mhurhangee/ep-ind-claims huggingface dataset:
Method for reducing the variation of genetic characteristics of fish progeny in a fish population containing groups varying in relation to relatedness, wherein at least two fish groups (RA, RB) are formed of the fish population so that the average genetic degree of relatedness r between the fish groups (RA, RB) is lower than in the fish population on average, characterised in that the method contains at least the following steps: - such members (RAK x RAN, RBK x RBN) of the fish group (RA, RB) are paired, the average degree of relatedness r of which is higher than in the fish population on average in order to form at least two separate parent generations (PA, PB), - members (PAN x PBK, PAK x PBN) of at least two separate parent generations (PA, PB) are cross-paired to form fish progeny. - such members (RAK x RAN, RBK x RBN) of the fish group (RA, RB) are paired, the average degree of relatedness r of which is higher than in the fish population on average in order to form at least two separate parent generations (PA, PB), - members (PAN x PBK, PAK x PBN) of at least two separate parent generations (PA, PB) are cross-paired to form fish progeny.
An apparatus comprising: a stationary module; a movable module having an outer surface and a substrate; the movable module being configured to generate a spatial displacement relative to the stationary module along a vertical direction in response to a physical force exerted on the outer surface along the vertical direction; a tactile switch secured on a first side of the substrate; and a light indicator secured on a second side of the substrate, the first side and the second side being opposing sides of the substrate; CHARACTERISED BY a protrusion provided on a surface portion of the stationary module opposing the tactile switch, the protrusion being configured to contact the tactile switch so as to cause it to be depressed off-axis when the movable module is pressed down along the vertical direction. a stationary module; a movable module having an outer surface and a substrate; the movable module being configured to generate a spatial displacement relative to the stationary module along a vertical direction in response to a physical force exerted on the outer surface along the vertical direction; a tactile switch secured on a first side of the substrate; and a light indicator secured on a second side of the substrate, the first side and the second side being opposing sides of the substrate; CHARACTERISED BY a protrusion provided on a surface portion of the stationary module opposing the tactile switch, the protrusion being configured to contact the tactile switch so as to cause it to be depressed off-axis when the movable module is pressed down along the vertical direction.
A method comprising: repeating a transmission of a previously transmitted data transfer unit by a device after a predetermined number of other data transfer units has been transmitted by the device; and determining whether a measure for a time period since the first transmission of the data transfer unit by the device has exceeded a predetermined threshold; and providing a final transmission of the previously transmitted data transfer unit based on a determining that the measure for the time period has exceeded the predetermined threshold, characterised in that the final transmission is provided before the predetermined number of other data transfer units has been transmitted by the device after transmission of the previously transmitted data transfer unit. repeating a transmission of a previously transmitted data transfer unit by a device after a predetermined number of other data transfer units has been transmitted by the device; and determining whether a measure for a time period since the first transmission of the data transfer unit by the device has exceeded a predetermined threshold; and providing a final transmission of the previously transmitted data transfer unit based on a determining that the measure for the time period has exceeded the predetermined threshold, characterised in that the final transmission is provided before the predetermined number of other data transfer units has been transmitted by the device after transmission of the previously transmitted data transfer unit.
Use of nanoparticles for enhancing the performance of a liquid fluid wherein the use involves mixing and dispersing nanoparticles uniformly in a liquid fluid as the base material, wherein no oxidized film is present on the surfaces of the nanoparticles in the liquid fluid base material; the nanoparticles are uniformly dispersed in the liquid fluid base material; the liquid fluid base material is liquid sodium; characterized in that the enhancement in performance is an enhancement of the brightness of D-line emission specific to liquid sodium.
A system for facilitating determination of positions of mobile devices such as unmanned aerial vehicles within an operating space containing a number of objects, comprising: at least three markers placed on exposed surfaces of the objects, wherein each of the markers includes a pattern of linear bars adjacent a data area, wherein the pattern of linear bars is identical on each of the markers and the data area has a pattern that varies between the markers; a mobile device operable to move about the operating space in response to control signals; and a controller on the mobile device generating the control signals based on a determination of a position of the mobile device within the operating space relative to locations of the markers, wherein the controller executes a localization module to locate each of the markers, to extract data from the pattern of the data areas, and to estimate the position of the mobile device based on the extracted data, characterised in that the localization module uses a single direction scan of an image to locate the markers in the image and wherein at least one of the markers is positioned to be oriented in the image such that the pattern of linear bars is non-orthogonal to the single direction scan. at least three markers placed on exposed surfaces of the objects, wherein each of the markers includes a pattern of linear bars adjacent a data area, wherein the pattern of linear bars is identical on each of the markers and the data area has a pattern that varies between the markers; a mobile device operable to move about the operating space in response to control signals; and a controller on the mobile device generating the control signals based on a determination of a position of the mobile device within the operating space relative to locations of the markers, wherein the controller executes a localization module to locate each of the markers, to extract data from the pattern of the data areas, and to estimate the position of the mobile device based on the extracted data, characterised in that the localization module uses a single direction scan of an image to locate the markers in the image and wherein at least one of the markers is positioned to be oriented in the image such that the pattern of linear bars is non-orthogonal to the single direction scan.
A liquid suitable for removing an oxide of a Group III-V element and for preventing the oxidation of a Group III-V element, comprising 0.05-20 wt.-% of an acid and 0.01-10 wt.-% of a mercapto compound, wherein (i) the acid is a halogen acid, and (ii) the mercapto compound is a compound of any of the formulae -: wherein R 1 -R 5 each independently are H, thiol, hydroxyl, carboxyl, alkyl, alkenyl, aryl, aralkyl, amino, acyl or acylamino, R 1 -R 5 may be bonded to one another to form a ring; and one or more of R 1 -R 5 is carboxyl or hydroxyl; m, n are integers with 1 ≤ (m+n) ≤ 12; A is carboxyl or hydroxyl; Cy is a structure obtained by removing ( m1 + n1 + p1) H-atoms from a cyclic aliphatic hydrocarbon; R 6 is alkyl, alkenyl, aryl, aralkyl, amino, acyl or acylamino; n1, n2, p1 and p2 are an integer of 1-4 m1, m2 are an integer of 0-4, provided that ( n2 + m2 + p2) ≤ 6; HA is a structure obtained by removing ( m3 + n3 + p3) H-atoms from an N-containing heteroaromatic ring; m3 is an integer of 0-5, n3 is an integer of 1-5, and p3 is an integer of 1-4. (i) the acid is a halogen acid, and (ii) the mercapto compound is a compound of any of the formulae -: R 1 -R 5 each independently are H, thiol, hydroxyl, carboxyl, alkyl, alkenyl, aryl, aralkyl, amino, acyl or acylamino, R 1 -R 5 may be bonded to one another to form a ring; and one or more of R 1 -R 5 is carboxyl or hydroxyl; A is carboxyl or hydroxyl; Cy is a structure obtained by removing ( m1 + n1 + p1) H-atoms from a cyclic aliphatic hydrocarbon; R 6 is alkyl, alkenyl, aryl, aralkyl, amino, acyl or acylamino; HA is a structure obtained by removing ( m3 + n3 + p3) H-atoms from an N-containing heteroaromatic ring; m3 is an integer of 0-5, n3 is an integer of 1-5, and p3 is an integer of 1-4.
A method for adjusting the tightness of a wear part (107, 107', 108, 108') fastened to a jaw (101, 102) of a jaw crusher with a tightening device that comprises a screw fastened at a first end thereof in connection with the wear part located on a first side of the jaw; and a tightening member is fastened to a second end of the screw (11") on a second side of the jaw; and a spring arranged between the jaw and the tightening member; in which method the spring is compressed and decompressed with the tightening member, characterized by: influencing the spring with at least two moving screws supported by a frame of the tightening member; and changing the length of the spring by rotating said at least two moving screws. in which method the spring is compressed and decompressed with the tightening member, characterized by: influencing the spring with at least two moving screws supported by a frame of the tightening member; and changing the length of the spring by rotating said at least two moving screws. influencing the spring with at least two moving screws supported by a frame of the tightening member; and changing the length of the spring by rotating said at least two moving screws.
Electronic ballast for the operation of at least one lamp, with a center tap, placed between a first switch and a second switch, that can be connected with a connection for the lamp as well as with an integrated circuit, having a measuring input (LSCS, ME) for the downtime recognition that is provided for the operation of the ballast, and with a circuit for the variation of the signal applied to the measuring input (LSCS, ME), wherein the ballast comprises a circuit for generating a floating supply voltage of the first switch that has a serial arrangement of at least a resistor, a diode as well as a capacitance, wherein a connection of the capacitance is connected with the center tap, characterized in that the circuit for the variation of the signal applied to the measuring input (LSCS, ME) is configured as a transmission circuit (A TZ) for reaching predefined signal levels at the measuring input (LSCS, ME) in such a manner that a signal for switching the second switch is generated during a negligible voltage applied to the center tap and that the transmission circuit (A TZ) comprises a capacitor and is configured on the side opposite the measuring input between the diode and the resistor of the serial arrangement of the circuit for generating a floating supply voltage and for the transmission of a signal coming from the circuit for generating a floating supply voltage.
Cage rotor (3, 43, 83) for an electric machine (4, 44, 84), comprising - a laminated rotor core (5, 305, 605, 105) which has a slot (6, 306, 406, 806), and - a bar (9, 49, 89) which is arranged in the slot (6, 306, 406, 806), wherein the bar (9, 49, 89) is supported in the slot (6, 306, 406, 806) by a deformable bearing (10, 30, 40, 80) which has a bearing device (12, 32, 42, 82), characterised in that the cage rotor (3, 43, 83) comprises a short-circuit ring (8, 110) which is cast onto an axial end (7, 11, 61, 62, 81, 85) of the laminated rotor core (5, 305, 605, 105) and is made of a first material, wherein the bearing device (12, 32, 42, 82) has a bearing unit (14, 34, 74) which is integrally connected to the laminated rotor core (5, 305, 605). - a laminated rotor core (5, 305, 605, 105) which has a slot (6, 306, 406, 806), and - a bar (9, 49, 89) which is arranged in the slot (6, 306, 406, 806),
A harvesting machine with a harvested material tank and a screw conveyor inside the harvested material tank and which extends from a material intake opening at a wall of the harvested material tank into the interior of the harvested material tank and comprising at least one proximal section adjacent to the material intake opening and a distal section spaced apart from the material intake opening by at least the proximal section, the sections being rotatable about conveying axes (42, 43) running in different directions, characterized in that the screw conveyor can be operated in a working position in which the conveying axis of the distal section is more inclined in orientation than the conveying axis of the proximal section, wherein the screw conveyor is pivotably connected to the wall via a first joint defining a first joint axis, and the inclination of at least the proximal section can be varied by pivoting about the first joint axis.
An anchoring system for use with hollow panels, comprising an anchor member and a separate fixture, which are adapted to be mounted together, the anchor member including an elongated element adapted to be inserted into and partly through a hollow panel and to bear against a rear surface of the panel, the fixture being adapted, in use, to bear against a front surface of the panel thereby securing the anchoring system to the panel, and wherein the anchor member, when assembled to the fixture, wraps around a front of the fixture between opposed upper and lower ends thereof, wherein the elongated element extends, in use, substantially vertically, and wherein the anchor member includes an elongated wire, wherein the anchor member includes at a lower end thereof a rearwardly extending element adapted to engage the panel, wherein the rearwardly extending element includes a spike that is located adjacent a lower end of the fixture and that extends substantially horizontally, wherein the anchor member includes in succession from top to bottom: an upper distal end, a panel-engaging portion, a fixture-engaging portion and a lower panel-engaging portion; wherein, in use, the upper distal end is adapted to engage a rear surface of the panel, the panel-engaging portion is adapted to be at least partly lodged in the panel, the fixture-engaging portion is adapted to be joined to the fixture, and the lower panel-engaging portion is adapted to penetrate the panel; wherein the panel-engaging portion includes a section that extends behind the panel and at a distance therefrom; and wherein the panel-engaging portion includes a section that extends substantially horizontally through the wall and between the upper distal end and the fixture-engaging portion, wherein the anchor member extends forwardly of the fixture so that, when the anchoring system is installed to the panel, the fixture at least partly extends between the anchor member and the panel; wherein the anchor member is adapted to engage the panel near upper and lower ends of the fixture and therebetween to extend along a front of the fixture, wherein the front of the fixture defines a groove and the anchor member is adapted to extend in the groove, characterized in that the anchor member is releasably snap-fittingly engaged in the groove, and in that the anchor member is biasedly mounted to the fixture at the upper and lower ends thereof.
A bumper arrangement for a motor vehicle, which has a cross member and crash boxes arranged at each end of the cross member as well as outer end modules, wherein each end module has a shell body, wherein the shell body is joined to a crash box and one end of the cross member is joined to the shell body, characterized in that each shell body has a base region, arranged in front of a crash box, and an skirt section, adjoining the base region, wherein the skirt section extends outwards at a height level below the crash box.
An anti-adhesion material comprising: a base layer containing a water soluble polymer; and a cover layer containing an aliphatic ester and placed on at least one of both surfaces of the base layer, wherein a layer thickness of the cover layer is 130 nm or greater and smaller than 820 nm, or an optical thickness of the cover layer, as measured using a spectroscopic ellipsometer with a wavelength of 380 nm to 900 nm, is 27 nm or greater and smaller than 160 nm. a base layer containing a water soluble polymer; and a cover layer containing an aliphatic ester and placed on at least one of both surfaces of the base layer, wherein a layer thickness of the cover layer is 130 nm or greater and smaller than 820 nm, or an optical thickness of the cover layer, as measured using a spectroscopic ellipsometer with a wavelength of 380 nm to 900 nm, is 27 nm or greater and smaller than 160 nm.
A slurry composition for a positive electrode of a lithium ion secondary battery, the slurry composition comprising: a positive electrode active material; a conductive material; a water-soluble polymer; a particulate binder; a surfactant; and water, characterized in that the water-soluble polymer contains a monomer unit containing an acid group, and viscosity of a 1% by mass water solution of the water-soluble polymer is 1 mPa•s or greater to 1,000 mPa•s or less, wherein the ratio of the monomer unit containing an acid group in the water-soluble polymer is 20% by mass or greater and 70% by mass or less, and the surfactant includes a sulfosuccinic acid ester or a salt thereof. a positive electrode active material; a conductive material; a water-soluble polymer; a particulate binder; a surfactant; and water, characterized in that the water-soluble polymer contains a monomer unit containing an acid group, and viscosity of a 1% by mass water solution of the water-soluble polymer is 1 mPa•s or greater to 1,000 mPa•s or less, wherein the ratio of the monomer unit containing an acid group in the water-soluble polymer is 20% by mass or greater and 70% by mass or less, and the surfactant includes a sulfosuccinic acid ester or a salt thereof.
A movement unit for moving semi-finished products, such as for example wooden boards, configured to be used in processing machines, for example in cutting machines, comprising a first and a second movement and retaining assembly (2a, 2b) configured to move and retain said semi-finished product along a processing path, said first and second movement and retaining assembly (2a, 2b) respectively defining an inlet portion and an outlet portion of said processing path; wherein said first and/or second movement and retaining assembly (2a, 2b) are movable towards and away from one another along said processing path; wherein said first and/or second movement and retaining assembly (2a, 2b) are provided with a respective main motor apparatus, configured to move the respective movement and retaining assembly (2a, 2b), characterised in that said first and/or second movement and retaining assembly (2a, 2b) comprise a respective conveyor belt (3a, 3b) for moving the semi-finished product and a secondary motor apparatus configured to move said conveyor belt (3a, 3b). wherein said first and/or second movement and retaining assembly (2a, 2b) are movable towards and away from one another along said processing path; wherein said first and/or second movement and retaining assembly (2a, 2b) are provided with a respective main motor apparatus, configured to move the respective movement and retaining assembly (2a, 2b), characterised in that said first and/or second movement and retaining assembly (2a, 2b) comprise a respective conveyor belt (3a, 3b) for moving the semi-finished product and a secondary motor apparatus configured to move said conveyor belt (3a, 3b).
A battery module comprising a plurality of battery cells (110a, 110b, 110c) and lead junction parts in which respective leads of the battery cells (110a, 110b, 110c) are joined to each other, the battery module further comprising: a thermoelectric device mounted onto the lead junction part; and a constant voltage device configured to bypass a current of the battery module to the thermoelectric device when an overvoltage of the battery module occurs, wherein the thermoelectric device is driven to electronically cool the lead junction part of the battery module when the overvoltage of the battery module occurs, wherein the battery cells (110a, 110b, 110c) are pouch type battery cells. a thermoelectric device mounted onto the lead junction part; and a constant voltage device configured to bypass a current of the battery module to the thermoelectric device when an overvoltage of the battery module occurs, wherein the thermoelectric device is driven to electronically cool the lead junction part of the battery module when the overvoltage of the battery module occurs, wherein the battery cells (110a, 110b, 110c) are pouch type battery cells.
A method of determining the concentration of a gas component, the method comprising the steps of: - producing a light beam having a wavelength variable in a wavelength range ([A1, λ2]); - guiding the light beam through a measurement volume in which the gas component to be determined is present, wherein the gas component has an absorption in the wavelength range; - tuning the wavelength range, wherein an additional modulation of the wavelength takes place during the tuning at a modulation frequency (f) which is high in comparison with a rate of the tuning so that a wavelength-to-time progression with a high-frequency modulation results, with the high frequency modulation having a phasing; - detecting an intensity of the light beam after passing through the measurement volume; - during the tuning, detecting measured points which contain an intensity value and which are each recorded at times which correspond to the same phasing of the high frequency modulation; - producing an artificial measurement curve from the detected measured points; and - evaluating the artificial measurement curve and determining a first concentration value therefrom. - producing a light beam having a wavelength variable in a wavelength range ([A1, λ2]); - guiding the light beam through a measurement volume in which the gas component to be determined is present, wherein the gas component has an absorption in the wavelength range; - tuning the wavelength range, wherein an additional modulation of the wavelength takes place during the tuning at a modulation frequency (f) which is high in comparison with a rate of the tuning so that a wavelength-to-time progression with a high-frequency modulation results, with the high frequency modulation having a phasing; - detecting an intensity of the light beam after passing through the measurement volume; - during the tuning, detecting measured points which contain an intensity value and which are each recorded at times which correspond to the same phasing of the high frequency modulation; - producing an artificial measurement curve from the detected measured points; and - evaluating the artificial measurement curve and determining a first concentration value therefrom.