mhurhangee/ep-ind-claims huggingface dataset:
Composite layer for covering an automotive airbag, consisting of a carrier layer and a decorative layer which are connected with one another by means of an adhesive, wherein - this composite layer has a default tear line in a designated area, - the default tear line consists of a material weakening (4.1, 4.2, 4.3) which is implemented at least in sections in the carrier layer and/or decorative layer, the default tear line is implemented in the shape of an H, having one horizontal tear line section and in each case one vertical tear line section adjoining on either side, wherein no adhesive is located between the carrier layer and the decorative layer in the region of the horizontal section of the default tear line, whilst adhesive is located between the carrier layer and the decorative layer in the vertical sections. - this composite layer has a default tear line in a designated area, - the default tear line consists of a material weakening (4.1, 4.2, 4.3) which is implemented at least in sections in the carrier layer and/or decorative layer, the default tear line is implemented in the shape of an H, having one horizontal tear line section and in each case one vertical tear line section adjoining on either side, wherein no adhesive is located between the carrier layer and the decorative layer in the region of the horizontal section of the default tear line, whilst adhesive is located between the carrier layer and the decorative layer in the vertical sections.
A process for the production of a fraction of diisocyanates of the diphenylmethane series containing at least 95 wt.% binuclear methylenediphenyl diisocyanate comprising: a) reacting aniline and formaldehyde in the presence of an acid catalyst to produce diamines and polyamines of the diphenylmethane series containing binuclear methylenediphenyl diamine, b) phosgenating the diamines and polyamines of the diphenylmethane series containing binuclear methylenediphenyl diamine, optionally in the presence of a solvent, to produce a crude diisocyanate and polyisocyanate, and c) separating from the crude diisocyanate and polyisocyanate a fraction containing at least 95 wt.% binuclear methylenediphenyl diisocyanate comprising greater than 60 wt.% 4,4'-MDI, from 4 to 35 wt.% 2,4'-MDI, and from 0.01 to 10 wt.% 2,2'-MDI relative to the mass of the fraction, and no more than 20 ppm phenyl isocyanate and optionally no more than 50 ppm of solvent, the separation of the fraction being effected in a single distillation step in a distillation column with sidestream withdrawal, in which the fraction is removed in the sidestream of the column and low boilers at the top of the column. a) reacting aniline and formaldehyde in the presence of an acid catalyst to produce diamines and polyamines of the diphenylmethane series containing binuclear methylenediphenyl diamine, b) phosgenating the diamines and polyamines of the diphenylmethane series containing binuclear methylenediphenyl diamine, optionally in the presence of a solvent, to produce a crude diisocyanate and polyisocyanate, and c) separating from the crude diisocyanate and polyisocyanate a fraction containing at least 95 wt.% binuclear methylenediphenyl diisocyanate comprising greater than 60 wt.% 4,4'-MDI, from 4 to 35 wt.% 2,4'-MDI, and from 0.01 to 10 wt.% 2,2'-MDI relative to the mass of the fraction, and no more than 20 ppm phenyl isocyanate and optionally no more than 50 ppm of solvent, the separation of the fraction being effected in a single distillation step in a distillation column with sidestream withdrawal, in which the fraction is removed in the sidestream of the column and low boilers at the top of the column.
Track isolating device for a busbar overhead line installation for feeding power to an electrical locomotive, wherein a first busbar of a first feed section and a second busbar of a second feed section, which is electrically isolated from the first, are arranged one behind the other, aligned in a line, at a bridging interval, having an electrical isolator arranged between the busbars (2, 2'), having skids for guiding an electrical pickup on the locomotive between the busbars (2, 2'), and having spark horns (14, 15) for arc dissipation, wherein the isolator is designed to be hard to bend and is attached to the busbars (2, 2') such that the bending stiffness in the area of the bridging separation corresponds to that of the busbars (2, 2').
Suction head for a dredging vessel configured for movement in a direction of movement P, wherein the suction head comprises a construction provided on the bottom side with a suction opening and having a connection for a suction conduit of the dredging vessel and a visor comprising two side walls, a rear wall located at a downstream side relative to the direction of movement P, and a curved wall part which is slidable in substantially watertight manner along a wall part of the construction of the suction head, the visor being rotatable around a shaft running transversely of the direction of movement P between a lowered and a raised position, wherein the visor is open on a bottom side thereof to form the suction opening and comprises on the bottom side thereof a toothed beam running transversely of the direction of movement P and provided with a series of cutting tools for penetrating the bottom, and wherein the visor further comprises an opening in its rear wall along which surrounding water can flow into the suction head, which opening covers at least 30% of the surface area of a visor rear wall part, being a part of the rear wall which extends from the toothed beam up to the curved wall part of the visor, and which opening can be closed to the surrounding water by means of a closing member.
A plunger unit comprising: a rod member a plunger body (411, 412, 413) movably mounted relative to the rod member; and a first biasing member including two ends which respectively urges the plunger body (411, 412, 413) and the rod member; characterized in that a striker is movably mounted between the plunger body (411, 412, 413) and the rod member, wherein the striker impacts the plunger body (411, 412, 413) or the rod member to create signals when the first biasing member activates a movement of the plunger body (411, 412, 413) relative to the rod member. a rod member a plunger body (411, 412, 413) movably mounted relative to the rod member; and a first biasing member including two ends which respectively urges the plunger body (411, 412, 413) and the rod member; characterized in that a striker is movably mounted between the plunger body (411, 412, 413) and the rod member, wherein the striker impacts the plunger body (411, 412, 413) or the rod member to create signals when the first biasing member activates a movement of the plunger body (411, 412, 413) relative to the rod member.
A method for determining vehicle priority settings at an intersection comprising: accumulating probe data from a plurality of individual navigation units; selecting an intersection within a digital map; and processing said probe data by: selecting from said probe data a plurality of probe traces at said intersection; selecting a pair of said probe traces which enter said intersection at the same time on different trajectories; determining which of said probe traces proceeds through said intersection first; repeating said processing on additional pairs of said plurality of probe traces; and deriving an intersection priority setting based on said determinations. accumulating probe data from a plurality of individual navigation units; selecting an intersection within a digital map; and processing said probe data by: selecting from said probe data a plurality of probe traces at said intersection; selecting a pair of said probe traces which enter said intersection at the same time on different trajectories; determining which of said probe traces proceeds through said intersection first; repeating said processing on additional pairs of said plurality of probe traces; and deriving an intersection priority setting based on said determinations. selecting from said probe data a plurality of probe traces at said intersection; selecting a pair of said probe traces which enter said intersection at the same time on different trajectories; determining which of said probe traces proceeds through said intersection first; repeating said processing on additional pairs of said plurality of probe traces; and deriving an intersection priority setting based on said determinations.
A method for a push server to broadcast data to user terminals via an interface device, said data sent by the push server passing through a distribution system enabling the data to be broadcast from said push server to said interface device, said interface device comprising: - reception means (200, 201) suitable for receiving data multicast by said distribution system in push mode; - means for storing said data; - a web server; - connection means (204, 207) suitable for establishing a local wireless connection with user terminals; said method comprising the following steps: - transmission by the push server of a stream of content data and web application to the distribution system; - multicasting by the distribution system of a stream of content data and web application to said interface device; - receiving said data and web application by the receiving means (200, 201) suitable for receiving in push mode; - storage of said data and web application in said storage means; - wireless local connection of a terminal with a web browser to said interface device; - transmission of an HTTP query from said terminal to said web server, said query requesting the execution of one of said application stored in said storage means; - providing the requested application in the web browser of said terminal. - reception means (200, 201) suitable for receiving data multicast by said distribution system in push mode; - means for storing said data; - a web server; - connection means (204, 207) suitable for establishing a local wireless connection with user terminals; - transmission by the push server of a stream of content data and web application to the distribution system; - multicasting by the distribution system of a stream of content data and web application to said interface device; - receiving said data and web application by the receiving means (200, 201) suitable for receiving in push mode; - storage of said data and web application in said storage means; - wireless local connection of a terminal with a web browser to said interface device; - transmission of an HTTP query from said terminal to said web server, said query requesting the execution of one of said application stored in said storage means; - providing the requested application in the web browser of said terminal.
A self righting cleaning appliance of the cylinder type comprising a separating apparatus for separating dirt from a dirt-bearing fluid flow, a floor engaging rolling assembly configured to roll on a side or rear surface when the cleaning appliance is tipped over from an upright position, the cleaning appliance being arranged so that it is urged to return to an upright position if it is tipped onto its side, characterised in that the rolling assembly having a recess in which the separating apparatus is received, wherein at least a portion of the separating apparatus is visible as a portion of the outer surface of the cleaning appliance when the separating apparatus is received in the recess.
Device for closing off a bay formed in a bodywork element of a motor vehicle, comprising a fixed portion and at least one movable panel relative to said fixed portion, guided in sliding by two rails (15 1, 15 2) carried by said fixed portion, said movable panel carrying a handle controlling at least one element for locking said movable panel relative to said fixed portion, said handle being movable in rotation about a rotation axis substantially perpendicularly to the plane of said movable panel, characterised in that said handle controls the movement of a spinning top (24, 62) connected to an unlocking cable, acting on said locking element(s), guide means (21, 63) controlling the movement of said spinning top (24, 62) when said handle is moved in rotation so that the path of said spinning top (24, 62) is substantially elliptical.
Method of sending a request for uplink sounding in a wireless communication system comprising: - communicating, from a base station to a remote terminal, the request on a physical layer downlink control channel signal comprising a first group of information elements each carrying information, corresponding to different states, relevant for scheduling a physical layer uplink shared channel, said uplink shared channel intended for payload data transmission and comprising payload data transmission space and demodulation reference signals space, - communicating from the remote terminal after the request is received, to the base station, sounding reference signals on the uplink shared channel in the demodulation reference signals space, wherein the sending the request is represented by two states from a combination of Precoder Matrix Index -Rank Index, PMI/RI, and Modulation and Coding Selection, MCS, information elements from a second group, being a subset of the first group of information elements, said second group comprising information elements which are reserved for scheduling-information concerning contents of an exclusive payload data transmission space, wherein said at least one state is undefined for scheduling-information concerning contents of said exclusive payload data transmission space. - communicating, from a base station to a remote terminal, the request on a physical layer downlink control channel signal comprising a first group of information elements each carrying information, corresponding to different states, relevant for scheduling a physical layer uplink shared channel, said uplink shared channel intended for payload data transmission and comprising payload data transmission space and demodulation reference signals space, - communicating from the remote terminal after the request is received, to the base station, sounding reference signals on the uplink shared channel in the demodulation reference signals space,
Roof-shaped covering tarpaulin arrangement with a supply container of an agricultural distributing machine, the upper opening, in particular filling opening, of which container is covered by means of a covering tarpaulin, wherein, in its position in which it covers the container opening, the covering tarpaulin forms a saddle roof, characterized in that at least one viewing window is situated at least in one of the roof surfaces (18, 19).
A system for surge protection of a riser adapted to transport gas from a hydrocarbon production well or for surge protection in a well, the system comprising: a flexible tubing, wherein a portion of the flexible tubing extends into the riser or into the well and wherein the flexible tubing terminates inside the riser or inside the well, wherein the end of the flexible tubing is attached to an intake device, wherein the intake device has an at least partially oval cross section in a radial direction of the flexible tubing, or wherein the intake device terminates at an end portion, wherein the end portion of the intake device comprises a partially tubular outer wall, wherein the outer curvature of the partially tubular outer wall matches the inner curvature of the inside wall of the riser or well; a pressure control system arranged to create a pressure differential within the flexible tubing such that liquid is drawn from the riser or the well into the flexible tubing if liquid is present in the riser or the well. a flexible tubing, wherein a portion of the flexible tubing extends into the riser or into the well and wherein the flexible tubing terminates inside the riser or inside the well, wherein the end of the flexible tubing is attached to an intake device, wherein the intake device has an at least partially oval cross section in a radial direction of the flexible tubing, or wherein the intake device terminates at an end portion, wherein the end portion of the intake device comprises a partially tubular outer wall, wherein the outer curvature of the partially tubular outer wall matches the inner curvature of the inside wall of the riser or well; a pressure control system arranged to create a pressure differential within the flexible tubing such that liquid is drawn from the riser or the well into the flexible tubing if liquid is present in the riser or the well.
Dishwasher having a dishwasher interior enclosed by a dishwasher container and a door, and a plurality of functional components arranged in the dishwasher interior and/or on the door, wherein an optical display is associated with at least one functional component and indicates the operating state thereof and/or indicates an operating option capable of being implemented therewith, wherein the optical display is at least one light spot at least on a partial surface of the functional component or its immediate surroundings, wherein the light spot is produced by the light beam directed from a lighting device that is arranged at a distance from the functional component, wherein the lighting device can be controlled by a control device such that it selectively illuminates the functional component and/or its immediate surroundings to form the light spot, and wherein the lighting device is controlled by the control device such that different operating states and/or different operating options of a functional component are each correlated with a different property of the light spot, characterised by a correlation by way of the shape of the light spot and/or a correlation by way of a movement of the light spot.
A gearshift control mechanism, comprising: a fixedly arranged base plate having a sliding channel with a plurality of different gear positions; a handle having an operation end and a sliding end, the sliding end being slidably arranged in the sliding channel, and the handle further having a mounting part; a first transmission part connected to the mounting part; a first polar plate part connected to the first transmission part and generating a first magnetic field therein; and a fixedly arranged first sensor extending into the first polar plate part and outputting a first signal; characterized in that the first transmission part comprises a first shaft pivotally connected to the mounting part by means of a pivot and having a first end and a second end, the second end of the first shaft being connected to the first polar plate part; when the sliding end slides along the sliding channel, the mounting part is configured such that it drives the first shaft to rotate around an axis of the first shaft, and the first polar plate part rotates along with the first transmission part; the gearshift control mechanism further comprises a fixedly arranged first supporting part, and the first end of the first shaft is rotatably arranged to the first supporting part. a fixedly arranged base plate having a sliding channel with a plurality of different gear positions; a handle having an operation end and a sliding end, the sliding end being slidably arranged in the sliding channel, and the handle further having a mounting part; a first transmission part connected to the mounting part; a first polar plate part connected to the first transmission part and generating a first magnetic field therein; and a fixedly arranged first sensor extending into the first polar plate part and outputting a first signal; characterized in that the first transmission part comprises a first shaft pivotally connected to the mounting part by means of a pivot and having a first end and a second end, the second end of the first shaft being connected to the first polar plate part; when the sliding end slides along the sliding channel, the mounting part is configured such that it drives the first shaft to rotate around an axis of the first shaft, and the first polar plate part rotates along with the first transmission part; the gearshift control mechanism further comprises a fixedly arranged first supporting part, and the first end of the first shaft is rotatably arranged to the first supporting part.
A lower structure of an electric vehicle comprising: a floor panel that is formed with a floor tunnel extending in a vehicle front-rear direction; a transmission that is arranged, at least in part, on an inside of the floor tunnel; a transmission support member that is attached to the floor panel in a manner to stretch across opposite side portions of the floor tunnel in a vehicle width direction and supports a rear portion of a case of the transmission; an inverter that is attached to the case of the transmission and arranged on the inside of the floor tunnel; a battery unit that is arranged on a lower side of the floor panel, rearwardly of the transmission in the vehicle front rear direction, and at an outer side of the floor tunnel in the vehicle width direction; and a harness disposed such that a first end portion thereof is connected to the inverter, a second end portion thereof is connected to a front end portion of the battery unit, and an intermediate portion thereof between the first end portion and the second end portion extends across the floor tunnel from the inside to outside, wherein the battery unit has a substantially rectangular shape in a bottom view, characterized in that a corner on the floor tunnel side of the front end portion of the battery unit is cut out to form a free space between the front end portion of the battery unit and a portion of the floor tunnel at the rear of the transmission support member. a floor panel that is formed with a floor tunnel extending in a vehicle front-rear direction; a transmission that is arranged, at least in part, on an inside of the floor tunnel; a transmission support member that is attached to the floor panel in a manner to stretch across opposite side portions of the floor tunnel in a vehicle width direction and supports a rear portion of a case of the transmission; an inverter that is attached to the case of the transmission and arranged on the inside of the floor tunnel; a battery unit that is arranged on a lower side of the floor panel, rearwardly of the transmission in the vehicle front rear direction, and at an outer side of the floor tunnel in the vehicle width direction; and a harness disposed such that a first end portion thereof is connected to the inverter, a second end portion thereof is connected to a front end portion of the battery unit, and an intermediate portion thereof between the first end portion and the second end portion extends across the floor tunnel from the inside to outside, wherein the battery unit has a substantially rectangular shape in a bottom view, characterized in that a corner on the floor tunnel side of the front end portion of the battery unit is cut out to form a free space between the front end portion of the battery unit and a portion of the floor tunnel at the rear of the transmission support member.
A luminescent display system comprising a luminescent resin film containing a thermoplastic resin and a luminescent material; characterized in that the luminescent resin film and two or more light sources (2, 3) each having an irradiation intensity of 200 mW/cm 2 or lower and configured to emit a light beam of excitation wavelength for the luminescent material are placed such that the light beams emitted from the light sources at least partly overlap on the luminescent resin film and an area on the luminescent resin film irradiated with both light beams of at least one pair of the light sources is 50% or more of the smallest among a pair of overlapped areas on the luminescent resin film irradiated with respective light beams of the at least one pair of the light sources (2, 3), wherein the overlapping ratio is determined as defined in the description.