mhurhangee/ep-ind-claims huggingface dataset:
Assembly of a structural element of a motor vehicle and a functional element, the structural element being an upper member of the technical front face and the functional element being a radiator, characterized in that it comprises: - a first wall and a second wall which are substantially parallel and separated by a predetermined distance forming part of said structural element, each wall (3, 4) being perforated by a through-hole (6, 7), said holes (6, 7) being opposite each other, - a receiving housing produced in said functional element and having the same axis as the holes (6, 7) of said structural element, said receiving housing being located in the vicinity of the second wall of the structural element, - a pin passing through the holes (6, 7) of the structural element, a free end of said pin being received and held inside the receiving housing, the other end of the pin having an enlarged head bearing against an outer face of the first wall of the structural element, in which the holes (6, 7) of said structural element are arranged so as to form means for holding and fastening said pin. - a first wall and a second wall which are substantially parallel and separated by a predetermined distance forming part of said structural element, each wall (3, 4) being perforated by a through-hole (6, 7), said holes (6, 7) being opposite each other, - a receiving housing produced in said functional element and having the same axis as the holes (6, 7) of said structural element, said receiving housing being located in the vicinity of the second wall of the structural element, - a pin passing through the holes (6, 7) of the structural element, a free end of said pin being received and held inside the receiving housing, the other end of the pin having an enlarged head bearing against an outer face of the first wall of the structural element,
A packing press for packing deformable material, comprising: a compactor and a closure plate that limits a side of a working space of the compactor; wherein the packing press is configured such that the closure plate closes the side of the working space at an operation in a first direction and opens it at an operation in a second direction, and that the compactor is movable along the closure plate into the working space; wherein an edge of the compactor is flush with the closure plate; wherein the closure plate is configured as a cover plate that limits an upper side of the working space; and wherein the compactor is configured as a charge compression compactor and the working space as a feed chamber, characterized in that an end of the closure plate that is opposite to the compactor engages into the working space when the side of the working space is closed and is pressed out of the working space by the compactor when the compactor is moved into the working space. a compactor and a closure plate that limits a side of a working space of the compactor; wherein the packing press is configured such that the closure plate closes the side of the working space at an operation in a first direction and opens it at an operation in a second direction, and that the compactor is movable along the closure plate into the working space; that the closure plate closes the side of the working space at an operation in a first direction and opens it at an operation in a second direction, and that the compactor is movable along the closure plate into the working space; wherein an edge of the compactor is flush with the closure plate; wherein the closure plate is configured as a cover plate that limits an upper side of the working space; and wherein the compactor is configured as a charge compression compactor and the working space as a feed chamber, characterized in that an end of the closure plate that is opposite to the compactor engages into the working space when the side of the working space is closed and is pressed out of the working space by the compactor when the compactor is moved into the working space.
A hose assembly comprising: a hose including an end portion defining an inner bore and an outer surface; a connector body having an outer end portion defining a fluid connector, an inner end defining a nose portion received in the inner bore of the hose end portion, and an intermediate portion including first and second annular flanges (36, 37) spaced apart to define a dog lock groove; and a collar including an outer end portion defining an inner radial dog lock received in the dog lock groove, an annular step portion extending radially outward of and axially inward of the dog lock in axial alignment with the first annular flange, and an inner end portion extending radially outward of and axially inward from the step portion, the inner end portion being in radial compression against the outer surface of the hose end portion; wherein the outer surface of the hose end portion has an outer diameter that is larger than an inner diameter of the step portion, such that the outer surface of the hose end portion is secured axially inward of the first annular flange; wherein at least one of the first and second annular flanges defines a tapered side surface of the dog lock groove, with the dog lock contacting the tapered side surface of the dog lock groove; and wherein the dog lock has an axial width greater than an axial inner width of the dog lock groove, such that an inner surface of the dog lock and an outer surface of the dog lock groove define an annular radial gap. a hose including an end portion defining an inner bore and an outer surface; a connector body having an outer end portion defining a fluid connector, an inner end defining a nose portion received in the inner bore of the hose end portion, and an intermediate portion including first and second annular flanges (36, 37) spaced apart to define a dog lock groove; and a collar including an outer end portion defining an inner radial dog lock received in the dog lock groove, an annular step portion extending radially outward of and axially inward of the dog lock in axial alignment with the first annular flange, and an inner end portion extending radially outward of and axially inward from the step portion, the inner end portion being in radial compression against the outer surface of the hose end portion; wherein the outer surface of the hose end portion has an outer diameter that is larger than an inner diameter of the step portion, such that the outer surface of the hose end portion is secured axially inward of the first annular flange; wherein at least one of the first and second annular flanges defines a tapered side surface of the dog lock groove, with the dog lock contacting the tapered side surface of the dog lock groove; and wherein the dog lock has an axial width greater than an axial inner width of the dog lock groove, such that an inner surface of the dog lock and an outer surface of the dog lock groove define an annular radial gap.
Low-voltage protective switching device, comprising - an insulating-material housing, having a front side, a securing side opposite the front side, and narrow and broad sides (13, 14) connecting the front and securing sides (11, 12), - a switching contact comprising a fixed contact, which is arranged in a stationary fashion in the housing, and a moving contact, which is movable relative to said fixed contact, - an arc quenching chamber, - an arc guide rail, the first end of which is led under the arc quenching chamber and the second end of which projects in the direction of the switching contact, - comprising a printed circuit board arranged between the arc quenching chamber and the securing side, characterized in that - the printed circuit board is electrically conductively connected to the arc guide rail via a voltage tap, and - the insulating-material housing consists of a plurality of modules (10-1, 10-2, 10-3, 10-4) arranged next to one another, wherein a switching contact and an arc guide rail assigned thereto are arranged in each of the plurality of modules (10-1, 10-2, 10-3, 10-4), wherein the printed circuit board extends across the plurality of modules (10-1, 10-2, 10-3, 10-4) and is electrically conductively connected to each of the arc guide rails via a respective dedicated voltage tap. - an insulating-material housing, having a front side, a securing side opposite the front side, and narrow and broad sides (13, 14) connecting the front and securing sides (11, 12), - a switching contact comprising a fixed contact, which is arranged in a stationary fashion in the housing, and a moving contact, which is movable relative to said fixed contact, - an arc quenching chamber, - an arc guide rail, the first end of which is led under the arc quenching chamber and the second end of which projects in the direction of the switching contact, - comprising a printed circuit board arranged between the arc quenching chamber and the securing side, characterized in that - the printed circuit board is electrically conductively connected to the arc guide rail via a voltage tap, and - the insulating-material housing consists of a plurality of modules (10-1, 10-2, 10-3, 10-4) arranged next to one another, wherein a switching contact and an arc guide rail assigned thereto are arranged in each of the plurality of modules (10-1, 10-2, 10-3, 10-4), wherein the printed circuit board extends across the plurality of modules (10-1, 10-2, 10-3, 10-4) and is electrically conductively connected to each of the arc guide rails via a respective dedicated voltage tap.
Use of polyesters for increasing the surface tension and improving the hydrophilic behaviour of hydrophobic surfaces, characterised in that the polyesters are obtainable by polymerisation of a) terephthalic acid dimethyl ester, and b) ethylene glycol, c) 1,2-propylene glycol, and d) one or more polyalkylene glycols having weight average molecular weights in the range of 1000 to 2000 g/mol, and e) a single polyethylene glycol monomethyl ester having a weight average molecular weight in the range of 1050 to 1350 g/mol, f) either in the presence or in the absence of one or more crosslinking compounds having 3 to 6 functions capable of polycondensation, in particular acid, alcohol or ester functions, with the proviso that the components d) are used in amounts by weight < 80%, based on the amount by weight of the polyesters obtained by polymerization, the molecular weight being determined by the method indicated in the application. a) terephthalic acid dimethyl ester, and b) ethylene glycol, c) 1,2-propylene glycol, and d) one or more polyalkylene glycols having weight average molecular weights in the range of 1000 to 2000 g/mol, and e) a single polyethylene glycol monomethyl ester having a weight average molecular weight in the range of 1050 to 1350 g/mol, f) either in the presence or in the absence of one or more crosslinking compounds having 3 to 6 functions capable of polycondensation, in particular acid, alcohol or ester functions, with the proviso that the components d) are used in amounts by weight < 80%, based on the amount by weight of the polyesters obtained by polymerization, the molecular weight being determined by the method indicated in the application.
A CMOS image sensor (101, 101', 801, 901, 1001, 1101) comprising: a substrate or backside contact; an active layer of a first conductivity type on the substrate or backside contact and arranged to be reversed biased and a pixel comprising: a photosensitive element (22, 822, 922, 1022, 1122) at a front face of the active layer and comprising a well of a second conductivity type; and a well (21, 821, 921, 1021, 1121) of the first conductivity type containing active CMOS elements for reading and resetting the photosensitive element; wherein: a doped buried layer (111, 111', 811, 911, 1011, 1111) of the second conductivity type is located entirely within the active layer beneath the well of the first conductivity type and is arranged to extend a depletion region below the well of the second conductivity type also below the well of the first conductivity type to form an extended depletion region in the active layer; wherein the extended depletion area in the active layer is arranged to pinch off a parasitic current path between the well of the first conductivity type containing active CMOS elements and a substrate or backside contact. a substrate or backside contact; an active layer of a first conductivity type on the substrate or backside contact and arranged to be reversed biased and a pixel comprising: a photosensitive element (22, 822, 922, 1022, 1122) at a front face of the active layer and comprising a well of a second conductivity type; and a well (21, 821, 921, 1021, 1121) of the first conductivity type containing active CMOS elements for reading and resetting the photosensitive element; wherein: a doped buried layer (111, 111', 811, 911, 1011, 1111) of the second conductivity type is located entirely within the active layer beneath the well of the first conductivity type and is arranged to extend a depletion region below the well of the second conductivity type also below the well of the first conductivity type to form an extended depletion region in the active layer; a photosensitive element (22, 822, 922, 1022, 1122) at a front face of the active layer and comprising a well of a second conductivity type; and a well (21, 821, 921, 1021, 1121) of the first conductivity type containing active CMOS elements for reading and resetting the photosensitive element; wherein: a doped buried layer (111, 111', 811, 911, 1011, 1111) of the second conductivity type is located entirely within the active layer beneath the well of the first conductivity type and is arranged to extend a depletion region below the well of the second conductivity type also below the well of the first conductivity type to form an extended depletion region in the active layer;
Cosmetic element, in particular a make-up element, formed by a first cosmetic product and at least a second cosmetic product different from the first one, the first cosmetic product being a matrix inside of which a plurality of macroscopic corpuscular units are sunk, the macroscopic corpuscular units being formed by said at least one second cosmetic product, characterized in that a whole surface of application of the cosmetic element, in a first use configuration, is defined only by said first cosmetic product.
A roller coaster, comprising: a track defining a ride path with a passenger load/unload section and a gravity-based ride section; a vehicle including a chassis coupled to the track to roll on one or more surfaces of the track, wherein the vehicle further includes a passenger compartment supported on the chassis that is adapted for receiving one or more passengers; a compartment positioning mechanism controllable to move the passenger compartment between a first position in the passenger load/unload section to a second position at a location in the gravity-based ride section; a power supply assembly comprising a charging element mounted on or near the track on the ride path defined by the track and further comprising an onboard energy storage mounted on the vehicle adapted for charging by the charging element, wherein the onboard energy storage provides power to the compartment positioning mechanism to move the passenger compartment between the first and second positions; and characterised in that the charging element is provided in the gravity-based ride section and in that the location in the gravity-based ride section where the passenger compartment is moved between the first and second positions is spaced apart a distance from the charging element, whereby the onboard energy storage is disconnected from the charging element while powering the compartment positioning mechanism. a track defining a ride path with a passenger load/unload section and a gravity-based ride section; a vehicle including a chassis coupled to the track to roll on one or more surfaces of the track, wherein the vehicle further includes a passenger compartment supported on the chassis that is adapted for receiving one or more passengers; a compartment positioning mechanism controllable to move the passenger compartment between a first position in the passenger load/unload section to a second position at a location in the gravity-based ride section; a power supply assembly comprising a charging element mounted on or near the track on the ride path defined by the track and further comprising an onboard energy storage mounted on the vehicle adapted for charging by the charging element, wherein the onboard energy storage provides power to the compartment positioning mechanism to move the passenger compartment between the first and second positions; and characterised in that the charging element is provided in the gravity-based ride section and in that the location in the gravity-based ride section where the passenger compartment is moved between the first and second positions is spaced apart a distance from the charging element, whereby the onboard energy storage is disconnected from the charging element while powering the compartment positioning mechanism.
An X-ray dental imaging system for medical imaging of patients in standing and sitting positions, comprising: a column; an upper shelf rotatably coupled to the column about a first rotational axis and vertically translatable; a rotating part rotatably coupled to the upper shelf about a second rotational axis spaced from the first rotational axis; a chair spaced from the column; and a controller configured to control the X-ray dental imaging system to vertically translate a height of the upper shelf, rotationally adjust the upper shelf about the first rotational axis, and rotationally adjust the rotating part about the second rotational axis so as to position the rotating part in a first position about a patient's head when the patient is seated on the chair; and vertically translate the height of the upper shelf, rotationally adjust the upper shelf about the first rotational axis, and rotationally adjust the rotating part about the second rotational axis so as to position the rotating part in a second, different position about a patient's head when the patient is standing at a location away from the chair. a column; an upper shelf rotatably coupled to the column about a first rotational axis and vertically translatable; a rotating part rotatably coupled to the upper shelf about a second rotational axis spaced from the first rotational axis; a chair spaced from the column; and a controller configured to control the X-ray dental imaging system to vertically translate a height of the upper shelf, rotationally adjust the upper shelf about the first rotational axis, and rotationally adjust the rotating part about the second rotational axis so as to position the rotating part in a first position about a patient's head when the patient is seated on the chair; and vertically translate the height of the upper shelf, rotationally adjust the upper shelf about the first rotational axis, and rotationally adjust the rotating part about the second rotational axis so as to position the rotating part in a second, different position about a patient's head when the patient is standing at a location away from the chair.
A security barrier panel unit, comprising one or more sub-panel groups, each of the sub-panel groups comprising: barrier panels arranged in line; intermediate members each disposed between adjacent barrier panels; rope tubes; and ropes, each of the barrier panels has a front face, a rear face and side faces and has channels passing through from one side face to another side face,and the barrier panels and the intermediate members are connected by the ropes disposed in the rope tubes, respectively, wherein each of the barrier panels comprise one or more openings (112, 113, 114) at a top portion thereof for attenuating and absorbing wave energy coming to the barrier panel ans a buoyancy portion at a bottom portion thereof; each of the intermediate members is integrated with one of the barrier panels in an undetachable manner; and the rope tubes are disposed in the channels, respectively, so that the rope tubes pass through the barrier panels and the intermediate members. barrier panels arranged in line; intermediate members each disposed between adjacent barrier panels; rope tubes; and ropes, each of the barrier panels has a front face, a rear face and side faces and has channels passing through from one side face to another side face,and the barrier panels and the intermediate members are connected by the ropes disposed in the rope tubes, respectively, wherein each of the barrier panels comprise one or more openings (112, 113, 114) at a top portion thereof for attenuating and absorbing wave energy coming to the barrier panel ans a buoyancy portion at a bottom portion thereof; each of the intermediate members is integrated with one of the barrier panels in an undetachable manner; and the rope tubes are disposed in the channels, respectively, so that the rope tubes pass through the barrier panels and the intermediate members.
Apparatus for placing cuttings of plants in a cultivation medium comprising: - a cuttings supply system for supplying a plurality of cuttings; - a camera system; - a pick-up tool; and - a planting system; wherein the planting system and the pick-up tool are separate entities; characterized in that; the camera system is for identifying cuttings among the plurality of cuttings provided by the supply system that are suitable for individual pick up using pattern recognition; the pick-up tool is a pick-up tool for picking up cuttings identified by the camera system among the plurality of cuttings and arranged for suitably placing picked-up cuttings in the planting system; and the planting system is for simultaneously planting multiple cuttings in the cultivation medium. - a cuttings supply system for supplying a plurality of cuttings; - a camera system; - a pick-up tool; and - a planting system;
A batten assembly for a collapsible toy comprising: a first connector having a first batten receiver, a second connector having a second batten receiver; and a batten having a longitudinal axis and a batten width perpendicular to the longitudinal axis, wherein the batten width is less than or equal to the path length, characterized in that the first batten receiver and the second batten receiver each have a curvilinear cross section and a path length along the curvilinear cross section, and wherein the first and second batten receivers each comprise one open end, and wherein the batten is curved about the longitudinal axis to conform to the curvilinear cross section and wherein a first end of the batten is removably inserted in the one open end of the first batten receiver and a second end of the batten is removably inserted in the one open end of the second batten receiver. a first connector having a first batten receiver, a second connector having a second batten receiver; and a batten having a longitudinal axis and a batten width perpendicular to the longitudinal axis, wherein the batten width is less than or equal to the path length, characterized in that the first batten receiver and the second batten receiver each have a curvilinear cross section and a path length along the curvilinear cross section, and wherein the first and second batten receivers each comprise one open end, and wherein the batten is curved about the longitudinal axis to conform to the curvilinear cross section and wherein a first end of the batten is removably inserted in the one open end of the first batten receiver and a second end of the batten is removably inserted in the one open end of the second batten receiver.