mhurhangee/ep-ind-claims huggingface dataset:
A nozzle ink cartridge (10, 20), including an ink cartridge main body (11, 21) and a first circuit substrate (12, 22) disposed on the ink cartridge main body (11, 21); and an accommodation portion and an ink container (13, 23) that is replaceable, wherein the ink container (13, 23) is contained in the accommodation portion, characterized in that: the first circuit substrate (12, 22) is configured with a nozzle circuit (122, 222) and a first interface circuit (121, 221) that are electrically connected to each other; the nozzle ink cartridge (10, 20) further comprises a second circuit substrate (15, 25) disposed on the ink cartridge main body (11, 21), wherein the second circuit substrate (15, 25) includes a second interface circuit (151, 251) and a third interface circuit (152, 252); and the second interface circuit (151, 251) and the first interface circuit (121, 221) are disposed on a same side of the ink cartridge main body (11, 21) and are electrically connected to each other; and the ink container (13, 23) includes a first storage circuit (142, 242) and a fourth interface circuit (141, 241) that are electrically connected to each other, the fourth interface circuit (141, 241) is electrically connected to the third interface circuit (152, 252), and the first storage circuit (142, 242) at least stores ink amount information of the ink container (13, 23); wherein: the second circuit substrate (15, 25) further includes a switching circuit (154, 254), and the switching circuit (154, 254) is configured to process signal transmission between the second interface circuit (151, 251) and the third interface circuit (152, 252). the first circuit substrate (12, 22) is configured with a nozzle circuit (122, 222) and a first interface circuit (121, 221) that are electrically connected to each other; the nozzle ink cartridge (10, 20) further comprises a second circuit substrate (15, 25) disposed on the ink cartridge main body (11, 21), wherein the second circuit substrate (15, 25) includes a second interface circuit (151, 251) and a third interface circuit (152, 252); and the second interface circuit (151, 251) and the first interface circuit (121, 221) are disposed on a same side of the ink cartridge main body (11, 21) and are electrically connected to each other; and the ink container (13, 23) includes a first storage circuit (142, 242) and a fourth interface circuit (141, 241) that are electrically connected to each other, the fourth interface circuit (141, 241) is electrically connected to the third interface circuit (152, 252), and the first storage circuit (142, 242) at least stores ink amount information of the ink container (13, 23); wherein: the second circuit substrate (15, 25) further includes a switching circuit (154, 254), and the switching circuit (154, 254) is configured to process signal transmission between the second interface circuit (151, 251) and the third interface circuit (152, 252).
A device configured to prevent a vibration of a stator core for a power generator, comprising: a ring-shaped fastening band to enclose an outer circumferential surface of the stator core to support the stator core; a plurality of key bars coupled with the fastening band to be coupled with the stator core; and a plurality of elastic portions coupled with the fastening band to insulate vibrations in a diameter direction and an outer circumferential direction of the stator core, wherein a diameter of the fastening band is extendible, as a result of the fastening band having separated parts that are fixedly connected to each other, characterised in that the elastic portions are movably coupled along an outer circumferential surface of the fastening band to control an interval between the elastic portions and the adjacent key bars. a ring-shaped fastening band to enclose an outer circumferential surface of the stator core to support the stator core; a plurality of key bars coupled with the fastening band to be coupled with the stator core; and a plurality of elastic portions coupled with the fastening band to insulate vibrations in a diameter direction and an outer circumferential direction of the stator core, wherein a diameter of the fastening band is extendible, as a result of the fastening band having separated parts that are fixedly connected to each other, characterised in that the elastic portions are movably coupled along an outer circumferential surface of the fastening band to control an interval between the elastic portions and the adjacent key bars.
Device for the opening and closing of a movable furniture component, with an ejector unit having at least one ejection member, through which the movable furniture component may be pushed in and subsequently ejected around a release motion, and with locking means which, in a closed position of the movable furniture component, hold the ejection member in a locked position and which, on pushing in around the release motion, may be unlocked to initiate an ejection process, wherein adjusting means are provided, by means of which the release motion may be variable adjusted, wherein the locking means have at least one locking element which is positively driven via a control cam in such a way that in the locked position it is latched in at a latching section of the control cam, from which it may then be disengaged on pushing in of the movable furniture component, covering a disengaging path and unlocking the ejection member, characterised in that the adjusting means are formed by a changeable effective contour of the control cam which influences the disengaging path.
Cargo loading system, comprising: - a cargo deck (10, 110) with a plurality of freight conveying devices (50-50""", 60-60"""); - a control unit which, for conveying at least one cargo item on the cargo deck (10, 110), is communicatively connected to the freight conveying devices (50-50""", 60-60"""); - a remote control which, for outputting control signals to the control unit, is communicatively connected to said control unit; characterised in that the control unit comprises a position determination unit for determining a remote control position on the cargo deck (10, 110) and/or the alignment of the remote control, wherein the control unit is designed to select a quantity of freight conveying devices (50-50""", 60-60""") and to propel them as a function of the received control signals and the remote control position and/or alignment of the remote control. - a cargo deck (10, 110) with a plurality of freight conveying devices (50-50""", 60-60"""); - a control unit which, for conveying at least one cargo item on the cargo deck (10, 110), is communicatively connected to the freight conveying devices (50-50""", 60-60"""); - a remote control which, for outputting control signals to the control unit, is communicatively connected to said control unit;
System, comprising a cutting blade replacement jig, a cutting blade, a first and a second fastening member, and a disk, the cutting blade replacement jig being capable of replacing the cutting blade of a utility unit, the cutting blade being attachable to a peripheral edge part of the disk by the first fastening member and the second fastening member fastened to the first fastening member, the first fastening member being capable of passing through a disk through hole formed in the peripheral edge part of the disk and a cutting blade through hole formed in the cutting blade, the cutting blade replacement jig comprising: a fastening member holder configured to hold the second fastening member; and a cutting blade holder configured to hold the cutting blade on the second fasting member held in the fastening member holder in a state where a center line of the cutting blade through hole and a center line of the second fasting member are aligned. a fastening member holder configured to hold the second fastening member; and a cutting blade holder configured to hold the cutting blade on the second fasting member held in the fastening member holder in a state where a center line of the cutting blade through hole and a center line of the second fasting member are aligned.
A force sensor for measuring a force magnitude, and being suitable for use in a cycling cleat or a ski binding, the force sensor comprising, a plurality of magnetic elements which exhibits a magnetic field symmetrically arranged around a longitudinal axis of the force sensor; a plurality of magnetic sensors which can measure magnetic field symmetrically arranged around the longitudinal axis of the force sensor, and wherein the plurality of magnetic sensors are located in a position corresponding to the position of the magnetic elements; one or more flexible material which is located between said magnetic elements and said magnetic sensors so that the one or more magnetic elements are moveable with respect to the one or more magnetic sensors, wherein, said plurality of magnetic elements are provided on an outer mount, and said plurality of magnetic sensors are provided on an inner mount, or, said plurality of magnetic elements are provided on an inner mount, and said plurality of magnetic sensors are provided on an outer mount; and wherein the inner mount is arranged to extend within the outer mount, and wherein the inner mount protrudes from the outer mount, and wherein said flexible material is located between the inner and outer mount (3,4) and is fixed to both the inner and outer mounts (3,4); and wherein the inner mount further comprises a through-hole defined therein, which extends parallel to the longitudinal axis of the force sensor, and which can receive a fastener which can be used to secure the inner mount to a cycling shoe or ski; and wherein the force sensor further comprises, a processor which can receive from each of the plurality of magnetic sensor values representative of magnetic field measured by that magnetic sensor, and determine the difference between the magnetic sensor values of different magnetic sensors facing each other, and determine the distance which each magnetic element has moved with respect to a corresponding magnetic sensor based on said value representative of magnetic field, and determine the magnitude of force in a direction which is parallel to the longitudinal axis of the force sensor and the magnitude of force in a direction which is perpendicular to the longitudinal axis of the force sensor, based on said determined distances, wherein the force sensor comprises an inner mount and an outer mount, and wherein the flexible material is arranged between the inner mount and outer mount and one or more magnetic sensors is attached to the outer mount, and wherein the inner mount and outer mount are each attached to the flexible material, and wherein the flexible material is configured to have a tubular shape and wherein the inner mount is located within the volume defined by the tubular flexible material, wherein the inner mount protrudes from volume defined by the tubular flexible material, so that the force sensor can measure the magnitude of force applied along a longitudinal axis of the force sensor.
An image projection system, comprising: a curved projection screen, wherein the projection screen forms a full annulus and is translucent or transparent, wherein the curved projection screen is configured to completely surround a viewer; a plurality of lenticules disposed on or in the projection screen; a projector configured to project a plurality of images onto the projection screen, wherein the plurality of images comprise a plurality of views of a scene, wherein the projector is configured to simultaneously project the plurality of images to generate a three-dimensional display of the scene, wherein the projector is configured to project the plurality of images from a position outside of an enclosed space formed by the projection screen, and wherein the projector is above or below the curved projection screen; a conical reflector configured to reflect the plurality of images from the projector onto the projection screen, wherein the conical reflector is positioned at a location outside of the enclosed space formed by the projection screen, wherein the conical reflector forms a full annulus around the viewer, wherein the projection screen, the plurality of lenticles and the projector are stationary relative to an environment of the image projection system, wherein the image projection system is configured to display multiple three-dimensional displays of the scene in sequence to animate the scene, the plurality of images comprising a first plurality of images corresponding to a first frame of the scene and a second plurality of images corresponding to a second frame of the scene that is subsequent to the first frame, the projector being configured to project the second plurality of images after projecting the first plurality of images to simulate movement within the scene. a curved projection screen, wherein the projection screen forms a full annulus and is translucent or transparent, wherein the curved projection screen is configured to completely surround a viewer; a plurality of lenticules disposed on or in the projection screen; a projector configured to project a plurality of images onto the projection screen, wherein the plurality of images comprise a plurality of views of a scene, wherein the projector is configured to simultaneously project the plurality of images to generate a three-dimensional display of the scene, wherein the projector is configured to project the plurality of images from a position outside of an enclosed space formed by the projection screen, and wherein the projector is above or below the curved projection screen; a conical reflector configured to reflect the plurality of images from the projector onto the projection screen, wherein the conical reflector is positioned at a location outside of the enclosed space formed by the projection screen, wherein the conical reflector forms a full annulus around the viewer, wherein the projection screen, the plurality of lenticles and the projector are stationary relative to an environment of the image projection system,
A power dissipating arrangement for dissipating power from a generator in a wind turbine, wherein the generator comprises a plurality of output terminals corresponding to a multi-phase output, the power dissipating arrangement comprises: a plurality of dissipating units, each dissipating unit having a first terminal and a second terminal, wherein the first terminal of each dissipating unit is coupled to each output terminal of the generator; a plurality of semiconductor switches, each semiconductor switch having a first terminal, a second terminal and a gate terminal, wherein the first terminal of each semiconductor switch is coupled to the second terminal of each dissipating unit and the second terminal of the semiconductor switch is coupled to the second terminal of another dissipating unit, such that the second terminal of each dissipating unit is coupled to the first terminal of one semiconductor switch and the second terminal of another semiconductor switch; a trigger circuit coupled to the gate terminals of the plurality of the semiconductor switches for switching the semiconductor switches; and a control unit for controlling the operation of the trigger circuit, thereby controlling the switching of the semiconductor switches. a plurality of dissipating units, each dissipating unit having a first terminal and a second terminal, wherein the first terminal of each dissipating unit is coupled to each output terminal of the generator; a plurality of semiconductor switches, each semiconductor switch having a first terminal, a second terminal and a gate terminal, wherein the first terminal of each semiconductor switch is coupled to the second terminal of each dissipating unit and the second terminal of the semiconductor switch is coupled to the second terminal of another dissipating unit, such that the second terminal of each dissipating unit is coupled to the first terminal of one semiconductor switch and the second terminal of another semiconductor switch; a trigger circuit coupled to the gate terminals of the plurality of the semiconductor switches for switching the semiconductor switches; and a control unit for controlling the operation of the trigger circuit, thereby controlling the switching of the semiconductor switches.
A brake disc assembly comprising a brake disk ring, a bell and a connecting means between the brake disk ring and the bell, wherein the connecting means comprises a form-locked and/or force-locked connecting element in an axial direction D0 of the brake disc ring, characterised in that the connecting means comprises a bushing for the connecting element and a distance element arranged between the brake disk ring and the bell, wherein the bushing comprises a shoulder and a loss prevention, wherein the bushing further comprises a region A1 provided for the brake disk ring and a region A2 provided for the bell, wherein the region A1 has an average expansion E4 in an direction perpendicular to D0 and the region A2 has an average expansion E2 in an direction perpendicular to D0, and wherein the loss prevention has an average expansion E3 in an direction perpendicular to D0 and the shoulder has an average expansion E1 in an direction perpendicular to D0, wherein E2 is smaller than each of E1 and E3, and wherein the height H1 of the distance element is bigger than the height H2 of the loss prevention, and wherein, in an assembled state, the loss prevention is neither in direct contact with the brake disk ring nor with the bell and the brake disk ring protrudes over the region A1.
A method for preparing a fermented dairy product comprising the steps of: a. providing milk; b. providing viable bacteria of each of a yogurt starter culture and a helper strain; wherein the yogurt starter culture comprises a strain of Streptococcus thermophilus in combination with a strain of Lactobacillus delbrueckii spp. bulgaricus and/or a strain of Lactobacillus acidophilus; and wherein the helper strain is a bacterial strain capable of reducing the redox potential (Eh) of sterilized skim milk to -50 mV or lower values upon incubation of sterilized skim milk with said helper strain for 5-24 hours at 25-33 °C; c. adding said viable bacteria to said milk, thereby providing inoculated milk; and d. incubating the inoculated milk until the pH of the composition has dropped to 5.0 or lower, thereby obtaining the fermented dairy product; wherein the helper strain is a Gram positive, non-spore-forming, anaerobic, catalase negative lactococcal strain forming lactic acid as an end product of its carbohydrate metabolism, and the helper strain is mesophilic, and wherein at least one of the following provisos applies: i. the inoculated milk in (d) is incubated at a temperature of 40-45 °C; ii. the inoculated milk in (d) is incubated at a temperature of 37-45 °C, and the helper strain is not selected from the group consisting of Lactococcus lactis DSM21407 or a mutant or a variant thereof, Lactococcus lactis DSM21406 or a mutant or a variant thereof, Lactococcus lactis subsp. lactis MCC852 (FERM BP-10742); Lactococcus lactis subsp. lactis MCC857 (FERM BP-10757); Lactococcus lactis subsp. lactis MCC859 (FERM BP-10744); Lactococcus lactis subsp. lactis MCC865 (FERM BP-10745); and Lactococcus lactis subsp. lactis MCC856 (FERM BP-10746). a. providing milk; b. providing viable bacteria of each of a yogurt starter culture and a helper strain; wherein the yogurt starter culture comprises a strain of Streptococcus thermophilus in combination with a strain of Lactobacillus delbrueckii spp. bulgaricus and/or a strain of Lactobacillus acidophilus; and wherein the helper strain is a bacterial strain capable of reducing the redox potential (Eh) of sterilized skim milk to -50 mV or lower values upon incubation of sterilized skim milk with said helper strain for 5-24 hours at 25-33 °C; c. adding said viable bacteria to said milk, thereby providing inoculated milk; and d. incubating the inoculated milk until the pH of the composition has dropped to 5.0 or lower, thereby obtaining the fermented dairy product; i. the inoculated milk in (d) is incubated at a temperature of 40-45 °C; ii. the inoculated milk in (d) is incubated at a temperature of 37-45 °C, and the helper strain is not selected from the group consisting of Lactococcus lactis DSM21407 or a mutant or a variant thereof, Lactococcus lactis DSM21406 or a mutant or a variant thereof, Lactococcus lactis subsp. lactis MCC852 (FERM BP-10742); Lactococcus lactis subsp. lactis MCC857 (FERM BP-10757); Lactococcus lactis subsp. lactis MCC859 (FERM BP-10744); Lactococcus lactis subsp. lactis MCC865 (FERM BP-10745); and Lactococcus lactis subsp. lactis MCC856 (FERM BP-10746).
An abrasive article comprising: a body comprising abrasive grains contained within a bond material comprising a metal, wherein the body comprises a ratio of V P /V BM of at least about 1.5, wherein V P is a volume percent of particulate material including abrasive grains and fillers within a total volume of the body and V BM is a volume percent of bond material within the total volume of the body, wherein the body comprises greater than 20 vol% porosity and not greater than 35 vol% porosity and wherein the bond material comprises an average fracture toughness (K 1c) of not greater about 4.0 MPa m 0.5.
A method of analyzing a state of a thermoset material, comprising: exposing a sample of the thermoset material to an electric field; performing a frequency sweep to determine at least one of a dielectric permittivity or a complex admittance of the sample over a range of frequencies; and assessing the state of the thermoset material; characterised in that: the assessing comprises assessing the state of the thermoset material by comparing the at least one of the dielectric permittivity or the complex admittance of the sample against an acceptability map (200; 300), wherein the acceptability map (200; 300) comprises a series of acceptability bands (202; 302), wherein the series of acceptability bands (202; 302) represents a decrease in effective relaxation time from a baseline fresh batch of the thermoset material, wherein the series of acceptability bands (202; 302) comprises a real part of the at least one of the dielectric permittivity or the complex admittance versus frequency, and wherein the series of acceptability bands (202; 302) comprises an imaginary part of the at least one of the dielectric permittivity or the complex admittance versus frequency. exposing a sample of the thermoset material to an electric field; performing a frequency sweep to determine at least one of a dielectric permittivity or a complex admittance of the sample over a range of frequencies; and assessing the state of the thermoset material; characterised in that: the assessing comprises assessing the state of the thermoset material by comparing the at least one of the dielectric permittivity or the complex admittance of the sample against an acceptability map (200; 300), wherein the acceptability map (200; 300) comprises a series of acceptability bands (202; 302), wherein the series of acceptability bands (202; 302) represents a decrease in effective relaxation time from a baseline fresh batch of the thermoset material, wherein the series of acceptability bands (202; 302) comprises a real part of the at least one of the dielectric permittivity or the complex admittance versus frequency, and wherein the series of acceptability bands (202; 302) comprises an imaginary part of the at least one of the dielectric permittivity or the complex admittance versus frequency.
Composition for stimulating the growth of cultivated plants, characterized in that it contains the cold-tolerant strain Bacillus atrophaeus ABI02A DSM 32019 or ABI03 DSM 32285 or ABI05 DSM 24918 or a mixture of two or three of these strains.