mhurhangee/ep-ind-claims huggingface dataset:
A traffic light control system comprising: at least one traffic signal apparatus; the system being characterised in that it further comprises: a signal generator, contained within the traffic signal apparatus, adapted to generate a signal within a frequency band of 57-64 GHz; a transmitter, contained within the traffic signal apparatus, adapted to transmit said signal; a receiver, contained within the traffic signal apparatus, adapted to receive a response to the signal; and a computational device, contained within the traffic signal apparatus, communicatively coupled to the receiver and adapted to analyse the response to the signal to determine if a specified condition is present, wherein the response received is a reflection of the transmitted signal, and further comprising a passive transponder comprising a pair of erected corner reflectors (520, 530) separated by a distance said pair of erected corner reflectors (520, 530) are adapted to generate the reflection, wherein the passive transponder is adapted to be installed in an emergency vehicle. at least one traffic signal apparatus; the system being characterised in that it further comprises: a signal generator, contained within the traffic signal apparatus, adapted to generate a signal within a frequency band of 57-64 GHz; a transmitter, contained within the traffic signal apparatus, adapted to transmit said signal; a receiver, contained within the traffic signal apparatus, adapted to receive a response to the signal; and a computational device, contained within the traffic signal apparatus, communicatively coupled to the receiver and adapted to analyse the response to the signal to determine if a specified condition is present, wherein the response received is a reflection of the transmitted signal, and further comprising a passive transponder comprising a pair of erected corner reflectors (520, 530) separated by a distance said pair of erected corner reflectors (520, 530) are adapted to generate the reflection, wherein the passive transponder is adapted to be installed in an emergency vehicle.
A method of forming an organic polymer thin film on a plurality of substrates, comprising the steps of: performing an evaporation operation of a plurality of kinds of monomers (35a, 35b) in a plurality of evaporation source containers (32a, 32b) in a vacuum state; and introducing the evaporated plurality of kinds of monomers into a deposition chamber in a vacuum state so as to be polymerized on a surface of each of the plurality of substrates disposed in the deposition chamber, thereby repeatedly performing a vacuum deposition polymerization to form an organic polymer thin film on the surface of each of the plurality of substrates disposed in the deposition chamber in turn, wherein in the repeated vacuum deposition polymerization, the plurality of kinds of monomers are present in the plurality of evaporation source containers each in a constant amount in a liquid form every time at the beginning of the evaporation operation of the monomers for the plurality of substrates, the method further comprising the step: suctioning each of the plurality of kinds of monomers into a respective liquid storage chamber (36a, 36b) from a respective storage tank based on a pressure difference between the liquid storage chamber and the storage tank. performing an evaporation operation of a plurality of kinds of monomers (35a, 35b) in a plurality of evaporation source containers (32a, 32b) in a vacuum state; and introducing the evaporated plurality of kinds of monomers into a deposition chamber in a vacuum state so as to be polymerized on a surface of each of the plurality of substrates disposed in the deposition chamber, thereby repeatedly performing a vacuum deposition polymerization to form an organic polymer thin film on the surface of each of the plurality of substrates disposed in the deposition chamber in turn, suctioning each of the plurality of kinds of monomers into a respective liquid storage chamber (36a, 36b) from a respective storage tank based on a pressure difference between the liquid storage chamber and the storage tank.
Method for producing a tubular knitted textile structure, consisting in: - firstly producing, by warp knitting with a stitch on a double needle bed Rachel loom, two plies joined together by connecting threads which pass alternately through the movement of the loom from one needle bed to the other in order to create a textile having a thickness, constituting a 3D structure in order ultimately to define a tubular or multi-tubular structure, namely a structure having several tubes substantially parallel to one another, said tubes being capable of being separated from one another after they have been produced; - and inserting a continuous weft at the double needle bed, which is inserted into the stitches on said two plies with an offset in the direction of production, the continuous weft being conveyed at the needle beds by revolution around the needle beds. - firstly producing, by warp knitting with a stitch on a double needle bed Rachel loom, two plies joined together by connecting threads which pass alternately through the movement of the loom from one needle bed to the other in order to create a textile having a thickness, constituting a 3D structure in order ultimately to define a tubular or multi-tubular structure, namely a structure having several tubes substantially parallel to one another, said tubes being capable of being separated from one another after they have been produced; - and inserting a continuous weft at the double needle bed, which is inserted into the stitches on said two plies with an offset in the direction of production, the continuous weft being conveyed at the needle beds by revolution around the needle beds.
A USB charging device comprising: - a base; - a bracket, - said bracket attachable with said base; - a cover attached to said bracket in a water tight manner and having at least one opening formed therein; - at least one door (112, 114); - at least one hinge (132, 134) affixing said at least one door (112, 114) to said cover; - a biasing mechanism for biasing said at least one door (112, 114) in a closed position with respect to said cover; - a seal formed around said at least one opening for form a water tight seal with said at least one door (112, 114) when the door is in the closed position; - at least one Universal Serial Bus receptacle (108, 110) accessible via the at least one opening in said cover; - at least one Printed Circuit Board electrically connected to said at least one USB receptacle (108, 110); - said bracket having a mounting portion for engaging with a surface for mounting of said USB charging device in an exterior environment; characterized in that: - said at least one PCB comprises a first PCB and a second PCB, said first PCB being electrically connected to said second PCB, said first and second PCB (140, 142) conveying power to said at least one USB receptacle (108, 110); - said charging device further comprises an intermediate seal formed between said first PCB and said second PCB such that moisture is inhibited from moving from an area housing said first PCB to an area housing said second PCB. - a base; - a bracket, - said bracket attachable with said base; - a cover attached to said bracket in a water tight manner and having at least one opening formed therein; - at least one door (112, 114); - at least one hinge (132, 134) affixing said at least one door (112, 114) to said cover; - a biasing mechanism for biasing said at least one door (112, 114) in a closed position with respect to said cover; - a seal formed around said at least one opening for form a water tight seal with said at least one door (112, 114) when the door is in the closed position; - at least one Universal Serial Bus receptacle (108, 110) accessible via the at least one opening in said cover; - at least one Printed Circuit Board electrically connected to said at least one USB receptacle (108, 110); - said bracket having a mounting portion for engaging with a surface for mounting of said USB charging device in an exterior environment; - said at least one PCB comprises a first PCB and a second PCB, said first PCB being electrically connected to said second PCB, said first and second PCB (140, 142) conveying power to said at least one USB receptacle (108, 110); - said charging device further comprises an intermediate seal formed between said first PCB and said second PCB such that moisture is inhibited from moving from an area housing said first PCB to an area housing said second PCB.
Method of casting rectangular strips of metal close to final dimensions and subsequently processing to form metal strips, in accordance with the DSC (Direct Strip Casting) method in a horizontal strip casting plant, wherein the metal melt is cast by means of a melt delivery system on a horizontally circulating metal transport belt cooled at the underside and the liquid cast product hardens on this metal transport belt during transport thereof so as to form pre-strip which then after leaving the metal transport belt is conveyed mechanically clamped to a driver and wherein for producing maximum contact of the cast product on the metal transport belt a pressing device (11, 12, 13), which is arranged above the pre-strip in the region of the end of the metal transport belt downstream in the casting direction, is pressed from above onto the cast product hardening to form the pre-strip, characterised in that for avoidance of rearward arching, which is possible in the pouring-out region of the casting machine, of the strip edges and for homogenising heat transfer to the cast product during hardening thereof on the metal transport belt compensation is provided for the abruptly reduced cooling of the lower side of the pre-strip on departure from the metal transport belt, for which purpose the underside of the pre-strip is additionally cooled in the region directly behind the metal transport belt.
A method of forming a seal around an end of a fastener protruding from a structure with a cap, the cap comprising a cap body with a cavity; a sealing material inlet comprising an opening in the cap body, ridges protruding from the cap body into the cavity, and channels between the ridges, the method comprising: installing the cap body over the end of the fastener so that it is enclosed within the cavity and contacted by the ridges; injecting sealing material into the cavity via the sealing material inlet so that the sealing material flows along the channels, fills the cavity, contacts the end of the fastener, and contacts the structure; and curing the sealing material to form the seal; wherein the cap body and the cavity terminate at an annular rim; characterised in that the ridges comprise three or more ridges, the channels comprised three or more channels, the cap body is installed over the end of the fastener with an annular gap between the annular rim and the structure, and the sealing material flows from the sealing material inlet to the annular rim and out of the annular gap to form an annular bead in contact with the structure. installing the cap body over the end of the fastener so that it is enclosed within the cavity and contacted by the ridges; injecting sealing material into the cavity via the sealing material inlet so that the sealing material flows along the channels, fills the cavity, contacts the end of the fastener, and contacts the structure; and curing the sealing material to form the seal; wherein the cap body and the cavity terminate at an annular rim;
A specimen mixing and transfer device (100, 200) adapted to receive a sample (112, 212), comprising: a housing (114, 214) having a first end (122, 222), a second end (124, 224), and a sidewall (126, 226) extending therebetween; a dry anticoagulant powder (120, 220) disposed within the housing (114, 214); and a mixing element (115, 215) disposed within the housing (114, 214), characterised in that the mixing element comprises a plurality of posts. a housing (114, 214) having a first end (122, 222), a second end (124, 224), and a sidewall (126, 226) extending therebetween; a dry anticoagulant powder (120, 220) disposed within the housing (114, 214); and a mixing element (115, 215) disposed within the housing (114, 214), characterised in that the mixing element comprises a plurality of posts.
A method for oxidatively dyeing keratin fibers, the method comprising the following method steps in the specified sequence: a) applying a cosmetic agent to the keratin fibers, the cosmetic agent being applied only to individual strands, b) allowing agent to act on the keratin fibers for a period of from 30 seconds to 40 minutes, c) applying a cosmetic agent to the keratin fibers that have been subjected to cosmetic agent, d) allowing cosmetic agents and to act on the keratin fibers for a period of from 1 to 70 minutes, e) rinsing off cosmetic agents and, characterized in that - cosmetic agent contains at least one developer-type oxidation dye precursor (M1-1), at least one coupler-type oxidation dye precursor (M1-2), at least one direct dye (M1-3), and at least one thickener (M1-4), has a pH of from 9.2 to 10.5, contains 0 wt.%, based on the total weight of cosmetic agent, oxidizing agent, and has a dynamic viscosity of from 10,000 to 50,000 mPas (measured using Brookfield RDV II+, spindle no. 4, 4 rpm, 20 °C), - cosmetic agent contains at least one oxidation dye precursor (M2-1) and at least one oxidizing agent (M2-2), - cosmetic agent and cosmetic agent have identical pH values. a) applying a cosmetic agent to the keratin fibers, the cosmetic agent being applied only to individual strands, b) allowing agent to act on the keratin fibers for a period of from 30 seconds to 40 minutes, c) applying a cosmetic agent to the keratin fibers that have been subjected to cosmetic agent, d) allowing cosmetic agents and to act on the keratin fibers for a period of from 1 to 70 minutes, e) rinsing off cosmetic agents and, - cosmetic agent contains at least one developer-type oxidation dye precursor (M1-1), at least one coupler-type oxidation dye precursor (M1-2), at least one direct dye (M1-3), and at least one thickener (M1-4), has a pH of from 9.2 to 10.5, contains 0 wt.%, based on the total weight of cosmetic agent, oxidizing agent, and has a dynamic viscosity of from 10,000 to 50,000 mPas (measured using Brookfield RDV II+, spindle no. 4, 4 rpm, 20 °C), - cosmetic agent contains at least one oxidation dye precursor (M2-1) and at least one oxidizing agent (M2-2), - cosmetic agent and cosmetic agent have identical pH values.
A proportional valve, comprising: a movable armature within a body, with the armature including a poppet and with the body including one or more inflow ports and an outflow bore; a valve seat located on a projecting valve seat structure, with the valve seat including a valve orifice in fluid communication with the one or more inflow ports and the outflow bore; and a flow flange extending from the poppet and including a flow flange wall that surrounds the valve seat structure, forming a flange inflow channel of a predetermined cross-sectional inflow area between the flow flange wall and the valve seat structure, wherein the poppet moves between fully closed and fully opened positions without changing the predetermined cross-sectional inflow area provided by the inflow channel. a movable armature within a body, with the armature including a poppet and with the body including one or more inflow ports and an outflow bore; a valve seat located on a projecting valve seat structure, with the valve seat including a valve orifice in fluid communication with the one or more inflow ports and the outflow bore; and a flow flange extending from the poppet and including a flow flange wall that surrounds the valve seat structure, forming a flange inflow channel of a predetermined cross-sectional inflow area between the flow flange wall and the valve seat structure, wherein the poppet moves between fully closed and fully opened positions without changing the predetermined cross-sectional inflow area provided by the inflow channel.
A tensioner comprising: a base; a shaft connected to the base; an eccentric adjuster coaxially engaged with the shaft; an arm pivotally engaged with the shaft; a pulley journalled to the arm; a torsion spring engaged between the arm and the base; the arm comprising a first receiving portion and a second receiving portion disposed axially opposite from the first receiving portion; a first damping member disposed between the arm and the base, the first damping member frictionally engaged with the base and engaged with first receiving portion; a second damping member disposed between the arm and the eccentric adjuster having a member engaged with the second receiving portion; and characterized by: a biasing member disposed between the first damping member and the arm applying a normal force to the first damping member and to the second damping member. a base; a shaft connected to the base; an eccentric adjuster coaxially engaged with the shaft; an arm pivotally engaged with the shaft; a pulley journalled to the arm; a torsion spring engaged between the arm and the base; the arm comprising a first receiving portion and a second receiving portion disposed axially opposite from the first receiving portion; a first damping member disposed between the arm and the base, the first damping member frictionally engaged with the base and engaged with first receiving portion; a second damping member disposed between the arm and the eccentric adjuster having a member engaged with the second receiving portion; and characterized by: a biasing member disposed between the first damping member and the arm applying a normal force to the first damping member and to the second damping member. a biasing member disposed between the first damping member and the arm applying a normal force to the first damping member and to the second damping member.
Device for dispensing a flowable medium, in particular for dispensing an adhesive, preferably for dispensing a hot melt adhesive, having: - a housing with an interior space, - a rod mounted in the housing, wherein the rod can be moved by means of an actuator between a first end position and a second end position in an axial direction and vice versa, - a diaphragm, wherein the rod passes through the diaphragm, wherein the diaphragm is mounted in a sealed manner in the housing radially on the outside and is mounted in a sealed manner in the rod radially on the inside, wherein the diaphragm divides the interior space into a first cavity and into a second cavity, wherein the diaphragm separates the first cavity from the second cavity in a fluid-tight manner, wherein the first cavity serves to hold the flowable medium, - at least one channel, which opens into the first cavity and through which the flowable medium can flow into the first cavity, - a dispensing opening, which opens into the first cavity, for dispensing the flowable medium, wherein the rod has a sealing section, wherein the sealing section closes the dispensing opening in the first end position and is arranged at a distance from the dispensing opening in the second end position, wherein a pressure medium acting on the diaphragm is arranged in the second cavity, characterized in that the axial distance between the first end position and the second end position is from 0.05 mm to 1 mm, and wherein, in the region of the diaphragm that serves to separate the first cavity from the second cavity, the diaphragm has a thickness from 0.5 mm to 1.25 mm, wherein the diaphragm has two sections that surround the rod in a radially encircling manner and are arched in the axial direction, wherein the two arched sections are arched in opposite directions. - a housing with an interior space, - a rod mounted in the housing, wherein the rod can be moved by means of an actuator between a first end position and a second end position in an axial direction and vice versa, - a diaphragm, wherein the rod passes through the diaphragm, wherein the diaphragm is mounted in a sealed manner in the housing radially on the outside and is mounted in a sealed manner in the rod radially on the inside, wherein the diaphragm divides the interior space into a first cavity and into a second cavity, wherein the diaphragm separates the first cavity from the second cavity in a fluid-tight manner, wherein the first cavity serves to hold the flowable medium, - at least one channel, which opens into the first cavity and through which the flowable medium can flow into the first cavity, - a dispensing opening, which opens into the first cavity, for dispensing the flowable medium, wherein the rod has a sealing section, wherein the sealing section closes the dispensing opening in the first end position and is arranged at a distance from the dispensing opening in the second end position,
Modular metal shelving unit for displaying goods, comprising at least two uprights extending in a substantially vertical direction, one or more shelves and at least one backboard (3, 3a) to be fixed between said two uprights, said uprights being each provided with one or more slots and said backboard being provided with at least one wing emerging from each of its sides facing the uprights and intended to be inserted in a respective slot of a relative upright, wherein the backboard has a useful extension (Ef), excluding the extension of the wings, in a transverse extension, substantially equal to the inner distance (Di) between the two uprights in-between which it is inserted, and wherein each of said wings comprises a linear portion which extends in the transverse direction and is substantially coplanar to a plane containing the backboard itself, characterized in that each of said wings comprises a folded portion (9") forming an angle (α) with said linear portion, wherein the wing is folded in correspondence of an intermediate position to form a sort of enlarged V.
Component, in particular housing of a high pressure fuel pump, in which there are a first high pressure duct and at least one second high pressure duct, the longitudinal axis of the first duct lying at an acute or right angle with respect to the longitudinal axis of the second duct, and the second duct opening into the first duct, with the result that an intersection is formed, the first duct being formed by a central bore and at least one auxiliary bore which enlarges the cross section of the central bore, the central bore consisting of a first section which extends over the intersection and a second section which adjoins it, and the at least one auxiliary bore extending merely along the first section and no auxiliary bore being provided along the second section, characterized in that the longitudinal axis of the auxiliary bore and the longitudinal axis of the central bore run parallel to one another, and in that the central bore is guided through the component.