mhurhangee/ep-ind-claims huggingface dataset:
A reductant delivery unit for selective catalytic reduction after-treatment for vehicles, the reductant delivery unit comprising: a solenoid fluid injector constructed and arranged to be associated with an exhaust gas flow path upstream of a SCR catalytic converter, the fluid injector having a fluid inlet and a fluid outlet, the fluid inlet being constructed and arranged to receive a source of urea solution and the fluid outlet being constructed and arranged to communicate directly with the exhaust flow path so as to control injection of urea solution into the exhaust gas flow path, and a supply structure defining the fluid inlet, the supply structure including a portion coupled to a body of the injector and a supply tube, the supply tube being constructed and arranged to be coupled with the source of urea solution to deliver urea solution to the fluid inlet, wherein the supply tube is constructed and arranged to be heated by a heat source so that an entire volume of the urea solution delivered to the fluid inlet is heated, characterized in that the supply tube is integral with the portion to define a single member, and the unit further comprises a heat shield substantially surrounding the injector, the supply structure being associated with the heat shield. a solenoid fluid injector constructed and arranged to be associated with an exhaust gas flow path upstream of a SCR catalytic converter, the fluid injector having a fluid inlet and a fluid outlet, the fluid inlet being constructed and arranged to receive a source of urea solution and the fluid outlet being constructed and arranged to communicate directly with the exhaust flow path so as to control injection of urea solution into the exhaust gas flow path, and a supply structure defining the fluid inlet, the supply structure including a portion coupled to a body of the injector and a supply tube, the supply tube being constructed and arranged to be coupled with the source of urea solution to deliver urea solution to the fluid inlet,
A system, comprising: a processor-implemented video frame selector module configured to determine a video frame to process that is received from a mobile device; a processor-implemented item identification module configured to identify an item in the determined video frame and to tag the determined video frame with an identification of the item, the processor-implemented item identification module comprising a processor-implemented area selector module configured to receive a selection from a user of the mobile device of an area in the determined video frame to identify the item and a processor-implemented user tag module configured to receive an input tag from the user of the mobile device to help identify the item in the selected area of the determined video frame; and a processor-implemented market module configured to generate offers of the identified item from at least one merchant to the mobile device. a processor-implemented video frame selector module configured to determine a video frame to process that is received from a mobile device; a processor-implemented item identification module configured to identify an item in the determined video frame and to tag the determined video frame with an identification of the item, the processor-implemented item identification module comprising a processor-implemented area selector module configured to receive a selection from a user of the mobile device of an area in the determined video frame to identify the item and a processor-implemented user tag module configured to receive an input tag from the user of the mobile device to help identify the item in the selected area of the determined video frame; and a processor-implemented market module configured to generate offers of the identified item from at least one merchant to the mobile device.
A device for detecting rain comprising - a camera with an image sensor and colour filters for pixels of the image sensor in several filter primary colours (R; G; B), wherein the filter primary colours (R; G; B) are in the visible wavelength range, and - an illumination source for generating monochrome light (h) that is in a visible wavelength range transmitted by the first filter primary colour and blocked by the other filter primary colours, - wherein the camera and the illumination source are designed and arranged in such a manner that the camera can detect a signal of the monochrome light (r1, r2') with which the illumination source illuminates a pane. - a camera with an image sensor and colour filters for pixels of the image sensor in several filter primary colours (R; G; B), wherein the filter primary colours (R; G; B) are in the visible wavelength range, and - an illumination source for generating monochrome light (h) that is in a visible wavelength range transmitted by the first filter primary colour and blocked by the other filter primary colours, - wherein the camera and the illumination source are designed and arranged in such a manner that the camera can detect a signal of the monochrome light (r1, r2') with which the illumination source illuminates a pane.
A heat pump system comprising: - a primary refrigeration circuit having a compressor and an external evaporator, and - a system (10, 70) for deicing the external evaporator, comprising: - a secondary refrigeration circuit (20, 80) having a three-way or Y connection, connected by said three-way or Y connection in input and in output to said heat pump system and adapted to convey coolant gas, such that a first portion of coolant gas is directed to said secondary refrigeration circuit (20, 80) and a second portion is directed to the primary refrigeration circuit, said refrigeration circuit (20, 80) comprising a tank (34, 87) for storing a deicing fluid, and a first heat exchanger (32, 85) immersed in said deicing fluid; and - a deicing circuit (50, 90) connected in input and in output to said tank (34, 87) and adapted to convey said deicing fluid, said deicing circuit (50, 90) comprising a second heat exchanger (56, 97); said second heat exchanger (56, 97) being arranged proximate to said external evaporator, said secondary refrigeration circuit (20, 80) comprises a two-way, two-position opening control valve (22, 83) adapted to activate or deactivate said system for deicing (10, 70) as a function of the values of the external and internal ambient temperature, of the input and output temperature of a coolant gas of the heat pump system, and of the humidity in contact with said external evaporator. - a primary refrigeration circuit having a compressor and an external evaporator, and - a system (10, 70) for deicing the external evaporator, comprising: - a secondary refrigeration circuit (20, 80) having a three-way or Y connection, connected by said three-way or Y connection in input and in output to said heat pump system and adapted to convey coolant gas, such that a first portion of coolant gas is directed to said secondary refrigeration circuit (20, 80) and a second portion is directed to the primary refrigeration circuit, said refrigeration circuit (20, 80) comprising a tank (34, 87) for storing a deicing fluid, and a first heat exchanger (32, 85) immersed in said deicing fluid; and - a deicing circuit (50, 90) connected in input and in output to said tank (34, 87) and adapted to convey said deicing fluid, said deicing circuit (50, 90) comprising a second heat exchanger (56, 97); - a secondary refrigeration circuit (20, 80) having a three-way or Y connection, connected by said three-way or Y connection in input and in output to said heat pump system and adapted to convey coolant gas, such that a first portion of coolant gas is directed to said secondary refrigeration circuit (20, 80) and a second portion is directed to the primary refrigeration circuit, said refrigeration circuit (20, 80) comprising a tank (34, 87) for storing a deicing fluid, and a first heat exchanger (32, 85) immersed in said deicing fluid; and - a deicing circuit (50, 90) connected in input and in output to said tank (34, 87) and adapted to convey said deicing fluid, said deicing circuit (50, 90) comprising a second heat exchanger (56, 97);
An asphalt composition comprising reclaimed asphalt and a rejuvenating agent, said reclaimed asphalt comprising aggregate and an aged asphalt binder, wherein the rejuvenating agent: (a) is present in an amount within the range of 0.1 to 20 wt.% based on the combined amounts of aged binder and rejuvenating agent; (b) has a cyclic content of at least 5 wt.%; and (c) comprises an ester or ester blend derived from an acid selected from the group consisting of aromatic acids, fatty acids, fatty acid monomers, fatty acid dimers, fatty acid trimers, rosin acid dimers, and mixtures thereof.
A service data processing method, comprising: generating an optical transport network, OTN encapsulated signal, wherein the OTN encapsulated signal is used to carry service data, and the OTN encapsulated signal is a signal obtained by encapsulating the service data in an OTN data packet encapsulation format; generating at least n FlexO frames, wherein the at least n FlexO frames are used to carry the OTN encapsulated signal, the at least n FlexO frames comprise r FlexO check frames and a plurality of FlexO data frames; the plurality of FlexO data frames carry the service data, and the r FlexO check frames carry service check data, wherein the service check data is used to restore the service data when bit error rates of k FlexO frames are greater than a reference bit error rate; and k is a positive integer not greater than r, and r is a positive integer not greater than n; and sending the at least n FlexO frames through a flexible optical transport network FlexO group interface. generating an optical transport network, OTN encapsulated signal, wherein the OTN encapsulated signal is used to carry service data, and the OTN encapsulated signal is a signal obtained by encapsulating the service data in an OTN data packet encapsulation format; generating at least n FlexO frames, wherein the at least n FlexO frames are used to carry the OTN encapsulated signal, the at least n FlexO frames comprise r FlexO check frames and a plurality of FlexO data frames; the plurality of FlexO data frames carry the service data, and the r FlexO check frames carry service check data, wherein the service check data is used to restore the service data when bit error rates of k FlexO frames are greater than a reference bit error rate; and k is a positive integer not greater than r, and r is a positive integer not greater than n; and sending the at least n FlexO frames through a flexible optical transport network FlexO group interface.
A process for the production of a food product, comprising more than 40 % by weight cellulose and less than 0.0001 % by weight of a component from the group consisting of mould fungi, mycotoxins, radionuclides, pathogens and heavy metals selected from lead, cadmium and mercury, based on 100 % by weight of the food product, the food product having a particle size of less than 0.5 mm, preferably less than 0.1 mm, the food product being obtained by the steps in the following order: a) swelling of plant components in water, wherein the plant components are selected from one or more components from the group consisting of oat husks, spelled husks, oat hulls and spelled hulls, wherein the swelling is carried out in boiling water for 1 to 5 minutes, and wherein the plant components are present in an aqueous slurry containing 10 to 75% of the raw plant matter, and b) squeezing water out of the swollen plant components of step a), using a screw press or oval plate press for squeezing, wherein no activated charcoal, no bleaching agents and no highly acidic, highly basic or enzymatic additives being used in the process, wherein highly acidic or highly basic additives being understood as meaning those with pH values ≤ 5.7 or ≥ 8.3. a) swelling of plant components in water, wherein the plant components are selected from one or more components from the group consisting of oat husks, spelled husks, oat hulls and spelled hulls, wherein the swelling is carried out in boiling water for 1 to 5 minutes, and wherein the plant components are present in an aqueous slurry containing 10 to 75% of the raw plant matter, and b) squeezing water out of the swollen plant components of step a), using a screw press or oval plate press for squeezing,
Flat seal having at least one single-piece sheet-metal seal layerdefining a layer plane, which has at least one first layer region provided with at least one medium through opening and, seen in a plan view of the sheet-metal layer, outside the first layer region, at least one second layer region and with the flat seal installation-ready, has a pre-determined outer contour, wherein the flat seal for the medium through opening has a medium-sealing device which is associated with said medium through opening, characterised in that, at least one sub-region of the second layer region of the installation-ready flat seal lying, when seen in a plan view of the seal layer, outside the medium-sealing device is formed by a region of the sheet-metal layer that is stretched in the layer plane to achieve the pre-determined outer contour, said stretched sub-region being formed at least locally by plastically deformed zones of the metal sheet.
A work vehicle that is configured to travel along a travel route, wherein the work vehicle is configured to selectively travel with automatic steering or manual steering, the work vehicle comprising: a vehicle body; an inclination detector that is configured to detect a vehicle body inclination angle; an inclination evaluation unit that is configured to output travel limit information when the vehicle body inclination angle detected by the inclination detector exceeds a predetermined angle value; an own position calculation unit that is configured to calculate, based on positioning data, an own position that is a position of the work vehicle in a work field; and an inclination recording unit that is configured to record, as an inclined area, an area around the travel route to be determined based on the own position when the travel limit information is output, wherein the inclination evaluation unit is configured to output, as the travel limit information, a travel warning signal that warns of travelling with automatic steering when the vehicle body inclination angle exceeds a warning threshold, wherein the inclination evaluation unit is configured to output, as the travel limit information, an automatic steering prohibition signal that causes the vehicle body being operated with automatic steering to stop when the vehicle body inclination angle exceeds an automatic steering travel prohibition threshold, and wherein the inclination evaluation unit is configured to output, as the travel limit information, a stop signal that causes the vehicle body to stop when the vehicle body inclination angle exceeds a travel prohibition threshold. a vehicle body; an inclination detector that is configured to detect a vehicle body inclination angle; an inclination evaluation unit that is configured to output travel limit information when the vehicle body inclination angle detected by the inclination detector exceeds a predetermined angle value; an own position calculation unit that is configured to calculate, based on positioning data, an own position that is a position of the work vehicle in a work field; and an inclination recording unit that is configured to record, as an inclined area, an area around the travel route to be determined based on the own position when the travel limit information is output, wherein the inclination evaluation unit is configured to output, as the travel limit information, a travel warning signal that warns of travelling with automatic steering when the vehicle body inclination angle exceeds a warning threshold, wherein the inclination evaluation unit is configured to output, as the travel limit information, an automatic steering prohibition signal that causes the vehicle body being operated with automatic steering to stop when the vehicle body inclination angle exceeds an automatic steering travel prohibition threshold, and wherein the inclination evaluation unit is configured to output, as the travel limit information, a stop signal that causes the vehicle body to stop when the vehicle body inclination angle exceeds a travel prohibition threshold.
An operation cable routing structure, comprising: a handle device that is affixed to a door of a vehicle and that outputs, from an output section, operation force applied to an operation handle rotatably coupled to a handle base; a door lock device that is disposed in proximity to the output section of the handle device; and an operation cable that couples the output section of the handle device and the door lock device, characterized in that the operation cable is coupled from the output section to the door lock device via an extra length securing pathway that substantially encircles the handle device, and the operation cable is movably supported by a guide section provided on the handle base at an intermediate position between a part of the operation cable and a movable member of the handle device, to thereby be restricted from entering a motion range of the movable member, the part of the operation cable being coupled to the door lock device, wherein the movable member is a counterweight, and a lever and the counterweight are coupled to the handle base rotatably about a rotation shaft, and the counterweight is disposed along one side edge of the handle base, and a cable holder is formed at a front end section of the handle base for clamping the operation cable in cooperation with the panel of the door, and the guide section is formed in a rectangular plate shape at the periphery on the side where the counterweight is disposed, at an intermediate section between the counterweight and the door lock device. a handle device that is affixed to a door of a vehicle and that outputs, from an output section, operation force applied to an operation handle rotatably coupled to a handle base; a door lock device that is disposed in proximity to the output section of the handle device; and an operation cable that couples the output section of the handle device and the door lock device, characterized in that the operation cable is coupled from the output section to the door lock device via an extra length securing pathway that substantially encircles the handle device, and the operation cable is movably supported by a guide section provided on the handle base at an intermediate position between a part of the operation cable and a movable member of the handle device, to thereby be restricted from entering a motion range of the movable member, the part of the operation cable being coupled to the door lock device, wherein the movable member is a counterweight, and a lever and the counterweight are coupled to the handle base rotatably about a rotation shaft, and the counterweight is disposed along one side edge of the handle base, and a cable holder is formed at a front end section of the handle base for clamping the operation cable in cooperation with the panel of the door, and the guide section is formed in a rectangular plate shape at the periphery on the side where the counterweight is disposed, at an intermediate section between the counterweight and the door lock device.
An electrochemical sensor comprising: a substrate having a first upper surface and a second lower surface, and also having a plurality of microcapillaries formed therein, the microcapillaries extending from the first surface to the second surface; an insulating layer, formed on or adjacent the first surface of the substrate, the insulting layer having an opening aligned with the plurality of microcapillaries and extending through the insulating layer; at least two electrodes, at least one the electrodes being a porous electrode formed in the opening in the insulating layer and a portion of the at least one porous electrode is formed on or adjacent the first surface of the substrate in an area defined by the opening in the insulating layer; one or more conductive tracks formed over the insulating layer, extending onto side-wall of the opening in the insulating layer and/or a side-wall of the at least one hole formed in the substrate, a passivation layer, formed over the insulating layer and the conductive tracks; an electrolyte comprising a liquid solution, conductive polymer or hydrogel formed as a layer over the electrodes and the insulating layer; a cap formed over the insulating layer, wherein the electrolyte is provided within the cap, and at least partially fills the cap; and at least one recess, formed in the substrate, in communication with the space defined by the cap, wherein the electrolyte is also provided within the recess, wherein the sensor is arranged such that the at least one porous electrode is exposed to the environment through the plurality of microcapillaries. a substrate having a first upper surface and a second lower surface, and also having a plurality of microcapillaries formed therein, the microcapillaries extending from the first surface to the second surface; an insulating layer, formed on or adjacent the first surface of the substrate, the insulting layer having an opening aligned with the plurality of microcapillaries and extending through the insulating layer; at least two electrodes, at least one the electrodes being a porous electrode formed in the opening in the insulating layer and a portion of the at least one porous electrode is formed on or adjacent the first surface of the substrate in an area defined by the opening in the insulating layer; one or more conductive tracks formed over the insulating layer, extending onto side-wall of the opening in the insulating layer and/or a side-wall of the at least one hole formed in the substrate, a passivation layer, formed over the insulating layer and the conductive tracks; an electrolyte comprising a liquid solution, conductive polymer or hydrogel formed as a layer over the electrodes and the insulating layer; a cap formed over the insulating layer, wherein the electrolyte is provided within the cap, and at least partially fills the cap; and at least one recess, formed in the substrate, in communication with the space defined by the cap, wherein the electrolyte is also provided within the recess, wherein the sensor is arranged such that the at least one porous electrode is exposed to the environment through the plurality of microcapillaries.
A method for simulating cornering of a vehicle being tested on a roller dynamometer to determine a measured variable, characterized in that the vehicle being tested on the roller dynamometer is operated as though driving straight ahead, and to simulate cornering the additional resistance forces of cornering are taken into account in the form of a correction parameter.