mhurhangee/ep-ind-claims huggingface dataset:
A receptacle for dispensing cosmetic product comprising: - a base adapted to receive a cup containing the product; - a cover being rotatable between a position in which the receptacle is closed and a position in which the receptacle is open, connected to the base by a first pivot connection at the rear part of the receptacle; - an intermediate platform for holding the cup in position, this platform being located between the base and the cover, comprising means for braking the cover on opening and closing, located in the rear part of the receptacle, characterized in that the intermediate platform is rotatable between a closed position adapted to clamp the cup and an open position allowing the cup to be removed, this platform being connected to the base by a second pivot connection at the rear part of the receptacle, and in that the receptacle also comprises means for braking the platform on opening and closing, located in the rear part of the receptacle. - a base adapted to receive a cup containing the product; - a cover being rotatable between a position in which the receptacle is closed and a position in which the receptacle is open, connected to the base by a first pivot connection at the rear part of the receptacle; - an intermediate platform for holding the cup in position, this platform being located between the base and the cover, comprising means for braking the cover on opening and closing, located in the rear part of the receptacle, characterized in that the intermediate platform is rotatable between a closed position adapted to clamp the cup and an open position allowing the cup to be removed, this platform being connected to the base by a second pivot connection at the rear part of the receptacle, and in that the receptacle also comprises means for braking the platform on opening and closing, located in the rear part of the receptacle.
A parking assist method using a parking assist device comprising a controller for executing parking assist to park a subject vehicle in a parking space as a target, and a display for presenting guidance information to an occupant of the subject vehicle, comprising: detecting the parking space in which the subject vehicle can be parked; when the subject vehicle is moved by manual driving, determining (S4, S24) whether or not the parking space in which the subject vehicle can be parked by first parking control for parking the subject vehicle by moving the subject vehicle only backward exists in the detected parking space on a basis of a current position of the subject vehicle in motion; and when it is determined that the parking space in which the subject vehicle can be parked by the first parking control does not exist (S 4: NO, S24: NO), presenting (S7, S27) second guidance information, the second guidance information indicating that execution of the second parking control can be selected, the second parking control being control for parking the subject vehicle in the parking space by moving the subject vehicle forward and backward; characterized by when it is determined that the parking space in which the subject vehicle can be parked by the first parking control exists (S4: YES, S24: YES), presenting both first guidance information and the second guidance information as guidance information, the first guidance information indicating that execution of the first parking control can be selected. detecting the parking space in which the subject vehicle can be parked; when the subject vehicle is moved by manual driving, determining (S4, S24) whether or not the parking space in which the subject vehicle can be parked by first parking control for parking the subject vehicle by moving the subject vehicle only backward exists in the detected parking space on a basis of a current position of the subject vehicle in motion; and when it is determined that the parking space in which the subject vehicle can be parked by the first parking control does not exist (S 4: NO, S24: NO), presenting (S7, S27) second guidance information, the second guidance information indicating that execution of the second parking control can be selected, the second parking control being control for parking the subject vehicle in the parking space by moving the subject vehicle forward and backward; characterized by when it is determined that the parking space in which the subject vehicle can be parked by the first parking control exists (S4: YES, S24: YES), presenting both first guidance information and the second guidance information as guidance information, the first guidance information indicating that execution of the first parking control can be selected.
An insertion catheter for implanting a cardiovascular implant, which insertion catheter comprises a self-expanding main structure, with a first, inner catheter shaft, which is arranged within at least one second, outer catheter shaft, wherein the implant is arranged on the first, inner catheter shaft in the distal region of the insertion catheter, and wherein a portion close to the distal end of the second, outer catheter shaft is formed as an implant capsule for encasing the implant during the insertion, characterised in that the implant capsule has a wall, in which a first helix made of a first spring wire with circular wire cross-section and a second helix made of a second spring wire with triangular cross-section are wound in a manner intertwined with one another.
A fuel cell system, comprising: a reformer for generating hydrogen gas from fuel containing hydrogen using a chemical catalytic reaction and thermal energy; at least one electricity generator for generating electrical energy by an electrochemical reaction of the hydrogen gas and oxygen; a fuel supply assembly for supplying fuel to the reformer; and an oxygen supply assembly for supplying oxygen to said at least one electricity generator; characterized by a heat exchanger, referred to as second heat exchanger in this application, the heat exchanger being adapted to circulate the fuel in said at least one electricity generator so as to reduce the heat generated in said at least one electricity generator during normal operation, and that is adapted to supply the pre-heated fuel, that is heated while circulating through said at least one electricity generator, to the reformer. a reformer for generating hydrogen gas from fuel containing hydrogen using a chemical catalytic reaction and thermal energy; at least one electricity generator for generating electrical energy by an electrochemical reaction of the hydrogen gas and oxygen; a fuel supply assembly for supplying fuel to the reformer; and an oxygen supply assembly for supplying oxygen to said at least one electricity generator; characterized by a heat exchanger, referred to as second heat exchanger in this application, the heat exchanger being adapted to circulate the fuel in said at least one electricity generator so as to reduce the heat generated in said at least one electricity generator during normal operation, and that is adapted to supply the pre-heated fuel, that is heated while circulating through said at least one electricity generator, to the reformer.
A method for continuously tracking a location of a plurality of objects (1204, 1206, 1220), comprising the steps of: determining when tracking information for a first object is not available, the first object being one of the plurality of objects (1204, 1206, 1220); while a continuous location tracking information for the first object is not available: determining probability of transfer of the first object to each other of the plurality of objects; associating the first object with the most probable one of the plurality of objects; and utilizing a current location of the associated object as the location of the first object. determining when tracking information for a first object is not available, the first object being one of the plurality of objects (1204, 1206, 1220); while a continuous location tracking information for the first object is not available: determining probability of transfer of the first object to each other of the plurality of objects; associating the first object with the most probable one of the plurality of objects; and utilizing a current location of the associated object as the location of the first object. determining probability of transfer of the first object to each other of the plurality of objects; associating the first object with the most probable one of the plurality of objects; and utilizing a current location of the associated object as the location of the first object.
A cable connector assembly, comprising: a first stop configured and arranged to receive a first end of a cable, the first stop including a first base through which a first bore having a first notch and a second notch longitudinally extends; a second stop configured and arranged to receive a second end of the cable, the second stop including a second base through which a second bore having a third notch and a fourth notch longitudinally extends; a connector configured and arranged to pivotally interconnect the first stop and the second stop, the connector including a first connector member and a second connector member, the first connector member including a first intermediate portion interconnecting a first end and a second end, the first end being configured and arranged to fit within the first notch, the second end being configured and arranged to fit within the second notch, the second connector member including a second intermediate portion interconnecting a third end and a fourth end, the third end being configured and arranged to fit within the third notch, the fourth end being configured and arranged to fit within the fourth notch; and the first and second connector members (402, 406) being configured and arranged to interconnect the first and second stops. a first stop configured and arranged to receive a first end of a cable, the first stop including a first base through which a first bore having a first notch and a second notch longitudinally extends; a second stop configured and arranged to receive a second end of the cable, the second stop including a second base through which a second bore having a third notch and a fourth notch longitudinally extends; a connector configured and arranged to pivotally interconnect the first stop and the second stop, the connector including a first connector member and a second connector member, the first connector member including a first intermediate portion interconnecting a first end and a second end, the first end being configured and arranged to fit within the first notch, the second end being configured and arranged to fit within the second notch, the second connector member including a second intermediate portion interconnecting a third end and a fourth end, the third end being configured and arranged to fit within the third notch, the fourth end being configured and arranged to fit within the fourth notch; and the first and second connector members (402, 406) being configured and arranged to interconnect the first and second stops.
Drilling tool for chip removing machining, comprising, on one hand, a basic body having front and rear ends (4, 5), between which a first centre axis extends around which the basic body is rotatable in a given direction of rotation, and on the other hand a loose top having front and rear ends (10, 111), between which a second centre axis extends, and the front one of which includes one or more cutting edges, the front end of the basic body comprising a jaw between two axially protruding, peripherally situated branches that are elastically bendable and have the purpose of, on one hand, resiliently clamping the loose top in the jaw by inner support surfaces of the branches being resiliently pressed against external side contact surfaces of the loose top, and on the other hand transferring torque to the loose top via tangential support surfaces of the branches and co-operating tangential contact surfaces of the loose top, and the inner support surface of the individual branch extending between first and second, tangentially separated side borderlines (51, 52), the first one of which is heading and the second one trailing during rotation of the tool, while the individual side contact surface extends between first and second side borderlines (35, 36), a rotationally trailing one of which is included in an edge to a trailing part surface, besides which the loose top is axially insertable into the jaw and turnable into and out of an operative engagement with the branches, characterized in that an imaginary diametrical line, which extends perpendicular to the centre axis of the loose top between the edges of the two side contact surfaces, has a length that is greater than the length of an analogous diametrical line, which extends the shortest possible distance between the inner support surfaces when the branches are unloaded, and has its opposite end points (Ea, Eb) located at tangential distances from the first side borderline as well as the second side borderline of the respective inner support surface, in such a way that upon a turning-in operation of the loose top into engagement with the branches, edges 40 contact inner support surfaces 17 and bend out the branches until the loose top reaches a dead position where the diametrical lines DL1 and DL2 coincide and the clamping force is maximal, where after, upon further turning, the loose top reaches an end position, where the side contact surfaces 23 abut against the inner support surfaces 17 and the clamping force is reduced but unexhausted, wherein the individual side contact surface of the loose top is at least partially plane and forms an acute angle (β) with said diametrical line through the loose top, besides which the co-operating inner support surface of the respective branch is plane with the purpose of providing surface contact between the pairs of plane surfaces (23, 17).
Method for controlling a thermal regulation circuit, in particular for a motor vehicle, said circuit comprising a first loop for circulating a refrigerant fluid through a first adjustable-opening expansion valve, said method comprising a first step of opening said first expansion valve beyond an opening range during nominal operation of the circuit so as to allow residues to be discharged through said first expansion valve, and during said first step, said refrigerant fluid is induced to flow at a flow rate referred to as increased flow rate, which is greater than a flow rate during nominal operation of the circuit, characterized in that the method comprises a second step, performed after the first step, in which second step the flow rate of the refrigerant fluid is lower than said increased flow rate, said first expansion valve being kept in an open position beyond said opening range during nominal operation of the circuit.
A revolving door assembly comprising a central column and at least one door panel connected to the central column and rotatably arranged around a central axis, wherein the central column comprises a support structure and a drive unit including a motor arranged to rotate said at least one door panel around said central axis, wherein the support structure is arranged to be mounted to a bottom restriction of an opening in which the revolving door assembly is to be installed, wherein the central column comprises at least one bearing (15, 16) arranged to rotatably support said at least one door panel, and wherein the motor and the bearing (15, 16) are mounted to the support structure, characterized in that the drive unit further comprises an oscillating gear arranged to transmit a rotating motion from the motor to said at least one door panel and wherein the support structure comprises at least one support rod passing through the oscillating gear and the motor is mounted to the support rod.
Method for the manufacture of a semiconductor device, comprising the steps of I) forming a wafer comprising the steps of: growing a doped layer on a semiconductor substrate; growing an intrinsic first semiconductor layer on the doped layer; providing a buried oxide layer on the intrinsic first semiconductor layer; providing a second semiconductor layer on the buried oxide layer; and II) forming an embedded DRAM device in a first region of the wafer; and III) forming a back-biased transistor in a second region of the wafer that is different from the first region; and wherein forming the back-biased transistor comprises forming a back-biasing region in the intrinsic first semiconductor layer by doping at least a part of the intrinsic first semiconductor layer of the already provided wafer with n or p dopants. I) forming a wafer comprising the steps of: growing a doped layer on a semiconductor substrate; growing an intrinsic first semiconductor layer on the doped layer; providing a buried oxide layer on the intrinsic first semiconductor layer; providing a second semiconductor layer on the buried oxide layer; and growing a doped layer on a semiconductor substrate; growing an intrinsic first semiconductor layer on the doped layer; providing a buried oxide layer on the intrinsic first semiconductor layer; providing a second semiconductor layer on the buried oxide layer; and II) forming an embedded DRAM device in a first region of the wafer; and III) forming a back-biased transistor in a second region of the wafer that is different from the first region;
A board for an electronic device (100, 200, 300, 400), comprising: a protection circuit portion (130, 230, 330, 430) configured to be connected in series between a circuit portion (120, 220, 320, 420) including circuit elements of the electronic device and an exterior portion (110, 210, 350, 460) of a conductive material forming an exterior of the electronic device, the protection circuit portion is characterised in that it comprises: a varistor (132, 232, 332, 432) configured to intercept leakage current that flows from the circuit portion and prevent the leakage current from flowing to the exterior portion and to transfer an electrostatic component input thereto via the exterior portion to a ground of the circuit portion, and a conversion unit (131, 231, 331, 431) configured to reduce a voltage level of the electrostatic component and to transfer the voltage-reduced electrostatic component to the varistor, wherein the varistor and the conversion unit are connected in series, and wherein the conversion unit is one of a bead, a resistor, an inductor, and an RL circuit including a resistor and an inductor connected in parallel. a varistor (132, 232, 332, 432) configured to intercept leakage current that flows from the circuit portion and prevent the leakage current from flowing to the exterior portion and to transfer an electrostatic component input thereto via the exterior portion to a ground of the circuit portion, and a conversion unit (131, 231, 331, 431) configured to reduce a voltage level of the electrostatic component and to transfer the voltage-reduced electrostatic component to the varistor, wherein the varistor and the conversion unit are connected in series, and wherein the conversion unit is one of a bead, a resistor, an inductor, and an RL circuit including a resistor and an inductor connected in parallel.
A scheduling method for communicating with a mobile terminal device by a network, the method comprising: determining a probability metric for a portion of a transmission, the portion being part of a signal transmitted between a node of a mobile communication network and a mobile terminal device, wherein the probability metric for the portion indicates a probability that the portion is lost during the transmission; evaluating the probability metric for satisfaction of a predetermined threshold, and if the probability metric satisfies the predetermined threshold, determining a number of code blocks allocated to a resource block for the mobile terminal device and decreasing a modulation coding scheme level; and if the determined number of code blocks is greater than one, reassigning resources to the mobile terminal device according to the decreased modulation coding scheme level. determining a probability metric for a portion of a transmission, the portion being part of a signal transmitted between a node of a mobile communication network and a mobile terminal device, wherein the probability metric for the portion indicates a probability that the portion is lost during the transmission; evaluating the probability metric for satisfaction of a predetermined threshold, and if the probability metric satisfies the predetermined threshold, determining a number of code blocks allocated to a resource block for the mobile terminal device and decreasing a modulation coding scheme level; and if the determined number of code blocks is greater than one, reassigning resources to the mobile terminal device according to the decreased modulation coding scheme level.
A suspension bearing device, comprising a bearing, a lower cup and an upper cup centered on a central axis, the lower cup having a body (50; 350) including a tubular axial portion and an annular outward radial portion (52; 352), the lower cup being provided with a damper pad (70; 170; 270; 370) including: - an inner portion (71; 371) disposed against the annular outward radial portion (52; 352) of the body (50; 350); - an outer portion for bearing a suspension spring; and - an annular recess for receiving a creep of material of the damper pad (70; 170; 270; 370) when the outer portion is constrained by the suspension spring; characterized in that said pad (70; 170; 270; 370) has a cambered shape delimited by the inner portion (71; 371) and the outer portion, said inner portion (71; 371) having a curved convex shape, and said outer portion having a convex shape, preferably including two different slopes (76, 77). - an inner portion (71; 371) disposed against the annular outward radial portion (52; 352) of the body (50; 350); - an outer portion for bearing a suspension spring; and - an annular recess for receiving a creep of material of the damper pad (70; 170; 270; 370) when the outer portion is constrained by the suspension spring;
A tracer for use in a homogeneous assay for the determination of deoxynivalenol in grains, the tracer comprising a fluorophore conjugated to DON, wherein the tracer is able to bind to an antibody specific to DON to produce a detectable change in fluorescence polarization.