mhurhangee/ep-ind-claims huggingface dataset:
A ball-type constant velocity joint comprising: an outer race part installed on a shaft and having a plurality of first grooves formed axially in the inner surface thereof; a first inner race part comprising: a ring-shaped first inner race rotatably installed in the outer race part, having a plurality of second grooves formed on the outer surface thereof and facing the first grooves, and having a plurality of third grooves formed axially on the inner surface thereof; and a plurality of first balls installed between the first grooves and the second grooves, and transmitting rotation power of the ring-shaped first inner race to the outer race part; and a second inner race part comprising: a second inner race rotatably installed in the ring-shaped first inner race, and having a plurality of fourth grooves formed on the outer surface thereof and facing the third grooves; and a plurality of second balls installed between the third grooves and the fourth grooves, and transmitting rotation power of the second inner race to the ring-shaped first inner race, characterized in that when the shaft is rotated within a first preset angle, the second inner race part is rotated about the first inner race part in the same direction and by the same angle as the rotation of the shaft and the first preset angle is defined by a contact of the shaft with the inner surface of the ring-shaped first inner race thereby causing interference, wherein when the shaft is rotated over the first preset angle, the second inner race part is rotated together with the first inner race part about the outer race part. an outer race part installed on a shaft and having a plurality of first grooves formed axially in the inner surface thereof; a first inner race part comprising: a ring-shaped first inner race rotatably installed in the outer race part, having a plurality of second grooves formed on the outer surface thereof and facing the first grooves, and having a plurality of third grooves formed axially on the inner surface thereof; and a plurality of first balls installed between the first grooves and the second grooves, and transmitting rotation power of the ring-shaped first inner race to the outer race part; and a second inner race part comprising: a second inner race rotatably installed in the ring-shaped first inner race, and having a plurality of fourth grooves formed on the outer surface thereof and facing the third grooves; and a plurality of second balls installed between the third grooves and the fourth grooves, and transmitting rotation power of the second inner race to the ring-shaped first inner race, characterized in that when the shaft is rotated within a first preset angle, the second inner race part is rotated about the first inner race part in the same direction and by the same angle as the rotation of the shaft and the first preset angle is defined by a contact of the shaft with the inner surface of the ring-shaped first inner race thereby causing interference, wherein when the shaft is rotated over the first preset angle, the second inner race part is rotated together with the first inner race part about the outer race part.
A video shooting and loads movement device applicable in a removable manner to the fork of a fork lift or of a lifter and comprising: - A strip applicable to the fork and having a superior surface destined in use to contact the load to be moved; - A magnetic element arranged in such a way as to allow to apply magnetically said strip to the fork; - A video-camera integrated in the strip. - A strip applicable to the fork and having a superior surface destined in use to contact the load to be moved; - A magnetic element arranged in such a way as to allow to apply magnetically said strip to the fork; - A video-camera integrated in the strip.
Process for the separation of a feedstock comprising benzene, toluene and compounds having 8 or more carbon atoms, in a separation device comprising at least one reformate column, one aromatics extraction unit and one transalkylation unit, the effluents from the said units being separated in the following distillation columns: benzene column, toluene column and stabilization column, the said process comprising the following stages: the toluene column is fed directly with a C7+ cut resulting from the bottom of the stabilization column positioned downstream of the transalkylation unit in order to withdraw a top product from the toluene column enriched in benzene and in toluene and a bottom product from the toluene column enriched in compounds having 8 or more carbon atoms, the benzene column is fed with the top product from the toluene column in order to withdraw a benzene-enriched top product from the benzene column and a toluene-enriched bottom product from the benzene column, and the transalkylation unit is fed with the toluene-enriched bottom product from the benzene column, in which the toluene column is fed with an essentially aromatic cut resulting from the aromatics extraction unit, the feeding of the toluene column resulting from the aromatics extraction unit being carried out separately from and above the feeding of the toluene column resulting from the bottom of the stabilization column, or in which the benzene column is fed with the essentially aromatic cut resulting from the aromatics extraction unit as a mixture with or separately from the top product from the toluene column. the toluene column is fed directly with a C7+ cut resulting from the bottom of the stabilization column positioned downstream of the transalkylation unit in order to withdraw a top product from the toluene column enriched in benzene and in toluene and a bottom product from the toluene column enriched in compounds having 8 or more carbon atoms, the benzene column is fed with the top product from the toluene column in order to withdraw a benzene-enriched top product from the benzene column and a toluene-enriched bottom product from the benzene column, and the transalkylation unit is fed with the toluene-enriched bottom product from the benzene column, in which the toluene column is fed with an essentially aromatic cut resulting from the aromatics extraction unit, the feeding of the toluene column resulting from the aromatics extraction unit being carried out separately from and above the feeding of the toluene column resulting from the bottom of the stabilization column, or in which the benzene column is fed with the essentially aromatic cut resulting from the aromatics extraction unit as a mixture with or separately from the top product from the toluene column.
A fuel injection control apparatus in a premixed compression ignition diesel engine having a fuel injection valve that injects a fuel in a plurality of portions into a cylinder, wherein the fuel spray forms a cone of a predetermined angle (Θ), a piston that reciprocates within said cylinder, and a combustion chamber defined by a top surface and an inner surface of said piston open to said cylinder, provided in said piston, second timing determining means for determining, in a compression stroke, a second timing at which all of the fuel injected through said fuel injection valve enters said combustion chamber in accordance with a position of said piston within said cylinder and a size and a shape of said combustion chamber, wherein said fuel injection valve injects the last portion of fuel from said second timing to a point at which said piston reaches compression top dead center, characterized in that the fuel injection apparatus further comprises first timing determining means for determining, in a compression stroke, a first timing at which a part of the fuel injected through said fuel injection valve begins to enter said combustion chamber directly, in accordance with a position of said piston within said cylinder and a size and a shape of said combustion chamber, wherein said fuel injection valve injects a first portion and at least a second portion of the fuel from said first timing to said second timing, and wherein the first portion of the fuel is smaller than the second portion of the fuel or than a sum total of the second and subsequent portions of the fuel injected from the first timing to said second timing. second timing determining means for determining, in a compression stroke, a second timing at which all of the fuel injected through said fuel injection valve enters said combustion chamber in accordance with a position of said piston within said cylinder and a size and a shape of said combustion chamber, wherein said fuel injection valve injects the last portion of fuel from said second timing to a point at which said piston reaches compression top dead center, characterized in that the fuel injection apparatus further comprises first timing determining means for determining, in a compression stroke, a first timing at which a part of the fuel injected through said fuel injection valve begins to enter said combustion chamber directly, in accordance with a position of said piston within said cylinder and a size and a shape of said combustion chamber, wherein said fuel injection valve injects a first portion and at least a second portion of the fuel from said first timing to said second timing, and wherein the first portion of the fuel is smaller than the second portion of the fuel or than a sum total of the second and subsequent portions of the fuel injected from the first timing to said second timing.
A method of generating a security feature, the method comprising: obtaining an n-bit code of data to encode; generating an arrangement of dots; designating a first portion of the dots as reference dots and a second portion of the dots as encoding dots; moving a group of the designated encoding dots by a predetermined direction in a predetermined amount to encode the n-bit code of data; and printing the arrangement of dots and a dot map identifier, the dot map identifier identifying an encoding scheme of the arrangement of dots. obtaining an n-bit code of data to encode; generating an arrangement of dots; designating a first portion of the dots as reference dots and a second portion of the dots as encoding dots; moving a group of the designated encoding dots by a predetermined direction in a predetermined amount to encode the n-bit code of data; and printing the arrangement of dots and a dot map identifier, the dot map identifier identifying an encoding scheme of the arrangement of dots.
A transaminase comprising an amino acid sequence with at least 80% identity to SEQ ID NO:3, wherein the transaminase is substituted compared to SEQ ID NO:3 in at least one position selected from the group of amino acid substitutions N161A, N161M, N161Q and N161I, wherein the stereoselectivity of the transaminase is higher than that of the wild-type transaminase of SEQ ID NO:3; and/or the thermostability of the transaminase is higher than that of the wild-type transaminase of SEQ ID NO:3. the stereoselectivity of the transaminase is higher than that of the wild-type transaminase of SEQ ID NO:3; and/or the thermostability of the transaminase is higher than that of the wild-type transaminase of SEQ ID NO:3.
A method in a user equipment for updating a timing of a first cell, wherein the timing is the arrival time of a signal sent from a base station in the first cell relative to a clock in the user equipment, in a wireless communication network, the method comprising: measuring a timing offset for the first cell and one or more second cells (116,117), wherein a timing offset of a cell is a time difference between an actual arrival time and an expected arrival time of a signal sent from the base station to the user equipment in the cell; when a quality of the timing offset measurement of the first cell is below a first threshold, computing a timing offset estimate for the first cell based on the measured timing offset for the one or more second cells (116,117); updating the timing of the first cell based on the computed timing offset estimate. measuring a timing offset for the first cell and one or more second cells (116,117), wherein a timing offset of a cell is a time difference between an actual arrival time and an expected arrival time of a signal sent from the base station to the user equipment in the cell; when a quality of the timing offset measurement of the first cell is below a first threshold, computing a timing offset estimate for the first cell based on the measured timing offset for the one or more second cells (116,117); updating the timing of the first cell based on the computed timing offset estimate.
System for launching a projectile at an automotive vehicle component, comprising a hollow tube through the interior of which the projectile is capable of moving, at least one solenoid (38, 48, 58, 72) that is capable of generating a magnetic field that is able to translationally drive the projectile in the longitudinal direction of the hollow tube, at least one speed detector (40, 50, 60, 74) for detecting the speed of translational movement of the projectile and a control module that is capable of receiving the speed signal transmitted by said speed detector (40, 50, 60, 74), of calculating a power supply signal for the solenoid (I 38, I 48, I 58, I 72) and of applying said power supply signal to the solenoid (38, 48, 58, 72), characterized in that it comprises an accelerometer, the control module being capable of determining the inclination of the tube with respect to the horizontal according to the signal delivered by the accelerometer and of modifying the power supply signal (I 38, I 48, I 58, I 72) as a result.
Use of (±)-2-exo-(2-Methylbenzyloxy)-1-methyl-4-isopropyl-7-oxabicyclo[2.2.1]heptane, any of its individual enantiomers or any non-racemic mixture thereof (herbicide A) for controlling herbicide resistant or tolerant weed species selected from the genus Alopecurus wherein the herbicide A is the only herbicidally active ingredient.
A method for secondary component carrier, SCC, future scheduling during carrier aggregation in a cellular wireless network, comprising: receiving, at a first time, a first subframe including a SCC scheduling indication associated with a second time after the first time, which indicates subframe for future SCC data reception at the second time, wherein SCC receive circuitry of the receiver is on at the first time when the first subframe is received; characterized by powering off SCC receive circuitry in response to the received SCC scheduling indication; powering on, at the second time, the SCC receive circuitry for future SCC data reception based on the SCC scheduling indication, wherein the second time is for the indicated future SCC data reception subframe. receiving, at a first time, a first subframe including a SCC scheduling indication associated with a second time after the first time, which indicates subframe for future SCC data reception at the second time, wherein SCC receive circuitry of the receiver is on at the first time when the first subframe is received; characterized by powering off SCC receive circuitry in response to the received SCC scheduling indication; powering on, at the second time, the SCC receive circuitry for future SCC data reception based on the SCC scheduling indication, wherein the second time is for the indicated future SCC data reception subframe.
A power semiconductor module, comprising a substrate which carries a plurality of power semiconductor devices in the form of transistors, wherein the plurality of power semiconductor devices comprises a first group of power semiconductor devices and a second group of at least one power semiconductor device, - wherein the first group of power semiconductor devices consists of non-damaged power semiconductor devices (10b, 10c), and the second group of power semiconductor devices consists of at least one damaged power semiconductor device, - wherein at least two non-damaged power semiconductor devices (10b, 10c) of the first group of power semiconductor devices are electrically interconnected in a parallel configuration, and - wherein all damaged power semiconductor devices of the second group of at least one power semiconductor device are electrically at least partially disconnected from the members of the first group of power semiconductor devices. - wherein the first group of power semiconductor devices consists of non-damaged power semiconductor devices (10b, 10c), and the second group of power semiconductor devices consists of at least one damaged power semiconductor device, - wherein at least two non-damaged power semiconductor devices (10b, 10c) of the first group of power semiconductor devices are electrically interconnected in a parallel configuration, and - wherein all damaged power semiconductor devices of the second group of at least one power semiconductor device are electrically at least partially disconnected from the members of the first group of power semiconductor devices.
Aqueous paint dispersion comprising silanized colloidal silica particles and an acrylate-based binder wherein the weight ratio of SiO 2 to acrylate-based binder on a dry basis ranges from 0.02 to 0.2, and wherein the content of SiO 2, measured by XRF, in said dispersion ranges from 1.05 to 7.5 wt%, characterised in that silane groups present in the silanized colloidal silica particles are derived from silanes containing an epoxy group, glycidoxy group, glycidoxypropyl group, ureido-based silanes, methacrylamido silanes, mercapto silanes, and combinations thereof.
A reconfigurable mobile phone built-in antenna, comprising: an antenna main structure, an additional ground area, a ground area printed on one surface of a printed board, an electronic switch and an antenna feeding point and a grounding point printed on the other surface of the printed board; wherein the antenna main structure comprises a wiring structure of an antenna, a feeding spring piece which is in contact with the antenna feeding point and a grounding spring piece which is in contact with the grounding point; the additional ground area is positioned just under the wiring structure; characterized in that the electronic switch is configured to disconnect the additional ground area with the ground area on the one surface of the printed board when the antenna works at low-frequency frequency band and to connect the additional ground area with the ground area on the one surface of the printed board when the antenna works at high-frequency frequency band; wherein when the additional ground area is disconnected with the ground area on the one surface of the printed board, the antenna is configured to be Monopole antenna; and when the additional ground area is connected with the ground area on the one surface of the printed board, the antenna is configured to be PIFA antenna. an antenna main structure, an additional ground area, a ground area printed on one surface of a printed board, an electronic switch and an antenna feeding point and a grounding point printed on the other surface of the printed board; wherein the antenna main structure comprises a wiring structure of an antenna, a feeding spring piece which is in contact with the antenna feeding point and a grounding spring piece which is in contact with the grounding point; the additional ground area is positioned just under the wiring structure; characterized in that the electronic switch is configured to disconnect the additional ground area with the ground area on the one surface of the printed board when the antenna works at low-frequency frequency band and to connect the additional ground area with the ground area on the one surface of the printed board when the antenna works at high-frequency frequency band; wherein when the additional ground area is disconnected with the ground area on the one surface of the printed board, the antenna is configured to be Monopole antenna; and when the additional ground area is connected with the ground area on the one surface of the printed board, the antenna is configured to be PIFA antenna.
A powder ratio measurement apparatus that measures a powder ratio of powder attached to a surface of a raw material charged into a blast furnace, the powder ratio measurement apparatus comprising: an illumination device that illuminates the raw material; a spectroscopic device that captures an image of the raw material, spectrally disperses reflected light from the raw material, and measures spectral reflectance at each of various positions on the surface of the raw material; and an arithmetic device that executes processing for omitting the spectral reflectance of a bare surface region from the spectral reflectance at each of the various positions on the surface of the raw material measured by the spectroscopic device based on a difference in spectral reflectance between the bare surface region and the region to which the powder is attached on the surface of the raw material, determines brightness for each pixel located in the region to which the powder is attached from the spectral reflectance at each of the various positions on the surface of the raw material after the processing is executed, calculates average brightness based on the brightness determined for each pixel, and determines the powder ratio based on the average brightness calculated and a correlation specified in advance between an average brightness and a powder ratio. an illumination device that illuminates the raw material; a spectroscopic device that captures an image of the raw material, spectrally disperses reflected light from the raw material, and measures spectral reflectance at each of various positions on the surface of the raw material; and an arithmetic device that executes processing for omitting the spectral reflectance of a bare surface region from the spectral reflectance at each of the various positions on the surface of the raw material measured by the spectroscopic device based on a difference in spectral reflectance between the bare surface region and the region to which the powder is attached on the surface of the raw material, determines brightness for each pixel located in the region to which the powder is attached from the spectral reflectance at each of the various positions on the surface of the raw material after the processing is executed, calculates average brightness based on the brightness determined for each pixel, and determines the powder ratio based on the average brightness calculated and a correlation specified in advance between an average brightness and a powder ratio.
An entertainment network for passengers in a means of transportation, comprising at least one data server for video and/or audio data, at least one routing means connected with the data server, at least one playback device (16, 17) for playing back the video/audio data, the device being provided to a passenger on a lending basis for the duration of a trip, characterized in that the routing means is configured for a wireless broadband transmission of the video/audio data to at least 20, preferably at least 60 participants at the same time and in at least two different frequency bands independently of one another, the playback device is configured for a wireless communication with the routing means, the playback device being configured to only receive the data of a first frequency band and a second frequency band, which is different from the first band, being configured such that it is received only by individual passenger terminals, which are passenger-owned devices brought by the passengers, such as notebooks, tablet PCs, PDAs etc., for example, and wherein the data server is able to distinguish each passenger terminal from a playback device (16, 17) and to offer other video/audio data to a passenger terminal than to a playback device (16, 17).