mhurhangee/ep-ind-claims huggingface dataset:
Solid cosmetic composition for making up and/or caring for the skin and/or the lips, comprising, in a physiologically acceptable medium, at least one fatty phase comprising: - from 5 to 30 % by weight of non volatile hydrocarbonated apolar oil(s), or mixture thereof, relative to the total weight of the composition, - from 43 to 90 % by weight of total content of non volatile silicone oil(s) relative to the total weight of the composition, wherein at least one of said non-volatile silicone oil(s) is a non volatile phenylated silicone oil, and - from 3 to 30 % by weight of wax(es), or mixture thereof, relative to the total weight of the composition, wherein the composition further comprises at least one volatile hydrocarbon oil chosen from C 8 -C 16 branched alkanes and C 7 -C 17 linear alkanes. - from 5 to 30 % by weight of non volatile hydrocarbonated apolar oil(s), or mixture thereof, relative to the total weight of the composition, - from 43 to 90 % by weight of total content of non volatile silicone oil(s) relative to the total weight of the composition, wherein at least one of said non-volatile silicone oil(s) is a non volatile phenylated silicone oil, and - from 3 to 30 % by weight of wax(es), or mixture thereof, relative to the total weight of the composition,
A device comprising: an electroabsorption modulator comprising a modulator capacitance (C mod), and a terminating impedance circuit connected in parallel to the electroabsorption modulator; wherein the terminating impedance circuit comprises an RF delay line having an impedance distributed over its length, wherein the spatially distributed impedance comprises a resistance per unit length, an inductance per unit length, and a parasitic capacitance per unit length, wherein the resistance per unit length and the line length of the RF delay line define a desired terminating impedance for the electroabsorption modulator, characterized in that the inductance per unit length and the line length of the RF delay line are selected to define, together with the modulator capacitance (C mod) of the electroabsorption modulator, a damped resonant circuit system having a resonance frequency at a predefined value below an upper operating frequency limit of the electroabsorption modulator, thereby causing a controlled increase in the frequency response of the electroabsorption modulator within an operative frequency range, wherein the RF delay line is implemented to be a strip line, and wherein the RF delay line exhibits the following parameters: - resistance per unit length between 20 kohm/m and 200 kohm/m, - inductance per unit length between 100 nH/m and 1000 nHm, - leakage per unit length smaller than 20 mS/mm, and - capacitance per unit length between 10 pF/m and 200 pF/m. an electroabsorption modulator comprising a modulator capacitance (C mod), and a terminating impedance circuit connected in parallel to the electroabsorption modulator; wherein the terminating impedance circuit comprises an RF delay line having an impedance distributed over its length, wherein the spatially distributed impedance comprises a resistance per unit length, an inductance per unit length, and a parasitic capacitance per unit length, wherein the resistance per unit length and the line length of the RF delay line define a desired terminating impedance for the electroabsorption modulator, characterized in that the inductance per unit length and the line length of the RF delay line are selected to define, together with the modulator capacitance (C mod) of the electroabsorption modulator, a damped resonant circuit system having a resonance frequency at a predefined value below an upper operating frequency limit of the electroabsorption modulator, thereby causing a controlled increase in the frequency response of the electroabsorption modulator within an operative frequency range, wherein the RF delay line is implemented to be a strip line, and wherein the RF delay line exhibits the following parameters: - resistance per unit length between 20 kohm/m and 200 kohm/m, - inductance per unit length between 100 nH/m and 1000 nHm, - leakage per unit length smaller than 20 mS/mm, and - capacitance per unit length between 10 pF/m and 200 pF/m. - resistance per unit length between 20 kohm/m and 200 kohm/m, - inductance per unit length between 100 nH/m and 1000 nHm, - leakage per unit length smaller than 20 mS/mm, and - capacitance per unit length between 10 pF/m and 200 pF/m.
A combination of a therapeutically effective amount of an anticonvulsant sulfamate derivative with a therapeutically effective amount of a sympathomimetic agent for use in a method of lowering blood pressure of a patient suffering from hypertension associated with obesity and/or Syndrome X, wherein the anticonvulsant sulfamate derivative has a structure of formula wherein X is CH 2 or O, R 1 is hydrogen or alkyl, R 2, R 3, R 4, and R 5 are independently H or C 1 -C 3 alkyl, and further wherein when X is O, then R 2 and R 3, and/or R 4 and R 5, may be taken together to form a methylene dioxy linkage of the formula -O-CR 6 R 7 -O- in which R 6 and R 7 are independently H or C 1 -C 3 alkyl, or may be taken together to form a cyclopentyl or cyclohexyl ring, and the sympathomimetic agent is selected from phenylethylamine, epinephrine, norepinephrine, epinine, dopamine, dobutamine, nordefrin, ethylnorepinephrine, isoproterenol, protokylol, isoetharine, metaproterenol, terbutaline, metaraminol, phenylephrine, tyramine, hydroxyamphetamine, methoxyphenamine, methoxamine, albuterol, amphetamine, methamphetamine, benzphetamine, ephedrine, phenylpropanolamine, mephentermine, phentermine, chlorphentermine, fenfluramine, propylhexedrine, phenmetrazine, and phendimetrazine. wherein X is CH 2 or O, R 1 is hydrogen or alkyl, R 2, R 3, R 4, and R 5 are independently H or C 1 -C 3 alkyl,
Capsule for machines for preparing infused beverages, comprising: a body shaped like a bowl, comprising a side wall extending around an axis (X-X) and a bottom wall; said body being made of paper or paper material; said body being sized so as to contain a predetermined amount of a powdered preparation for preparing an infused beverage; said capsule being further provided with an annular peripheral edge designed to abut against a bearing surface of an infusion chamber of an infusion assembly when the capsule is inserted into said chamber; said annular peripheral edge comprising a first annular portion made integrally with said bowl body; said first annular portion having a head surface arranged substantially parallel to the axis (X-X) at its radially outer perimeter; and an annular reinforcing element comprising a second annular portion applied to said first annular portion, said second annular portion having a head surface arranged substantially parallel to the axis (X-X) at its radially outer perimeter; said capsule being characterised by at least one liquid-proofing glue or resin layer applied at and covering said head surfaces (26, 27). a body shaped like a bowl, comprising a side wall extending around an axis (X-X) and a bottom wall; said body being made of paper or paper material; said body being sized so as to contain a predetermined amount of a powdered preparation for preparing an infused beverage; said capsule being further provided with an annular peripheral edge designed to abut against a bearing surface of an infusion chamber of an infusion assembly when the capsule is inserted into said chamber; said annular peripheral edge comprising a first annular portion made integrally with said bowl body; said first annular portion having a head surface arranged substantially parallel to the axis (X-X) at its radially outer perimeter; and an annular reinforcing element comprising a second annular portion applied to said first annular portion, said second annular portion having a head surface arranged substantially parallel to the axis (X-X) at its radially outer perimeter; said capsule being characterised by at least one liquid-proofing glue or resin layer applied at and covering said head surfaces (26, 27).
Dressing for negative pressure therapy comprising a multi-layer structure comprising a first layer and a second layer, linked together by their respective perimeter edges, wherein the first layer consists of a lamellar body comprising: - a first inner face, intended to be inward facing and facing the second layer; - a first outer face, intended to face outwards; and - a plurality of first through holes allowing fluid to pass through; being the dressing characterized in that the second layer comprises two lamellar bodies solidly linked together, each of which comprises a plurality of second through holes allowing the passage of fluid, and a plurality of tubular elements arranged between the lamellar bodies, and inside which a pressurized gaseous fluid is housed and maintained, wherein the first layer and the second layer overlap each other so that the first and second through holes face each other, creating channels that allow the passage of negative pressure between two opposite sides of the dressing. - a first inner face, intended to be inward facing and facing the second layer; - a first outer face, intended to face outwards; and - a plurality of first through holes allowing fluid to pass through; being the dressing characterized in that the second layer comprises two lamellar bodies solidly linked together, each of which comprises a plurality of second through holes allowing the passage of fluid, and a plurality of tubular elements arranged between the lamellar bodies, and inside which a pressurized gaseous fluid is housed and maintained, wherein the first layer and the second layer overlap each other so that the first and second through holes face each other, creating channels that allow the passage of negative pressure between two opposite sides of the dressing.
A shoe sole member that is partially or entirely formed from a resin foam product constituted by integrating a plurality of resin foam particles, wherein the plurality of resin foam particles consist of a resin composition containing a polyamide elastomer, characterized in that, the resin foam product satisfies all formulas to below, when a loss factor at -20°C is referred to as tanδ [-20°C], a loss factor at 25°C is referred to as tanδ [25°C], a storage elastic modulus at 25°C of the resin composition is referred to as E' [25°C], the minimum value of a complex viscosity at 100°C to 130°C of the resin composition is referred to as ηmin, and the maximum value thereof is referred to as ηmax, in a dynamic viscoelasticity measurement: 1 ≤ tan ⁢ δ − 20 ° C / tan ⁢ δ 25 ° C ≤ 5 50 MPa ≤ E ′ 25 ° C ≤ 400 MPa 0.05 MPa ⋅ s ≤ η ⁢ min and η ⁢ max ≤ 0.6 MPa ⋅ s
Air-conditioning system of a building comprising: ▪ water supply means, ▪ water flow control means for controlling the flow of water from the water supply means, ▪ water distribution means for distributing water near an outer surface of the building, the flow of said water being controlled by the control means, ▪ water droplets generation means for generating water droplets on at least one portion of the outer surface of the building from the water coming from the distribution means, said water droplets generation means comprising at least one second pipe with a plurality of openings provided in a wall of each at least one second pipe, characterized in that the diameter of the openings increases with the distance between each opening considered and the control means. ▪ water supply means, ▪ water flow control means for controlling the flow of water from the water supply means, ▪ water distribution means for distributing water near an outer surface of the building, the flow of said water being controlled by the control means, ▪ water droplets generation means for generating water droplets on at least one portion of the outer surface of the building from the water coming from the distribution means, said water droplets generation means comprising at least one second pipe with a plurality of openings provided in a wall of each at least one second pipe, characterized in that the diameter of the openings increases with the distance between each opening considered and the control means.
A copper base substrate, wherein a copper substrate, an insulating layer, and a circuit layer are laminated in an order in the copper base substrate, the ratio of the thickness (unit: μm) to the elastic modulus (unit: GPa) at 100°C is 50 or more in the insulating layer, and the circuit layer has an elastic modulus at 100°C of 100 GPa or less. wherein a copper substrate, an insulating layer, and a circuit layer are laminated in an order in the copper base substrate, the ratio of the thickness (unit: μm) to the elastic modulus (unit: GPa) at 100°C is 50 or more in the insulating layer, and the circuit layer has an elastic modulus at 100°C of 100 GPa or less.
Device for fixing the rear end of right and left bearing structures (3a, 3b) to a motor vehicle frame, the device for fixing each of the bearing structures (3a, 3b) having a connecting interface (5a, 5b) comprising at least one first connecting item fixed on the one hand in the longitudinal management by a front end (8 a) comprising the first connecting item (7 a) to the rear end of the bearing structure (3a, 3b) and on the other hand in the transverse management by a rear end comprising the first connecting item on a lateral spar (1a, 1b) forming the frame, the first connecting item receiving at least one first reinforcing item connecting the front end and the rear end of the first connecting item, the first reinforcing item being transverse in a longitudinal transverse drawing (T1-L1) between the front end (8 a) and the rear end of the first connecting item, characterised in that the first reinforcing item comprises: first vertical section fixed to the first connecting item and extending between the front end and the rear end of the first connecting item, a reinforcing wing extending vertically, with a top folded edge, which is realised from the material of the first connecting item, the reinforcing wing extending at a transverse distance from the first section and at the edge of the first connecting item to the level of its edge directed transversely towards the inside of the frame. second section extending longitudinally at least partially inside the quantity delimited between the first section and the reinforcing branch, the second section being fixed transversely in opposing supports to the first section and to the reinforcing branch. first vertical section fixed to the first connecting item and extending between the front end and the rear end of the first connecting item, a reinforcing wing extending vertically, with a top folded edge, which is realised from the material of the first connecting item, the reinforcing wing extending at a transverse distance from the first section and at the edge of the first connecting item to the level of its edge directed transversely towards the inside of the frame. second section extending longitudinally at least partially inside the quantity delimited between the first section and the reinforcing branch, the second section being fixed transversely in opposing supports to the first section and to the reinforcing branch.
A composition comprising an exosome, wherein the exosome comprises a targeting moiety expressed on its surface, wherein the targeting moiety is expressed as a fusion protein with an exosomal transmembrane protein, wherein the exosome is loaded with exogenous genetic material.
Tyre, wherein the tyre can be rotated about an axis of rotation in a circumferential direction, comprising a bead region, a bead core, an apex, wherein the bead core and the apex are arranged on one another, and an electromagnetic transmitting and receiving device, wherein the electromagnetic transmitting and receiving device comprises a memory component and at least one antenna component, wherein the memory component is completely surrounded by the apex, wherein the apex is formed from a first apex component and from a second apex component, wherein the first apex component and the second apex component bear against one another, wherein the first apex component is situated spatially closer to the bead core, and wherein the memory component is arranged between the first apex component and the second apex component, characterized in that the first apex component and the second apex component form a boundary region in a region in which they bear against one another, wherein the boundary region extends over an extension region, wherein the extension region has an extent at a right angle to the axis of rotation, wherein the memory component is arranged in the boundary region in such a way that the memory component is situated in a spatial third of the extension region that is situated furthest away from the axis of rotation.
A tissue joining device, comprising: a plurality of tissue graspers directly or indirectly connected to a central conductor and/or an external conductor configured to apply microwaves and each including a tip having a shape which enables grasp tissues, or a plurality of tissue graspers each including the central conductor and/or the external conductor configured to apply microwaves and each including a tip having a shape which enables grasping tissues; and a tissue-grasper accommodating cylinder configured to accommodate the plurality of tissue graspers, wherein the plurality of tissue graspers are released when the tissue-grasper accommodating cylinder moves in a proximal direction of a longitudinal axis, further, the tips of the plurality of tissue graspers cause portions of targeted attaching tissues to be brought into contact with each other or placed on one another when the tissue-grasper accommodating cylinder moves in a distal direction of the longitudinal axis, further, the portions having been brought into contact with each other or placed on one another are coagulated and/or fastened with use of microwaves to fix the target tissues, and wherein the tissue graspers each have a hook shape, a barb shape, or a fishhook shape, and a base portion that is curved and have elasticity. a plurality of tissue graspers directly or indirectly connected to a central conductor and/or an external conductor configured to apply microwaves and each including a tip having a shape which enables grasp tissues, or a plurality of tissue graspers each including the central conductor and/or the external conductor configured to apply microwaves and each including a tip having a shape which enables grasping tissues; and a tissue-grasper accommodating cylinder configured to accommodate the plurality of tissue graspers, wherein the plurality of tissue graspers are released when the tissue-grasper accommodating cylinder moves in a proximal direction of a longitudinal axis, further, the tips of the plurality of tissue graspers cause portions of targeted attaching tissues to be brought into contact with each other or placed on one another when the tissue-grasper accommodating cylinder moves in a distal direction of the longitudinal axis, further, the portions having been brought into contact with each other or placed on one another are coagulated and/or fastened with use of microwaves to fix the target tissues, and wherein the tissue graspers each have a hook shape, a barb shape, or a fishhook shape, and a base portion that is curved and have elasticity.
A method, performed by an apparatus, for adapting play out of data packets during a handover of a user equipment between a first radio network node and a second radio network node, which data packets relate to a real-time service application and which user equipment, first and second radio network nodes (304,306) are comprised in a communications system, characterized in that the method comprises: - generating at least one message to an adaptation control module, which at least one message is generated based on collected historical handover information and on current handover information, which collected historical handover information relates to at least one handover previously performed between the first radio network node and the second radio network node by the user equipment; and which current handover information relates to current radio control parameter settings for the first radio network node and the second radio network node, and - by means of the adaptation control module, adapting the play out of the data packets in dependence of the at least one message to control radio quality degradation in the real-time service application, wherein the playout of the data packets is adapted by increasing fill level of a jitter buffer when a probability p for the handover is above a threshold and a number of the data packets in the jitter buffer is not sufficient to avoid buffer under-run during a handover outage. - generating at least one message to an adaptation control module, which at least one message is generated based on collected historical handover information and on current handover information, which collected historical handover information relates to at least one handover previously performed between the first radio network node and the second radio network node by the user equipment; and which current handover information relates to current radio control parameter settings for the first radio network node and the second radio network node, and - by means of the adaptation control module, adapting the play out of the data packets in dependence of the at least one message to control radio quality degradation in the real-time service application,
An actuating device for flushing a tank in a flushing device, with a housing that is attachable in a passage of a cistern lid for example, a push button that is mounted in said housing and that is movable downwardly in the housing for flushing the tank, with a pusher body that is movable downwardly with the push button for flushing the tank with a first flushing volume or for flushing the tank with a second flushing volume, characterized in that the push button is pivotably mounted in the housing and for flushing the tank with the first flushing volume is pivotable in a first direction and movable downwardly and for flushing the tank with the second flushing volume is pivotable in another direction and movable downwardly, wherein the push button is pivotably mounted in a push button bearing that is movably mounted in the housing.