mhurhangee/patent-ind-claim-en huggingface dataset:
Packaging device for a product to be dispensed, comprising: - a bottle suitable for containing the product to be dispensed and having a neck comprising an inner wall delimiting an opening, - a dispensing device comprising a body and suitable for dispensing said product, the dispensing device being a "pump"-type device, - a fastening element for securing the body of the dispensing device in the neck of the bottle , the fastening element cooperating with the inner wall of the neck of the bottle, characterized in that the fastening element comprises a cylindrical double wall comprising an outer wall and an inner wall forming an internal hollow shaft (42; 47), said outer and inner walls being coaxial, and in that said dispensing device comprises a fastening member of said dispensing device , the fastening member being integral with said dispensing device and being fixed around the internal hollow shaft (42; 47) of the fastening element . - a bottle suitable for containing the product to be dispensed and having a neck comprising an inner wall delimiting an opening, - a dispensing device comprising a body and suitable for dispensing said product, the dispensing device being a "pump"-type device, - a fastening element for securing the body of the dispensing device in the neck of the bottle , the fastening element cooperating with the inner wall of the neck of the bottle,
A host cell comprising a polynucleotide comprising a cell cycle-dependent promoter operatively linked to a suicide gene coding sequence, wherein the host cell is defined as a precursor cell, wherein a suicide gene is a gene whose protein product is capable of converting a non-toxic prodrug into a toxic drug, thereby killing cells that express the gene product.
A power pack to be used with a medicament delivery device, which power pack comprises: - a plunger rod (12 IV ) movable along a longitudinal axis (L); - a drive spring operably connected to said plunger rod (12 IV ); - a plunger rod sleeve arranged with holding elements for releasably holding said plunger rod (12 IV ) with said drive spring in a tensioned state; - wherein said plunger rod (12 IV ) is arranged with signal initiating elements ; - signal generating elements arranged on the plunger rod sleeve configured to cooperate with said signal initiating elements for providing audible and/or tactile information to a user of the medicament delivery device about the movement of said plunger rod when said plunger rod sleeve has been activated to release said plunger rod (12 IV ) from said holding elements , characterised in that said signal initiating elements comprise a number of outwardly directed protrusions arranged on a distal area of the plunger rod (12 IV ), wherein said signal generating elements comprise mechanically flexible elements that mechanically engage with said signal initiating elements for providing said information, wherein said signal generating elements (108;110) comprise a plurality of mechanical flexible elements placed after each other in the longitudinal direction (L) in at least one row. - a plunger rod (12 IV ) movable along a longitudinal axis (L); - a drive spring operably connected to said plunger rod (12 IV ); - a plunger rod sleeve arranged with holding elements for releasably holding said plunger rod (12 IV ) with said drive spring in a tensioned state; - wherein said plunger rod (12 IV ) is arranged with signal initiating elements ; - signal generating elements arranged on the plunger rod sleeve configured to cooperate with said signal initiating elements for providing audible and/or tactile information to a user of the medicament delivery device about the movement of said plunger rod when said plunger rod sleeve has been activated to release said plunger rod (12 IV ) from said holding elements , characterised in that
Holding system for an electronic device in a vehicle, having a receiving part provided for immovable fastening, and a mount , to which the electronic device can be removably fastened, which can be inserted into the receiving part , wherein the receiving part comprises a receiving socket with a slot-like entrance opening into which a projection , with a shape complementing the receiving socket and connected in the mounted state to the mount when fitted, can be pushed in a push-in direction and can be fixed in the pushed-in state characterized in that at least one magnet is arranged in at least one side of the receiving socket such that magnetic poles (N, S) result which are active in the push-in direction, and in that magnetic poles (N, S) are correspondingly formed in the projection which, when there is correct orientation, draw the projection into a fixed position in the receiving socket and, when there is incorrect orientation, hinder the achievement of the fixed position.
A citrus juicer comprising: - an enclosure having a wall defining a cavity for produce for pressing containing a fluid, and an opening formed in the wall for introducing the produce for pressing into the cavity; - a cannula (50, 50', 50", 50"') extending through the wall of the enclosure, the cannula having a first portion (52, 52', 52", 52"') arranged inside the cavity and configured to be engaged in the produce for pressing, and a second portion arranged outside the cavity, the cannula further including an internal duct extending in the first and second portions; and - an extensible membrane arranged in the cavity and extending over all or part of the wall so as to surround the produce for pressing arranged inside the cavity, and inflation means configured to inflate the extensible membrane so as to compress the produce for pressing engaged on the first portion of the cannula in order to extract the fluid out from the cavity via the internal duct of the cannula; the citrus juicer being characterized in that the enclosure further comprises: - a lid shaped to close the opening so as to close the cavity, the lid being movable between an open position in which the enclosure is open and a closed position in which the opening is closed by the lid; and - an ejector device for discharging the pressed produce out from the cavity , said ejector device including a movable base that is movable along the longitudinal axis of the cannula. - an enclosure having a wall defining a cavity for produce for pressing containing a fluid, and an opening formed in the wall for introducing the produce for pressing into the cavity; - a cannula (50, 50', 50", 50"') extending through the wall of the enclosure, the cannula having a first portion (52, 52', 52", 52"') arranged inside the cavity and configured to be engaged in the produce for pressing, and a second portion arranged outside the cavity, the cannula further including an internal duct extending in the first and second portions; and - an extensible membrane arranged in the cavity and extending over all or part of the wall so as to surround the produce for pressing arranged inside the cavity, and inflation means configured to inflate the extensible membrane so as to compress the produce for pressing engaged on the first portion of the cannula in order to extract the fluid out from the cavity via the internal duct of the cannula; - a lid shaped to close the opening so as to close the cavity, the lid being movable between an open position in which the enclosure is open and a closed position in which the opening is closed by the lid; and - an ejector device for discharging the pressed produce out from the cavity , said ejector device including a movable base that is movable along the longitudinal axis of the cannula.
A system for controlling hydroelastic waves on the surface of a liquid comprising a composite structure having at least two zones Z1 and Z2, of respective bending coefficients D1 and D2 wherein the respective bending coefficients D1 and D2 are defined by the equation: D i = E i ⋅ e i 3 12 ⋅ 1 − v i 2 where E i is the Young's modulus of the zone Zi, e i is the thickness of the zone Zi, and ν i is the Poisson's ratio of the zone Zi, i being equal to 1 or 2, and of internal mechanical tensions T 1 and T 2 , respectively; the composite structure being adapted to, when the controlling system is placed on the surface of the liquid such that a hydroelastic surface wave propagates through the first zone Z1 then through the second zone Z2 of the composite structure floating on the surface of the liquid of density p, and when the wavelength λ i of the hydroelastic wave respects, in the zone Zi, the following equations: 2 π λ i ≥ ρ ⋅ g D i 4 and 2 π λ i ≥ T i D i where g is the universal gravitational constant and i corresponds to the index of the zone Zi through which the hydroelastic wave is propagating, control the behavior of said hydroelastic wave via adjustment of said bending coefficients Di and/or of the shapes of said zones Zi.
A process for the continuous production of a partially crystalline thermoplastic polymer foam (TTS) by extrusion of a mixture (M), wherein the mixture (M) comprises the components a) at least one partially crystalline thermoplastic polymer (TTP), b) at least one blowing agent (T) and c) at least 8% by weight, based on the total weight of the mixture (M), of at least one mineral filler (F), where the mixture (M) comprises the components a) from 45 to 87% by weight of at least one partially crystalline thermoplastic polymer (TTP), based on the total weight of the mixture (M), b) from 5 to 20% by weight of at least one blowing agent (T), based on the total weight of the mixture (M), and c) from 8 to 35% by weight of at least one mineral filler (F), based on the total weight of the mixture (M). a) at least one partially crystalline thermoplastic polymer (TTP), b) at least one blowing agent (T) and c) at least 8% by weight, based on the total weight of the mixture (M), of at least one mineral filler (F), a) from 45 to 87% by weight of at least one partially crystalline thermoplastic polymer (TTP), based on the total weight of the mixture (M), b) from 5 to 20% by weight of at least one blowing agent (T), based on the total weight of the mixture (M), and c) from 8 to 35% by weight of at least one mineral filler (F), based on the total weight of the mixture (M).
Electrical connection arrangement for a motor, comprising a first end-side electrical connector with electrical connections , wherein the connections of the connector are integrally connected with each other by means of a connecting bar , a second end-side electrical connector with electrical contacts , which has a plug contour surrounding the contacts , and a rigid power rail integrally formed with the connectors and the contacts , which connects the two connectors , wherein the power rail and at least portions of the connectors are surrounded by a common insulating material and are formed isolated from each other, characterized in that the connections are each formed as a U-shaped connection region with an end-sided, upward-facing contact portion designed to achieve a tolerance compensation, such that tolerances and also movements can be balanced both in and across the extension direction of the electrical connection arrangement.
A wind turbine , comprising a tower with a plurality of tower sections , a plurality of stay cables (7 - 9) for guying the tower , and a plurality of support devices for anchoring the stay cables (7 - 9) in at least one of the tower sections , wherein the support devices are arranged completely inside an internal space of the at least one tower section , wherein each support device comprises a bearing plate against which an anchor block of one of the stay cables (7 - 9) lies, wherein the bearing plate is inclined toward an axis of symmetry of the at least one tower section in an inclination angle (α), characterized in that each support device comprises a first support plate and a second support plate , wherein the support plates are connected to the at least one tower section , and wherein the bearing plate is connected to the support plates .
A method for manufacturing a steam turbine rotor blade, which is a method for manufacturing a steam turbine rotor blade including a blade base material composed of a titanium alloy and an erosion shield formed on a surface of the blade base material, wherein the method comprises a step of forming the erosion shield on a surface of the blade base material, the step of forming the erosion shield includes a step of forming a weld overlay layer by melting a welding raw material powder obtained by mixing a raw material powder of parent phase particles composed of pure titanium or a titanium alloy and a raw material powder of inorganic compound particles by a heat source on the blade base material, so that some of the parent phase particles react with the inorganic compound particles and form a hard phase, and the hard phase is dispersed in the parent phase, wherein a metal element is solid-dissolved in the parent phase, and as inorganic compound particles chromium silicide is used, the hard phase is composed of titanium silicide, the metal element is chromium and the content of the inorganic compound particles in the welding raw material powder is from 5 to 15 vol%. the method comprises a step of forming the erosion shield on a surface of the blade base material, the step of forming the erosion shield includes a step of forming a weld overlay layer by melting a welding raw material powder obtained by mixing a raw material powder of parent phase particles composed of pure titanium or a titanium alloy and a raw material powder of inorganic compound particles by a heat source on the blade base material, so that some of the parent phase particles react with the inorganic compound particles and form a hard phase, and the hard phase is dispersed in the parent phase, wherein a metal element is solid-dissolved in the parent phase, and as inorganic compound particles chromium silicide is used, the hard phase is composed of titanium silicide, the metal element is chromium and the content of the inorganic compound particles in the welding raw material powder is from 5 to 15 vol%.
A device for checking the function of an aortic valve by mounting the device on the free end of a cylindrical tubular prosthesis inserted into the aorta, the other end of which is connected to the aortic wall in the region of the aortic valve, characterized in that the device consists of a multipart housing provided with at least one flow channel for inspection fluid, wherein the housing is provided on its underside facing the free end of the tubular prosthesis with a peripheral sealing device that can be mounted on the edge of the tubular prosthesis , and wherein at least one pressure measuring sensor and at least one optical sensor element are provided on the underside for recording video.
A method for operating a power generation system that supplies real and reactive power to a load, comprising: with a power converter having switching elements, receiving alternating current power from a generator and generating the reactive power within an operating range of generator rotor speed; as the generator rotor speed changes and approaches synchronous speed, generating a control command to decrease a switching frequency of the switching elements from a first switching frequency to a second switching frequency, wherein the reactive power output of the power converter is increased at the second switching frequency; and wherein the second switching frequency is determined in real operating time of the generator based on providing a defined reactive power value from the power converter at the changed generator rotor speed at or near synchronous speed and maintaining the switching elements within defined thermal limits. with a power converter having switching elements, receiving alternating current power from a generator and generating the reactive power within an operating range of generator rotor speed; as the generator rotor speed changes and approaches synchronous speed, generating a control command to decrease a switching frequency of the switching elements from a first switching frequency to a second switching frequency, wherein the reactive power output of the power converter is increased at the second switching frequency; and wherein the second switching frequency is determined in real operating time of the generator based on providing a defined reactive power value from the power converter at the changed generator rotor speed at or near synchronous speed and maintaining the switching elements within defined thermal limits.
A cable drum for a cable winch of a cable drive, having a drum body which has a cable grooving on its outer circumference, and two flanged pulleys which surround the drum body on the face sides and delimit a winding space therebetween, wherein at least one of the flanged pulleys has a fixed flanged pulley part , which forms a cable contact surface for a lowest winding layer wound directly on the drum body in the cable grooving, as well as at least one inner wall part which can be adjusted axially in the direction of the longitudinal axis of the drum relative to the fixed flanged pulley part and to the drum body , in the form of an adjustment ring which forms a cable contact surface for further winding layers, which are located above said lowermost winding layer, such that the distance between the flanged pulleys is adjustable.
Juice extraction device, arranged to extract juice from food to be prepared by exposing it to a pressurised steam environment, comprising: - an extraction chamber arranged to receive food to be prepared and to expose it to a pressurised steam environment, - means for heating the extraction chamber , - means for generating steam in the extraction chamber , - means for pressurising the extraction chamber , characterised in that the device comprises means for measuring a preparation time of the extraction chamber that are associated with means for decompressing the extraction chamber , arranged so as to: - perform, after a predetermined first preparation time during which the food to be prepared is heated and exposed to the pressurised steam environment, a decompression of the extraction chamber for a second preparation time, - then re-compress the extraction chamber and continue to heat and to expose the food to be prepared to the pressurised steam environment for a third preparation time. - an extraction chamber arranged to receive food to be prepared and to expose it to a pressurised steam environment, - means for heating the extraction chamber , - means for generating steam in the extraction chamber , - means for pressurising the extraction chamber , - perform, after a predetermined first preparation time during which the food to be prepared is heated and exposed to the pressurised steam environment, a decompression of the extraction chamber for a second preparation time, - then re-compress the extraction chamber and continue to heat and to expose the food to be prepared to the pressurised steam environment for a third preparation time.
A method for treating a substrate made from lignocellulosic material for adsorbing radionuclides in fluids loaded with radionuclides, characterised in that it comprises performing the following steps: - preparing the lignocellulosic material divided by rinsing and subjected to granulometric sorting, - subjecting the lignocellulosic material to Fenton oxidation, - activating the material by acid treatment, and - rinsing. - preparing the lignocellulosic material divided by rinsing and subjected to granulometric sorting, - subjecting the lignocellulosic material to Fenton oxidation, - activating the material by acid treatment, and - rinsing.
A method of concentrating transgenic apoA-I mimetic peptides expressed in a transgenic tomato plant, said method comprising: providing a tissue of said transgenic plant wherein said tissue contains a heterologous ApoA-I mimetic peptide expressed by said plant, and wherein said tissue is provided as a substantially dry powder; mixing said powder with a solution comprising ethyl acetate and acetic acid to form an extraction mixture; collecting the liquid phase of said mixture and drying said liquid phase to provide a concentrated dry powder extract that displays the biological activity of said apoA-I mimetic. providing a tissue of said transgenic plant wherein said tissue contains a heterologous ApoA-I mimetic peptide expressed by said plant, and wherein said tissue is provided as a substantially dry powder; mixing said powder with a solution comprising ethyl acetate and acetic acid to form an extraction mixture; collecting the liquid phase of said mixture and drying said liquid phase to provide a concentrated dry powder extract that displays the biological activity of said apoA-I mimetic.
A method for determining at least one optical conception parameter for a progressive ophthalmic lens intended to equip a frame of a wearer, depending on the visual behavior of the latter, said at least one optical conception parameter comprising a progression length (Lp) of said progressive ophthalmic lens, the method comprising the following steps: a) collecting data associated with the chosen frame and data relating to the prescription of the wearer, and collecting a plurality of behavioral measurements relating to a plurality of gaze directions and/or positions of the wearer during a visual task; and a3) acquiring a measurement of fitting height (FH, Hd) for said progressive ophthalmic lens in said frame ; b) statistically processing said plurality of behavioral measurements in order to determine a zone of use (ZU) of the area of an eyeglass fitted in said frame, said zone of use (ZU) being representative of a statistical spatial distribution of said plurality of behavioral measurements; b1) calculating a vertical position of the centroid (BU) or a high limit (HU) of the zone of use (ZU) and b3) calculating a value of a difference Δ between the vertical position of the centroid (BU) or the high limit (HU) and a reference vertical position , corresponding to a mean drop angle of the gaze relative to a primary direction (D0) of the far-vision gaze of the wearer; and c) determining at least one optical conception parameter comprising a value of progression length (Lp) for said progressive ophthalmic lens depending on said measurement of fitting height (FH, Hd) and on said difference Δ. a) collecting data associated with the chosen frame and data relating to the prescription of the wearer, and collecting a plurality of behavioral measurements relating to a plurality of gaze directions and/or positions of the wearer during a visual task; and a3) acquiring a measurement of fitting height (FH, Hd) for said progressive ophthalmic lens in said frame ; b) statistically processing said plurality of behavioral measurements in order to determine a zone of use (ZU) of the area of an eyeglass fitted in said frame, said zone of use (ZU) being representative of a statistical spatial distribution of said plurality of behavioral measurements; b1) calculating a vertical position of the centroid (BU) or a high limit (HU) of the zone of use (ZU) and b3) calculating a value of a difference Δ between the vertical position of the centroid (BU) or the high limit (HU) and a reference vertical position , corresponding to a mean drop angle of the gaze relative to a primary direction (D0) of the far-vision gaze of the wearer; and c) determining at least one optical conception parameter comprising a value of progression length (Lp) for said progressive ophthalmic lens depending on said measurement of fitting height (FH, Hd) and on said difference Δ.