mhurhangee/patent-ind-claim-en huggingface dataset:
A hinge for a piece of furniture comprising a leaf and a body comprising an upper and a lower wall, the hinge comprising a fixed part , the hinge further comprising a moveable part which is completely insertable in a seat provided in the leaf of the piece of furniture, the fixed part and the moveable part being mutually connected so as to oscillate by way of an articulation system which comprises a pair of rockers and four pins which are adapted to define an articulated quadrilateral, the hinge comprising elastic means for closing the hinge which are functionally connected to one of said rockers, the hinge further comprising a deceleration device which is adapted to decelerate at least part of the closing and/or opening motion of the hinge, wherein said deceleration device is directly or indirectly actuated by way of at least one of the two rockers , characterized in that the deceleration device is hidden within the fixed part of the hinge , and that said fixed part is flat and shaped to be completely insertable in a seat provided within the thickness of the upper or lower wall of a piece of furniture , so that when the leaf of the piece of furniture is open the only visible portions of the hinge which remain exposed to view are the rockers . wherein said deceleration device is directly or indirectly actuated by way of at least one of the two rockers , characterized in that the deceleration device is hidden within the fixed part of the hinge , and that said fixed part is flat and shaped to be completely insertable in a seat provided within the thickness of the upper or lower wall of a piece of furniture , so that when the leaf of the piece of furniture is open the only visible portions of the hinge which remain exposed to view are the rockers .
A heating system, comprising: a magnetic heating apparatus (500; 600) for heating a metal article (502; 602) moving in a downstream direction (524; 224), wherein the magnetic heating apparatus (500; 600) includes a plurality of heaters for inducing a tailored temperature profile in the metal article (502; 602), the plurality of heaters comprising at least a first magnetic rotor (530, 532; 630, 632) and a second magnetic rotor (546, 548; 646, 648), each of the first magnetic rotor (530, 532; 630, 632) and the second magnetic rotor (546, 548; 646, 648) containing at least one magnetic source and being rotatable about an axis of rotation that is perpendicular to the downstream direction (524; 224) and parallel to a lateral width of the metal article (502; 602) to generate changing magnetic fields through the metal article (502; 602), characterized in that in order to facilitate inducing the tailored temperature profile in the metal article (502; 602), the first magnetic rotor (530, 532; 630, 632) is laterally positionable with respect to the second magnetic rotor (546, 548; 646, 648) to be laterally offset from a centerline of the metal article (502; 602) by an offset distance. a magnetic heating apparatus (500; 600) for heating a metal article (502; 602) moving in a downstream direction (524; 224), wherein the magnetic heating apparatus (500; 600) includes a plurality of heaters for inducing a tailored temperature profile in the metal article (502; 602), the plurality of heaters comprising at least a first magnetic rotor (530, 532; 630, 632) and a second magnetic rotor (546, 548; 646, 648), each of the first magnetic rotor (530, 532; 630, 632) and the second magnetic rotor (546, 548; 646, 648) containing at least one magnetic source and being rotatable about an axis of rotation that is perpendicular to the downstream direction (524; 224) and parallel to a lateral width of the metal article (502; 602) to generate changing magnetic fields through the metal article (502; 602), characterized in that in order to facilitate inducing the tailored temperature profile in the metal article (502; 602), the first magnetic rotor (530, 532; 630, 632) is laterally positionable with respect to the second magnetic rotor (546, 548; 646, 648) to be laterally offset from a centerline of the metal article (502; 602) by an offset distance.
Device for fixing a workpiece to the machine by means of a machine tool , wherein the device has at least one supporting element , which forms a stop surface and can be fastened to the machine tool , with at least one receptacle (56-62) in which a clamping lever provided with a clamping jaw is pivotably received, characterized in that the clamping lever has a bearing web which is releasably received in the at least on receptacle (56-62), wherein at least one latching member for latching the bearing web is formed in the region of the at least one receptacle (56-62), and wherein, during an entire machine operation, the clamping lever is to be pressed permanently and firmly down by a user of the device in order to allow at least partial chucking of the workpiece , which is pressed against the stop surface , between the clamping jaw and stop surface via a pivoting movement of the clamping lever in the direction of the workpiece .
A control system for a vehicle , comprising: - a first storage device configured to store and release electrical energy; - a second storage device configured to store and release electrical energy; - an electromechanical system for a vehicle coupled to the first storage device and the second storage device , and wherein the electromechanical system is configured to: - generate an energy demand; and - utilize electrical energy received from at least one of the first storage device and the second storage device to fulfill the energy demand; and - a controller communicatively and electrically coupled to the first storage device , the second storage device and the electromechanical system , and wherein the controller is configured to optimize operation of the system relative to a first parameter by controlling the channeling of electric charge in a variable manner between the first storage device , the second storage device and the electromechanical system wherein the first parameter comprises a sensed operational parameter, wherein the sensed operational parameter comprises performance based on weather conditions, fuel economy, life of the first storage device, life of the second storage device, monetary cost associated with electric charge drawn from an electrical grid, or a combination thereof.. - a first storage device configured to store and release electrical energy; - a second storage device configured to store and release electrical energy; - an electromechanical system for a vehicle coupled to the first storage device and the second storage device , and wherein the electromechanical system is configured to: - generate an energy demand; and - utilize electrical energy received from at least one of the first storage device and the second storage device to fulfill the energy demand; and - generate an energy demand; and - utilize electrical energy received from at least one of the first storage device and the second storage device to fulfill the energy demand; and - a controller communicatively and electrically coupled to the first storage device , the second storage device and the electromechanical system , and wherein the controller is configured to optimize operation of the system relative to a first parameter by controlling the channeling of electric charge in a variable manner between the first storage device , the second storage device and the electromechanical system
A maintenance method for a nuclear reactor , the nuclear reactor comprising at least one drive assembly of a control rod assembly , the or each drive assembly comprising an adapter rigidly attached to a closure head of a pressure vessel of the nuclear reactor , a casing for receiving a mechanism for lifting a drive rod of the control rod assembly and a sheath for receiving the drive rod , the casing having a lower end of the casing connected in a leak-tight way to the adapter , the casing having a first lip at an upper end of the casing , the sheath having a second lip at a lower end of the sheath , the first lip and the second lip being welded together and forming an omega seal , characterized in that the maintenance method comprises the following steps: - removing the first and second lips ; - carrying out at least one maintenance operation on the control assembly ; - creating a welding surface at the upper end of the casing by machining said upper end of the casing ; - creating a leak-tight welded connection between the casing and said sheath or a replacement sheath , by welding the welding surface and a matching welding surface provided at the lower end of the sheath of the sheath or at a lower end of the sheath of the replacement sheath . - removing the first and second lips ; - carrying out at least one maintenance operation on the control assembly ; - creating a welding surface at the upper end of the casing by machining said upper end of the casing ; - creating a leak-tight welded connection between the casing and said sheath or a replacement sheath , by welding the welding surface and a matching welding surface provided at the lower end of the sheath of the sheath or at a lower end of the sheath of the replacement sheath .
A main landing gear cavity for a bottom wall of a fuselage of an aircraft , the main landing gear cavity comprising: a main landing gear cavity outer ring having an outer ring inner surface encircling the main landing gear cavity and configured to be recessed within the fuselage from the bottom wall; a first baffle extending inward from the outer ring inner surface at a first baffle position that is aft and inboard on the outer ring inner surface ; and a second baffle extending inward from the outer ring inner surface at a second baffle position that is aft and outboard on the outer ring inner surface . a main landing gear cavity outer ring having an outer ring inner surface encircling the main landing gear cavity and configured to be recessed within the fuselage from the bottom wall; a first baffle extending inward from the outer ring inner surface at a first baffle position that is aft and inboard on the outer ring inner surface ; and a second baffle extending inward from the outer ring inner surface at a second baffle position that is aft and outboard on the outer ring inner surface .
Actuation mechanism of a flexible hand to which a clockwork movement applies a first angular rotation (θ1), the flexible hand comprising a first drive cannon and a second drive cannon connected to a point of the flexible hand by means of a first flexible arm and a second flexible arm respectively, the first drive cannon being provided with a first toothing and the second drive cannon being provided with a second toothing , the first and second drive cannons being spaced apart from one another when the flexible hand is in a free, unstressed state, an operating position in which the flexible hand has a defined shape and length being a stressed position in which the first drive cannon is mounted at a defined first pre-stressing angle, and the second drive cannon is mounted at a defined second prestressing angle in opposite direction to the first drive cannon , the first drive cannon and the second drive cannon being arranged such that the first toothing of the first drive cannon are engaged with the second toothing of the second drive cannon in the stressed position of the flexible hand , the flexible hand being arranged so as to change the shape and length in a desired manner when the angular position of the second drive cannon is varied by pivoting relative to the first drive cannon , the angular rotation (θ1) applied by the clockwork movement to the actuation mechanism being modulated by an angle of rotation (φ) by the actuation mechanism , this angle of rotation (φ), applied in opposite direction to the first and second flexible arms of the flexible hand by meshing the first toothing of the first drive cannon with the second toothing of the second drive cannon determining the change in shape and length of the flexible hand .
A projection optical system for an image projection device, the projection optical system comprising a plurality of lenses (L1-L7), wherein the projection optical system satisfies conditional expression 1: 0.01 ≤ f f w < 0.34 where fw is a focal length of a lens having the weakest refractive power in the lenses and f is a focal length of the whole projection optical system; wherein each of the lenses (L1-L7) is a single lens, a lens group (L1-L3; L1-L4) on a magnification side than a fixed aperture stop has a positive or negative refractive power, a lens group (L4-L7; L5-L7) on a reduction side than the fixed aperture stop has a positive refractive power, any one of the lens groups on a magnification side (L1-L3; L1-L4) and on a reduction side (L4-L7; L5-L7)of the fixed aperture stop includes the lens (L4) having the weakest refractive power in the lenses, and the lens having the weakest refractive power (L4) has a concave shape on a magnification side and a convex shape on a reduction side; and the projection optical system satisfies conditional expression 2: 1 f w < 1.3 × 10 − 2 where fw is a focal length of the lens having the weakest refractive power, in mm.. the projection optical system satisfies conditional expression 1: 0.01 ≤ f f w < 0.34 where fw is a focal length of a lens having the weakest refractive power in the lenses and f is a focal length of the whole projection optical system; wherein each of the lenses (L1-L7) is a single lens, a lens group (L1-L3; L1-L4) on a magnification side than a fixed aperture stop has a positive or negative refractive power, a lens group (L4-L7; L5-L7) on a reduction side than the fixed aperture stop has a positive refractive power, any one of the lens groups on a magnification side (L1-L3; L1-L4) and on a reduction side (L4-L7; L5-L7)of the fixed aperture stop includes the lens (L4) having the weakest refractive power in the lenses, and the lens having the weakest refractive power (L4) has a concave shape on a magnification side and a convex shape on a reduction side; and the projection optical system satisfies conditional expression 2: 1 f w < 1.3 × 10 − 2 where fw is a focal length of the lens having the weakest refractive power, in mm..
Stick of cosmetic product, in particular of lipstick, comprising two compositions A and B extending along a longitudinal axis (X-X), the compositions A and B forming respectively two constituent elements of the stick of cosmetic product, the stick of cosmetic product having a side surface presenting a decorative surface portion in relief (S) forming at least one undercut when demolding along the longitudinal axis (X-X) of the stick of cosmetic product .
A method of testing a material, the method comprising: (a) providing a support member wherein said support member defines at least one receptacle for containing a test material, the base wall of the at least one receptacle comprising an opening in the form of a channel, wherein said channel is closed by a plug means prior to the test material being provided; (b) providing the test material across a region of said support member which defines said opening and within the at least one receptacle; and (c) moving a force applying means comprising an elongated probe having its axis of elongation extending in the direction in which it is arranged to move relative to said test material to apply a force to said test material; wherein said elongated probe moves towards, passes into and/or passes through said channel prior to, during or after applying said force to said test material. (a) providing a support member wherein said support member defines at least one receptacle for containing a test material, the base wall of the at least one receptacle comprising an opening in the form of a channel, wherein said channel is closed by a plug means prior to the test material being provided; (b) providing the test material across a region of said support member which defines said opening and within the at least one receptacle; and (c) moving a force applying means comprising an elongated probe having its axis of elongation extending in the direction in which it is arranged to move relative to said test material to apply a force to said test material; wherein said elongated probe moves towards, passes into and/or passes through said channel prior to, during or after applying said force to said test material.
A printing apparatus configured to transfer a transfer layer including a hologram from a thermal transfer ribbon having the transfer layer to a transfer target medium , optionally wherein the transfer layer includes a release layer in contact with a substrate and a resin layer including a hardening resin and in contact with the release layer, the printing apparatus comprising: a head mechanism including a thermal head ; a ribbon conveyance unit that defines a conveyance path of the thermal transfer ribbon and is configured to convey the thermal transfer ribbon along the conveyance path of the thermal transfer ribbon; and a medium conveyance unit that defines a conveyance path of the transfer target medium and is configured to convey the transfer target medium along the conveyance path of the transfer target medium, wherein each of the conveyance path of the thermal transfer ribbon and the conveyance path of the transfer target medium includes a transfer position (Pt) and a peeling position (Pe) downstream of the transfer position, the transfer position being a position where the thermal transfer ribbon overlaid on the transfer target medium is subjected to heat and pressure from the thermal head, the peeling position being a position where the thermal transfer ribbon starts to be peeled away from the transfer target medium, and characterized in that an angle (α) formed by a direction in which the thermal transfer ribbon is conveyed from the peeling position and a direction in which the transfer target medium is conveyed from the peeling position is 15° or less. a head mechanism including a thermal head ; a ribbon conveyance unit that defines a conveyance path of the thermal transfer ribbon and is configured to convey the thermal transfer ribbon along the conveyance path of the thermal transfer ribbon; and a medium conveyance unit that defines a conveyance path of the transfer target medium and is configured to convey the transfer target medium along the conveyance path of the transfer target medium, wherein each of the conveyance path of the thermal transfer ribbon and the conveyance path of the transfer target medium includes a transfer position (Pt) and a peeling position (Pe) downstream of the transfer position, the transfer position being a position where the thermal transfer ribbon overlaid on the transfer target medium is subjected to heat and pressure from the thermal head, the peeling position being a position where the thermal transfer ribbon starts to be peeled away from the transfer target medium, and characterized in that an angle (α) formed by a direction in which the thermal transfer ribbon is conveyed from the peeling position and a direction in which the transfer target medium is conveyed from the peeling position is 15° or less.
Bumper cross member for a motor vehicle, which bumper cross member extends in the transverse direction (Y) of the motor vehicle and has a hollow profile in cross-section, in particular a rectangular cross-section, and a reinforcing plate is inserted in a middle length portion of the hollow profile, wherein the depth (T) of the reinforcing plate decreases in the longitudinal direction (X) of the motor vehicle towards the ends of the reinforcing plate , wherein the hollow profile is formed as a hat profile with a striking plate and the striking plate is arranged so as to point forwards in the longitudinal direction (X) of the motor vehicle and the reinforcing plate is coupled to the striking plate , characterised in that the tapering of the cross-section of the reinforcing plate forms a greater distance (A) to a rear wall of the hollow profile of the cross member , in relation to a middle portion.
A steel sheet of a composition comprising, in mass%, C: 0.04% or more and 0.15% or less, Si: 0.3% or less, Mn: 1.0% or more and 2.6% or less, P: 0.1% or less, S: 0.01% or less, Al: 0.01% or more and 0.1% or less, N: 0.015% or less, one or two of Ti and Nb: 0.01% or more and 0.1% or less in a total, optionally at least one selected from Cr: 0.05% or more and 1.0% or less, Mo: 0.05% or more and 1.0% or less, and V: 0.01% or more and 1.0% or less, optionally B: 0.0003% or more and 0.005% or less, optionally at least one selected from Ca: 0.001% or more and 0.005% or less, and Sb: 0.003% or more and 0.03% or less, and the balance being Fe and unavoidable impurities, wherein the steel sheet has a steel microstructure of 50% or more of ferrite, 10% or more and 50% or less of martensite, in terms of an area ratio, and optionally any one of bainite, pearlite and residual austenite, the total area ratio of ferrite and martensite being 85% or more and the area ratio of residual austenite being less than 3.0%, wherein a standard deviation of nano-hardness of the steel microstructure is 1.50 GPa or less, wherein the nano-hardness and the standard deviation of the nano-hardness are determined as described in the description, and wherein the steel sheet has a tensile strength of 590 MPa or more.
A piece of clothing for training and therapy made of a fabric , the piece of clothing comprising two arm openings , a waist opening , a neck opening , at least one pocket arranged with the fabric on a backside of the piece of clothing, a tightening mechanism and a drag mechanism , whereby a longitudinal direction (D) is parallel to the longitudinal axis of the spine when the piece of clothing is worn by a person, characterized in that the drag mechanism comprises at least one elongated flexible plate , which elongated flexible plate is configured to be inserted into the pocket , which pocket is adapted to the shape of the elongated flexible plate and arranged so that the elongated flexible plate extends oblique with respect to the longitudinal direction (D) when it is inserted in the pocket , wherein the drag mechanism creates drag by the resistance force needed to deform the elongated flexible plate .