mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic attachment for a carrier device, in the form of an excavator with a boom, which can be connected mechanically by means of a receptacle and hydraulically to the carrier device, the receptacle permitting a positive and fixed connection to the excavator, so that the movement of the boom acts directly on the attachment, and thus the attachment can be changed exactly in its position, a receiving container for flowable building materials, in particular concrete, with an inlet opening for filling the flowable building material and with a metering opening for discharging the flowable building material, wherein the metering opening is controlled by a hydraulic opening drive to enable hydraulic opening and closing, wherein the hydraulic opening drive is connectable to and controllable by the carrier, and wherein the attachment is variable in position by the receptacle so that the flowable building material can flow out of the metering opening in a controllable quantity and speed, wherein said receptacle is elongated and comprises at least two end faces (8,9) and one or more circumferential side walls larger than said end face to define said elongated receptacle, said inlet opening being formed on said one larger circumferential side wall or one of said larger circumferential side walls and said metering opening being formed on one of said end faces, said openings being arranged such that the axes of said openings through the center point are at an angle of at least 30 degrees and preferably 90 to each other, and wherein the receptacle is arranged laterally offset from the inlet opening on the upper side of the attachment so that during filling the boom of the excavator is not obstructed, wherein further an inlet funnel surrounds the inlet opening to achieve a better filling of the flowable building material.
Process for preparing a chemical product or a chemical composition, wherein the process comprises the following steps and is conducted in a plant having plant sections corresponding to these steps: reacting at least one substrate in a reactor to form at least one chemical product or a chemical composition, the at least one substrate being introduced into the reactor with a mass flow m 1; working up the reaction mixture obtained in step in a workup apparatus to obtain a crude product and at least one secondary stream comprising the constituents separated from the crude product; purifying the crude product obtained in step in at least one purifying apparatus to obtain a purified end product and at least one secondary stream comprising the constituents separated from the purified end product; and the optional steps to working up the at least one secondary stream obtained in step in a workup unit; working up the at least one secondary stream obtained in step in a workup unit, wherein in the event of a production shutdown lasting for 1 hour to 5 days for inspection, repair, cleaning or maintenance purposes in parts of the plant, one or more, but not all, plant sections from steps to, if they are conducted, are put out of operation and an inspection, repair, cleaning or maintenance measure is conducted in these plant sections, and wherein the mass flow m 1 in step is reduced to zero and, in each of the plant sections that has not been shut down, the output stream of the plant section is used again as input stream for the respective plant section or an upstream plant section, wherein, after the measure, the whole plant is started up again without delay. reacting at least one substrate in a reactor to form at least one chemical product or a chemical composition, the at least one substrate being introduced into the reactor with a mass flow m 1; working up the reaction mixture obtained in step in a workup apparatus to obtain a crude product and at least one secondary stream comprising the constituents separated from the crude product; purifying the crude product obtained in step in at least one purifying apparatus to obtain a purified end product and at least one secondary stream comprising the constituents separated from the purified end product; and the optional steps to working up the at least one secondary stream obtained in step in a workup unit; working up the at least one secondary stream obtained in step in a workup unit, in the event of a production shutdown lasting for 1 hour to 5 days for inspection, repair, cleaning or maintenance purposes in parts of the plant, one or more, but not all, plant sections from steps to, if they are conducted, are put out of operation and an inspection, repair, cleaning or maintenance measure is conducted in these plant sections, and wherein the mass flow m 1 in step is reduced to zero and, in each of the plant sections that has not been shut down, the output stream of the plant section is used again as input stream for the respective plant section or an upstream plant section, wherein, after the measure, the whole plant is started up again without delay.
A rubber composition, comprising a rubber component consisting of a chloroprene rubber: 50 to 90 mass % and an elastomer: 10 to 50 mass % in a total amount of 100 parts by mass, a zinc powder having an arithmetic mean particle diameter, as determined by the method specified by JIS Z8901, of 3 to 10 μm in an amount of 3 to 20 parts by mass, and a magnesium oxide having a BET specific surface area, as determined by the one-point method specified by JIS Z8830, of 20 to 150 m 2 /g in an amount of 4 to 16 parts by mass.
Universal running equation of time mechanism including a differential device, whose first input is formed by a cannon-pinion for the minutes of civil time, and whose second input is formed by a running equation cam, the differential device outputting on a pipe of a running equation minute a running equation minute which indicates the difference, for a given day, between civil time and solar time, the running equation minute driving a pipe of a true running equation minute which, via a true equation motion work, drives a true running equation hour, the cannon-pinion for the civil time minutes driving, via a motion work wheel set, a civil time hour wheel, a jumper spring, integral with the true running equation hour wheel, cooperating with a star wheel having twelve teeth connected to an arbour carrying a true running equation hour hand, a time zone wheel being also integral with the arbour carrying the true running equation hour hand, a difference and display train coupled to the true equation motion work making it possible to apply, to the true running equation hour, the time difference associated with the longitude position of a user relative to the centre of the time zone in which the user is located, the time zone wheel making it possible to apply, to the arbour carrying the true running equation hour hand, in forward or backward steps of one hour, the difference between the true running equation hour and the civil hour at the place where the user is located, characterized in that the pipe of the running equation minute is connected to the true running equation minute by indenting.
A chair comprising: a base; a seat supported on the base; a backrest pivotable to different angular orientations with respect to the base; a leg rest extendible and retractable to different positions with respect to the seat; a control panel comprising a plurality of lights arranged in a curved line, the control panel further comprising first, second, third, and fourth controls positioned sequentially along the curved line of visual indicators; a controller adapted to move the chair to a first predefined state when the first control is pressed, the first predefined state being defined by a first orientation of the backrest and a first position of the leg rest; to move the chair to a second predefined state when the second control is pressed, the second predefined state being defined by a second orientation of the backrest and a second position of the leg rest; to move the chair to a third predefined state when the third control is pressed; and to move the chair to a fourth predefined state when the fourth control is pressed; wherein the controller is further adapted to move the chair from the first predefined state to the fourth predefined state only by moving the chair through the second and third predefined states and to illuminate the lights sequentially as the chair is moved from the first to the fourth state such that the current state of the chair is indicated by the visual indicators. a base; a seat supported on the base; a backrest pivotable to different angular orientations with respect to the base; a leg rest extendible and retractable to different positions with respect to the seat; a control panel comprising a plurality of lights arranged in a curved line, the control panel further comprising first, second, third, and fourth controls positioned sequentially along the curved line of visual indicators; a controller adapted to move the chair to a first predefined state when the first control is pressed, the first predefined state being defined by a first orientation of the backrest and a first position of the leg rest; to move the chair to a second predefined state when the second control is pressed, the second predefined state being defined by a second orientation of the backrest and a second position of the leg rest; to move the chair to a third predefined state when the third control is pressed; and to move the chair to a fourth predefined state when the fourth control is pressed; wherein the controller is further adapted to move the chair from the first predefined state to the fourth predefined state only by moving the chair through the second and third predefined states and to illuminate the lights sequentially as the chair is moved from the first to the fourth state such that the current state of the chair is indicated by the visual indicators.
A method of producing a fabric roll, in which a fabric is wound around a reel to provide a roll, characterized in that the fabric is wound around at least two reels, said reels being coaxially aligned and being spaced from each other, the at least two reels having a total length that is less than the width ( Wr) of said fabric roll.
An operation guide system for an X-ray analysis, comprising: sample information acquisition means for acquiring sample information on a sample to be measured for a predetermined analysis purpose with an X-ray measuring unit; measurement condition acquisition means for acquiring a plurality of measurement conditions different from one another, each of the plurality of measurement conditions consisting of (i) a condition specific for a measuring optical system formed of a combination of a plurality of parts and (ii) a control condition used when said measuring optical system is used for the measurement; virtual result acquisition means for subjecting the sample information to simulations respectively based on the plurality of measurement conditions, to thereby acquire a plurality of virtual measurement results of measurements for the predetermined analysis purpose; and comparison result output means for outputting, as comparison results, at least two virtual measurement results among the plurality of virtual measurement results and at least two of the plurality of measurement conditions respectively corresponding to the at least two virtual measurement results. sample information acquisition means for acquiring sample information on a sample to be measured for a predetermined analysis purpose with an X-ray measuring unit; measurement condition acquisition means for acquiring a plurality of measurement conditions different from one another, each of the plurality of measurement conditions consisting of (i) a condition specific for a measuring optical system formed of a combination of a plurality of parts and (ii) a control condition used when said measuring optical system is used for the measurement; virtual result acquisition means for subjecting the sample information to simulations respectively based on the plurality of measurement conditions, to thereby acquire a plurality of virtual measurement results of measurements for the predetermined analysis purpose; and comparison result output means for outputting, as comparison results, at least two virtual measurement results among the plurality of virtual measurement results and at least two of the plurality of measurement conditions respectively corresponding to the at least two virtual measurement results.
A method of making clumping deodorizer granules, the method comprising applying a clumping agent to particles comprising activated carbon to at least partially coat an outer surface of each of the particles with a distinct layer comprising the clumping agent.
An apparatus comprising: a semiconductor substrate having an array portion and a logic portion; a first U-shaped transistor and a second U-shaped transistor each formed in the substrate array portion, each of the first and second U-shaped transistors comprising a source region positioned atop a first pillar, a drain region positioned atop a second pillar, and a U-shaped channel connecting the source and drain regions, wherein the U-shaped channel is contiguous with the semiconductor substrate and wherein the source and drain regions are separated in a first direction by a shallow trench, wherein each of the first and second U-shaped transistors has formed at both sides in the first direction deep trenches that extend parallel to the shallow trenches, such that the first and second U-shaped transistors are separated from each other by one of the deep trenches; intermediate-depth trenches that cross the deep trenches and the shallow trenches and that are formed adjacent to the first and second U-shaped transistors, wherein the intermediate-depth trenches extend to an intermediate depth that is between a depth of the deep trenches and a depth of the shallow trenches and wherein gate electrode sidewall spacers are positioned in the intermediate-depth trenches; and at least one transistor device formed over the substrate logic portion, the transistor device including a gate dielectric layer and a gate material, wherein the gate dielectric layer is elevated with respect to the source and drain regions of the U-shaped transistors. a semiconductor substrate having an array portion and a logic portion; a first U-shaped transistor and a second U-shaped transistor each formed in the substrate array portion, each of the first and second U-shaped transistors comprising a source region positioned atop a first pillar, a drain region positioned atop a second pillar, and a U-shaped channel connecting the source and drain regions, wherein the U-shaped channel is contiguous with the semiconductor substrate and wherein the source and drain regions are separated in a first direction by a shallow trench, wherein each of the first and second U-shaped transistors has formed at both sides in the first direction deep trenches that extend parallel to the shallow trenches, such that the first and second U-shaped transistors are separated from each other by one of the deep trenches; intermediate-depth trenches that cross the deep trenches and the shallow trenches and that are formed adjacent to the first and second U-shaped transistors, wherein the intermediate-depth trenches extend to an intermediate depth that is between a depth of the deep trenches and a depth of the shallow trenches and wherein gate electrode sidewall spacers are positioned in the intermediate-depth trenches; and at least one transistor device formed over the substrate logic portion, the transistor device including a gate dielectric layer and a gate material, wherein the gate dielectric layer is elevated with respect to the source and drain regions of the U-shaped transistors.
A vacuum cleaner, comprising: a motor (no) configured to rotate at a predetermined number of revolutions per minute in a normal mode; a first switch configured to control a power on/off operation of the vacuum cleaner; a second switch configured to change an operation mode of the vacuum cleaner; a battery unit including a first processor configured to, based on the first switch being pressed, control a power of the vacuum cleaner to be turned on; and a second processor configured to: based on the power of the vacuum cleaner being turned on according to an operation of the first switch, control the vacuum cleaner to operate in the normal mode, and according to an operation of the second switch in the normal mode, control the vacuum cleaner to operate in a standby mode where power supplied to the motor is turned off, 2. characterised in that the second processor is further configured to control the vacuum cleaner to operate in the standby mode or in a turbo mode where the motor is rotated at a number of RPM higher than the predetermined RPM, according to a time duration for which the second switch is pressed in the normal mode. a motor (no) configured to rotate at a predetermined number of revolutions per minute in a normal mode; a first switch configured to control a power on/off operation of the vacuum cleaner; a second switch configured to change an operation mode of the vacuum cleaner; a battery unit including a first processor configured to, based on the first switch being pressed, control a power of the vacuum cleaner to be turned on; and a second processor configured to: based on the power of the vacuum cleaner being turned on according to an operation of the first switch, control the vacuum cleaner to operate in the normal mode, and according to an operation of the second switch in the normal mode, control the vacuum cleaner to operate in a standby mode where power supplied to the motor is turned off, based on the power of the vacuum cleaner being turned on according to an operation of the first switch, control the vacuum cleaner to operate in the normal mode, and according to an operation of the second switch in the normal mode, control the vacuum cleaner to operate in a standby mode where power supplied to the motor is turned off, 2. characterised in that the second processor is further configured to control the vacuum cleaner to operate in the standby mode or in a turbo mode where the motor is rotated at a number of RPM higher than the predetermined RPM, according to a time duration for which the second switch is pressed in the normal mode.
Ultrasonic flowmeter, in particular a clamp-on ultrasonic flowmeter for measuring the flow through a line through which medium flows, having at least one ultrasonic transducer, wherein the ultrasonic transducer is present within an electromagnetic shielding unit, the electromagnetic shielding unit is made of a housing that is either metallic or at least coated in metal for electrical connection, a cable having a shielding is provided for electrical connection of the ultrasonic transducer and the shielding of the cable is in contact with the electromagnetic shielding unit in a galvanically conductive manner, the ultrasonic transducer has a piezo element, a connecting element for attachment of the ultrasonic transducer to the line is present, the piezo element is attached to the connecting element, an intermediate plate is present between the piezo element and the connecting element, and the intermediate plate is used as an electrical connection for the piezo element, characterized in that the intermediate plate, which is formed from a part of the metallic or metal-coated housing, has at least one recess in which an adhesive layer is present for attachment of the piezo element to the connecting element.
A plug connector with a first plug and a second plug, which have plug elements (6, 48) which are allocated to each other and can be connected to each other via plug contacting, and a securing device for mechanically securing the plugged-together plugs (2, 22), the securing device comprising a lever which is pivotably mounted on the first plug and which, eccentrically to its pivot axis, pivotably bears a connecting element, characterised in that the connecting element has a securing cam on its free end, and in that the second plug has a receptacle which is formed adapted to form-fittingly receive the securing cam and which has a ramp surface which cooperates with the free end of the connecting element in a way that, via the ramp surface, the securing cam is forcibly guided behind a locking surface of the receptacle during the plugging-together.
An infrared-ray reflective member for transmitting a visible light ray and reflecting an infrared ray having a particular wavelength, comprising: an infrared-ray reflective layer having a selective reflection layer for reflecting an infrared ray of a right-circularly polarized light component or a left-circularly polarized light component and for transmitting the other component, and a transparent substrate characterized in that the infrared-ray reflective layer has a first reflection band corresponding to a first radiant energy band containing a peak located closest to a short-wavelength side of an infrared range of a spectrum of sunlight on earth, when a maximum reflectance in the first reflection band is determined at R 1 and a wavelength in a short-wavelength side for allowing half-value reflectance of the R 1 is determined at λ 1, the λ 1 is 900 nm to 1010 nm, and when a wavelength in a long-wavelength side for allowing half-value reflectance of the R 1 in the first reflection band is determined at λ 2, the λ 2 is 1090 nm to 1210 nm. an infrared-ray reflective layer having a selective reflection layer for reflecting an infrared ray of a right-circularly polarized light component or a left-circularly polarized light component and for transmitting the other component, and a transparent substrate characterized in that the infrared-ray reflective layer has a first reflection band corresponding to a first radiant energy band containing a peak located closest to a short-wavelength side of an infrared range of a spectrum of sunlight on earth, when a maximum reflectance in the first reflection band is determined at R 1 and a wavelength in a short-wavelength side for allowing half-value reflectance of the R 1 is determined at λ 1, the λ 1 is 900 nm to 1010 nm, and when a wavelength in a long-wavelength side for allowing half-value reflectance of the R 1 in the first reflection band is determined at λ 2, the λ 2 is 1090 nm to 1210 nm.
A video decoding device for decoding video using inter prediction comprising: entropy decoding means for decoding an inter Prediction Unit, PU, partition type syntax; and decoding control means for setting inter-PU partition type candidates of a Coding Unit, CU to be decoded, based on whether a size of the CU to be decoded is greater than a minimum inter-PU size or not, wherein the decoding control means causes the entropy decoding means not to entropy decode the inter PU partition type syntax in a PU header layer of the CU to be decoded in the case where the prediction mode of the CU is inter prediction and the CU size of the CU to be decoded is less than or equal to the minimum inter PU size, and the decoding control means causes the entropy decoding means to entropy decode the inter PU partition type syntax in a PU header layer of the CU to be decoded in the case where the CU size of the CU to be decoded is more than the minimum inter PU size. entropy decoding means for decoding an inter Prediction Unit, PU, partition type syntax; and decoding control means for setting inter-PU partition type candidates of a Coding Unit, CU to be decoded, based on whether a size of the CU to be decoded is greater than a minimum inter-PU size or not, wherein the decoding control means causes the entropy decoding means not to entropy decode the inter PU partition type syntax in a PU header layer of the CU to be decoded in the case where the prediction mode of the CU is inter prediction and the CU size of the CU to be decoded is less than or equal to the minimum inter PU size, and the decoding control means causes the entropy decoding means to entropy decode the inter PU partition type syntax in a PU header layer of the CU to be decoded in the case where the CU size of the CU to be decoded is more than the minimum inter PU size.