mhurhangee/patent-ind-claim-en huggingface dataset:
Timepiece comprising a multi-carriage tourbillon having an outer carriage , mounted to rotate on a frame and connected kinematically to be rotationally driven to a drive member, and an inner carriage bearing a regulating member and an escapement and pivoted in the outer carriage ; the rotational axis of the outer carriage being coaxial or orthogonal to the rotational axis of the inner carriage ; the inner carriage bearing a third wheel engaged with a second wheel fixedly attached to the frame whilst a pinion of the escapement is engaged with a first wheel fixedly attached to the outer carriage ; this tourbillon being at least partially visible from the exterior of the timepiece, wherein the outer carriage bears an index cooperating with a seconds scale fixed on the frame , and the inner carriage and the outer carriage respectively having structural elements able to reconstruct a number, a letter or a logo by the juxtaposition of said structural elements , and wherein the rotational speeds of the outer carriage and the inner carriage are such that during rotations of said outer and inner carriages and for at least one relative position of the inner carriage with respect to the outer carriage , said structural elements are juxtaposed to form said number, said letter or said logo at regular predetermined intervals which are different from one second.
Method for producing a decorated element for a timepiece or piece of jewellery, the method includes the steps of: - taking a base substrate , - depositing a layer of positive or negative photosensitive resin on the base substrate , - placing a mask at the contour of the pattern to be created on the photosensitive resin , - illuminating the resin through the mask , - removing the illuminated portions of the resin , if the photosensitive resin is of the positive type, or removing the non-illuminated portions of the resin , if the photosensitive resin is of the negative type, - filling the removed portions of the resin with at least one solder paste or powder to produce partitions or a mould, - heating the assembly formed of the base substrate , the resin and the solder paste or powder to melt the solder paste or powder prior to solidification of the solder, - removing all the resin , and - filling the mould or decorative partitions with at least one filler material to obtain the decorated element . - taking a base substrate , - depositing a layer of positive or negative photosensitive resin on the base substrate , - placing a mask at the contour of the pattern to be created on the photosensitive resin , - illuminating the resin through the mask , - removing the illuminated portions of the resin , if the photosensitive resin is of the positive type, or removing the non-illuminated portions of the resin , if the photosensitive resin is of the negative type, - filling the removed portions of the resin with at least one solder paste or powder to produce partitions or a mould, - heating the assembly formed of the base substrate , the resin and the solder paste or powder to melt the solder paste or powder prior to solidification of the solder, - removing all the resin , and - filling the mould or decorative partitions with at least one filler material to obtain the decorated element .
An IPv6 packet processing method, wherein the method comprises: obtaining (S801), by a first routing device, an IPv6 packet, wherein the IPv6 packet comprises an IPv6 extension header, the IPv6 extension header comprises preceding general indication information, the preceding general indication information comprises first information, and the first information is used to indicate to process the IPv6 packet only on a data plane of a routing device and not to send the IPv6 packet to a CPU; and sending (S802), by the first routing device, the IPv6 packet to a next-hop routing device, wherein the IPv6 extension header further comprises at least one TLV option, and the preceding general indication information further comprises one or more of second information, third information, and fourth information; wherein the second information is used to indicate a function or a type of the at least one TLV option, or a function or a type of a primary TLV option in the at least one TLV option; the third information is used to indicate a function or a type of a secondary TLV option in the at least one TLV option; and the fourth information is used to indicate a quantity of the at least one TLV option; the method being characterised in that : the preceding general indication information is comprised in a preceding general header in the IPv6 extension header, and the preceding general header is located before the at least one TLV option. obtaining (S801), by a first routing device, an IPv6 packet, wherein the IPv6 packet comprises an IPv6 extension header, the IPv6 extension header comprises preceding general indication information, the preceding general indication information comprises first information, and the first information is used to indicate to process the IPv6 packet only on a data plane of a routing device and not to send the IPv6 packet to a CPU; and sending (S802), by the first routing device, the IPv6 packet to a next-hop routing device, wherein the IPv6 extension header further comprises at least one TLV option, and the preceding general indication information further comprises one or more of second information, third information, and fourth information; wherein the second information is used to indicate a function or a type of the at least one TLV option, or a function or a type of a primary TLV option in the at least one TLV option; the third information is used to indicate a function or a type of a secondary TLV option in the at least one TLV option; and the fourth information is used to indicate a quantity of the at least one TLV option; the method being characterised in that : the preceding general indication information is comprised in a preceding general header in the IPv6 extension header, and the preceding general header is located before the at least one TLV option.
A conditioning roller for a printing system , comprising: - a roller body comprising an inner volume and an outer surface; - a conditioning media attached to the outer surface of the roller body; - a heating element ; and - a fluid dispensing mechanism ; wherein upon receipt of an instruction from a controller , the conditioning roller is to activate the heating element to heat the conditioning media or to activate the fluid dispensing mechanism to wet the conditioning media, the conditioning roller characterized in that the heating element and the fluid dispensing mechanism are provided to act on the conditioning media from the inner volume of the roller body. - a roller body comprising an inner volume and an outer surface; - a conditioning media attached to the outer surface of the roller body; - a heating element ; and - a fluid dispensing mechanism ; wherein upon receipt of an instruction from a controller , the conditioning roller is to activate the heating element to heat the conditioning media or to activate the fluid dispensing mechanism to wet the conditioning media, the conditioning roller characterized in that the heating element and the fluid dispensing mechanism are provided to act on the conditioning media from the inner volume of the roller body.
Bearing block cover , comprising: - a number of latch noses arranged radially around the bearing block cover and protruding from the perimeter of the bearing block cover ; - a radial overhang that comprises an oblique part that sinks with increasing radial distance and acts as a spring which under tension causes a resilient, i.e. elastic force which pulls the latch noses upwards to secure the latching of the latch noses and prevents the shaking of the bearing block cover which in the long run could also cause shattering of the bearing block cover ; and - a lip sealing at the outer perimeter of the bearing block cover . - a number of latch noses arranged radially around the bearing block cover and protruding from the perimeter of the bearing block cover ; - a radial overhang that comprises an oblique part that sinks with increasing radial distance and acts as a spring which under tension causes a resilient, i.e. elastic force which pulls the latch noses upwards to secure the latching of the latch noses and prevents the shaking of the bearing block cover which in the long run could also cause shattering of the bearing block cover ; and - a lip sealing at the outer perimeter of the bearing block cover .
A method for preparing a carbohydrate and/or protein product, wherein the carbohydrate and/or protein product is puffed during the preparation, and wherein the method comprises the following steps: a) grinding a quantity of carbohydrate and/or protein comprising one or more types of carbohydrates and/or proteins into a paste, wherein the carbohydrate and/or protein is selected from the group consisting of a raw meat product a fish product, a chicken product, a crustacean, a vegetable, and a fruit; b) adding oil and/or margarine and an emulsifier to the carbohydrate and/or protein paste, wherein 1-30 ml oil and/or margarine is added per 100 grams of carbohydrate and/or protein; c) mixing the mixture of carbohydrate and/or protein, emulsifier, oil and/or margarine into a substantially homogeneous paste; d) adding water to the paste obtained in step c) in such a way that the paste, after adding the water, comprises a water-in-oil emulsion, wherein 10-60 ml water is added per 100 grams of carbohydrate and/or protein, and wherein the concentration of water in the water-in-oil emulsion is higher than the concentration of oil and/or fat; e) heating the paste comprising the water-in-oil emulsion by means of microwaves, with the paste being divided into portions. a) grinding a quantity of carbohydrate and/or protein comprising one or more types of carbohydrates and/or proteins into a paste, wherein the carbohydrate and/or protein is selected from the group consisting of a raw meat product a fish product, a chicken product, a crustacean, a vegetable, and a fruit; b) adding oil and/or margarine and an emulsifier to the carbohydrate and/or protein paste, wherein 1-30 ml oil and/or margarine is added per 100 grams of carbohydrate and/or protein; c) mixing the mixture of carbohydrate and/or protein, emulsifier, oil and/or margarine into a substantially homogeneous paste; d) adding water to the paste obtained in step c) in such a way that the paste, after adding the water, comprises a water-in-oil emulsion, wherein 10-60 ml water is added per 100 grams of carbohydrate and/or protein, and wherein the concentration of water in the water-in-oil emulsion is higher than the concentration of oil and/or fat; e) heating the paste comprising the water-in-oil emulsion by means of microwaves, with the paste being divided into portions.
Slatted roof having a support structure which has at least two supports arranged one next to the other at a distance, and having a slat arrangement of a plurality of slats arranged one next to the other and/or parallel to one another, each of which slats extends between the supports , are each mounted so as to be pivotable about a longitudinal axis (L 1 ) and are adjustable between a closed position, in which adjacent slats partially overlap, and an open position, in which a gap is formed between adjacent slats , an actuating device , by means of which an adjusting movement can be applied to the slats , and a water channel being provided, which water channel extends in the longitudinal direction (L 2 ) of one of the supports , is held on the supports and can be supplied with water that is located on the upper face of the slats in the closed position thereof, the water channel being designed as a trough-shaped profile which is open at the top in the direction of the slats , characterized in that the water channel as a whole is adjustable relative to the support between a functional position, in which it is arranged below the end faces of the slats facing the support , and a rest position, in which it is arranged laterally offset relative to the end faces of the slats in the direction of the support and is received at least in part in one channel-shaped cavity of the support .
Energetic composite material comprising at least one nanoporous material and at least one inorganic oxidant, preferably chosen from the group of salts of general formula X a Z b O c where a and b are integers between 0 and 5, and where c represents an integer between 1 and 8, with X which represents a counter-anion chosen from Na, K, NH 4 , Li, H, Ca, Mg, Al or Fe, as well as combinations thereof, with Z which represents Mn, Cl, N, S, I, P and O which represents oxygen, characterised in that said nanoporous material is a nanoporous carbonaceous material, said energetic composite material has a decomposition initiation temperature on a thermogram obtained by differential scanning calorimetry of less than 5°C/minute in a closed crucible (DSC peak start temperature) preferably from 50°C to 200°C, more preferably from 100°C to 150°C relative to the decomposition initiation temperature on the DSC thermogram of the inorganic oxidant, and has at least 30%, preferably at least 50%, particularly preferably at least 70%, even more preferably at least 80% of the porosity occupied by said inorganic oxidant, and at most 90% of the porosity, preferably at most 95%, more particularly at most 97%, more preferably at most 98% of the porosity occupied by said inorganic oxidant, said energetic material having an impact sensitivity of at least 2 J.
Agricultural vehicle-trailer-combination comprising a traction vehicle and a trailer , wherein the traction vehicle comprises an engine and at least one ground engagement means for support on a ground surface, and the ground engagement means is connected in terms of drive to the engine by means of a transmission , wherein the traction vehicle comprises a service brake and the traction vehicle is able to be braked by means of the engine , i.e. an engine brake, and/or by means of the service brake , and the traction vehicle comprises a sensor and a control unit and by means of the sensor and the control unit a slip ( S ) on the ground engagement means may be sensed and determined and the slip gradient ∇ S may be determined with the slip (S), wherein the trailer comprises a trailer brake and the trailer brake is adjustable by the control unit , characterized in that the trailer brake is adjustable by means of the control unit when the engine brake and/or service brake of the traction vehicle are actuated or during the actuation thereof, such that the trailer is braked by means of the trailer brake as a function of the slip ( S ) and the slip gradient ( ∇S ) when the slip ( S ) reaches or exceeds a predeterminable slip braking value ( S threshold 1 ) and the slip gradient ( ∇ S ) reaches a predeterminable slip gradient braking interval ( ∇ S braking ).
Method for controlling a rotary electric machine collaborating with a gearbox of a motor vehicle, characterized in that , during a phase of synchronization between two gear ratios (R1-Rn) during which the rotary electric machine is controlled in terms of speed and changes type of modulation to switch from full wave (FW) modulation to pulse width modulation (PWM), the said method comprises a control step aimed at limiting the variations of the direct-axis component of an output current (Idc) of an invertor during the phase of change of type of modulation without compensation for variations in torque, the said method comprising: - a step of applying, for a transition period (Ttrans) a pre-defluxing current setpoint (Id#_PWM) equal to a measurement of the direct axis current (Id_r), the pre-defluxing setpoint (Id#_PWM) being a direct-axis current setpoint corresponding to an operating point of the electric machine for a given modelling, and - a step of converging towards a pre-defluxing current setpoint (Id#_PWM) over a convergence during (Tconv). - a step of applying, for a transition period (Ttrans) a pre-defluxing current setpoint (Id#_PWM) equal to a measurement of the direct axis current (Id_r), the pre-defluxing setpoint (Id#_PWM) being a direct-axis current setpoint corresponding to an operating point of the electric machine for a given modelling, and - a step of converging towards a pre-defluxing current setpoint (Id#_PWM) over a convergence during (Tconv).
A synthetic-image device , comprising an image layer ; and a focusing element array ; said image layer being arranged in a vicinity of a focal distance of focusing elements of said focusing element array ; wherein composite image objects of said image layer being a conditional merging of at least a first set of image objects , an envelope area associated with said first set of image objects and a second set of image objects ; said first set of image objects being arranged for giving rise to at least a first synthetic image at a non-zero height or depth when being placed in a vicinity of a focal distance of focusing elements and viewed through said focusing element array and said second set of image objects being arranged for giving rise to at least a second synthetic image at a non-zero height or depth when being placed in a vicinity of a focal distance of focusing elements and viewed through said focusing element array , wherein said first synthetic image and said second synthetic image are provided at different heights/depths and at certain viewing angles cover each other; said envelope area of said first set of image objects being an area covering said first set of image objects and further comprising a margin area (34; 34B) not covering said first set of image objects ; said conditional merging being that said composite image objects are present only in points where said first set of image objects exists or in points where said second set of image objects exists but said envelope area associated with said first set of image objects does not exist. an image layer ; and a focusing element array ; said image layer being arranged in a vicinity of a focal distance of focusing elements of said focusing element array ; wherein composite image objects of said image layer being a conditional merging of at least a first set of image objects , an envelope area associated with said first set of image objects and a second set of image objects ; said first set of image objects being arranged for giving rise to at least a first synthetic image at a non-zero height or depth when being placed in a vicinity of a focal distance of focusing elements and viewed through said focusing element array and said second set of image objects being arranged for giving rise to at least a second synthetic image at a non-zero height or depth when being placed in a vicinity of a focal distance of focusing elements and viewed through said focusing element array , wherein said first synthetic image and said second synthetic image are provided at different heights/depths and at certain viewing angles cover each other; said envelope area of said first set of image objects being an area covering said first set of image objects and further comprising a margin area (34; 34B) not covering said first set of image objects ; said conditional merging being that said composite image objects are present only in points where said first set of image objects exists or in points where said second set of image objects exists but said envelope area associated with said first set of image objects does not exist.
A device for sharpening a bandsaw blade which cuts on both sides, having a machine bed for holding the bandsaw blade , having a holding apparatus for the vertically standing and horizontally circulating arrangement of the bandsaw blade , having a height-adjustable grinding head with a driven grinding disc for sharpening saw teeth of the bandsaw blade , and having a feed apparatus for moving the saw teeth to be sharpened of the bandsaw blade in a first feed direction to sharpen the saw teeth on a first edge of the bandsaw blade which cuts on both sides and for moving the saw teeth to be sharpened of the bandsaw blade in a second feed direction to sharpen the saw teeth on a second edge, opposite the first, of the bandsaw blade which cuts on both sides, wherein the grinding head is arranged pivotably about a pivot axis oriented horizontally to the machine bed and rotatably about a rotational axis oriented vertically to the machine bed , and wherein the grinding disc can be oriented with a predefined grinding disc side to sharpen the saw teeth arranged on both sides on each edge of the bandsaw blade .
A composition for the treatment of nail fungus, which composition comprises: a. ozonated oil; and b. lactic acid and ethyl lactate. a. ozonated oil; and b. lactic acid and ethyl lactate.
Tubular body for mounting a shaft , with a first radially inner layer and a second radially outer layer of a fibre-reinforced material, the first radially inner layer expanding to a greater extent under the effect of a temperature than the second radially outer layer , characterized in that for arranging the tubular body on the shaft , the radially inner layer is heated to a temperature that is increased with respect to an ambient temperature.
A hollow fiber module comprising a plurality of hollow fiber cartridges, wherein a. each hollow fiber cartridge comprises a bundle of semi-permeable hollow fibers, said bundle being surrounded by a shell extending longitudinally along the length of the bundle and potted at both ends in a resin, thereby defining a lumen side volume for the treatment of a first solution and a shell side volume for the treatment of a second solution, said shell being provided with a port for receiving the second solution to be treated in the shell side volume and another port for discharging the treated second solution, b. A first end cap comprising an inlet for the first solution and a distributer for distributing the first solution to a first end of each of the hollow fiber cartridges, c. A second end cap comprising a collector for collecting the treated first solution from the second end of each of the hollow fiber cartridges and an outlet for the treated first solution, d. A first connector comprising an inlet for the second solution and a distributer for distributing the second solution to a port of each of the hollow fiber cartridges, e. A second connector comprising a collector for collecting the treated second solution from the other port of each of the hollow fiber cartridges and an outlet for the treated second solution, wherein the first and second end cap are connected at their perimeter with a cover tube, said cover tube enclosing the plurality of cartridges in the longitudinal direction. a. each hollow fiber cartridge comprises a bundle of semi-permeable hollow fibers, said bundle being surrounded by a shell extending longitudinally along the length of the bundle and potted at both ends in a resin, thereby defining a lumen side volume for the treatment of a first solution and a shell side volume for the treatment of a second solution, said shell being provided with a port for receiving the second solution to be treated in the shell side volume and another port for discharging the treated second solution, b. A first end cap comprising an inlet for the first solution and a distributer for distributing the first solution to a first end of each of the hollow fiber cartridges, c. A second end cap comprising a collector for collecting the treated first solution from the second end of each of the hollow fiber cartridges and an outlet for the treated first solution, d. A first connector comprising an inlet for the second solution and a distributer for distributing the second solution to a port of each of the hollow fiber cartridges, e. A second connector comprising a collector for collecting the treated second solution from the other port of each of the hollow fiber cartridges and an outlet for the treated second solution,