mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a communication module configured to communicate with a repeater for relaying communications between the device and another device; and an operation module configured to perform wakeup operation upon reception of a wakeup command and a recover communication command from the communication module, and control communication of the communication module to be recovered, characterized in that: the communication module is configured to determine whether a current communication condition corresponds to a wakeup condition while the device is currently in a sleep mode, and to send the wakeup command and the recover communication command to the operation module if it is determined that the current communication condition corresponds to the wakeup condition; and the wakeup condition comprises a condition in which communication with the repeater is unavailable because of at least one of an interruption in the communication, a poor security and an occurrence of an error in the communication module. a communication module configured to communicate with a repeater for relaying communications between the device and another device; and an operation module configured to perform wakeup operation upon reception of a wakeup command and a recover communication command from the communication module, and control communication of the communication module to be recovered, characterized in that: the communication module is configured to determine whether a current communication condition corresponds to a wakeup condition while the device is currently in a sleep mode, and to send the wakeup command and the recover communication command to the operation module if it is determined that the current communication condition corresponds to the wakeup condition; and the wakeup condition comprises a condition in which communication with the repeater is unavailable because of at least one of an interruption in the communication, a poor security and an occurrence of an error in the communication module. the communication module is configured to determine whether a current communication condition corresponds to a wakeup condition while the device is currently in a sleep mode, and to send the wakeup command and the recover communication command to the operation module if it is determined that the current communication condition corresponds to the wakeup condition; and the wakeup condition comprises a condition in which communication with the repeater is unavailable because of at least one of an interruption in the communication, a poor security and an occurrence of an error in the communication module.
A fluorescent substance represented by the following formula: (M 1-x EC x) a Si b AlO c N d in which M is Sr; EC is Eu; and x, a, b, c and d are numbers satisfying the conditions of 0<x<0.4, 0.55<a<0.80, 2<b<3, 0<c≤0.6 and 4<d<5, respectively; in the form of crystals whose mean grain size is in the range of 20 to 27 μm and whose aspect ratio is in the range of 3.2 to 4 or whose, mean grain size is in the range of 34 to 100μm and whose aspect ratio is in the range of 2 to 4; and emitting luminescence having a peak in the wavelength range of 580 to 660 nm under excitation by light in the wavelength range of 250 to 500 nm.
An iron-based alloy consisting of, weight percent: boron from 0.005 to 0.5%; carbon from 1.2 to 1.8%; vanadium from 0.7 to 1.5%; chromium from 7 to 11%; molybdenum from 6 to 11%, and (i) niobium from 1 to 3.5%; up to 2% manganese; up to 1.6% silicon; up to 2% nickel; up to 4% cobalt; optionally tungsten-free; and balance iron and incidental impurities, wherein the contents, in weight percent, of the boron, vanadium and niobium are represented by B, V and Nb, respectively, and satisfy the condition 1.9%<(B+V+Nb)<4.3%. boron from 0.005 to 0.5%; carbon from 1.2 to 1.8%; vanadium from 0.7 to 1.5%; chromium from 7 to 11%; molybdenum from 6 to 11%, and (i) niobium from 1 to 3.5%; up to 2% manganese; up to 1.6% silicon; up to 2% nickel; up to 4% cobalt; optionally tungsten-free; and balance iron and incidental impurities, wherein the contents, in weight percent, of the boron, vanadium and niobium are represented by B, V and Nb, respectively, and satisfy the condition 1.9%<(B+V+Nb)<4.3%. (i) niobium from 1 to 3.5%; up to 2% manganese; up to 1.6% silicon; up to 2% nickel; up to 4% cobalt; optionally tungsten-free; and balance iron and incidental impurities, wherein the contents, in weight percent, of the boron, vanadium and niobium are represented by B, V and Nb, respectively, and satisfy the condition 1.9%<(B+V+Nb)<4.3%. up to 2% manganese; up to 1.6% silicon; up to 2% nickel; up to 4% cobalt; optionally tungsten-free; and balance iron and incidental impurities, wherein the contents, in weight percent, of the boron, vanadium and niobium are represented by B, V and Nb, respectively, and satisfy the condition 1.9%<(B+V+Nb)<4.3%.
A gas turbine engine (20,100,105) comprising: a nacelle (94,99) and a fan rotor carrying a plurality of fan blades (98,114), said nacelle (94,99) being formed such that one portion (96,106) extends axially further forward from said fan blades (98,114) than does another portion (97,108), and said nacelle (94,99) having an inner periphery that is substantially axially symmetric about a center axis of the fan rotor from either a throat of the nacelle (94,99) at a bottom dead center location, or a point of inflection at which the inner periphery of the nacelle (94,99) at substantially bottom dead center merges a convex portion into a concave portion, to forwardmost edges (102, 116) of the fan blades (98,114), characterised in that: a first distance is defined from a plane tangent to the forwardmost edges (102,116) of said fan blades (98,114) to a plane defined by forwardmost points (96,97,106,108) of said nacelle (94,99), and an outer diameter of said fan blades (98,114) is defined, and a ratio of said first distance to said outer diameter is between 0.2 and 0.5.
Moulding tool for producing composite sealing elements by injection-moulding a moulded sealing part (6, 7) onto an extruded sealing strand portion, with a mould cavity and at least one opening channel (10, 11), which opens out into the mould cavity and into which an end region (19, 20) of the extruded sealing strand portion can be inserted while closing the mould cavity, and with devices for fixing the sealing strand portion by clamping, characterized in that the clamping fixing devices comprise at least one clamping jaw element, which acts on the end region (19, 20) within the opening channel (10, 11) and is adjustable in its position.
Ground projection device for a motor vehicle for generating at least one ground projection, the ground projection device having a luminous means and a projection means, preferably at least one projection lens, the luminous means being set up to generate light and to emit it at least partially onto the projection means, the projection means being set up to emit the light, which is emitted by the luminous means onto the projection means, in a state of the ground projection device installed in the motor vehicle, laterally of the motor vehicle as a ground projection, which is emitted by the lighting means onto the projection means, in a state of the ground projection device installed in the motor vehicle, to the side of the motor vehicle as a ground projection onto a roadway, the ground projection comprising at least two light segments spaced apart from one another, the lighting means having at least two individually controllable light sources for this purpose, each light segment being assigned a light source, wherein the projection means has a focal point or a focal line, wherein at least one of the two light sources is arranged offset relative to the focal point or the focal line of the projection means, wherein a first portion of the light, which is generated by the at least two light sources, is emitted along a first beam direction, which is directed directly onto the projection means, wherein a second portion of the light, which is generated by one of the at least two light sources, is emitted along a second beam direction, which is directed directly onto the projection means, is emitted in a second beam direction which is not directly directed onto the projection means, wherein the ground projection device comprises absorption means and/or deflection means which are arranged to at least partially absorb and/or deflect the second portion of the light which is emitted along the second beam direction, so that the second portion of the light does not strike the projection means.
A mounting structure in a cooling unit of an electrical machine for reducing vibration, wherein the mounting structure comprises a first frame, a second frame, at least one damping device, and an insulating fabric configured to stay non-tensioned, the damping device and the insulating fabric are fitted between the first and the second frame, and the damping device and the insulating fabric are attached to the first frame and to the second frame, the insulating fabric is non-load bearing, the damping device is forming a flexible connection between the first and the second frame and is capable of limiting tilt between the first and the second frame.
An agent for dyeing and/or lightening keratin fibers, containing: - 80-93 wt.%, based on the agent, water or a mixture of water and at least one water-soluble polyol, at least 30 wt.% water, based on the agent, being contained, additionally - xanthan gum and at least one cross-linked acrylic acid homopolymer as hydrogel-forming polymers, additionally - at least one alkalizing agent, additionally - at least one solubilizer selected from fatty alcohol glycol ethers, fatty alcohols, fatty acid glycerol esters and fatty acid sorbitan esters, in each case ethoxylated and optionally propoxylated, - optionally at least one oxidation dye precursor and/or at least one substantive dye, - the agent having a pH in the range of from 7.0 to 8.8, measured at 22 °C, - being present as a hydrogel, and - being characterized by a turbidity in the range of from zero to 80 NTU, preferably no more than 60 NTU, particularly preferably no more than 50 NTU, exceptionally preferably no more than 40 NTU, in each case measured at 22 °C according to DIN EN ISO 7027-C2. - 80-93 wt.%, based on the agent, water or a mixture of water and at least one water-soluble polyol, at least 30 wt.% water, based on the agent, being contained, additionally - xanthan gum and at least one cross-linked acrylic acid homopolymer as hydrogel-forming polymers, additionally - at least one alkalizing agent, additionally - at least one solubilizer selected from fatty alcohol glycol ethers, fatty alcohols, fatty acid glycerol esters and fatty acid sorbitan esters, in each case ethoxylated and optionally propoxylated, - optionally at least one oxidation dye precursor and/or at least one substantive dye, - the agent having a pH in the range of from 7.0 to 8.8, measured at 22 °C, - being present as a hydrogel, and - being characterized by a turbidity in the range of from zero to 80 NTU, preferably no more than 60 NTU, particularly preferably no more than 50 NTU, exceptionally preferably no more than 40 NTU, in each case measured at 22 °C according to DIN EN ISO 7027-C2.
A 2-(diethylamino)ethyl 2-acetoxybenzoate hydrochloride crystal having a chemical structure as represented by formula I, wherein the X-ray powder diffraction (XRPD) pattern of said crystal has characteristic peaks at the following 2θ angles: 11.0° ± 0.2°, 20.6° ± 0.2°, 25.1° ± 0.2°, 8.2° ± 0.2°, 16.5° ± 0.2°, 13.4° ± 0.2°, 25.4° ± 0.2°;
A telemetric measurement method, allowing from a reference frame O linked to a device, to generate or to determine at least two lines of sight towards any two targeted points A and B of the space, to measure the distances OA and OB, to measure the angle AOB, to calculate the spatial distance between the points A and B, characterized in that it determines the pitching and rolling angles of the device, and makes it possible to deduce therefrom the segment AB misalignment with the horizontal or the vertical gravity.
Separating apparatus for a potato harvesting machine or a processing machine for separating potatoes or similar harvested material from a mixture containing clods, stones and rocks and similar solids, comprising a conveying device which supplies the substantially compact mixture in the form of a conveying flow and from where the mixture that is moved into the region of at least one drop stage and is in the process influenced by a conveying medium in the form of an air stream can be separated, at least one retaining element which faces away from the separated goods (E, F) being dropped and interacts with the at least one air stream being provided downstream of the drop stage that causes the mixture to loosen, such that at least the harvested material and the solids can each be separately transported further, away from said retaining element, in respective, substantially opposing conveying directions (6, 7), as sorted individual parts, characterised in that at least some of the at least one conveying flow being supplied can be deflected in the region in front of the retaining element.
A method for improving image quality in images acquired by a near-infrared sensitive video camera viewing a scene, the method comprising: dynamically detecting a setting of an infrared, IR, -illuminator of the near-infrared sensitive video camera, the IR-illuminator illuminating the scene, wherein the setting of the IR-illuminator comprises one or more of: a zoom level of the IR-illuminator, and a shape of a light distribution of the IR-illuminator; dynamically acquiring a gain setting map for the near-infrared sensitive video camera, the acquired gain setting map being associated with the dynamically detected setting of the IR-illuminator and comprising individual gain settings for pixels or group of pixels of the near-infrared sensitive video camera, wherein the dynamically acquiring of the gain setting map is based on accessing a database comprising gain setting maps associated with specific settings of the IR-illuminator and on the dynamically detected setting of the IR-illuminator; and dynamically adjusting a gain setting of the near-infrared sensitive video camera based on the acquired gain setting map. dynamically detecting a setting of an infrared, IR, -illuminator of the near-infrared sensitive video camera, the IR-illuminator illuminating the scene, wherein the setting of the IR-illuminator comprises one or more of: a zoom level of the IR-illuminator, and a shape of a light distribution of the IR-illuminator; a zoom level of the IR-illuminator, and a shape of a light distribution of the IR-illuminator; dynamically acquiring a gain setting map for the near-infrared sensitive video camera, the acquired gain setting map being associated with the dynamically detected setting of the IR-illuminator and comprising individual gain settings for pixels or group of pixels of the near-infrared sensitive video camera, wherein the dynamically acquiring of the gain setting map is based on accessing a database comprising gain setting maps associated with specific settings of the IR-illuminator and on the dynamically detected setting of the IR-illuminator; and dynamically adjusting a gain setting of the near-infrared sensitive video camera based on the acquired gain setting map.
Production line for in-line processing of food products, comprising: - a food transport path for transporting the co-extruded food products; and - preceding the food transport path, a co-extrusion unit for extruding a food dough into co-extruded food products having a coating that comprises collagen, alginate and/or hybrid coatings, wherein the food transport path successively leads through: A1) a brine unit for feeding a brine solution to the food products and, subsequently, a liquid smoke unit for feeding a liquid smoke to the brined food products; or A2) a combined brine/liquid smoke unit for applying both brine and liquid smoke to the food products; and, subsequently, B) a transit oven for drying and heating the brined and smoke treated food products, and wherein the transport path is configured to treat the brined food products with liquid smoke devoid of thermally pre-drying the brined food products. - a food transport path for transporting the co-extruded food products; and - preceding the food transport path, a co-extrusion unit for extruding a food dough into co-extruded food products having a coating that comprises collagen, alginate and/or hybrid coatings, A1) a brine unit for feeding a brine solution to the food products and, subsequently, a liquid smoke unit for feeding a liquid smoke to the brined food products; or A2) a combined brine/liquid smoke unit for applying both brine and liquid smoke to the food products; and, subsequently, B) a transit oven for drying and heating the brined and smoke treated food products,
A container comprising: a body that comprises a lower surface, an upper rim, and a plurality of side walls (16, 18) that extend between the lower surface and the upper rim, wherein the upper rim defines an opening to an interior space of the body; a flexible cover that covers the opening of the body and is bonded to the body along the upper rim; and gas-permeable material through which gas can enter and exit the interior space of the body; wherein the upper rim of the body is spaced apart from any of the gas-permeable material, such that the cover can be peeled away from the upper rim to expose the opening while leaving the gas-permeable material intact; and wherein one of the plurality of side walls (16, 18) comprises one or more apertures (32, 34) that extend through the side wall (16, 18) and that are covered by the gas-permeable material; wherein the flexible cover comprises an insert made of a gas-permeable material formed in the flexible cover, wherein the flexible cover comprises a gas-impermeable material that encircles the insert; and wherein the lower surface comprises one or more apertures that extend through the lower surface and that are covered by the gas-permeable material. a body that comprises a lower surface, an upper rim, and a plurality of side walls (16, 18) that extend between the lower surface and the upper rim, wherein the upper rim defines an opening to an interior space of the body; a flexible cover that covers the opening of the body and is bonded to the body along the upper rim; and gas-permeable material through which gas can enter and exit the interior space of the body; wherein the upper rim of the body is spaced apart from any of the gas-permeable material, such that the cover can be peeled away from the upper rim to expose the opening while leaving the gas-permeable material intact; and wherein one of the plurality of side walls (16, 18) comprises one or more apertures (32, 34) that extend through the side wall (16, 18) and that are covered by the gas-permeable material; wherein the flexible cover comprises an insert made of a gas-permeable material formed in the flexible cover, wherein the flexible cover comprises a gas-impermeable material that encircles the insert; and wherein the lower surface comprises one or more apertures that extend through the lower surface and that are covered by the gas-permeable material.
A method of operating a gas powered vehicle comprising: operatively connecting one or more on-board vehicle tanks for the storage of fuel gas under high pressure to a high-pressure refuel gas filling line; circulating refuel gas through said one or more on-board vehicle tanks in a refuelling circuit (30t, 31fa) and heating the refuel gas circulating through the refuelling circuit by transferring heat from fuel gas in the one or more on-board vehicle tanks to the refuel gas, directing the heated refuel gas in the refuelling circuit to a location outside said one or more on-board vehicle tanks; removing heat from the refuel gas in said refuelling circuit at the location outside the one or more on-board vehicle tanks to cool the refuel gas; introducing the cooled refuel gas into the one or more on-board vehicle tanks; and utilising the fuel gas in said one or more on-board vehicle tanks to operate said vehicle. operatively connecting one or more on-board vehicle tanks for the storage of fuel gas under high pressure to a high-pressure refuel gas filling line; circulating refuel gas through said one or more on-board vehicle tanks in a refuelling circuit (30t, 31fa) and heating the refuel gas circulating through the refuelling circuit by transferring heat from fuel gas in the one or more on-board vehicle tanks to the refuel gas, directing the heated refuel gas in the refuelling circuit to a location outside said one or more on-board vehicle tanks; removing heat from the refuel gas in said refuelling circuit at the location outside the one or more on-board vehicle tanks to cool the refuel gas; introducing the cooled refuel gas into the one or more on-board vehicle tanks; and utilising the fuel gas in said one or more on-board vehicle tanks to operate said vehicle.
A method of extracting a region of interest from a tongue image of a person whose health state is to be determined, the method comprising: constructing a database in which template tongue images for a plurality of persons are stored, including a template tongue image for the person whose health state is to be determined, wherein each template tongue image corresponds to personal information and is indicated with regions of interest; separating a tongue area from a tongue image acquired from the person whose health state is to be determined; matching the separated tongue area with a template tongue image stored in the database; and extracting the region of interest from the separated tongue area using the matched template tongue image. constructing a database in which template tongue images for a plurality of persons are stored, including a template tongue image for the person whose health state is to be determined, wherein each template tongue image corresponds to personal information and is indicated with regions of interest; separating a tongue area from a tongue image acquired from the person whose health state is to be determined; matching the separated tongue area with a template tongue image stored in the database; and extracting the region of interest from the separated tongue area using the matched template tongue image.