mhurhangee/patent-ind-claim-en huggingface dataset:
A system for generating short or ultra-short light pulses comprising: - a light source adapted to emit a light radiation ; - a power generator configured to operate at a frequency tunable over a bandwidth extending up to at least one gigahertz and to emit an analog electrical modulation signal comprising at least one electrical pulse of duration comprised between one picosecond and a few nanoseconds; - electrical or electro-optical modulation means having an electrical bandwidth adapted to receive the analog electrical modulation signal , the electrical or electro-optical modulation means being configured to modulate the light radiation in amplitude as a function of the analog electrical modulation signal and to generate a modulated light radiation comprising at least one light pulse of duration comprised between 10 ps and a few nanoseconds. - a light source adapted to emit a light radiation ; - a power generator configured to operate at a frequency tunable over a bandwidth extending up to at least one gigahertz and to emit an analog electrical modulation signal comprising at least one electrical pulse of duration comprised between one picosecond and a few nanoseconds; - electrical or electro-optical modulation means having an electrical bandwidth adapted to receive the analog electrical modulation signal , the electrical or electro-optical modulation means being configured to modulate the light radiation in amplitude as a function of the analog electrical modulation signal and to generate a modulated light radiation comprising at least one light pulse of duration comprised between 10 ps and a few nanoseconds.
Anemoside B4 for use in the treatment of psoriasis; wherein a dosage of anemoside B4 is not less than 5 mg/kg·d.
Device for controlling the opening of a motor vehicle door, comprising : - a base configured to receive the opening command, - a handle lever configured so as to be mounted so as to pivot on the base about a first handle axis (X1) comprising a main gripping branch (20.1) and a secondary branch (20.2) extending the main branch (20.1), each located on either side of the handle axis (X1), - a kinematic chain configured to transmit a movement of the handle lever to a lock of the opening control in order to unlock the door, comprising at least one active branch (20.2) of the handle lever formed by the secondary branch (20.2) capable of being kinematically coupled to a return member forming a moving element of the chain , - an inertial safety member configured to move, by the effect of inertia in the event of an impact, from an inactive rest position in which the inertial device does not block the chain and an active blocking position in which the inertial member blocks the chain , characterised in that the deflection member is mounted so as to pivot relative to the base about an axis of rotation (X2) and is balanced, the centre of gravity of the deflection member being coincident with its axis of rotation (X2) so that the deflection member does not move in the event of an impact. - a base configured to receive the opening command, - a handle lever configured so as to be mounted so as to pivot on the base about a first handle axis (X1) comprising a main gripping branch (20.1) and a secondary branch (20.2) extending the main branch (20.1), each located on either side of the handle axis (X1), - a kinematic chain configured to transmit a movement of the handle lever to a lock of the opening control in order to unlock the door, comprising at least one active branch (20.2) of the handle lever formed by the secondary branch (20.2) capable of being kinematically coupled to a return member forming a moving element of the chain , - an inertial safety member configured to move, by the effect of inertia in the event of an impact, from an inactive rest position in which the inertial device does not block the chain and an active blocking position in which the inertial member blocks the chain ,
A rapid charging system for electrically driven vehicles, in particular electric buses or the like, the rapid charging system having a contact apparatus and a charging contact unit , wherein the contact apparatus serves to form an electrical conductive connection between a vehicle and a stationary charging station by means of the charging contact unit, wherein the contact apparatus can be arranged on a roof of a vehicle , wherein the contact apparatus comprises a contact device , wherein the contact device can make contact with the charging contact unit, wherein the contact apparatus or the charging contact unit comprises a positioning device , wherein the contact device can be positioned relative to the charging contact unit by means of the positioning device, wherein the contact device has a contact element support comprising contact elements , wherein the contact elements can make contact with charging contact elements of the charging contact unit so as to form contact pairs, characterised in that the charging contact elements are realised as conductor strips , wherein the contact elements are arranged on the contact element support relative to the charging contact elements in such a manner and wherein the charging contact elements are arranged on the charging contact unit relative to the contact elements in such a manner that a defined order is maintained when forming contact pairs when the contact device and the charging contact unit are joined.
A breath actuated inhaler having a main body for accommodating a medicament reservoir, a canister fire system for moving the canister to release a dose in response to air flow, a cap housing for enclosing the canister fire system and canister within an interior chamber defined by the main body and the cap housing ; wherein helical threads are provided for rotational attachment of the cap housing on the main body and for resisting relative longitudinal movement therebetween without rotation; and characterised in that a lock system is provided for locking the cap housing on the main body ; in which the lock system includes a protrusion in the region of a helical thread on one of the main body and the cap housing which is lockable in a recess in the region of a helical thread on the other of the main body and the cap housing; and wherein the lock system further includes a first lock member on one of the main body and the cap housing which is adapted to engage a second lock member at a lock interface formed by respective engagement faces thereof, the lock interface being oriented substantially perpendicular to tangential.
Use of a soil conditioning additive in liquid, paste or powder form, to generate foam able to condition soil during mechanised excavations with a tunnel boring machine, comprising a surfactant including from 30 to 100% by weight of the surfactant of a salified alkyl ether sulphate surfactant having a straight or branched C7-C11 alkyl chain and a degree of ethoxylation ranging from 4 to 9, from 5 to 50% by weight of the surfactant of an acyl glutamate and 10 to 50 % by weight of the surfactant of alkyl polyglucosides, with the proviso that the total is 100.
A breast pad (50, 101, 201, 301, 401. 501) for nursing mothers comprising: an absorbent material having an asymmetric footprint, a liquid permeable front surface and a liquid impermeable back surface , the absorbent material arranged to absorb liquid that permeates the front surface , wherein the absorbent material comprises a body, a perimeter , and at least one cut-out portion extending inwardly from the perimeter into the body, wherein, the cut-out portion comprises two opposing edges each with a shaping portion , wherein the absorbent material is adapted such that the perimeter around the absorbent material is a first length in a first configuration and, in a second configuration, the two shaping portions are positioned closer together such that the perimeter length is reduced; and wherein the breast pad (50, 101, 201, 301, 401. 501) comprises an upper portion and a lower portion and wherein in the lower portion the absorbent material is adapted to have increased absorbent capacity. an absorbent material having an asymmetric footprint, a liquid permeable front surface and a liquid impermeable back surface , the absorbent material arranged to absorb liquid that permeates the front surface , wherein the absorbent material comprises a body, a perimeter , and at least one cut-out portion extending inwardly from the perimeter into the body, wherein, the cut-out portion comprises two opposing edges each with a shaping portion , wherein the absorbent material is adapted such that the perimeter around the absorbent material is a first length in a first configuration and, in a second configuration, the two shaping portions are positioned closer together such that the perimeter length is reduced; and wherein the breast pad (50, 101, 201, 301, 401. 501) comprises an upper portion and a lower portion and wherein in the lower portion the absorbent material is adapted to have increased absorbent capacity.
An injection molding system , comprising: a supplying unit configured to supply a flowable mixture of a polymeric material and a blowing agent; an injection unit communicable with the supplying unit, wherein the injection unit includes an outlet disposed distal from the supplying unit and configured to discharge the flowable mixture; a molding device configured to receive the flowable mixture from the outlet and including: a mold cavity ; and a feeding port communicable with the mold cavity and engageable with the outlet; and a supporting device disposed between the injection unit and the molding device and configured to facilitate an engagement of the injection unit and the molding device, wherein the supporting device includes a first element connected to the injection unit and a second element disposed on the molding device, the second element includes a first slot configured to receive a protruding portion of the first element, characterized in that the protruding portion of the first element is slidable within and along the first slot of the second element. a supplying unit configured to supply a flowable mixture of a polymeric material and a blowing agent; an injection unit communicable with the supplying unit, wherein the injection unit includes an outlet disposed distal from the supplying unit and configured to discharge the flowable mixture; a molding device configured to receive the flowable mixture from the outlet and including: a mold cavity ; and a feeding port communicable with the mold cavity and engageable with the outlet; and a mold cavity ; and a feeding port communicable with the mold cavity and engageable with the outlet; and a supporting device disposed between the injection unit and the molding device and configured to facilitate an engagement of the injection unit and the molding device, wherein the supporting device includes a first element connected to the injection unit and a second element disposed on the molding device, the second element includes a first slot configured to receive a protruding portion of the first element, characterized in that the protruding portion of the first element is slidable within and along the first slot of the second element.
A battery assembly comprising: a case formed of a conductive material having an outer surface and an inner surface; an electrode assembly having a first electrode and a second electrode and a separator that is interposed between the first electrode and the second electrode wherein the electrode assembly is positioned within the case; at least one conductive element coupled to the second electrode , wherein the at least one conductive element is welded to the inner surface of the case at a first location, wherein the weld is formed from the outside of the case , and the cross-sectional area of the weld is greater at the outer surface of the case than at the at least one conductive element so as to inhibit the introduction of spatter into the electrode assembly , the battery assembly further comprising an insulating plate disposed between the electrode assembly and the inner surface of the case and covering the first location of the inner surface. a case formed of a conductive material having an outer surface and an inner surface; an electrode assembly having a first electrode and a second electrode and a separator that is interposed between the first electrode and the second electrode wherein the electrode assembly is positioned within the case; at least one conductive element coupled to the second electrode , wherein the at least one conductive element is welded to the inner surface of the case at a first location, wherein the weld is formed from the outside of the case , and the cross-sectional area of the weld is greater at the outer surface of the case than at the at least one conductive element so as to inhibit the introduction of spatter into the electrode assembly , the battery assembly further comprising an insulating plate disposed between the electrode assembly and the inner surface of the case and covering the first location of the inner surface.
Cutting tool (S) made from hardenable steel for severing flat materials positioned on a resilient support, for example cardboard, corrugated board, honeycomb cardboard, plastic panels and the like, consisting of a band-shaped base body which has, in the longitudinal direction, on one side a working region with cutting teeth and on the other side a supporting region with a supporting surface , optionally with a plurality of supporting surfaces , characterised in that the cutting tool (S), when cutting the flat material, cooperates with the flexible resilient support thereof and the cutting teeth are formed with the tips with radii of at least 0.1 mm to 2.0 mm and cutting flanks (112, 112', 112") emanating from said tips at an angle α of 60° to 90° to one another, wherein, in the longitudinal direction of the cutting tool (S), the difference in the distances (A, A', A") from the cutting tips (111, 111', 111") of adjacent cutting teeth (11, 11', 11") to the opposite supporting surface , optionally to the opposite supporting surfaces , is 0.5 to 2.0 mm.
Method for producing an induced pluripotent stem cell, the method comprising: adding an Ecklonia cava extract to a cell culture medium; and dedifferentiating a mesenchymal stem cell into an induced pluripotent stem cell in the medium. adding an Ecklonia cava extract to a cell culture medium; and dedifferentiating a mesenchymal stem cell into an induced pluripotent stem cell in the medium.
Prefilled syringe , comprising a barrel having a hollow interior, an orifice and an opening opposite to the orifice; a stopper arranged in the hollow interior of the barrel thereby defining a sealed chamber in the interior of the barrel , wherein the stopper is displaceable in the interior of the barrel thereby varying a volume of the chamber ; a liquid within the chamber of the barrel ; and a plunger extending through the opening of the barrel , wherein the stopper expels the liquid out of the barrel via the orifice when being moved towards the orifice by the plunger such that the volume of the chamber is reduced, the plunger comprises a proximal portion , a distal portion and a rod portion extending between the proximal portion and the distal portion , and the plunger is shaped to form a pathway between the opening of the barrel and a segment where the proximal portion of the plunger is neighboring the stopper such that a sterilizing agent can be provided through the opening of the barrel to the segment where the proximal portion of the plunger is neighboring the stopper , characterized in that the plunger comprises a stopper contact section between the proximal portion and the rod portion , and the stopper contact section is equipped with at least one opening . a barrel having a hollow interior, an orifice and an opening opposite to the orifice; a stopper arranged in the hollow interior of the barrel thereby defining a sealed chamber in the interior of the barrel , wherein the stopper is displaceable in the interior of the barrel thereby varying a volume of the chamber ; a liquid within the chamber of the barrel ; and a plunger extending through the opening of the barrel , wherein the stopper expels the liquid out of the barrel via the orifice when being moved towards the orifice by the plunger such that the volume of the chamber is reduced, the plunger comprises a proximal portion , a distal portion and a rod portion extending between the proximal portion and the distal portion , and the plunger is shaped to form a pathway between the opening of the barrel and a segment where the proximal portion of the plunger is neighboring the stopper such that a sterilizing agent can be provided through the opening of the barrel to the segment where the proximal portion of the plunger is neighboring the stopper , characterized in that the plunger comprises a stopper contact section between the proximal portion and the rod portion , and the stopper contact section is equipped with at least one opening .
An image processing device comprising: a generation section configured to generate, from an 8x8 quantization matrix, a 16x16 quantization matrix corresponding to a 16x16 transform unit by duplicating each element in the 8x8 quantization matrix as duplicated elements in the 16x16 quantization matrix; and a quantization section configured to quantize transform coefficient data for image data using the 16x16 quantization matrix generated by the generation section; wherein, for an element in the 8x8 quantization matrix, the duplicated elements that are duplicated from that element are positioned in the 16x16 quantization matrix in the following manner: a first duplicated element of the duplicated elements is positioned adjacent to an element and to the right of the element; a second duplicated element of the duplicated elements is positioned adjacent to the element and below the element; a third duplicated element of the duplicated elements is positioned adjacent to the first duplicated element and below the first duplicated element and adjacent to the second duplicated element and to the right of the second duplicated element. a generation section configured to generate, from an 8x8 quantization matrix, a 16x16 quantization matrix corresponding to a 16x16 transform unit by duplicating each element in the 8x8 quantization matrix as duplicated elements in the 16x16 quantization matrix; and a quantization section configured to quantize transform coefficient data for image data using the 16x16 quantization matrix generated by the generation section; wherein, for an element in the 8x8 quantization matrix, the duplicated elements that are duplicated from that element are positioned in the 16x16 quantization matrix in the following manner: a first duplicated element of the duplicated elements is positioned adjacent to an element and to the right of the element; a second duplicated element of the duplicated elements is positioned adjacent to the element and below the element; a third duplicated element of the duplicated elements is positioned adjacent to the first duplicated element and below the first duplicated element and adjacent to the second duplicated element and to the right of the second duplicated element. a first duplicated element of the duplicated elements is positioned adjacent to an element and to the right of the element; a second duplicated element of the duplicated elements is positioned adjacent to the element and below the element; a third duplicated element of the duplicated elements is positioned adjacent to the first duplicated element and below the first duplicated element and adjacent to the second duplicated element and to the right of the second duplicated element.
An impact absorbing structure, comprising a unitary material formed as a stretch-dominated hollow cell structure, wherein at least a plurality of cells are configured to tessellate with a cell axis normal to the surface or out-of-plane and the hollow cell structure has a relative density substantially between 0.05 and 0.15, wherein the relative density is defined as ρ/ρ s , where ρ is the density of the hollow cell structure and ρ s is the density of the unitary material.
A seat , comprising: a structural frame comprising one or more thin walled complex geometry structures , said one or more thin walled complex geometry structures comprising one or more of multiple internal channels and ribs , said one or more of multiple channels and ribs defining a structure for supporting elements within said structural frame , said one or more of said multiple channels and said ribs defining one or more of structural loading paths and a channel for one or more of transporting fluids and receiving one or more components , wherein said structural frame comprises one or more of a seat back and a cushion frame comprising additive manufacturing material, said one or more thin walled complex geometry structures comprising non-castable and non-machinable portions.
A combustion chamber comprising an upstream end wall , at least one annular wall , at least one fuel injector and at least one seal , the at least one annular wall being secured to the upstream end wall , the upstream end wall having at least one aperture , each fuel injector being arranged in a corresponding one of the apertures in the upstream end wall , each seal being arranged in a corresponding one of the apertures in the upstream end wall and around the corresponding one of the fuel injectors , each seal having an inner surface facing the corresponding one of the fuel injectors and an outer surface facing away from the corresponding one of the fuel injectors , each seal abutting the corresponding one of the fuel injectors , the downstream end of each seal increasing in diameter in a downstream direction, the upstream end of each seal having a radially extending flange , the downstream end of each seal being positioned axially downstream of the upstream end wall , each seal being located in the corresponding one of the apertures in the upstream end wall such that an annular space is formed between the outer surface of the seal and the upstream end wall , characterised in that each seal having a plurality of thermal conductors extending axially from the radially extending flange to the downstream end of the seal .
A method of producing a non-woven material comprising: a) providing a feed mixture comprising poly(methyl methacrylate) and polylactic acid to a melt blown extrusion device; b) liquefying the feed mixture in the extrusion device to form a liquified feed mixture; c) blowing the liquified feed mixture through at least one nozzle to form a spray; d) depositing the spray on a surface; e) reducing a temperature of the spray such that the spray solidifies on the surface to form a sheet of non-woven material comprised of fibers. a) providing a feed mixture comprising poly(methyl methacrylate) and polylactic acid to a melt blown extrusion device; b) liquefying the feed mixture in the extrusion device to form a liquified feed mixture; c) blowing the liquified feed mixture through at least one nozzle to form a spray; d) depositing the spray on a surface; e) reducing a temperature of the spray such that the spray solidifies on the surface to form a sheet of non-woven material comprised of fibers.