mhurhangee/patent-ind-claim-en huggingface dataset:
A system for the supply of an active substance for an agricultural sprayer, comprising - a main liquid circuit , which comprises a reservoir for a main liquid and allows circulation of the main liquid, the main liquid circuit comprising one or more distribution sections (20a-20c), each configured to distribute a spray liquid to be dispensed to a plurality of dispensing elements (22a-22c), and - a feed system which is connected to the main liquid circuit and in which the main liquid is mixed with at least one separately fed active substance to form a liquid active substance mixture; the system for the supply of an active substance being configured to introduce the active substance mixture into the one or the plurality of distribution sections (20a-20c) at a plurality of points (68a-68c), characterized in that a branch is present at the main liquid circuit and connects the main liquid circuit to a mixing chamber of the feed system in a fluid-conducting manner. - a main liquid circuit , which comprises a reservoir for a main liquid and allows circulation of the main liquid, the main liquid circuit comprising one or more distribution sections (20a-20c), each configured to distribute a spray liquid to be dispensed to a plurality of dispensing elements (22a-22c), and - a feed system which is connected to the main liquid circuit and in which the main liquid is mixed with at least one separately fed active substance to form a liquid active substance mixture; the system for the supply of an active substance being configured to introduce the active substance mixture into the one or the plurality of distribution sections (20a-20c) at a plurality of points (68a-68c), characterized in that a branch is present at the main liquid circuit and connects the main liquid circuit to a mixing chamber of the feed system in a fluid-conducting manner. the system for the supply of an active substance being configured to introduce the active substance mixture into the one or the plurality of distribution sections (20a-20c) at a plurality of points (68a-68c), characterized in that a branch is present at the main liquid circuit and connects the main liquid circuit to a mixing chamber of the feed system in a fluid-conducting manner.
A detection circuit , comprising at least a first capacitive component , a second capacitive component , a load to be detected and a detection component , wherein the first capacitive component is connected in series with the load to be detected to form a first branch, and the first branch is connected in parallel with a second branch comprising the second capacitive component ; and the detection component is configured to detect a first alternating current, AC, signal of the first branch and a second AC signal of the second branch, determine a first direction of the first AC signal and a second direction of the second AC signal, and determine a type of the load to be detected based on the first direction and the second direction, wherein the detection component is configured to detect whether an included angle between the first direction and the second direction is within a first preset range; in a case where it is detected that the included angle between the first direction and the second direction is within the first preset range, determine that the type of the load to be detected is a power transmission load; and in a case where it is detected that the included angle between the first direction and the second direction is not within the first preset range, determine that the type of the load to be detected is a heating load. wherein the first capacitive component is connected in series with the load to be detected to form a first branch, and the first branch is connected in parallel with a second branch comprising the second capacitive component ; and the detection component is configured to detect a first alternating current, AC, signal of the first branch and a second AC signal of the second branch, determine a first direction of the first AC signal and a second direction of the second AC signal, and determine a type of the load to be detected based on the first direction and the second direction, wherein the detection component is configured to detect whether an included angle between the first direction and the second direction is within a first preset range; in a case where it is detected that the included angle between the first direction and the second direction is within the first preset range, determine that the type of the load to be detected is a power transmission load; and in a case where it is detected that the included angle between the first direction and the second direction is not within the first preset range, determine that the type of the load to be detected is a heating load.
A compressor wheel comprising: a hub having a primary side and a back side ; blades on the primary side of the hub ; and ribs on the back side of the hub , wherein the ribs curve forward in a direction of rotation moving radially outward relative to an axis of rotation of the hub ; and wherein the hub , the blades , and the ribs are integrally formed of a composite material, characterised in that the ribs have a face width that, from an intermediate radial region, widens moving radially inward and widens moving radially outward. a hub having a primary side and a back side ; blades on the primary side of the hub ; and ribs on the back side of the hub , wherein the ribs curve forward in a direction of rotation moving radially outward relative to an axis of rotation of the hub ; and wherein the hub , the blades , and the ribs are integrally formed of a composite material,
A container for holding foodstuffs, comprising a base , a peripheral side wall formed integrally with the base and a lid which can be placed on an upper rim of the side wall and which is connected to the container via a hinge at the rim in such a way that the lid forms the top of the container when the container is in the closed state and can be brought into an open position via the hinge in order to open the container , the hinge being designed as a film hinge between the side wall of the container and a rim region of the lid and being provided with a tear-off line at which the lid can be separated manually from the side wall of the container , characterised in that - the hinge is under resilient prestress in a position in which the lid is placed on the upper rim of the container , - when the container is opened, the lid reaches a rest position with an angle of incidence of 30 - 80 ° with respect to the rim of the container - the film joint is formed between a first flat surface projection on the upper rim of the side wall of the container and a second flat surface projection on one side of the lid, the first and second surface projections lying essentially in one plane in a position of the lid folded open by 180° with respect to the rim of the container and running parallel to one another when the container is closed, and - the surface projections are connected to one another via a U- or V-shaped depression with a connecting region and two lateral legs between the surface projections , the tear-off line being located in the centre of the connecting region. - the hinge is under resilient prestress in a position in which the lid is placed on the upper rim of the container , - when the container is opened, the lid reaches a rest position with an angle of incidence of 30 - 80 ° with respect to the rim of the container - the film joint is formed between a first flat surface projection on the upper rim of the side wall of the container and a second flat surface projection on one side of the lid, the first and second surface projections lying essentially in one plane in a position of the lid folded open by 180° with respect to the rim of the container and running parallel to one another when the container is closed, and - the surface projections are connected to one another via a U- or V-shaped depression with a connecting region and two lateral legs between the surface projections , the tear-off line being located in the centre of the connecting region.
A shredder comprising: a shredder housing having an opening; a chip box (A1) comprising a restrictor (A3) with a pipe-like portion leading to said opening of the shredder housing; a feed screw (A2) configured to push items to be shredded and compacted towards said opening of the shredder housing via said restrictor (A3); a cutter housing (B2) having internal spiral grooves, wherein a miller screw (B3) is housed in said cutter housing (B2) and driven by a drive motor (B1), and wherein a cutter plate (B4) is fastened to said cutter housing (B2); and a press chamber (C3) configured to receive shredded items; said miller screw (B3) being configured to shred items to be shredded into the acquired size against said cutter plate (B4), and to force the shredded items into said press chamber (C3); said cutter housing (B2) being able to be rotated and reject solid slugs; and said chip box (A1) being able to be flipped up for easy cleaning access when changing alloys to be pressed. a shredder housing having an opening; a chip box (A1) comprising a restrictor (A3) with a pipe-like portion leading to said opening of the shredder housing; a feed screw (A2) configured to push items to be shredded and compacted towards said opening of the shredder housing via said restrictor (A3); a cutter housing (B2) having internal spiral grooves, wherein a miller screw (B3) is housed in said cutter housing (B2) and driven by a drive motor (B1), and wherein a cutter plate (B4) is fastened to said cutter housing (B2); and a press chamber (C3) configured to receive shredded items; said miller screw (B3) being configured to shred items to be shredded into the acquired size against said cutter plate (B4), and to force the shredded items into said press chamber (C3); said cutter housing (B2) being able to be rotated and reject solid slugs; and said chip box (A1) being able to be flipped up for easy cleaning access when changing alloys to be pressed.
Apparatus comprising means for performing: receiving, at the apparatus , an indication of at least one sensor associated with an object ; causing transmission of a request from the apparatus to a remote computing device for compatible application information based on application requirements associated with the at least one sensor ; receiving, at the apparatus , application computer program code from the remote computing device based on at least the compatible application information; receiving sensor data at the apparatus from the at least one sensor ; and processing the received sensor data with the received application computer program code to generate application output data, wherein the application output data comprises an application context indicating a type of object to which the one or more sensors are associated. receiving, at the apparatus , an indication of at least one sensor associated with an object ; causing transmission of a request from the apparatus to a remote computing device for compatible application information based on application requirements associated with the at least one sensor ; receiving, at the apparatus , application computer program code from the remote computing device based on at least the compatible application information; receiving sensor data at the apparatus from the at least one sensor ; and processing the received sensor data with the received application computer program code to generate application output data, wherein the application output data comprises an application context indicating a type of object to which the one or more sensors are associated.
An apparatus comprising: an implant configured to be inserted into a surgical site of a patient surrounded by tissue, wherein when the implant is inserted into the surgical site, tissue surrounds and contacts all of an exterior surface of the implant ; and a resorbable membrane surrounding the implant for attenuating adhesions between the implant and the surrounding tissue, the resorbable membrane being disposed over, covering, contacting and being secured to all of the exterior surface of the implant , wherein the resorbable membrane is non-porous and forms a smooth covering over all exterior surfaces of the implant, wherein the implant comprises a biological implant or an electronic instrument, wherein the resorbable membrane is pre-formed as a membrane before application onto the implant . an implant configured to be inserted into a surgical site of a patient surrounded by tissue, wherein when the implant is inserted into the surgical site, tissue surrounds and contacts all of an exterior surface of the implant ; and a resorbable membrane surrounding the implant for attenuating adhesions between the implant and the surrounding tissue, the resorbable membrane being disposed over, covering, contacting and being secured to all of the exterior surface of the implant , wherein the resorbable membrane is non-porous and forms a smooth covering over all exterior surfaces of the implant, wherein the implant comprises a biological implant or an electronic instrument, wherein the resorbable membrane is pre-formed as a membrane before application onto the implant .
A coated article including a multi-layer coating supported by a glass substrate, the multi-layer coating comprising, from the glass substrate outwardly: a layer comprising silicon rich silicon nitride located directly on and contacting the glass substrate; a layer comprising zinc oxide located directly on and contacting the layer comprising silicon rich silicon nitride; a layer comprising silver located over and contacting the layer comprising zinc oxide; a metal layer comprising NiCr or NiCrOx located over and contacting the layer comprising silver; and at least one dielectric layer. a layer comprising silicon rich silicon nitride located directly on and contacting the glass substrate; a layer comprising zinc oxide located directly on and contacting the layer comprising silicon rich silicon nitride; a layer comprising silver located over and contacting the layer comprising zinc oxide; a metal layer comprising NiCr or NiCrOx located over and contacting the layer comprising silver; and at least one dielectric layer.
A catalyst free process for synthesis of alkyl carbamate, comprising reacting urea and an alcohol in a tubular reactor under autogeneous pressure to provide more than 90% selectivity towards alkyl carbamate, wherein said process is carried out in an integrated system of at least one tubular reactor, heated externally, and a stripper in series, and wherein said tubular reactor and said stripper are arranged in series to reduce the equilibrium limitations of the reaction and drive the reaction in forward direction.
A method for depletion of targeted sequences in a sample comprising: a. providing nucleic acids extracted from a sample, wherein the extracted nucleic acids comprise host nucleic acid sequences targeted for depletion and non-host nucleic acid sequences of interest; b. fragmenting the extracted nucleic acids; c. adapter ligating the 5' and 3' ends of the fragmented extracted nucleic acids; d. providing a plurality of guide RNA (gRNA)-Cas9 protein complexes, wherein the gRNAs are configured to hybridize to different targeted sequences; e. mixing the nucleic acids with the plurality of guide RNA (gRNA)-Cas9 protein complexes, wherein at least a portion of the guide RNA (gRNA)-Cas9 protein complexes hybridize to the targeted sequences; f. incubating the mixture to cleave the targeted sequences, wherein the targeted sequences are cleaved by the plurality of guide RNA (gRNA)-Cas9 protein complexes; and g. amplifying the fragmented extracted nucleic acid sequences that have not been cleaved, wherein the step of amplifying is performed using adapter-specific PCR. a. providing nucleic acids extracted from a sample, wherein the extracted nucleic acids comprise host nucleic acid sequences targeted for depletion and non-host nucleic acid sequences of interest; b. fragmenting the extracted nucleic acids; c. adapter ligating the 5' and 3' ends of the fragmented extracted nucleic acids; d. providing a plurality of guide RNA (gRNA)-Cas9 protein complexes, wherein the gRNAs are configured to hybridize to different targeted sequences; e. mixing the nucleic acids with the plurality of guide RNA (gRNA)-Cas9 protein complexes, wherein at least a portion of the guide RNA (gRNA)-Cas9 protein complexes hybridize to the targeted sequences; f. incubating the mixture to cleave the targeted sequences, wherein the targeted sequences are cleaved by the plurality of guide RNA (gRNA)-Cas9 protein complexes; and g. amplifying the fragmented extracted nucleic acid sequences that have not been cleaved, wherein the step of amplifying is performed using adapter-specific PCR.
A photovoltaic module, comprising: a) an outer transparent glazing material; b) encapsulated interconnected solar cells; and c) a backsheet comprising a polymer support substrate coated on the side exposed to the environment, or both sides with a dispersion polyvinylidene fluoride (PVDF) composition having a curing temperature of 150C to 180C, and comprising a mixture of a non-functionalized PVDF and a compatible non-functionalized acrylic resin, said dispersion comprising a solvent, wherein the solvent is a hydrophobic solvent or a mixture of such solvents having a solubility in water at 25°C of less than 10% by weight, wherein said dispersion PVDF composition forms a dry film at a temperature of from 170-180°C, and wherein non-functional acrylic resin does not contain carboxylate, amine, anhydride, isocyanate, or epoxy reactive functional groups, and wherein said dispersion fluoropolymer composition does not contain crosslinking agents. a) an outer transparent glazing material; b) encapsulated interconnected solar cells; and c) a backsheet comprising a polymer support substrate coated on the side exposed to the environment, or both sides with a dispersion polyvinylidene fluoride (PVDF) composition having a curing temperature of 150C to 180C, and comprising a mixture of a non-functionalized PVDF and a compatible non-functionalized acrylic resin, said dispersion comprising a solvent, wherein the solvent is a hydrophobic solvent or a mixture of such solvents having a solubility in water at 25°C of less than 10% by weight, wherein said dispersion PVDF composition forms a dry film at a temperature of from 170-180°C, and wherein non-functional acrylic resin does not contain carboxylate, amine, anhydride, isocyanate, or epoxy reactive functional groups, and wherein said dispersion fluoropolymer composition does not contain crosslinking agents.
A diving mask (10,...,210) including: a frame (12,...,212) fitted with a visor (18,...,218); a flexible skirt (40,...,240) including a partition (46,...,246) delimiting an upper chamber (50,...,250) for viewing from a lower chamber (52,...,252) for breathing, the partition being arranged to bear above the nose of the user such that the mouth and the nose of the user are in the lower chamber, while the eyes of the user are in the upper chamber, a breathing tube (20,...,220) having a proximal end (20a,...,220a) for linking the breathing tube to the frame, and a distal end (20b,...,220b) opposite to the proximal end, the breathing tube including at least one channel (21,...,221) fluidly connected with the lower chamber, the breathing tube being a tuba whose distal end is open; the diving mask being characterized in that it further includes a telecommunication device (500,...,2500) which is at least partly mounted to the breathing tube (20,...,220), wherein at least one part, the first part (502,...,1502), of the telecommunication device is disposed at the proximal end (20a,...,220a) of the breathing tube (20,...,220), wherein the first part includes a microphone (514,...,1514) and/or a speaker (504,...,1504), wherein at least one part, the second part (506,...,1506), of the telecommunication device is disposed at the distal end of the breathing tube, and wherein the second part includes an antenna (517,...,1517), and preferably emitter and/or receiver modules for emitting and/or receiving the radio signals. a frame (12,...,212) fitted with a visor (18,...,218); a flexible skirt (40,...,240) including a partition (46,...,246) delimiting an upper chamber (50,...,250) for viewing from a lower chamber (52,...,252) for breathing, the partition being arranged to bear above the nose of the user such that the mouth and the nose of the user are in the lower chamber, while the eyes of the user are in the upper chamber, a breathing tube (20,...,220) having a proximal end (20a,...,220a) for linking the breathing tube to the frame, and a distal end (20b,...,220b) opposite to the proximal end, the breathing tube including at least one channel (21,...,221) fluidly connected with the lower chamber, the breathing tube being a tuba whose distal end is open; the diving mask being characterized in that it further includes a telecommunication device (500,...,2500) which is at least partly mounted to the breathing tube (20,...,220), wherein at least one part, the first part (502,...,1502), of the telecommunication device is disposed at the proximal end (20a,...,220a) of the breathing tube (20,...,220), wherein the first part includes a microphone (514,...,1514) and/or a speaker (504,...,1504), wherein at least one part, the second part (506,...,1506), of the telecommunication device is disposed at the distal end of the breathing tube, and wherein the second part includes an antenna (517,...,1517), and preferably emitter and/or receiver modules for emitting and/or receiving the radio signals.
A closure comprising a lid including top wall , a side wall coupled to the top wall and arranged to extend downwardly away from the top wall , and a brim coupled to a distal end of the side wall and spaced apart from the top wall , the brim being arranged to extend away from the side wall , and a skin layer is overmolded onto the lid and arranged onto at least a portion of the top wall and the side wall , characterized in that the brim is formed to define an aperture that extends downwardly into the brim . a lid including top wall , a side wall coupled to the top wall and arranged to extend downwardly away from the top wall , and a brim coupled to a distal end of the side wall and spaced apart from the top wall , the brim being arranged to extend away from the side wall , and a skin layer is overmolded onto the lid and arranged onto at least a portion of the top wall and the side wall , characterized in that the brim is formed to define an aperture that extends downwardly into the brim .
A method of forming a component from an original model , the method comprising: identifying an acute angle in a geometry of the original model ; compensating the geometry of the original model to create a compensated model , wherein the compensating includes removing a portion of the original model at the identified acute angle ; and forming the component based upon the compensated model such that a final model of the component is more alike the original model than the compensated model due to distortions during forming of the component . identifying an acute angle in a geometry of the original model ; compensating the geometry of the original model to create a compensated model , wherein the compensating includes removing a portion of the original model at the identified acute angle ; and forming the component based upon the compensated model such that a final model of the component is more alike the original model than the compensated model due to distortions during forming of the component .
Tread brake unit for a railroad vehicle comprising an actuator mounted to a housing of the brake unit , wherein the actuator is coupled to a brake pad holder via a wear re-adjustment means comprising a spindle , wherein a sensor is present for determining the position of the spindle of the re-adjustment means relative to the housing , and wherein the sensor is designed to measure a linear distance of an element that represents a position of the spindle and a section of the housing , characterized in that the element that represents a position of the spindle is a transfer rod connected to the spindle .