mhurhangee/ep-ind-claims huggingface dataset:
An image processing system comprising an imaging system for a vehicle main body, the imaging system comprising: a light projection device including a headlight provided at a front part of the vehicle main body as a light source unit, the headlight including a plurality of LEDs arranged in a LED array, the light projection device being configured to project a random patterned light having an irregular luminance distribution by turning on the LED array according to a light emitting pattern having an irregular light amount distribution; an imaging device including a plurality of imaging units (20a, 20b), configured to capture an image of an area within a light projection range in which the random patterned light is projected; the image processing system further comprising a processing device being configured to process the image captured by the imaging device of the imaging system, generate a parallax image from a plurality of the images separately captured by the plurality of imaging units (20a, 20b) when the random patterned light is projected from the light projection device, wherein the light projection device is configured to project the random patterned light when it is determined by an electronic control device comprised in the image processing system that the outside of the vehicle main body is dark when brightness outside the movable body is less than a predetermined value. a light projection device including a headlight provided at a front part of the vehicle main body as a light source unit, the headlight including a plurality of LEDs arranged in a LED array, the light projection device being configured to project a random patterned light having an irregular luminance distribution by turning on the LED array according to a light emitting pattern having an irregular light amount distribution; an imaging device including a plurality of imaging units (20a, 20b), configured to capture an image of an area within a light projection range in which the random patterned light is projected; the image processing system further comprising a processing device being configured to process the image captured by the imaging device of the imaging system, generate a parallax image from a plurality of the images separately captured by the plurality of imaging units (20a, 20b) when the random patterned light is projected from the light projection device, wherein the light projection device is configured to project the random patterned light when it is determined by an electronic control device comprised in the image processing system that the outside of the vehicle main body is dark when brightness outside the movable body is less than a predetermined value.
Combination comprising - a propelled vehicle with a hitch, - an agricultural implement, and - a scale (46A, 46B, 46C, 36) arranged for measuring a weight force occurring on board of the implement, wherein the implement comprises - a towing unit which is at least temporarily mechanically connected with the hitch, - at least one implement axle, and - at least one ground-engaging implement wheel (6, 66) rotatably mounted at the or at one implement axle, wherein the scale (46A, 46B, 46C, 36) comprises - at least one axle weighing cell (46B, 46C) mounted on board of the implement, - a load weighing cell, and - an evaluating unit, wherein the or every axle weighing cell (46B, 46C) is arranged to measure a value indicative of the vertical load applied onto the or one implement axle, and wherein the evaluating unit is arranged to determine a value indicative of the occurring weight force by evaluating signals from the load weighing cell and from the or at least one axle weighing cell (46B, 46C), characterized in that the load weighing cell - is mounted on board of the propelled vehicle and - is arranged to measure a value indicative of the vertical load applied onto the hitch, and the evaluating unit - is mounted on board of the agricultural implement and - is arranged to receive signals indicative of the measured vertical load from the load weighing cell. - a propelled vehicle with a hitch, - an agricultural implement, and - a scale (46A, 46B, 46C, 36) arranged for measuring a weight force occurring on board of the implement, - a towing unit which is at least temporarily mechanically connected with the hitch, - at least one implement axle, and - at least one ground-engaging implement wheel (6, 66) rotatably mounted at the or at one implement axle, - at least one axle weighing cell (46B, 46C) mounted on board of the implement, - a load weighing cell, and - an evaluating unit, - is mounted on board of the propelled vehicle and - is arranged to measure a value indicative of the vertical load applied onto the hitch, and - is mounted on board of the agricultural implement and - is arranged to receive signals indicative of the measured vertical load from the load weighing cell.
Method for determining the wood moisture in a wood structure, comprising the following steps: a) drilling a hole into the wood structure; b) inserting a moisture sensor into the hole, wherein the moisture sensor has an enclosure body, which is at least partially provided with holes, and a cavity arranged therein; c) closing off the hole using a wooden peg, which preferably has a thickness of 10 to 25 mm; and d) measuring the air humidity in the cavity, which is largely in a thermodynamic equilibrium with the wood, surrounding the hole, of the wood structure; e) wirelessly transferring the measured value for the air humidity to a data gateway; and f) evaluating the measured value for the air humidity on an evaluation unit that is spatially offset from the moisture sensor. a) drilling a hole into the wood structure; b) inserting a moisture sensor into the hole, wherein the moisture sensor has an enclosure body, which is at least partially provided with holes, and a cavity arranged therein; c) closing off the hole using a wooden peg, which preferably has a thickness of 10 to 25 mm; and d) measuring the air humidity in the cavity, which is largely in a thermodynamic equilibrium with the wood, surrounding the hole, of the wood structure; e) wirelessly transferring the measured value for the air humidity to a data gateway; and f) evaluating the measured value for the air humidity on an evaluation unit that is spatially offset from the moisture sensor.
A cyclosporin or derivative thereof, or a combination thereof, for use in combination with a therapeutically active agent, said therapeutically active agent being a chemotherapy agent, an antiviral agent or an immunomodulator, in a method of prophylactically treating keratoconjunctivitis associated with the use of said therapeutically active agent.
A distributor comprising a main body including: a refrigerant inflow path; a plurality of refrigerant outflow paths (104a, 104b); a distribution path communicating with the refrigerant inflow path and the plurality of refrigerant outflow paths (104a, 104b); and a plurality of tapered paths (103a, 103b, 103c) each communicating between corresponding one of the plurality of refrigerant outflow paths (104a, 104b) and the distribution path, the plurality of tapered paths (103a, 103b, 103c) each having an inlet opening and an outlet opening, the inlet opening being larger than the outlet opening, wherein a capillary tube is connected to each of the refrigerant outflow paths, and the capillary tube has an inner diameter same as a diameter of the outlet opening of an corresponding one of the tapered paths (103a, 103b, 103c), and a ratio of a width of the distribution path in the flow direction to the inner diameter of the capillary tube is higher than 0.5 and lower than 1.5. a refrigerant inflow path; a plurality of refrigerant outflow paths (104a, 104b); a distribution path communicating with the refrigerant inflow path and the plurality of refrigerant outflow paths (104a, 104b); and a plurality of tapered paths (103a, 103b, 103c) each communicating between corresponding one of the plurality of refrigerant outflow paths (104a, 104b) and the distribution path,
Ceiling, wall or floor element having a cover layer which consists of a metal material and has an outer side and a rear side opposite the outer side, and having an insulating layer which is foamed onto the rear side of the cover layer and consists of a foam, wherein at least one through-opening is moulded into the cover layer and a reinforcing element is arranged on the rear side of the cover layer, which reinforcing element has a recess, wherein the reinforcing element is provided as a counter-bearing for a coupling element which can be inserted through the through-opening into the recess in order to couple a component or a transported item to the ceiling, wall or floor element, characterised in that the edge of the through-opening is bent at least in sections to form a collar which projects from the rear side of the cover layer, delimits the through-opening at least in sections and is positively connected to a form element (19, 19a, 31, 33, 42, 52) formed on the reinforcing element, so that the reinforcing element with its recess is aligned centrally and flush with respect to the through-opening due to the cooperation of the collar and the form element (19, 19a, 31, 33, 42, 52).
A polishing method for treating sour/natural gas for removing hydrogen sulfide, H 2 S, from a sour/natural gas, wherein the method comprises the steps of: - providing a sour/natural gas as feed gas into at least one of at least two scavenger units of a modular scavenger unit system, each of the at least two scavenger units comprising an absorbent bed and the two scavenger units being arranged in parallel; - removing H 2 S from the sour/natural gas; - analyzing a H 2 S content in the feed gas; - analyzing a H 2 S content in a processed gas extracted from at least one scavenger unit; - processing results of analyzing the H 2 S contents in the feed gas and in the processed gas; - controlling, using a control unit, of valves upstream of and connected to the at least two scavenger units, wherein the controlling of the valves is based on the H 2 S contents in the feed gas and in the processed gas from the processed results, wherein with the controlling of the valves, the amount of sour/natural gas entering each scavenger unit is controlled, wherein the control unit is adapted to adjust the number of scavenger units in operation according to a fluctuation of the feed gas, said fluctuation comprising a fluctuation of the gas flow and/or the H 2 S content. - providing a sour/natural gas as feed gas into at least one of at least two scavenger units of a modular scavenger unit system, each of the at least two scavenger units comprising an absorbent bed and the two scavenger units being arranged in parallel; - removing H 2 S from the sour/natural gas; - analyzing a H 2 S content in the feed gas; - analyzing a H 2 S content in a processed gas extracted from at least one scavenger unit; - processing results of analyzing the H 2 S contents in the feed gas and in the processed gas; - controlling, using a control unit, of valves upstream of and connected to the at least two scavenger units, wherein the controlling of the valves is based on the H 2 S contents in the feed gas and in the processed gas from the processed results, wherein with the controlling of the valves, the amount of sour/natural gas entering each scavenger unit is controlled, wherein the control unit is adapted to adjust the number of scavenger units in operation according to a fluctuation of the feed gas, said fluctuation comprising a fluctuation of the gas flow and/or the H 2 S content.
A method for providing a safe operation of subsystems (1a, 1b) within a safety critical system, SCS, the method comprising: assessing, by a malfunctioning subsystem among the subsystems of the SCS, a malfunction within the malfunctioning subsystem; sending, by the malfunctioning subsystem of the SCS, a malfunction signal via a communication unit of the malfunctioning subsystem to communication units of the other subsystems among the subsystems (1a, 1b) of the SCS, wherein the malfunction signal includes a cryptographic key being unique to the malfunctioning subsystem; the method further comprising the steps performed by a control unit of each of the other subsystems of the SCS of: decrypting the cryptographic key of the malfunction signal; initiating collective safety management of the malfunctioning subsystem and the other subsystems when the decrypted cryptographic key is valid; and communicating to the subsystems (1a, 1b) of the SCS that the cryptographic key of the malfunctioning subsystem is expired. assessing, by a malfunctioning subsystem among the subsystems of the SCS, a malfunction within the malfunctioning subsystem; sending, by the malfunctioning subsystem of the SCS, a malfunction signal via a communication unit of the malfunctioning subsystem to communication units of the other subsystems among the subsystems (1a, 1b) of the SCS, wherein the malfunction signal includes a cryptographic key being unique to the malfunctioning subsystem; the method further comprising the steps performed by a control unit of each of the other subsystems of the SCS of: decrypting the cryptographic key of the malfunction signal; initiating collective safety management of the malfunctioning subsystem and the other subsystems when the decrypted cryptographic key is valid; and communicating to the subsystems (1a, 1b) of the SCS that the cryptographic key of the malfunctioning subsystem is expired. decrypting the cryptographic key of the malfunction signal; initiating collective safety management of the malfunctioning subsystem and the other subsystems when the decrypted cryptographic key is valid; and communicating to the subsystems (1a, 1b) of the SCS that the cryptographic key of the malfunctioning subsystem is expired.
A synergistic herbicidal composition comprising a herbicidally effective amount of (a) a compound of the formula: or an agriculturally acceptable salt or ester thereof and (b) very long chain fatty acid (VLCFA) and fatty acid/lipid synthesis inhibiting herbicides, wherein (b) is at least one compound, or an agriculturally acceptable salt, carboxylic acid, carboxylate salt, or ester thereof, selected from the group consisting of: acetochlor, alachlor, anilofos, benfuresate, cafenstrole, dimethenamid-P, fentrazamide, indanofan, flufenacet, mefenacet, s-metolachlor, molinate, pethoxamid, pretilachlor, prosulfocarb, pyroxasulfone, thenylchlor, and thiobencarb.
Method of inextricably joining at least two steel components having a yield strength of at least 1000 MPa and a hardness of at least 420 HBW by welding to form of at least one join site, with inductive heating of the area around the join site, characterized in that the inductive heating follows after the welding process, where the inductively heated area has a temperature of at least 400°C to 750°C for at least 5 seconds.
A network node for a wireless communication system, the network node being configured to: localize a user node in a first localization operation carried out at a first frequency; determine an accuracy value associated with the first localization operation; adjust at least one beam parameter for radio beams to be used in a second localization operation based on the determined accuracy value, the second localization operation carried out at a second frequency that is greater than the first frequency; wherein the network node is configured to determine the accuracy value associated with the first localization operation by: tracking a rate of change of an angle of a radio beacon signal transmitted from the user node relative to the network node; and if the rate of change of the angle exceeds a pre-determined value assign a first value to the accuracy value, the first value being lower than a previous accuracy value and if the rate of change is less than the pre-determined value assign a second value to the accuracy value, the second value being higher than a previous accuracy value. localize a user node in a first localization operation carried out at a first frequency; determine an accuracy value associated with the first localization operation; adjust at least one beam parameter for radio beams to be used in a second localization operation based on the determined accuracy value, the second localization operation carried out at a second frequency that is greater than the first frequency; wherein the network node is configured to determine the accuracy value associated with the first localization operation by: tracking a rate of change of an angle of a radio beacon signal transmitted from the user node relative to the network node; and if the rate of change of the angle exceeds a pre-determined value assign a first value to the accuracy value, the first value being lower than a previous accuracy value and if the rate of change is less than the pre-determined value assign a second value to the accuracy value, the second value being higher than a previous accuracy value.
A container for a backpack type firefighting device to be strapped on a back of a user, the container comprising: a medium reservoir having at least one medium tank (42, 44) of an essentially round cylindrical shape and adapted to store a pressurized fire extinguishing medium, wherein a center of gravity (C1, C2) of the medium reservoir is closer to its region facing a strap system connectable to the container than to its lateral regions, characterized in that the medium reservoir comprises two or more individual medium tanks (42, 44), and in that the container further comprises a shell formed of a rigid material, the shell fully enclosing the medium reservoir and being configured as a hollow structure portably housing the medium reservoir and adapted to be connected to the strap system, wherein the shell comprises at least one depression (28, 30, 32) adapted to accommodate fire-extinguishing equipment, the at least one depression (28, 30, 32) being arranged in the shell on a side facing away from the strap system in a location between two adjacent medium tanks such that the depression extends into an envelope of the two adjacent medium tanks (42, 44) and extends in an axial direction generally parallel to a longitudinal axis of the adjacent medium tanks (42, 44). a medium reservoir having at least one medium tank (42, 44) of an essentially round cylindrical shape and adapted to store a pressurized fire extinguishing medium, wherein a center of gravity (C1, C2) of the medium reservoir is closer to its region facing a strap system connectable to the container than to its lateral regions, characterized in that the medium reservoir comprises two or more individual medium tanks (42, 44), and in that the container further comprises a shell formed of a rigid material, the shell fully enclosing the medium reservoir and being configured as a hollow structure portably housing the medium reservoir and adapted to be connected to the strap system, wherein the shell comprises at least one depression (28, 30, 32) adapted to accommodate fire-extinguishing equipment, the at least one depression (28, 30, 32) being arranged in the shell on a side facing away from the strap system in a location between two adjacent medium tanks such that the depression extends into an envelope of the two adjacent medium tanks (42, 44) and extends in an axial direction generally parallel to a longitudinal axis of the adjacent medium tanks (42, 44).
A method for cleaning a vaporizer that vaporizes a source material and supplies the vaporized source material to a reactor through a supply pipe when a porous preform usable to manufacture an optical fiber is manufactured, the source material being a siloxane-based material in a liquid state at normal temperature and pressure, the method comprising a cleaning step of passing the source material to the vaporizer while maintaining the source material in a liquid state to clean the vaporizer.
A food composition comprising: a. at least one edible ingredient; and b. a texturizing agent, wherein said texturizing agent comprises an inhibited starch and a non-granular, enzymatically-debranched waxy potato starch. a. at least one edible ingredient; and b. a texturizing agent,
Device for the amplification of nucleic acids by means of a Polymerase Chain Reaction in a reaction volume, the device comprising a reaction vessel for receiving the reaction volume, a heating means, which consists of one or a plurality of heating elements to heat the reaction volume using electrical energy, and a means for transferring the electrical energy into the device, wherein the device can be operated on a Universal Serial Bus connection port of a PC, tablet computer or mobile phone, characterised in that the heating means is in the reaction vessel and in contact with the reaction volume, and the device is configured such that the device's electrical power consumption does not at any time during the Polymerase Chain Reaction exceed 20 Watt.
A process for treating surgical needles, comprising: providing a surgical needle comprising a metal alloy, the surgical needle having a distal piercing end, a proximal suture mounting end and a bore hole that is laser-drilled in the suture mounting end, the bore hole having a cavity and an opening; followed by, heat treating at least the suture mounting end by exposing said end to thermal energy for a sufficient amount of time to provide sufficient energy to effectively stress relieve the metal alloy about the bore hole without annealing the metal alloy. providing a surgical needle comprising a metal alloy, the surgical needle having a distal piercing end, a proximal suture mounting end and a bore hole that is laser-drilled in the suture mounting end, the bore hole having a cavity and an opening; followed by, heat treating at least the suture mounting end by exposing said end to thermal energy for a sufficient amount of time to provide sufficient energy to effectively stress relieve the metal alloy about the bore hole without annealing the metal alloy.
A pick-up device for picking-up a tubular knitted article from a needle cylinder of a circular knitting machine, the device comprising a circular ring with a symmetry axis (B-B), which is divided into two half-rings (23A, 23B) configured and arranged to overturn over each other around an overturning axis (C-C) approximately orthogonal to the symmetry axis (B-B) of the circular ring; wherein each half-ring (23A, 23B) is provided with a respective plurality of pick-up hooks; wherein each pick-up hook comprises a main body and a pick-up spike extending from the main body approximately radially towards the symmetry axis (B-B); wherein each pick-up spike is movable with respect to the respective half-ring (23A, 23B) between a first idle position and a second active position of engagement with the tubular knitted article, the second active position being nearer to the symmetry axis than the first idle position; characterized in that at least some of the pick-up hooks comprise a respective integrally formed abutment surface for abutting a toe end of the tubular knitted article, which extends approximately radially towards the symmetry axis (B-B) over a distance greater than the radial length of the respective pick-up spike, said abutment surface being spaced from the respective pick-up spike such that in the second active position the pick-up spike and the abutment surface are positioned on opposite sides of a final edge of the tubular knitted article.