mhurhangee/patent-ind-claim-en huggingface dataset:
A pump bearing retainer for a wet-running pump comprising - a radially inner section comprising an inner section surface for a press-fit contact with an essentially cylinder-shaped radial outer surface of a pump bearing , - a radially outer section comprising an annular or essentially conical-shaped outer section surface with a cone angle (θ 1 ) equal to or larger than 45°, and - an intermediate section extending from the inner section to the outer section , wherein the intermediate section comprises an essentially conical-shaped intermediate section surface with a cone angle (θ 2 ) smaller than 45°, wherein the longitudinal cross-section area A of the inner section is smaller than the longitudinal cross-section area B of the intermediate section , characterised in that the inner section surface comprises at least one first portion and at least one second portion in circumferential direction, wherein the at least one first portion has a first radius (R i ) and the at least one second portion has a second radius (R o ) being larger than the first radius (R i ), such that the at least first portion defines at least one contact portion for a press-fit with an essentially cylinder-shaped radial outer surface of a pump bearing , and such that the at least one second portion defines at least one axial fluid channel between the inner section and a pump bearing . - a radially inner section comprising an inner section surface for a press-fit contact with an essentially cylinder-shaped radial outer surface of a pump bearing , - a radially outer section comprising an annular or essentially conical-shaped outer section surface with a cone angle (θ 1 ) equal to or larger than 45°, and - an intermediate section extending from the inner section to the outer section , wherein the intermediate section comprises an essentially conical-shaped intermediate section surface with a cone angle (θ 2 ) smaller than 45°,
A tank outlet of a tank , comprising: a. a tube fitting body , with an inlet region , mountable on an outlet region of a tank ; b. a vortex breaker solely mounted on the tube fitting body ; wherein c. the vortex breaker extends through the inlet region into the tank and does not touch the tank . d. wherein the vortex breaker comprises a foot region mounted on the tube fitting body , and a head region held inside the tank by the foot region ; and e. wherein the head region of the vortex breaker comprises at least one dimension measured in the horizontal plane, which is larger than the diameter of the inlet opening . a. a tube fitting body , with an inlet region , mountable on an outlet region of a tank ; b. a vortex breaker solely mounted on the tube fitting body ; wherein c. the vortex breaker extends through the inlet region into the tank and does not touch the tank . d. wherein the vortex breaker comprises a foot region mounted on the tube fitting body , and a head region held inside the tank by the foot region ; and e. wherein the head region of the vortex breaker comprises at least one dimension measured in the horizontal plane, which is larger than the diameter of the inlet opening .
An image projection device, comprising: image projection circuitry configured to generate a light beam having a power, and to project the light beam onto and focus the light beam on a projection surface located an imaging distance from the image projection circuitry; a time-of-flight sensor configured to sense the imaging distance between the image projection circuitry and the projection surface, and to generate an imaging distance signal based on the sensed imaging distance; and control circuitry coupled to the image projection circuitry and to the time-of-flight sensor, the control circuitry configured to adjust the power and the focus of the light beam based upon the imaging distance signal; characterized in that the control circuitry is configured to linearly control the power of the projected light beam as a function of the imaging distance signal, with the magnitude of the power being controlled at levels below a threshold which represents a sufficiently low level to prevent damage from the projected light beam in a region below a threshold which represents a minimum safe distance. image projection circuitry configured to generate a light beam having a power, and to project the light beam onto and focus the light beam on a projection surface located an imaging distance from the image projection circuitry; a time-of-flight sensor configured to sense the imaging distance between the image projection circuitry and the projection surface, and to generate an imaging distance signal based on the sensed imaging distance; and control circuitry coupled to the image projection circuitry and to the time-of-flight sensor, the control circuitry configured to adjust the power and the focus of the light beam based upon the imaging distance signal; characterized in that the control circuitry is configured to linearly control the power of the projected light beam as a function of the imaging distance signal, with the magnitude of the power being controlled at levels below a threshold which represents a sufficiently low level to prevent damage from the projected light beam in a region below a threshold which represents a minimum safe distance.
An oil system for a turbomachine, comprising: an oil circuit , at least one oil-consuming piece of equipment , supplied by the oil circuit , a pumping unit, comprising at least one speed-pilotable electrically driven pump , supplying the oil circuit , and an electronic control unit , configured to pilot the electrically driven pump , wherein the electronic control unit comprises two separate logics of piloting the electrically driven pump , wherein the electronic control unit is configured to pilot the electrically driven pump according to the first logic by default, characterized in that the electronic control unit is configured to switch to the second logic in case of receipt of a signal representative of the presence of a fire or of an overheating emitted by a fire detector , and in that the electronic control unit is configured to stop the electrically driven pump when receiving a leakage signal coming from a leakage detector . an oil circuit , at least one oil-consuming piece of equipment , supplied by the oil circuit , a pumping unit, comprising at least one speed-pilotable electrically driven pump , supplying the oil circuit , and an electronic control unit , configured to pilot the electrically driven pump , wherein the electronic control unit comprises two separate logics of piloting the electrically driven pump , wherein the electronic control unit is configured to pilot the electrically driven pump according to the first logic by default, characterized in that the electronic control unit is configured to switch to the second logic in case of receipt of a signal representative of the presence of a fire or of an overheating emitted by a fire detector , and in that the electronic control unit is configured to stop the electrically driven pump when receiving a leakage signal coming from a leakage detector .
A controlled-release solid oral pharmaceutical composition comprising one or more active ingredients in a core and an outer coating of said core, characterised in that : a) the core consists of: (i) a monolithic matrix containing an active ingredient, and a combination of at least one hydroxypropyl methylcellulose having a viscosity ranging between 3 and 5000 mPa.s 2% in H 2 O at 20°C, and at least one hydroxypropyl methylcellulose having a viscosity ranging between 13500 and 280,000 mPa.s 2% in H 2 O at 20°C, with at least one or two methacrylic polymers/copolymers and/or shellac, cellulose acetate phthalate, hydroxypropyl methylcellulose acetate succinate, or (ii) a monolithic matrix as defined above adjacent to an immediate-release layer comprising the same active ingredient as contained in the monolithic matrix; b) the coating consists of a layer comprising ethylcellulose or of a gastroresistant layer or of a layer comprising ethylcellulose which in turn is coated with gastroresistant polymers. a) the core consists of: (i) a monolithic matrix containing an active ingredient, and a combination of at least one hydroxypropyl methylcellulose having a viscosity ranging between 3 and 5000 mPa.s 2% in H 2 O at 20°C, and at least one hydroxypropyl methylcellulose having a viscosity ranging between 13500 and 280,000 mPa.s 2% in H 2 O at 20°C, with at least one or two methacrylic polymers/copolymers and/or shellac, cellulose acetate phthalate, hydroxypropyl methylcellulose acetate succinate, or (ii) a monolithic matrix as defined above adjacent to an immediate-release layer comprising the same active ingredient as contained in the monolithic matrix; (i) a monolithic matrix containing an active ingredient, and a combination of at least one hydroxypropyl methylcellulose having a viscosity ranging between 3 and 5000 mPa.s 2% in H 2 O at 20°C, and at least one hydroxypropyl methylcellulose having a viscosity ranging between 13500 and 280,000 mPa.s 2% in H 2 O at 20°C, with at least one or two methacrylic polymers/copolymers and/or shellac, cellulose acetate phthalate, hydroxypropyl methylcellulose acetate succinate, or (ii) a monolithic matrix as defined above adjacent to an immediate-release layer comprising the same active ingredient as contained in the monolithic matrix; b) the coating consists of a layer comprising ethylcellulose or of a gastroresistant layer or of a layer comprising ethylcellulose which in turn is coated with gastroresistant polymers.
A method for designing an oligonucleotide for producing a functional or semi-functional protein, wherein said method comprises the following steps: (a) identifying an in-frame combination of a first and a second exon in a same pre-mRNA, wherein a region of said second exon has at least 50% identity with a region of said first exon; (b) designing an oligonucleotide that is capable of binding to said region of said first exon and said region of said second exon; (c) wherein said binding results in the skipping of said first and said second exon, preferably in the skipping of a multi-exon stretch starting with said first exon and encompassing one or more exons present between said first and said second exons and at the most in the skipping of the entire stretch of exons in between said first and said second exons, and (d) wherein said method leads to an oligonucleotide. (a) identifying an in-frame combination of a first and a second exon in a same pre-mRNA, wherein a region of said second exon has at least 50% identity with a region of said first exon; (b) designing an oligonucleotide that is capable of binding to said region of said first exon and said region of said second exon; (c) wherein said binding results in the skipping of said first and said second exon, preferably in the skipping of a multi-exon stretch starting with said first exon and encompassing one or more exons present between said first and said second exons and at the most in the skipping of the entire stretch of exons in between said first and said second exons, and (d) wherein said method leads to an oligonucleotide.
Optical module for a vehicle headlamp, said optical module comprising a heat sink having one or more heat dissipating surfaces , a fan for sending air over said one or more heat dissipating surfaces , and a light source held by said heat sink , characterized in that the fan is mounted on the heat sink by clipping.
An electrostatic filter gauze for use in a cooker hood, comprising an electrode plate , wherein the electrode plate is arranged so that liquid adsorbates on the electrode plate converge towards the collector side under the effect of gravity characterized in that a collector side of the electrode plate has a guiding structure to guide liquid adsorbates on the collector side to a specified region and in that the guiding structure has a trapezoidal shape.
A cartridge configured to be removably mountable to a liquid ejection device including a first engaging portion , a second engaging portion , a conductive contact member that has elastic force and that is arranged between the first engaging portion and the second engaging portion , and a liquid introduction portion , the cartridge comprising: a terminal arranged so as to be able to come into contact with the conductive contact member ; a first engaged portion that can be engaged with the first engaging portion ; and a second engaged portion that can be engaged with the second engaging portion , wherein the terminal is arranged between the first engaged portion and the second engaged portion , characterized in that , wherein the first engaged portion has a first opposing portion that, in a mounting process for mounting the cartridge to the liquid ejection device, opposes a first end portion of the first engaging portion located on a vertically upward direction side, and the second engaged portion has a second opposing portion that, in a mounting process for mounting the cartridge to the liquid ejection device, opposes a second end portion of the second engaging portion located on a vertically upward direction side. a terminal arranged so as to be able to come into contact with the conductive contact member ; a first engaged portion that can be engaged with the first engaging portion ; and a second engaged portion that can be engaged with the second engaging portion , wherein the terminal is arranged between the first engaged portion and the second engaged portion , characterized in that , wherein the first engaged portion has a first opposing portion that, in a mounting process for mounting the cartridge to the liquid ejection device, opposes a first end portion of the first engaging portion located on a vertically upward direction side, and the second engaged portion has a second opposing portion that, in a mounting process for mounting the cartridge to the liquid ejection device, opposes a second end portion of the second engaging portion located on a vertically upward direction side.
A method of increasing the production of at least one product derived from acetolactate, the method comprising: a. providing a gaseous substrate selected from the group consisting of CO, CO 2 , H 2 and mixtures thereof, to a bioreactor comprising a culture of at least one acetogenic carboxydotrophic microorganisms in a liquid nutrient medium; and b. fermenting said culture of at least one acetogenic carboxydotrophic microorganism to produce at least one fermentation product from said gaseous substrate; and c. inhibiting the flux of carbon to branched chain amino acids by adding at least one compound to the liquid nutrient medium, wherein the at least one compound is selected from the group consisting of 2-hydroxyisobutyric acid (2-HIBA), 2-hydroxyl-2-methylbutyric acid, 2-hydroxybutyrate, 2-hydroxy-3-methylbutyric acid, 2-keto-3-hydroxyisovalerate and 2-ketoisovalerate. a. providing a gaseous substrate selected from the group consisting of CO, CO 2 , H 2 and mixtures thereof, to a bioreactor comprising a culture of at least one acetogenic carboxydotrophic microorganisms in a liquid nutrient medium; and b. fermenting said culture of at least one acetogenic carboxydotrophic microorganism to produce at least one fermentation product from said gaseous substrate; and c. inhibiting the flux of carbon to branched chain amino acids by adding at least one compound to the liquid nutrient medium, wherein the at least one compound is selected from the group consisting of 2-hydroxyisobutyric acid (2-HIBA), 2-hydroxyl-2-methylbutyric acid, 2-hydroxybutyrate, 2-hydroxy-3-methylbutyric acid, 2-keto-3-hydroxyisovalerate and 2-ketoisovalerate.
A handgun magazine comprising: a magazine tube , the magazine tube having a front sidewall , a rear sidewall , a left sidewall , a right sidewall , an upper tube end portion and a median plane , the magazine tube having a single-stack portion extending down from the upper tube end portion , a double-stack portion below the single-stack portion , and a transition portion between the single-stack portion and the double-stack portion , wherein a rearward portion of the left tube sidewall and a rearward portion of the right tube sidewall each have a linear taper from the double-stack portion to the upper tube end portion , characterized in that a forward portion of the left sidewall and a forward portion of the right sidewall each have a stepped shape between the upper tube end portion and the double-stack portion , the stepped shape including (i) a first sloped portion adjacent the upper tube end portion , the first sloped portion extending downward and laterally outward from the median plane , (ii) a substantially vertical portion and extending downward from the first sloped portion generally parallel to the median plane , and (iii) a second sloped portion being the transition portion and extending downward and laterally outward from the median plane from the vertical section to the double-stack portion . a magazine tube , the magazine tube having a front sidewall , a rear sidewall , a left sidewall , a right sidewall , an upper tube end portion and a median plane , the magazine tube having a single-stack portion extending down from the upper tube end portion , a double-stack portion below the single-stack portion , and a transition portion between the single-stack portion and the double-stack portion , wherein a rearward portion of the left tube sidewall and a rearward portion of the right tube sidewall each have a linear taper from the double-stack portion to the upper tube end portion , characterized in that a forward portion of the left sidewall and a forward portion of the right sidewall each have a stepped shape between the upper tube end portion and the double-stack portion , the stepped shape including (i) a first sloped portion adjacent the upper tube end portion , the first sloped portion extending downward and laterally outward from the median plane , (ii) a substantially vertical portion and extending downward from the first sloped portion generally parallel to the median plane , and (iii) a second sloped portion being the transition portion and extending downward and laterally outward from the median plane from the vertical section to the double-stack portion . (i) a first sloped portion adjacent the upper tube end portion , the first sloped portion extending downward and laterally outward from the median plane , (ii) a substantially vertical portion and extending downward from the first sloped portion generally parallel to the median plane , and (iii) a second sloped portion being the transition portion and extending downward and laterally outward from the median plane from the vertical section to the double-stack portion .
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and computer program code configured to, with the processor, cause the apparatus to at least: receive an indication of a route request between an origin and a destination; identify a starting road segment (START_SEGMENT) corresponding to the origin; identify a target road segment (TARGET_SEGMENT) corresponding to the destination; generate a route between the starting road segment and the target road segment, the route comprising a plurality of road segments (1,2,... 12); identify one or more intermediate segments (V_1, V_2) from the plurality of road segments, each intermediate segment having an anchor point; generate a plurality of route fragments (R_0, R_1, R_2...) from the route, comprising road segments between each of the following pairs: the starting road segment and the first intermediate road segment, the last intermediate road segment and the target road segment, and any intermediate road segments, each route fragment (R_0, R_1, R_2) including two or more route fragment road segments (2,3,4; 6,7,8; 10,11); encode each route fragment by applying an XOR algorithm to identifiers of the route fragment road segments of a respective route fragment; and provide the encoded route fragments and one or more anchor points of the one or more intermediate segments in response to the route request. receive an indication of a route request between an origin and a destination; identify a starting road segment (START_SEGMENT) corresponding to the origin; identify a target road segment (TARGET_SEGMENT) corresponding to the destination; generate a route between the starting road segment and the target road segment, the route comprising a plurality of road segments (1,2,... 12); identify one or more intermediate segments (V_1, V_2) from the plurality of road segments, each intermediate segment having an anchor point; generate a plurality of route fragments (R_0, R_1, R_2...) from the route, comprising road segments between each of the following pairs: the starting road segment and the first intermediate road segment, the last intermediate road segment and the target road segment, and any intermediate road segments, each route fragment (R_0, R_1, R_2) including two or more route fragment road segments (2,3,4; 6,7,8; 10,11); encode each route fragment by applying an XOR algorithm to identifiers of the route fragment road segments of a respective route fragment; and provide the encoded route fragments and one or more anchor points of the one or more intermediate segments in response to the route request.
A camera device comprising: a lens barrel including at least one lens and a lens hole ; a variable aperture comprising at least a first wing part (130_1) and a second wing part (130_2), each comprising a wing hole comprising a plurality of holes (137a1, 137a2; 137b1, 137b2) with different diameters which are connected to each other to form a single continuous hole, the variable aperture defining an aperture hole area arranged on the lens hole , wherein the aperture hole is area is formed by the overlap between the wing hole of the first wing part (130_1) and the wing hole of the second wing part (130_2) and wherein a size of the aperture hole area is adjustable via a physical force applied to a lever; a first movable carrier in which the lens barrel is seated, to which the variable aperture is fixed, and including at least one magnet member is configured to cooperate with at least one coil to move the first movable carrier; an aperture driving module configured to adjust the size of the aperture hole area by supplying the physical force to the lever , wherein at least a portion of an uppermost lens of the lens barrel protrudes through the aperture hole area such that the at least a portion of an uppermost lens extends beyond a surface of the wing parts (130_1; 130_2). a lens barrel including at least one lens and a lens hole ; a variable aperture comprising at least a first wing part (130_1) and a second wing part (130_2), each comprising a wing hole comprising a plurality of holes (137a1, 137a2; 137b1, 137b2) with different diameters which are connected to each other to form a single continuous hole, the variable aperture defining an aperture hole area arranged on the lens hole , wherein the aperture hole is area is formed by the overlap between the wing hole of the first wing part (130_1) and the wing hole of the second wing part (130_2) and wherein a size of the aperture hole area is adjustable via a physical force applied to a lever; a first movable carrier in which the lens barrel is seated, to which the variable aperture is fixed, and including at least one magnet member is configured to cooperate with at least one coil to move the first movable carrier; an aperture driving module configured to adjust the size of the aperture hole area by supplying the physical force to the lever , wherein at least a portion of an uppermost lens of the lens barrel protrudes through the aperture hole area such that the at least a portion of an uppermost lens extends beyond a surface of the wing parts (130_1; 130_2).