a second slot located between the second main terminal and the second voltage sense terminal, - characterized by the first and second slots (24, 26) each having a depth that extends towards the resistive strip, the depth being configured to obtain a negative starting TCR value observed at the voltage sense terminals (20, 22), and a fine TCR calibration slot formed between the first and second voltage sense terminals (20, 22), wherein the fine TCR calibration slot has a depth configured to obtain a TCR value observed at the voltage sense terminals (20, 22) that approaches zero.
An external assembly component for a vehicle, in particular in the form of an external mirror, door handle, door sill, skirt or suchlike, with a light module, which has at least one lamp emitting visible light (30, 31) toward the exterior, and a plug which supplies the light module, in particular the lamp, with electrical energy, wherein the light module represents a separate component to the assembly component, which is able to be fastened to the assembly component and the plug is configured in one piece with the light module, in particular the housing of the light module, characterized in that the plug is an integral component part of the light module.
A random access, RA, method, comprising the following steps executed by a base station of a wireless network: receiving, from at least one terminal device of a plurality of terminal devices, a resource request having one or more preambles during one RA time slot; detecting a priority level of the resource request based on a number of the one or more preambles in the resource request; and assigning uplink resources according to the resource request and the priority level, wherein the RA time slot is a time interval, during which the at least one terminal device is allowed to perform a preamble transmission. receiving, from at least one terminal device of a plurality of terminal devices, a resource request having one or more preambles during one RA time slot; detecting a priority level of the resource request based on a number of the one or more preambles in the resource request; and assigning uplink resources according to the resource request and the priority level, wherein the RA time slot is a time interval, during which the at least one terminal device is allowed to perform a preamble transmission.
A device for holding and releasing a remotely-controlled machine on a vehicle, the device comprising a platform able to be carried by the vehicle, the device being characterised in that it comprises at least two blades attached on the platform by one of their ends, the blades delimiting therebetween an accommodating space in which the machine is intended to be entirely positioned, the accommodating space being such that, when using the device with the machine, the whole machine is housed within the accommodating space, each blade being connected to a manipulating means allowing to move the free ends of the blades away from each other or closer to each other in order to hold the machine within the accommodating space or to release it.
A thermally activated and sensitized phosphorescence organic electroluminescence device, comprising a luminescent layer, wherein, a host material of the luminescent layer consists of two materials, wherein one of the two materials is a hole transport material, the other is an electron transport material, and both of the two materials are thermally activated delayed fluorescence material; and the host material is doped by a phosphorescent dye, and a proportion of the phosphorescent dye in the luminescent layer is <15wt%, and the triplet state energy level of the CT excited state of the thermally activated delayed fluorescence material is higher than the triplet state energy level of the n-π excited state by 0 to 0.3; or, the triplet state energy level of the CT excited state of the thermally activated delayed fluorescence material is higher than the triplet state energy level of the n-π excited state, wherein the difference is above 1.0eV, and, a difference between the second triplet state energy level of its n-π excited state and the first singlet state energy level of its CT excited state is-0.1 to 0.1eV.
A method for production of a compound with anti-carcinogenic effect affecting cancer cell lines and selectively causing apoptosis in these cell, and thus preventing the tumours in the patient's body from growing, characterised by; - Mixing of 4-dihydroxiboryl-DL-phenylalanine and 1,10-phenanthrolin-5,6-dion compounds, - Dissolution of this binary mixture in methanol and hydrochloric acid, - Precipitation of prepared quaternary mixture by leaving it to rest in room temperature, - Filtering of precipitated mixture to obtain solid material, - Washing of the solid material, - Drying the solid material to obtain (4-(2-amino-2-(10,11-dioxo-10,11-dihydro-5H-imidazo[1,3,4,5-lmn][1,10]phenanthrolin-5-yl)ethyl)phenyl)boronic acid. - Mixing of 4-dihydroxiboryl-DL-phenylalanine and 1,10-phenanthrolin-5,6-dion compounds, - Dissolution of this binary mixture in methanol and hydrochloric acid, - Precipitation of prepared quaternary mixture by leaving it to rest in room temperature, - Filtering of precipitated mixture to obtain solid material, - Washing of the solid material, - Drying the solid material to obtain (4-(2-amino-2-(10,11-dioxo-10,11-dihydro-5H-imidazo[1,3,4,5-lmn][1,10]phenanthrolin-5-yl)ethyl)phenyl)boronic acid.
A method for producing a metal sheet, the method comprising at least the following steps: - providing a steel substrate having two faces each coated with a metal coating obtained by dipping the substrate in a bath and cooling, each metal coating comprising zinc, between 0.1 and 20 wt% of aluminum, and between 0.7 and 6 wt% of magnesium, then - applying an acid solution with a pH comprised between 1 and 4 on the outer surfaces of the metal coatings, then - applying an adhesive chosen among structural, reinforced structural or semi-structural adhesives, sealing putties or wedging putt locally on at least one outer surface of a metal coating, then - assembling with a second metal sheet via the adhesive. - providing a steel substrate having two faces each coated with a metal coating obtained by dipping the substrate in a bath and cooling, each metal coating comprising zinc, between 0.1 and 20 wt% of aluminum, and between 0.7 and 6 wt% of magnesium, then - applying an acid solution with a pH comprised between 1 and 4 on the outer surfaces of the metal coatings, then - applying an adhesive chosen among structural, reinforced structural or semi-structural adhesives, sealing putties or wedging putt locally on at least one outer surface of a metal coating, then - assembling with a second metal sheet via the adhesive.
Method for determining a wheel camber (27, 28) or toe (37, 38), comprising the following steps: a) providing at least one first sensor device and at least one second sensor device and at least one evaluation device, wherein the at least one first sensor device and the at least one second sensor device are intended for sensing accelerations; b) sensing a first acceleration value of a first tyre and sensing a second acceleration value of a second tyre, wherein the first tyre and the second tyre are arranged on a common axis and the first acceleration value and the second acceleration value are values of accelerations of the first tyre and of the second tyre, wherein the accelerations are respectively directed parallel to the axis of rotation of the first tyre or the axis of rotation of the second tyre; c) comparing the first acceleration value with the second acceleration value; d) generating a comparison value on the basis of the comparison of the first acceleration value with the second acceleration value; e) comparing the comparison value with a reference value by means of the at least one evaluation device; f) generating result information by means of the at least one evaluation device, wherein the result information was obtained in dependence on the comparison of the comparison value with the reference value. a) providing at least one first sensor device and at least one second sensor device and at least one evaluation device, wherein the at least one first sensor device and the at least one second sensor device are intended for sensing accelerations; b) sensing a first acceleration value of a first tyre and sensing a second acceleration value of a second tyre, wherein the first tyre and the second tyre are arranged on a common axis and the first acceleration value and the second acceleration value are values of accelerations of the first tyre and of the second tyre, wherein the accelerations are respectively directed parallel to the axis of rotation of the first tyre or the axis of rotation of the second tyre; c) comparing the first acceleration value with the second acceleration value; d) generating a comparison value on the basis of the comparison of the first acceleration value with the second acceleration value; e) comparing the comparison value with a reference value by means of the at least one evaluation device; f) generating result information by means of the at least one evaluation device, wherein the result information was obtained in dependence on the comparison of the comparison value with the reference value.
An isolated form of isomyosmine or a pharmaceutically acceptable salt thereof for use in: - treating hemochromatosis; - the treatment of emphysema and other respiratory disorders by increasing blood oxygen saturation levels; or - mitigating the effects of space travel. - treating hemochromatosis; - the treatment of emphysema and other respiratory disorders by increasing blood oxygen saturation levels; or - mitigating the effects of space travel.
A method of transferring a micro device comprising positioning a transfer head over a micro device of 1 to 100 μm scale on a carrier substrate, and contacting the micro device with the transfer head, the method further comprising the steps of: applying alternating bipolar voltages to the transfer head to create an electrostatic grip pressure on the micro device; picking up the micro device with the transfer head; and releasing the micro device onto a receiving substrate.
Device for supporting a cable of a capstan of a crane, comprising: - a main supporting structure; - a pulley rotatably supported by the main supporting structure, adapted to guide said cable of the capstan; - a sensor for measuring the angular position of the pulley, characterized in that the pulley comprises an auxiliary crown having a plurality of projecting elements disposed along the circumference thereof, and said sensor comprises a stationary body integral with the main supporting structure and a wheel, rotatable with respect to the stationary body, comprising a deformable crown which meshes with the auxiliary crown of the pulley and is made of a material such to deform due to the engagement of said projecting elements, wherein said sensor further comprises means for detecting the angular position of the wheel with respect to the stationary body of the sensor. - a main supporting structure; - a pulley rotatably supported by the main supporting structure, adapted to guide said cable of the capstan; - a sensor for measuring the angular position of the pulley,
An apparatus comprising: a driver (107, 207, 307) configured to oscillate a proof mass of a MEMS gyroscope; a charge-to-voltage, C2V, converter (105, 205, 305) configured to receive a sense signal from a MEMS gyroscope and to provide oscillation information of the proof mass; an analog-to-digital converter, ADC, configured to receive the oscillation information of the proof mass and to provide a digital representation of the oscillation information; and a digital, automatic gain control circuit (201, 301) configured to receive the digital representation of the oscillation information, to provide oscillation amplitude error information using a comparison of the oscillation information to target amplitude information, and to provide a digital drive command signal using an amplified representation of the oscillation amplitude error information; characterized in that the digital, automatic gain control circuit (201, 301) includes an output stage, the output stage including: a fine gain register configured to provide a basic unit of change of the digital drive command signal; a low pass filter; and a coarse gain counter configured to increment on overshoot of the fine gain register, to decrement on undershoot of the fine gain register, and to provide a correction to the amplified representation of the oscillation amplitude error information. a driver (107, 207, 307) configured to oscillate a proof mass of a MEMS gyroscope; a charge-to-voltage, C2V, converter (105, 205, 305) configured to receive a sense signal from a MEMS gyroscope and to provide oscillation information of the proof mass; an analog-to-digital converter, ADC, configured to receive the oscillation information of the proof mass and to provide a digital representation of the oscillation information; and a digital, automatic gain control circuit (201, 301) configured to receive the digital representation of the oscillation information, to provide oscillation amplitude error information using a comparison of the oscillation information to target amplitude information, and to provide a digital drive command signal using an amplified representation of the oscillation amplitude error information; characterized in that the digital, automatic gain control circuit (201, 301) includes an output stage, the output stage including: a fine gain register configured to provide a basic unit of change of the digital drive command signal; a low pass filter; and a coarse gain counter configured to increment on overshoot of the fine gain register, to decrement on undershoot of the fine gain register, and to provide a correction to the amplified representation of the oscillation amplitude error information. a fine gain register configured to provide a basic unit of change of the digital drive command signal; a low pass filter; and a coarse gain counter configured to increment on overshoot of the fine gain register, to decrement on undershoot of the fine gain register, and to provide a correction to the amplified representation of the oscillation amplitude error information.
A computer-implemented method, comprising: receiving, at a messaging server, and/or at a messaging component of a client front-end server of a messaging system, a message from a client device, wherein the message comprises a text content portion and has been originated in association with a message thread, and the message being an in-thread bot command in the message thread; wherein the in-thread bot command comprises a bot invocation symbol in the text content portion of the message; wherein the messaging system comprises a worker server executing on a worker server device for executing tasks; adding the message to a message queue; monitoring, by a message queue monitoring component of the worker server of the messaging system, each message within the message queue to determine whether each message indicates messaging bot invocation; detecting that the message indicates messaging bot invocation by detecting the bot invocation symbol in the text content portion of the message; and by detecting that the message indicates messaging bot invocation based on detecting the bot invocation symbol; and submitting, by the message queue monitoring component, the message or a notification that a message with a messaging bot invocation was detected, such as an identifier for the message, to a bot framework component based on the detection; by the bot framework component: determining the messaging bot (960, 970) associated with the message; and submitting the message to the messaging bot (960, 970). receiving, at a messaging server, and/or at a messaging component of a client front-end server of a messaging system, a message from a client device, wherein the message comprises a text content portion and has been originated in association with a message thread, and the message being an in-thread bot command in the message thread; wherein the in-thread bot command comprises a bot invocation symbol in the text content portion of the message; wherein the messaging system comprises a worker server executing on a worker server device for executing tasks; adding the message to a message queue; monitoring, by a message queue monitoring component of the worker server of the messaging system, each message within the message queue to determine whether each message indicates messaging bot invocation; detecting that the message indicates messaging bot invocation by detecting the bot invocation symbol in the text content portion of the message; and by detecting that the message indicates messaging bot invocation based on detecting the bot invocation symbol; and submitting, by the message queue monitoring component, the message or a notification that a message with a messaging bot invocation was detected, such as an identifier for the message, to a bot framework component based on the detection; by the bot framework component: determining the messaging bot (960, 970) associated with the message; and submitting the message to the messaging bot (960, 970).