mhurhangee/patent-ind-claim-en huggingface dataset:
Combustion engine (E) provided with: - an exhaust pipe (EP) connected to a combustion engine exhaust manifold; - an After treatment system (ATS) operatively coupled with said exhaust manifold; and - a Waste Heat Recovery System (WHR) circuit connected to said exhaust manifold for draining thermal energy from exhaust gas produced by said combustion engine in order to produce mechanical energy by exploiting an organic fluid as working medium, wherein the WHR comprises at least a venting pipe (VP2b, VP3, VP4, VP5), operatively connecting said WHR circuit with at least a corresponding liquid tank (WTANK, AdBlue, FUEL, E), with a corresponding relief valve (V2b, V3, V4, V5) operatively arranged thereon to vent an excess of said organic fluid in said liquid tank on the basis of a pressure and/or temperature of said working medium; characterized in that said liquid tank is one of - a (WTANK) dedicated water tank - a (AdBlue) tank arranged to contain a urea-based reducing agent and to supply said After treatment system with said urea-based reducing agent, - a (FUEL) tank arranged to contain fuel and to supply said internal combustion engine (E) with said fuel, - a (E) coolant circuit of said internal combustion engine, - a windscreen washing liquid tank. - an exhaust pipe (EP) connected to a combustion engine exhaust manifold; - an After treatment system (ATS) operatively coupled with said exhaust manifold; and - a Waste Heat Recovery System (WHR) circuit connected to said exhaust manifold for draining thermal energy from exhaust gas produced by said combustion engine in order to produce mechanical energy by exploiting an organic fluid as working medium, - a (WTANK) dedicated water tank - a (AdBlue) tank arranged to contain a urea-based reducing agent and to supply said After treatment system with said urea-based reducing agent, - a (FUEL) tank arranged to contain fuel and to supply said internal combustion engine (E) with said fuel, - a (E) coolant circuit of said internal combustion engine, - a windscreen washing liquid tank.
A vehicle control system, which is configured to adjust control characteristics governing behaviors of a vehicle in accordance with a driving preference of a driver, comprising: a shifting means that shifts a driving mode of the vehicle between a first mode in which a driving force to be generated is moderated and a second mode in which a driving force to be generated is larger than that generated under the first mode, upon exceedance of a predetermined threshold value (X) by an index that is changed according to a change in a behavior of the vehicle resulting from an accelerating or a decelerating operation executed by the driver; characterized in that the threshold value (X) is set to a limit value of acceleration for human beings to sense a linear change in the acceleration from zero based on stimulus of acceleration perceived by a driver and intensity of acceleration, and the vehicle control system is further configured to increase the acceleration linearly to a maximum value at which the driver can sense a linear change of the acceleration, and then shift the driving mode to increase the acceleration from zero again. a shifting means that shifts a driving mode of the vehicle between a first mode in which a driving force to be generated is moderated and a second mode in which a driving force to be generated is larger than that generated under the first mode, upon exceedance of a predetermined threshold value (X) by an index that is changed according to a change in a behavior of the vehicle resulting from an accelerating or a decelerating operation executed by the driver; characterized in that the threshold value (X) is set to a limit value of acceleration for human beings to sense a linear change in the acceleration from zero based on stimulus of acceleration perceived by a driver and intensity of acceleration, and the vehicle control system is further configured to increase the acceleration linearly to a maximum value at which the driver can sense a linear change of the acceleration, and then shift the driving mode to increase the acceleration from zero again.
Adapter for a windscreen wiper, in particular a motor vehicle windscreen wiper, having an elongate shape and being configured to be secured to a cover of a wiper arm , said adapter having a front cowling and a rear body which is substantially U-shaped in cross section and has two side walls connected together by an upper wall , said front cowling having a front wall which is configured to extend in front of said rear body and to define with said body a longitudinal space for receiving at least a part of said cover, the adapter being characterized in that said cowling comprises an upper opening for mounting said cover in said space and two side walls , the dimension between the side walls of the cowling being greater than the width of the rear body , such that a transverse space is formed on each side of the rear body between the latter and the cowling, the side walls of the cowling are intended to cover, at least laterally, each side of the cover in part, when the arm , the cover bears, and the adapter are assembled.
- Apparatus for adapting an intelligent power module to a main circuit board of a motor controller, comprising: an adapter circuit board having fixed interface contact pins configured to be plugged into interface contact elements of said main circuit board of said motor controller, said power module having contact terminals having a first pin out configuration connected on the adapter circuit board, wherein the adapter circuit board provides a cross pin configuration between said first pin out configuration of said power module and said interface contact pins having a second pin out configuration in order to connect said power module to said main circuit board , a set of capacitors connecting points on the adapter circuit board and capacitors connected to at least some of said capacitors connecting points and configured to reduce a radiated emission level of the motor controller, the capacitance of said capacitors being designed to reach a target threshold for the radiated emission level of the motor controller. an adapter circuit board having fixed interface contact pins configured to be plugged into interface contact elements of said main circuit board of said motor controller, said power module having contact terminals having a first pin out configuration connected on the adapter circuit board, wherein the adapter circuit board provides a cross pin configuration between said first pin out configuration of said power module and said interface contact pins having a second pin out configuration in order to connect said power module to said main circuit board , a set of capacitors connecting points on the adapter circuit board and capacitors connected to at least some of said capacitors connecting points and configured to reduce a radiated emission level of the motor controller, the capacitance of said capacitors being designed to reach a target threshold for the radiated emission level of the motor controller.
A process for protecting a part comprising an aluminum-based alloy, the process comprising the following steps: - depositing a primer paint layer by anaphoresis over the entire part; - polymerizing the primer paint layer in order to form a non-conductive polymerized primer paint layer ; - laser pickling , by means of a laser beam, of an area of the non-conductive polymerized primer paint layer in order to form an unpainted area ; - trivalent chromium chemical conversion of the unpainted area in order to form a conductive protective layer ; - drying the part; - depositing a finishing paint layer on at least a portion of the non-conductive polymerized primer paint layer ; - polymerizing the finishing paint layer. - depositing a primer paint layer by anaphoresis over the entire part; - polymerizing the primer paint layer in order to form a non-conductive polymerized primer paint layer ; - laser pickling , by means of a laser beam, of an area of the non-conductive polymerized primer paint layer in order to form an unpainted area ; - trivalent chromium chemical conversion of the unpainted area in order to form a conductive protective layer ; - drying the part; - depositing a finishing paint layer on at least a portion of the non-conductive polymerized primer paint layer ; - polymerizing the finishing paint layer.
A method performed by a network device for generating a distributed flow record, the method comprising: receiving a packet; determining whether information related to a packet flow associated with the packet should be recorded in a local flow record table, LFRT, of the network device; determining whether a flow entry for the packet flow already exists in the LFRT when the information related to the packet flow associated with the packet should be recorded in a LFRT of the network device; updating the flow entry for the packet flow in the LFRT with the information from the packet when the flow entry for the packet flow already exists in the LFRT; determining whether there is sufficient available memory space to create the flow entry for the packet flow in the LFRT when the flow entry for the packet flow does not exist in the LFRT; creating the flow entry for the packet flow in the LFRT and updating the flow entry for the packet flow with the information from the packet when there is sufficient available memory space to create the flow entry for the packet flow in the LFRT; setting a flow record bit in a packet header of the packet based on whether the information from the packet associated with the packet flow has been recorded as part of the distributed flow record; and forwarding the packet. receiving a packet; determining whether information related to a packet flow associated with the packet should be recorded in a local flow record table, LFRT, of the network device; determining whether a flow entry for the packet flow already exists in the LFRT when the information related to the packet flow associated with the packet should be recorded in a LFRT of the network device; updating the flow entry for the packet flow in the LFRT with the information from the packet when the flow entry for the packet flow already exists in the LFRT; determining whether there is sufficient available memory space to create the flow entry for the packet flow in the LFRT when the flow entry for the packet flow does not exist in the LFRT; creating the flow entry for the packet flow in the LFRT and updating the flow entry for the packet flow with the information from the packet when there is sufficient available memory space to create the flow entry for the packet flow in the LFRT; setting a flow record bit in a packet header of the packet based on whether the information from the packet associated with the packet flow has been recorded as part of the distributed flow record; and forwarding the packet.
A phosphor device of an illumination system , the illumination system emitting a first waveband light (L1) to the phosphor device so as to be converted into a second waveband light (L2), the phosphor device comprising: a substrate ; wherein a first phosphor layer is formed on the substrate , comprising: a yellow phosphor agent, wherein the first waveband light (L1) is converted into a first color light (C1) and a second color light (C2) by the yellow phosphor agent; and a red phosphor agent distributed over the yellow phosphor agent for converting the first waveband light (L1) into a third color light, wherein the range of the spectrum of the second color light (C2) and the range of the spectrum of the third color light are at least partially overlapped, and the first color light (C1), the second color light (C2) and the third color light are integrated as the second waveband light (L2); and characterized in that the substrate is a reflective substrate, and further characterized by a second phosphor layer , wherein the second phosphor layer is disposed on the first phosphor layer , and wherein the second phosphor layer comprises the yellow phosphor agent for simultaneously converting the first waveband light (L1) into the first color light (C1) and the second color light (C2) and decreasing the energy of the first waveband light (L1). a yellow phosphor agent, wherein the first waveband light (L1) is converted into a first color light (C1) and a second color light (C2) by the yellow phosphor agent; and a red phosphor agent distributed over the yellow phosphor agent for converting the first waveband light (L1) into a third color light, wherein the range of the spectrum of the second color light (C2) and the range of the spectrum of the third color light are at least partially overlapped, and the first color light (C1), the second color light (C2) and the third color light are integrated as the second waveband light (L2); and characterized in that the substrate is a reflective substrate, and further characterized by a second phosphor layer , wherein the second phosphor layer is disposed on the first phosphor layer , and wherein the second phosphor layer comprises the yellow phosphor agent for simultaneously converting the first waveband light (L1) into the first color light (C1) and the second color light (C2) and decreasing the energy of the first waveband light (L1).
A composition comprising a urea-formaldehyde concentrate (UFC), N-(n-butyl)thiophosphoric triamide (NBPT), and one or more adducts of NBPT, wherein the one or more adducts of NBPT are: Adduct 4 and, optionally, one or more of the following:
An illumination device comprising: a light diffusion device including element diffusion devices that diffuse incident light; a coherent light source that emits coherent light; a scanner that adjusts a traveling direction of the coherent light so as to allow the coherent light to scan the light diffusion device ; and a light condensing optical system that condenses the coherent light such that a spot area (S) on the light diffusion device is smaller than the area of the element diffusion device ; wherein: each element diffusion device diffuses the coherent light incident thereon so as to illuminate an element illumination area (Zp) corresponding to the element diffusion device ; the illumination device being characterized in that it further comprises: a shaping optical system that shapes the coherent light; wherein: the light condensing optical system is located on a light path of the coherent light from the shaping optical system up to the light diffusion device ; and a size (wsx) of the spot area (S) along the direction parallel to a scanning direction (sd) of the spot area (S) is smaller than a half of a size (wsy) of the spot area (S) along the direction orthogonal to the scanning direction (sd) of the spot area (S). a light diffusion device including element diffusion devices that diffuse incident light; a coherent light source that emits coherent light; a scanner that adjusts a traveling direction of the coherent light so as to allow the coherent light to scan the light diffusion device ; and a light condensing optical system that condenses the coherent light such that a spot area (S) on the light diffusion device is smaller than the area of the element diffusion device ; wherein: each element diffusion device diffuses the coherent light incident thereon so as to illuminate an element illumination area (Zp) corresponding to the element diffusion device ; the illumination device being characterized in that it further comprises: each element diffusion device diffuses the coherent light incident thereon so as to illuminate an element illumination area (Zp) corresponding to the element diffusion device ; the illumination device being characterized in that it further comprises: a shaping optical system that shapes the coherent light; wherein: the light condensing optical system is located on a light path of the coherent light from the shaping optical system up to the light diffusion device ; and a size (wsx) of the spot area (S) along the direction parallel to a scanning direction (sd) of the spot area (S) is smaller than a half of a size (wsy) of the spot area (S) along the direction orthogonal to the scanning direction (sd) of the spot area (S). the light condensing optical system is located on a light path of the coherent light from the shaping optical system up to the light diffusion device ; and a size (wsx) of the spot area (S) along the direction parallel to a scanning direction (sd) of the spot area (S) is smaller than a half of a size (wsy) of the spot area (S) along the direction orthogonal to the scanning direction (sd) of the spot area (S).
A beach cart comprising a frame mounted on rolling elements , comprising a sun shade , integrally secured in a non-detachable manner, to at least one other element of the beach cart , the sun shade comprising at least three arches , and at least one fabric sheeting that extends between the arches , characterized in that : - each arch extends between a first end and a second end, the first ends of all the arches being connected to the first pivot links all joined in an articulated manner around a same given first axis, and the second ends of all the arches being connected to the second pivot links all joined in an articulated manner around a same given second axis - each arch has a form of rest corresponding to a deployed configuration and can be folded into a retracted configuration, each arch having shape retention memory, such that it is returned to its form of rest when no stress is applied to it. - each arch extends between a first end and a second end, the first ends of all the arches being connected to the first pivot links all joined in an articulated manner around a same given first axis, and the second ends of all the arches being connected to the second pivot links all joined in an articulated manner around a same given second axis - each arch has a form of rest corresponding to a deployed configuration and can be folded into a retracted configuration, each arch having shape retention memory, such that it is returned to its form of rest when no stress is applied to it.
An extractor system for extracting a flexible article of manufacture from a mold , the extractor system comprising: an extraction roller , comprising: a base member; and a row of teeth extending along and protruding from the base member; at least one track configured to support the extraction roller over the mold and the flexible article of manufacture , the extractor system characterized by : a trolley configured to carry the extraction roller along the at least one track , horizontally over the mold from a first side of the mold toward a second, opposite side of the mold , as the extraction roller rotates to wrap the flexible article of manufacture about the extraction roller . an extraction roller , comprising: a base member; and a row of teeth extending along and protruding from the base member; a base member; and a row of teeth extending along and protruding from the base member; at least one track configured to support the extraction roller over the mold and the flexible article of manufacture , the extractor system characterized by : a trolley configured to carry the extraction roller along the at least one track , horizontally over the mold from a first side of the mold toward a second, opposite side of the mold , as the extraction roller rotates to wrap the flexible article of manufacture about the extraction roller .
Transportation bag which can be installed in an object , the object being a vehicle, container or the like, which can be exposed to explosive attack, wherein, for incorporation in the object , there are fastening elements provided on the transportation bag , and said fastening elements can be attached at object-mounted fastening points such that shock-decoupled fastening of the transportation bag in the object takes place, wherein the fastening elements are belts, straps, chains, etc., which transmit exclusively tensile forces, wherein at least one side of the transportation bag has a clamp lock or an arresting loop , via which one of the belts is drawn, the belt being prestressed as a result, wherein at least two, preferably three, belts are provided for fastening the transportation bag , and a rear belt can be fastened on a side wall of the object and a front, lower belt can be fastened on an intermediate floor or a floor of the object.
An image processing apparatus comprising: an acquisition unit that is adapted to acquire a first radiographic image and a second radiographic image respectively generated by a first radiation detector and a second radiation detector which are irradiated with radiation with first energy emitted from a radiation source in preliminary imaging before main imaging from a radiography apparatus including the first and second radiation detectors in which a plurality of pixels, each of which includes a conversion element that generates a larger amount of charge as it is irradiated with a larger amount of radiation which has been emitted from the radiation source and then transmitted through a subject, are arranged and which are arranged in a direction in which the radiation is emitted; characterised in that the apparatus further comprises a derivation unit that is adapted to derive a composition of a soft tissue of the subject, using the first and second radiographic images acquired by the acquisition unit, and wherein said derivation unit is further adapted to derive second energy of the radiation emitted from the radiation source in the main imaging according to the derived composition of the soft tissue. an acquisition unit that is adapted to acquire a first radiographic image and a second radiographic image respectively generated by a first radiation detector and a second radiation detector which are irradiated with radiation with first energy emitted from a radiation source in preliminary imaging before main imaging from a radiography apparatus including the first and second radiation detectors in which a plurality of pixels, each of which includes a conversion element that generates a larger amount of charge as it is irradiated with a larger amount of radiation which has been emitted from the radiation source and then transmitted through a subject, are arranged and which are arranged in a direction in which the radiation is emitted; characterised in that the apparatus further comprises a derivation unit that is adapted to derive a composition of a soft tissue of the subject, using the first and second radiographic images acquired by the acquisition unit, and wherein said derivation unit is further adapted to derive second energy of the radiation emitted from the radiation source in the main imaging according to the derived composition of the soft tissue.
Method for manufacturing a roof drainage for the drainage of, in particular, rainwater, comprising the steps of: - providing a drainage pipe ; - providing a clamping bush ; and - providing a plate-shaped part with a plate opening; wherein the method further comprises the steps of the bulging of an edge of the plate opening around the clamping bush as a result of which a bulged part is obtained, placing an end of the drainage pipe around the bulged part , and the deforming of the drainage pipe for the attachment of the plate-shaped part between the clamping bush and drainage pipe , characterized in that the drainage pipe comprises a thermoplastic and in that the method further comprises the step of heating the drainage pipe before said end of the pipe is being placed around the bulged part , and in that the deformation of the drainage pipe takes place during the placement of the pipe . - providing a drainage pipe ; - providing a clamping bush ; and - providing a plate-shaped part with a plate opening;