mhurhangee/ep-ind-claims huggingface dataset:
A nanoemulsion comprising a population of particles, wherein the majority of particles have diameters between 10 and 300 nanometers and wherein the nanoemulsion comprises an oil, a surfactant and a botulinum toxin, wherein the oil and surfactant are present in a ratio of ranging from 0.5-2.0, wherein the nanoemulsion is for use in reducing at least one symptom of a disorder associated with the dermal level of the skin, wherein the nanoemulsion can penetrate the top layer of the skin without the use of chemical or mechanical skin permeation enhancers or abrasives; wherein the disorder associated with the dermal level of the skin is rosacea or an excess sebum-producing disorder; and optionally wherein the botulinum toxin is a) encapsulated within the particles, b) adsorbed on the surface of the particles, c) associated with the particle interface, d) selected from the group comprising type A, type B, type C1, type C2, type D, type E, type F and type G, e) a botulinum toxin complex, f) incorporated within an albumin matrix, g) not incorporated within an albumin matrix, h) a purified botulinum toxin protein or fragment thereof, i) isolated, or substantially isolated, from other proteins, j) isolated, or substantially isolated, from non-toxin proteins, k) chemically synthesized, l) produced recombinantly, m) a fragment of a wild-type toxin, or n) contains at least one mutation relative to the wild-type toxin. a) encapsulated within the particles, b) adsorbed on the surface of the particles, c) associated with the particle interface, d) selected from the group comprising type A, type B, type C1, type C2, type D, type E, type F and type G, e) a botulinum toxin complex, f) incorporated within an albumin matrix, g) not incorporated within an albumin matrix, h) a purified botulinum toxin protein or fragment thereof, i) isolated, or substantially isolated, from other proteins, j) isolated, or substantially isolated, from non-toxin proteins, k) chemically synthesized, l) produced recombinantly, m) a fragment of a wild-type toxin, or n) contains at least one mutation relative to the wild-type toxin.
A back-illuminated CCD comprising a two dimensional array of charge collection sites arranged in rows and columns, each row being associated with a plurality of electrodes (Rn/n) at the front face extending in the direction of the row and corresponding to respective phase voltages (IΦn), and characterised by a plurality of conducting strips (nPn) each having repeatedly reversing inclined portions, each portion being in electrical contact with the electrodes of corresponding phase voltage of two or more rows, and each portion being inclined relative to the rows in the opposite direction to that in which the preceding portion is inclined.
A coil arrangement for electromagnetically forming and/or cutting a sheet metal-like material, having a coil device, a stable frame which partly surrounds the coil device and an exchangeable driving plate which is positioned in a working region between the coil device and the sheet metal-like material to be formed and/or cut, characterised in that the coil device is substantially completely surrounded by the driving plate, the driving plate which is accordingly formed in a three-dimensional manner being arranged and supported outside the working region between the coil device and the surrounding frame.
A method for determining a capability of a user equipment to support network sharing, wherein the user equipment is arranged to communicate with a non-shared network serving the user equipment, the method comprising the steps of - transmitting, by a non-shared network, a message to the user equipment, the message comprising information on at least two PLMN identities, - receiving a response message from the user equipment, - determining if the response message from the user equipment comprises at least one information field reserved for at least one PLMN identity, and - determining on a basis of an existence of the information field in the response message that the user equipment is configured to support network sharing and determining on basis of absence of the information field in the response message that the user equipment is not configured to support network sharing. - transmitting, by a non-shared network, a message to the user equipment, the message comprising information on at least two PLMN identities, - receiving a response message from the user equipment, - determining if the response message from the user equipment comprises at least one information field reserved for at least one PLMN identity, and - determining on a basis of an existence of the information field in the response message that the user equipment is configured to support network sharing and determining on basis of absence of the information field in the response message that the user equipment is not configured to support network sharing.
Motor vehicle chassis comprising two longitudinal members of U-shaped section which are covered and closed in their upper part on a front part by two plates forming lateral floor reinforcements, and a rear central crossmember connecting the longitudinal members and flush in the region of the lateral floor reinforcements, the lateral reinforcements having an internal edge comprising a welding strip, such the chassis comprises a raised floor area forming both a seat and a housing for an energy storage tank, comprising a plate forming a seat-cushion support arranged above a raiser plate forming a transverse reinforcement fixed by welding to the two lateral floor reinforcements, the plate forming a seat-cushion support being arranged above a rear raiser part fixed by welding to the rear central crossmember and above two plates forming lateral raiser parts and each fixed by welding along one of said welding strips of one of the lateral reinforcements, the plate forming a seat-cushion support of the floor being fixed by welding to the two lateral raiser parts, to the rear raiser part and to the transverse reinforcement.
A refrigerator, comprising a door (1, 2), the door (1, 2) comprising a handle groove (132, 232), a grip portion (291, 19) located in front of the handle groove (132, 232), and a front panel (14, 24) located in front of the grip portion (291, 19), wherein the grip portion (291, 19) is close to a rear surface of the front panel (14, 24) or is in contact with the rear surface of the front panel (14, 24), and the door (1, 2) comprises at least a metal reinforcement member (193, 293) disposed in the grip portion (291, 19), wherein the door (1, 2) comprises a user interface housing (13, 23) close to the handle groove (132, 232), the user interface housing (13, 23) has an accommodating space (131, 231) for accommodating a user interface electrical module (15, 25), and characterized in that the front panel (14, 24) is a one-piece front panel (14, 24), the grip portion (291, 19) is connected on the user interface housing (13, 23), and wherein the grip portion (291, 19) has a receiving portion, the receiving portion is open towards the accommodating space (131, 231), and the reinforcement member (193, 293) is at least partially received in the receiving portion.
A reciprocating compressor that compresses a gas, comprising: a piston; a cylinder that includes a hole portion into which the piston is inserted so as to be movable in the axial direction in a reciprocating manner and includes a compression chamber which is formed in an area of the hole portion with a front end of the piston so that a gas is introduced into the compression chamber; a crank mechanism that drives the piston so that the gas introduced into the compression chamber is compressed by the piston; and a piston ring that is fitted to the outside of the piston and slides on an inner surface of the cylinder forming the hole portion, wherein a tapered portion is formed, at an end of a base end side of the piston, in the inner surface of the cylinder forming the hole portion, characterized by an annular member that is disposed so as to surround the outside of the piston in the radial direction; and a rod packing that is provided in an inner surface portion of the annular member and slides on an outer peripheral surface of the piston, wherein the cylinder is disposed so as to contact the annular member in the axial direction of the piston in a separable state. a piston; a cylinder that includes a hole portion into which the piston is inserted so as to be movable in the axial direction in a reciprocating manner and includes a compression chamber which is formed in an area of the hole portion with a front end of the piston so that a gas is introduced into the compression chamber; a crank mechanism that drives the piston so that the gas introduced into the compression chamber is compressed by the piston; and a piston ring that is fitted to the outside of the piston and slides on an inner surface of the cylinder forming the hole portion, wherein a tapered portion is formed, at an end of a base end side of the piston, in the inner surface of the cylinder forming the hole portion, characterized by an annular member that is disposed so as to surround the outside of the piston in the radial direction; and a rod packing that is provided in an inner surface portion of the annular member and slides on an outer peripheral surface of the piston, wherein the cylinder is disposed so as to contact the annular member in the axial direction of the piston in a separable state.
A lock assembly, with a lock for an active leaf door, and with a counter-lock for an inactive leaf door, wherein the lock comprises at least one dead-bolt element, wherein, in an interlocking location of the dead-bolt element, the dead-bolt element engages in an opening of the counter-lock, wherein the lock comprises at least one control latch-bolt, wherein for moving the dead-bolt element into the interlocking location, the latch-bolt occupies a retracted position, wherein in a protruding position of the latch-bolt, the movement of the dead-bolt element into the interlocking location is prevented, wherein the counter-lock comprises a dead-bolt element actuator, wherein the dead-bolt element actuator is movable from a retracted position into an operative position, wherein the counter-lock comprises a strike plate for holding the control latch-bolt in the retracted position, characterized in that the dead-bolt element actuator is formed, in the operative position, for holding the dead-bolt element in an unlocking location, until the control latch-bolt has reached the protruding position.
A foundation system for a commercial or residential building, the foundation comprising: at least one exterior wall selected from the group consisting of a vertical wall and a horizontal floor, the at least one exterior wall being supported on a metal frame, at least a portion of the at least one exterior wall being below ground level, the at least one exterior wall comprising at least one reinforced, lightweight, dimensionally stable cementitious panel, the frame comprising at least one metal framing member (12, 32) selected from the group consisting of corrugated metal sheet, metal joists and metal studs, characterized in that the panel has a density of 65 to 90 pounds per cubic foot (1.04 to 1.44 grams/cm 3) and is capable of resisting shear loads when fastened to framing and comprising a continuous phase resulting from the curing of an aqueous mixture comprising, on a dry basis, 35 to 70 weight % reactive powder, 20 to 50 weight % lightweight filler, and 5 to 20 weight % glass fibers, the continuous phase being reinforced with glass fibers and containing the lightweight filler particles, the lightweight filler particles having a particle specific gravity of from 0.02 to 1.00 and an average particle size of about 10 to 500 microns (micrometers). at least one exterior wall selected from the group consisting of a vertical wall and a horizontal floor, the at least one exterior wall being supported on a metal frame, at least a portion of the at least one exterior wall being below ground level, the at least one exterior wall comprising at least one reinforced, lightweight, dimensionally stable cementitious panel, the frame comprising at least one metal framing member (12, 32) selected from the group consisting of corrugated metal sheet, metal joists and metal studs, characterized in that the panel has a density of 65 to 90 pounds per cubic foot (1.04 to 1.44 grams/cm 3) and is capable of resisting shear loads when fastened to framing and comprising a continuous phase resulting from the curing of an aqueous mixture comprising, on a dry basis, 35 to 70 weight % reactive powder, 20 to 50 weight % lightweight filler, and 5 to 20 weight % glass fibers, the continuous phase being reinforced with glass fibers and containing the lightweight filler particles, the lightweight filler particles having a particle specific gravity of from 0.02 to 1.00 and an average particle size of about 10 to 500 microns (micrometers).
Plate-type heat exchanger comprising a stack of heat-exchange plates, said heat-exchange plates comprising corrugations and each having a first face and a second face, said corrugations forming: a first fluid-circulation circuit on said first face and in which a first heat-transfer fluid is intended to circulate, and a second fluid-circulation circuit on said second face which is opposite to the first face, in which circuit a second heat-transfer fluid is intended to circulate, the first faces of two plates that are linked with one another face one another to form said first fluid circulation circuit, and the second faces of two plates that are linked with one another face one another so as to form said second fluid circulation circuit such that said corrugations comprise periodic patterns of contiguous reliefs, the periodicity of the patterns being achieved along two axes (X, Y) perpendicular to one another, characterized in that the patterns have the shape of a portion of an ellipsoid of which the major diameter is parallel to the plane of the exchange plate, so as to form a hollow on the first face and a bump on the second face of each heat-exchange plate, and in that the ellipsoid portions are half-ellipsoids truncated on four mutually perpendicular sides perpendicular to the plane of the exchange plate. a first fluid-circulation circuit on said first face and in which a first heat-transfer fluid is intended to circulate, and a second fluid-circulation circuit on said second face which is opposite to the first face, in which circuit a second heat-transfer fluid is intended to circulate, the first faces of two plates that are linked with one another face one another to form said first fluid circulation circuit, and the second faces of two plates that are linked with one another face one another so as to form said second fluid circulation circuit such that said corrugations comprise periodic patterns of contiguous reliefs, the periodicity of the patterns being achieved along two axes (X, Y) perpendicular to one another, characterized in that the patterns have the shape of a portion of an ellipsoid of which the major diameter is parallel to the plane of the exchange plate, so as to form a hollow on the first face and a bump on the second face of each heat-exchange plate, and in that the ellipsoid portions are half-ellipsoids truncated on four mutually perpendicular sides perpendicular to the plane of the exchange plate.
A cleaner comprising: a head main body including a brush; a main wheel coupled to the head main body to be positioned in the rear of the brush; a suction pipe disposed between the brush and the main wheel to enable self-standing; a connector configured to connect the suction pipe and the head main body; and a hose disposed between the head main body and the connector, characterised by the hose having an elasticity such that the suction pipe maintains a self-standing state. a head main body including a brush; a main wheel coupled to the head main body to be positioned in the rear of the brush; a suction pipe disposed between the brush and the main wheel to enable self-standing; a connector configured to connect the suction pipe and the head main body; and a hose disposed between the head main body and the connector, characterised by the hose having an elasticity such that the suction pipe maintains a self-standing state.
Load test rig for a servo-system, comprising: - a frame, - a flange, and - a spring mechanism mounted on the frame, comprising a preferably symmetrical arrangement of at least four spring elements, - wherein the spring mechanism has frame points which connect the spring mechanism and the frame, and has hinge points which connect the spring mechanism and the flange, and - wherein the flange can be coupled to an output shaft of a servo-system to be tested, and - wherein the frame points are mounted in at least a substructure, wherein the substructure and spring mechanism form an adjustable and/or calibratable independent module, and wherein the module is arranged on the frame. - a frame, - a flange, and - a spring mechanism mounted on the frame, comprising a preferably symmetrical arrangement of at least four spring elements, - wherein the spring mechanism has frame points which connect the spring mechanism and the frame, and has hinge points which connect the spring mechanism and the flange, and - wherein the flange can be coupled to an output shaft of a servo-system to be tested, and - wherein the frame points are mounted in at least a substructure, wherein the substructure and spring mechanism form an adjustable and/or calibratable independent module, and wherein the module is arranged on the frame.
An apparatus comprising: at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to perform: in a first state, enabling use of a first set of user actuations proximal to a proximity detector as a first set of valid user actuations; in response to detecting a first criteria, changing from the first state to a second state; and in the second state, enabling the use of a second set of user actuations proximal to the proximity detector and different to the first set of user actuations, as a second set of valid user actuations, wherein the second set of valid user actuations comprises user gestures that are invariant in effect whatever the orientation of the apparatus relative to the user gestures when the user gesture is performed and wherein the apparatus is configured to increase detection sensitivity in the second state to disambiguate accurately between each of the second set of valid user actuations when the user actuation is separated from the proximity detector by an opaque barrier. at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to perform: in a first state, enabling use of a first set of user actuations proximal to a proximity detector as a first set of valid user actuations; in response to detecting a first criteria, changing from the first state to a second state; and in the second state, enabling the use of a second set of user actuations proximal to the proximity detector and different to the first set of user actuations, as a second set of valid user actuations, in a first state, enabling use of a first set of user actuations proximal to a proximity detector as a first set of valid user actuations; in response to detecting a first criteria, changing from the first state to a second state; and in the second state, enabling the use of a second set of user actuations proximal to the proximity detector and different to the first set of user actuations, as a second set of valid user actuations, wherein the second set of valid user actuations comprises user gestures that are invariant in effect whatever the orientation of the apparatus relative to the user gestures when the user gesture is performed and wherein the apparatus is configured to increase detection sensitivity in the second state to disambiguate accurately between each of the second set of valid user actuations when the user actuation is separated from the proximity detector by an opaque barrier.
Polyethylene polymer characterised by the following properties: A number average molecular weight Mn of at least 2.0 ∗ 10 5 g/mol, a weight average molecular weight of at least 2.0 ∗ 10 6 g/mol, a Mw/Mn ratio of more than 8, and a strain hardening slope of below 0.10 N/mm at 135 °C, wherein Mn and Mw are determined as provided in the description, and wherein the strain hardening slope is determined by: a) subjecting the polymer in powder form to compaction at a pressure of 200 bar, at 130°C, for 30 minutes to form tensile bars with a thickness of 1 mm, a width of 5 mm and a length of 15 mm; b)subjecting the so obtained bars to drawing at a tensile speed of 100 mm/min at a temperature of 135°C; c) drawing the bar from 10 mm to 400 mm using a force cell of 100N; d) measuring the force required for the elongation of the sample at the fixed temperature; e) plotting the force/elongation curve; f) determining the steepest positive slope after the yield point, said yield point being the first maximum in the force/elongation curve, said steepest positive slope being the strain hardening slope.
A membrane electrode assembly for a polymer electrolyte fuel cell, comprising: a laminate comprising a polymer electrolyte membrane with catalyst layers (11a, 11b) on both sides, gas diffusion layers (12a, 12b) that hold the polymer electrolyte membrane between the gas diffusion layers (12a, 12b), and a first plastic film that covers a rim portion of the polymer electrolyte membrane, the catalyst layers (11a, 11b) and the gas diffusion layers (12a, 12b); metal porous bodies (14a, 14b) disposed on both entire faces of the laminate; and a second plastic film that further covers a rim portion of the laminate and the metal porous bodies (14a, 14b) that are laminated together, wherein rim portions of the metal porous bodies (14a, 14b) are held between the first plastic film and the second plastic film. a laminate comprising a polymer electrolyte membrane with catalyst layers (11a, 11b) on both sides, gas diffusion layers (12a, 12b) that hold the polymer electrolyte membrane between the gas diffusion layers (12a, 12b), and a first plastic film that covers a rim portion of the polymer electrolyte membrane, the catalyst layers (11a, 11b) and the gas diffusion layers (12a, 12b); metal porous bodies (14a, 14b) disposed on both entire faces of the laminate; and a second plastic film that further covers a rim portion of the laminate and the metal porous bodies (14a, 14b) that are laminated together, wherein rim portions of the metal porous bodies (14a, 14b) are held between the first plastic film and the second plastic film.