mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising 3D printing a 3D item , the method comprising depositing during a printing stage 3D printable material and an optical fiber , to provide the 3D item with the optical fiber at least partly embedded in 3D printed material , wherein the 3D printable material during at least part of the printing stage comprises a light transmissive material , the method further comprising providing during the printing stage a light escape part comprising 3D printed material comprising the light transmissive material , where visible light propagating through the optical fiber can escape from the optical fiber via the 3D printed material comprised by the light escape part to external of the 3D item .
A combine harvester comprising: a chaffer to separate residue from grain in crop material; a fan to direct air across and through the chaffer to carry the residue from the harvester ; a first sensor to output signals indicating a characteristic of the crop material upstream of the chaffer ; a controller to adjust a speed of the fan based on signals from the first sensor ; and a second sensor downstream the chaffer , wherein the controller is to adjust the speed of the fan based upon a combination of signals from the first sensor and the second sensor , characterized in that the second sensor is to sense grain flow into a holding tank of the combine harvester . a chaffer to separate residue from grain in crop material; a fan to direct air across and through the chaffer to carry the residue from the harvester ; a first sensor to output signals indicating a characteristic of the crop material upstream of the chaffer ; a controller to adjust a speed of the fan based on signals from the first sensor ; and a second sensor downstream the chaffer , wherein the controller is to adjust the speed of the fan based upon a combination of signals from the first sensor and the second sensor , characterized in that the second sensor is to sense grain flow into a holding tank of the combine harvester .
A take-up drum apparatus for receiving, storing and dispensing a plurality of flexible high pressure fluid cleaning lance hoses simultaneously, the apparatus having a base , a hollow take-up drum assembly rotatably supported from the base via a rotary swivel , and a high pressure fluid supply connection to the rotary swivel , characterized by the drum assembly having a hollow cylindrical shell having a cylindrical side wall, a bottom plate fastened to the side wall, the bottom plate having a hub , a manifold positioned on the bottom plate of the shell for connection of one end of each of a plurality of flexible lance hoses to the high pressure fluid supply connection via the manifold , a plurality of axially extending guide posts extending upward from the bottom plate and spaced from the hub to help ensure that the hoses do not cross over the hub and instead wrap around the inside of the shell , a support arm extending from the base outside of and across the cylindrical side wall of the shell , and one or more guide tubes attached to and supported by the support arm oriented tangent to the shell for guiding the plurality of flexible lance hoses into and out of the take-up drum assembly .
A heating chamber with a hybrid heating system, in particular for automated food preparation and processing systems, comprising: a body consisting of walls that form a closed space for a heated product, wherein at least one of the walls is movable or has an opening , enabling in that way to place the product inside and to pull it out; a source of microwave radiation generating microwaves propagating inside the heating chamber , preferably a microwave emitter in the form of at least one magnetron ; a source of infrared radiation, preferably at least one infrared radiator in the form of a quartz bulb or an electric heater, characterised in that the walls of the heating chamber are connected to each other by a finger joint through suitably shaped protrusions and slots located essentially along edges of the joined walls , wherein the protrusion bottom comprises, along the transverse edges, recesses for close adherence of the joined elements. a body consisting of walls that form a closed space for a heated product, wherein at least one of the walls is movable or has an opening , enabling in that way to place the product inside and to pull it out; a source of microwave radiation generating microwaves propagating inside the heating chamber , preferably a microwave emitter in the form of at least one magnetron ; a source of infrared radiation, preferably at least one infrared radiator in the form of a quartz bulb or an electric heater, characterised in that the walls of the heating chamber are connected to each other by a finger joint through suitably shaped protrusions and slots located essentially along edges of the joined walls , wherein the protrusion bottom comprises, along the transverse edges, recesses for close adherence of the joined elements.
A system for detection with high temporal and spatial resolution, comprising an image intensifier , at least one high spatial resolution detector , at least one high temporal resolution detector , and electronics , connected to these detectors and connected to the image intensifier , arranged and setup so that an optical signal amplified on the image intensifier is subsequently recorded on the at least one high spatial resolution detector and on the at least one high temporal resolution detector characterised in that said electronics executes an algorithm to control the system in such a way that it either opens the image intensifier simultaneously with the start of recording of the at least one light signal on the high temporal resolution detector and on the at least one high spatial resolution detector , counts events on the at least one high temporal resolution detector , and closes the image intensifier after a preset number of events is counted, or opens the image intensifier for a predetermined time, shorter than the frame exposure time of the at least one high spatial resolution detector , counts events on the at least one high temporal resolution detector , then closes the image intensifier , and if the number of counted events during the opening time of the image intensifier does not exceed the preset number of events - the electronics opens and closes the image intensifier for successive time intervals in pulsed mode, shorter than the frame exposure time of the at least one high spatial resolution detector and counts the events on the at least one high temporal resolution detector in these time intervals, until the preset total number of events is reached.
A method for detecting or predicting mantled phenotype in an oil palm plant, the method comprising: a) obtaining a biological sample from the plant; b) detecting an increase or decrease in the methylation status of at least one cytosine within a differential methylation region (DMR) in the sample from the plant relative to a control locus, wherein the DMR is within a sequence of DNA at least 95% identical, or identical, to SEQ ID NO:3; and c) correlating the methylation status of the at least one cytosine to the presence or absence of the mantled phenotype in the plant, wherein the decrease in the methylation status indicates the presence of the mantled phenotype. a) obtaining a biological sample from the plant; b) detecting an increase or decrease in the methylation status of at least one cytosine within a differential methylation region (DMR) in the sample from the plant relative to a control locus, wherein the DMR is within a sequence of DNA at least 95% identical, or identical, to SEQ ID NO:3; and c) correlating the methylation status of the at least one cytosine to the presence or absence of the mantled phenotype in the plant, wherein the decrease in the methylation status indicates the presence of the mantled phenotype.
A sanitary fitting , at least comprising: - a fitting housing having an outer surface ; - a radiation transmitter or radiation receiver which is at least partially arranged in the fitting housing ; and - a housing part which at least partially covers the radiation transmitter or radiation receiver on the outer surface of the fitting housing and has an at least partially translucent coating , characterized in that the translucent coating has a layer thickness of 0.1 to 0.2 μm and is of mirrored design. - a fitting housing having an outer surface ; - a radiation transmitter or radiation receiver which is at least partially arranged in the fitting housing ; and - a housing part which at least partially covers the radiation transmitter or radiation receiver on the outer surface of the fitting housing and has an at least partially translucent coating , characterized in that the translucent coating has a layer thickness of 0.1 to 0.2 μm and is of mirrored design.
A work machine , comprising: a fixed unit, a movable unit movably provided in the fixed unit, an optical transmission path configured to transmit an optical signal between the fixed unit and the movable unit , a first photoelectric converter configured to convert the optical signal outputted from the movable unit into an electrical signal, a first detection section configured to detect the signal value of the electrical signal converted by the first photoelectric converter , characterized by a first estimation section configured to estimate a time at which the output value of the optical signal outputted from the movable unit becomes to be equal to or less than a threshold value based on the signal value of the electrical signal with time detected by the first detection section. a fixed unit, a movable unit movably provided in the fixed unit, an optical transmission path configured to transmit an optical signal between the fixed unit and the movable unit , a first photoelectric converter configured to convert the optical signal outputted from the movable unit into an electrical signal, a first detection section configured to detect the signal value of the electrical signal converted by the first photoelectric converter , characterized by a first estimation section configured to estimate a time at which the output value of the optical signal outputted from the movable unit becomes to be equal to or less than a threshold value based on the signal value of the electrical signal with time detected by the first detection section.
A method of a user equipment , UE, the method comprising: generating a first sequence by multiplying a second sequence with e jαn , 0 ≦ n ≦ 11, wherein the second sequence is a base sequence R(n), wherein a value of α is determined based on a value of k corresponding to a two bit-pair of values of Hybrid Automatic Repeat Request- acknowledgement, HARQ-ACK, information bits, each bit of the HARQ-ACK information bits being: 0 representing a negative acknowledgement, NACK; or 1 representing a positive acknowledgement, ACK, wherein α=2πk/12, 0≦k≦11; and transmitting a Physical Uplink Control Channel, PUCCH, generated based on the first sequence to a base station . generating a first sequence by multiplying a second sequence with e jαn , 0 ≦ n ≦ 11, wherein the second sequence is a base sequence R(n), wherein a value of α is determined based on a value of k corresponding to a two bit-pair of values of Hybrid Automatic Repeat Request- acknowledgement, HARQ-ACK, information bits, each bit of the HARQ-ACK information bits being: 0 representing a negative acknowledgement, NACK; or 1 representing a positive acknowledgement, ACK, wherein α=2πk/12, 0≦k≦11; and wherein the second sequence is a base sequence R(n), wherein a value of α is determined based on a value of k corresponding to a two bit-pair of values of Hybrid Automatic Repeat Request- acknowledgement, HARQ-ACK, information bits, each bit of the HARQ-ACK information bits being: 0 representing a negative acknowledgement, NACK; or 1 representing a positive acknowledgement, ACK, transmitting a Physical Uplink Control Channel, PUCCH, generated based on the first sequence to a base station .
Neurotoxic substance for utilization in the treatment and/or prophylaxis of hypertension and/or of disorders related with hypertension, characterized in that the substance is selected from the group consisting of veratrum alkaloids, sabadilla alkaloids, zygadenus alkaloids, salts thereof and mixtures thereof, and the substance and further a saline solution containing sodium ions and/or calcium ions is administered to the tunica adventitia of a renal artery wall, preferably is injected.
Construction block of substantially parallelepiped shape and comprising an upper face at least able to be associated with the lower face or faces of one or two other similar construction blocks, a lower face at least able to be associated with the upper face or faces of one or two similar construction blocks , at least two vertical openings , the construction block comprising a front face , a rear face and two side faces with a recess revealing two beads at the sides of the two side faces, said construction block is characterized in that : - said construction block is made of expanding foam and sand, said expanding foam is a polyurethane foam; the amount of expanding foam is comprised between 0.5% and 15% by weight in sand, preferably between 2% and 8%, preferably between 3% and 6%, - between the rear face and the front face is an insulating portion extending over the width of the construction block , said insulating portion having a substantially parallelepiped shape and of which the height and the length is identical to the construction block . - said construction block is made of expanding foam and sand, said expanding foam is a polyurethane foam; the amount of expanding foam is comprised between 0.5% and 15% by weight in sand, preferably between 2% and 8%, preferably between 3% and 6%, - between the rear face and the front face is an insulating portion extending over the width of the construction block , said insulating portion having a substantially parallelepiped shape and of which the height and the length is identical to the construction block .
An additive masterbatch composition comprising (A) a semi-crystalline polyolefin carrier resin and an additive package comprising (B) an acidic condensation catalyst; wherein (A) is 50 to 99 weight percent (wt%) and the additive package is from 1 to 50 wt% of total weight (100.00 wt%) of the additive masterbatch composition; wherein the (A) semi-crystalline polyolefin carrier resin has a crystallinity of 50 to < 100 wt%, as determined by differential scanning calorimetry (DSC) according to ASTM D3418-5 or the Crystallinity Test Method defined in the description, and consists essentially of any one of limitations (i) to (vi): (i) a semi-crystalline medium density polyethylene; (ii) a semi-crystalline high density polyethylene; (iii) a semi-crystalline polypropylene; (iv) a semi-crystalline ethylene/propylene copolymer; (v) a semi-crystalline poly(ethylene- co -alpha-olefin) copolymer; and (vi) a combination (e.g., mixture or blend) of any two or more of (i), (ii) and (v); wherein the (A) semi-crystalline polyolefin carrier resin is free of any carrier resin other than the (A) semi-crystalline polyolefin carrier resin and wherein the semi-crystalline polyolefin carrier resin (A) has a density of at least 0.925g/cm 3 and the semi-crystalline high density polyethylene has a maximum density of 0.970 g/cm 3 , as determined by ASTM D-1505.
A swell or wave energy conversion system comprising an array of water compression columns , each column having: - a lower end adapted to be immersed in a volume of water under the action of the swell, the lower end having an opening for receiving water from the volume of water in the column , so as to form a chamber comprising a gas in an upper part of the column , - a first check valve in fluid communication from said column to an hyperbaric chamber common to the columns of the array, - a second check valve in fluid communication from an hypobaric chamber common to the columns of the array to said column , in which the hyperbaric chamber and the hypobaric chamber are fluidly connected by a turbine , in which the columns of the array are arranged contiguously, and in that the array extends in at least two non-parallel directions where the first check valves of the columns of the system are arranged in first rows, and the second check valves of the columns of the system are arranged in second rows, wherein each first row is arranged at a first portion of the hyperbaric chamber and each second row is arranged at a second portion of the hypobaric chamber , the first portions and second portions being arranged alternately above the columns , characterised in that each first portion , respectively second portion , has an increasing, respectively decreasing, cross-section in the direction of gas flow . - a lower end adapted to be immersed in a volume of water under the action of the swell, the lower end having an opening for receiving water from the volume of water in the column , so as to form a chamber comprising a gas in an upper part of the column , - a first check valve in fluid communication from said column to an hyperbaric chamber common to the columns of the array, - a second check valve in fluid communication from an hypobaric chamber common to the columns of the array to said column , in which the hyperbaric chamber and the hypobaric chamber are fluidly connected by a turbine , in which the columns of the array are arranged contiguously, and in that the array extends in at least two non-parallel directions where the first check valves of the columns of the system are arranged in first rows, and the second check valves of the columns of the system are arranged in second rows, wherein each first row is arranged at a first portion of the hyperbaric chamber and each second row is arranged at a second portion of the hypobaric chamber , the first portions and second portions being arranged alternately above the columns , characterised in that each first portion , respectively second portion , has an increasing, respectively decreasing, cross-section in the direction of gas flow .
Device for filtering and separating pressurized liquid mixtures by means of membranes , comprising a pressure-tight container in which the membranes are accommodated in a pressure-tight manner, as well as at least one inlet for the mixture and at least one outlet for the permeate separated from the mixture by means of the membranes and at least one outlet for the retentate , wherein the pressure-tight container consists of a plastic material, wherein a first end element can be received in the container via a first opening side and a second end element can be received in the container via a second opening side , wherein a package of the membranes , which can be introduced and received in the interior of the container , can be releasably positioned at the first and second opening sides of the container by means of a respective retaining ring which engages releasably in a respective circumferential groove formed in the circumferential direction in the interior of the container , a disc-shaped adjustment flange being arranged between the retaining ring on the first opening side of the container and a first pressure element which comes to bear at the first end element and is arranged upstream of the latter in the direction of the first opening side , the adjustment flange having a plurality of threaded holes which are axial with respect to the axis of the container .
A system for injecting a therapeutic substance into a tissue site of a subject, comprising a stereotactic device comprising: a guiding arm ; a floating cannula system attached to said guiding arm , said floating cannula system comprising a base cannula and a floating cannula configured to move up and down with respect to the base cannula to accommodate patient movement, and a hollow tube and a hollow needle connected thereto towards or away from the tissue site of the subject along a vertical axis; a positioning arm configured to position the guiding arm along a second axis perpendicular to the vertical axis; an attaching arm configured to attach the stereotactic device to an arm of a tissue retractor ; and a connecting arm configured to connect the attaching arm to the positioning arm ; wherein one or more of the guiding arm , positioning arm , and connecting arm are motorized and configured to be electronically controlled in order to adjust their relative positions; wherein the positioning arm and connecting arm have a perpendicular orientation relative to one another. a guiding arm ; a floating cannula system attached to said guiding arm , said floating cannula system comprising a base cannula and a floating cannula configured to move up and down with respect to the base cannula to accommodate patient movement, and a hollow tube and a hollow needle connected thereto towards or away from the tissue site of the subject along a vertical axis; a positioning arm configured to position the guiding arm along a second axis perpendicular to the vertical axis; an attaching arm configured to attach the stereotactic device to an arm of a tissue retractor ; and a connecting arm configured to connect the attaching arm to the positioning arm ; wherein one or more of the guiding arm , positioning arm , and connecting arm are motorized and configured to be electronically controlled in order to adjust their relative positions; wherein the positioning arm and connecting arm have a perpendicular orientation relative to one another.
An iron-type golf club head comprising: a body having a wall extending about an opening , the wall having an outer peripheral surface, a first hardness value, a sole , a toe and a topline ; a faceplate coupled to the body across the opening , the wall and the faceplate defining a rearward-facing cavity ; a plurality of apertures extending through the wall from the peripheral outer surface to the cavity , the plurality of apertures comprising at least five apertures, and wherein at least one of the plurality of apertures extends through the sole of the wall ; and a plurality of plugs with a separate one of the plurality of plugs positioned within a separate one of the plurality of apertures , the plurality of plugs comprising at least five plugs, and the plurality of plugs each having a hardness value, each of the plug hardness values being less than the first hardness value. a body having a wall extending about an opening , the wall having an outer peripheral surface, a first hardness value, a sole , a toe and a topline ; a faceplate coupled to the body across the opening , the wall and the faceplate defining a rearward-facing cavity ; a plurality of apertures extending through the wall from the peripheral outer surface to the cavity , the plurality of apertures comprising at least five apertures, and wherein at least one of the plurality of apertures extends through the sole of the wall ; and a plurality of plugs with a separate one of the plurality of plugs positioned within a separate one of the plurality of apertures , the plurality of plugs comprising at least five plugs, and the plurality of plugs each having a hardness value, each of the plug hardness values being less than the first hardness value.