mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a print head having a fluid slot and a sensing chamber having a first port connected to the fluid slot and a second port ; a drop generator fluidly coupled to the fluid slot to receive fluid from the fluid slot ; a fluid level sensor within the sensing chamber ; a circulation passage extending from the fluid slot and fluidly coupled to the second port ; and a fluid pump to circulate fluid through the circulation passage wherein the fluid level sensor comprises a sensor nozzle and a resistor to vaporize fluid within the chamber to expel fluid through the sensor nozzle. a print head having a fluid slot and a sensing chamber having a first port connected to the fluid slot and a second port ; a drop generator fluidly coupled to the fluid slot to receive fluid from the fluid slot ; a fluid level sensor within the sensing chamber ; a circulation passage extending from the fluid slot and fluidly coupled to the second port ; and a fluid pump to circulate fluid through the circulation passage wherein the fluid level sensor comprises a sensor nozzle and a resistor to vaporize fluid within the chamber to expel fluid through the sensor nozzle.
Key for locking a link including a U-section and a crank of a linkage of a wiper mechanism in a transport position, characterized in that it comprises: • a shaft having at one end a radial holding excrescence and at the other end an enlarged head intended to cooperate with a hollow part of the U-section forming the link , and • a first radial finger configured to be housed in a slot for locking the link in the transport position. • a shaft having at one end a radial holding excrescence and at the other end an enlarged head intended to cooperate with a hollow part of the U-section forming the link , and • a first radial finger configured to be housed in a slot for locking the link in the transport position.
A gas turbine engine comprising a compressor , a combustor plenum housing at least one combustion chamber , at least one turbine having at least a first stage , wherein the at least one turbine comprises an outer housing and a turbine vane carrier , wherein a cooling plenum for air is defined between the outer housing and the turbine vane carrier , and an annular element upstream of a vane of the first stage with respect to the hot gas direction (G) separating the cooling plenum from the combustor plenum and preventing mixture of the air contained in the combustor plenum with the air contained in the cooling plenum ; characterized by a heat exchanger hydraulically connected between the combustor plenum and the cooling plenum , whereby air extracted from the combustor plenum is cooled in the heat exchanger and is directed into the cooling plenum . wherein the at least one turbine comprises an outer housing and a turbine vane carrier , wherein a cooling plenum for air is defined between the outer housing and the turbine vane carrier , and an annular element upstream of a vane of the first stage with respect to the hot gas direction (G) separating the cooling plenum from the combustor plenum and preventing mixture of the air contained in the combustor plenum with the air contained in the cooling plenum ; characterized by a heat exchanger hydraulically connected between the combustor plenum and the cooling plenum , whereby air extracted from the combustor plenum is cooled in the heat exchanger and is directed into the cooling plenum .
An acetabular cup comprising: a substantially hemispherical shell having a rim , wherein a cup axis of the acetabular cup passes through a pole of the substantially hemispherical shell and is substantially perpendicular to a plane containing the rim; and a plurality of markings located around the rim for determining an angle of rotation of the acetabular cup about the cup axis relative to at least one anatomical feature of a patient when the acetabular cup is placed in an acetabulum of the patient, characterised in that : the acetabular cup further comprises a plurality of horizon markings located around an outer surface of the substantially hemispherical shell for determining an amount of overhang between the rim of the acetabular cup and an edge of the acetabulum of the patient. a substantially hemispherical shell having a rim , wherein a cup axis of the acetabular cup passes through a pole of the substantially hemispherical shell and is substantially perpendicular to a plane containing the rim; and a plurality of markings located around the rim for determining an angle of rotation of the acetabular cup about the cup axis relative to at least one anatomical feature of a patient when the acetabular cup is placed in an acetabulum of the patient, characterised in that : the acetabular cup further comprises a plurality of horizon markings located around an outer surface of the substantially hemispherical shell for determining an amount of overhang between the rim of the acetabular cup and an edge of the acetabulum of the patient.
A portable X-ray scanner , comprising: a digital X-ray detector , comprising: a scintillation screen ; a reflector configured to reflect light generated by the scintillation screen , wherein the reflector and the scintillation screen are arranged at substantially a 30 degree angle; and a digital imaging sensor configured to generate digital images of the light reflected by the reflector ; an X-ray tube configured to output X-ray radiation; and a frame configured to hold the digital X-ray detector and the X-ray tube ; a handle coupled to the frame and configured to enable a single user to position the digital X-ray detector and the X-ray tube while carrying the frame during output of the X-ray radiation; and a trigger coupled to the frame on a same side of the frame as the X-ray tube and configured to enable the user carrying the frame to control output of the X-ray radiation; wherein the digital X-ray detector comprises a housing coupled to the frame and configured to hold the scintillation screen and the reflector , and wherein the housing has a thickness of less than 6.35cm. a digital X-ray detector , comprising: a scintillation screen ; a reflector configured to reflect light generated by the scintillation screen , a scintillation screen ; a reflector configured to reflect light generated by the scintillation screen , wherein the reflector and the scintillation screen are arranged at substantially a 30 degree angle; and a digital imaging sensor configured to generate digital images of the light reflected by the reflector ; an X-ray tube configured to output X-ray radiation; and a frame configured to hold the digital X-ray detector and the X-ray tube ; a handle coupled to the frame and configured to enable a single user to position the digital X-ray detector and the X-ray tube while carrying the frame during output of the X-ray radiation; and a trigger coupled to the frame on a same side of the frame as the X-ray tube and configured to enable the user carrying the frame to control output of the X-ray radiation; wherein the digital X-ray detector comprises a housing coupled to the frame and configured to hold the scintillation screen and the reflector , and wherein the housing has a thickness of less than 6.35cm.
Device (1; 20) for passing lubricant out of a lubricant collecting container of a machine or hydraulic system, in particular an internal combustion engine, to a lubricant pump , in particular for an oil circuit of an internal combustion engine, comprising a lubricant intake pipe , and a sedimentation container , which is connected fluidically to the lubricant intake pipe , characterized in that the sedimentation container has a turbulator .
A Cr-containing steel pipe for line pipe having the composition which contains, by mass%, 0.001 to 0.015% C, 0.05 to 0.50% Si, 0.10 to 2.0% Mn, 0.020% or less P, 0.010% or less S, 0.001 to 0.10% Al, 15.0 to 18.0% Cr, 2.0 to 6.0% Ni, 1.8 to 3.0% Mo, 0.001 to 0.20% V, and 0.015% or less N so as to satisfy the following formula , optionally one kind or two kinds selected from a group consisting of, by mass%, 0.01 to 3.5% Cu and 0.01 to 3.5% W, optionally further one kind or two or more kinds selected from a group consisting of, by mass%, 0.01 to 0.20% Ti, 0.01 to 0.20% Nb, and 0.01 to 0.20% Zr, and optionally further one kind or two kinds selected from a group consisting of, by mass%, 0.0005 to 0.0100% Ca and 0.0005 to 0.0100% REM, and Fe and inevitable impurities as a balance, wherein a welded heat affected zone has a microstructure where 50% or more of prior-ferrite grain boundaries is occupied by a martensite phase and/or an austenite phase in a ratio to the whole length of prior-ferrite grain boundaries, and wherein formula is: 11.5 Cr + Mo + 0.4 W + 0.3 Si − 43.5 C − 0.4 Mn − Ni − 0.3 Cu − 9 N ≤ 13.3 , in which formula Cr, Mo, W, Si, C, Mn, Ni, Cu, N indicate contents of respective elements (mass%).
Method comprising: passing a multi-phase fluid through a Coriolis flowmeter; and passing the multi-phase fluid through a watercut meter; characterized in that the multi-phase fluid comprises two phases during a first time period and three phases during a second time period, the third phase being a gas, wherein the multi-phase fluid during the first time period is purely liquid, and that the method further comprises: determining whether the multi-phase fluid includes two phases during the first time period, thus the multi-phase fluid is substantially free of gas; determining a first value of a parameter being a liquid density or a water cut of the multi-phase fluid using a value measured by the Coriolis flowmeter during the first time period; determining a second value of a parameter being a liquid density or a water cut of the multi-phase fluid using a value measured by the watercut meter during the first time period; comparing the first value to the second value; and determining , based on the comparison, whether the first value and the second value are inconsistent with each other. passing a multi-phase fluid through a Coriolis flowmeter; and passing the multi-phase fluid through a watercut meter; characterized in that the multi-phase fluid comprises two phases during a first time period and three phases during a second time period, the third phase being a gas, wherein the multi-phase fluid during the first time period is purely liquid, and that the method further comprises: determining whether the multi-phase fluid includes two phases during the first time period, thus the multi-phase fluid is substantially free of gas; determining a first value of a parameter being a liquid density or a water cut of the multi-phase fluid using a value measured by the Coriolis flowmeter during the first time period; determining a second value of a parameter being a liquid density or a water cut of the multi-phase fluid using a value measured by the watercut meter during the first time period; comparing the first value to the second value; and determining , based on the comparison, whether the first value and the second value are inconsistent with each other. determining whether the multi-phase fluid includes two phases during the first time period, thus the multi-phase fluid is substantially free of gas; determining a first value of a parameter being a liquid density or a water cut of the multi-phase fluid using a value measured by the Coriolis flowmeter during the first time period; determining a second value of a parameter being a liquid density or a water cut of the multi-phase fluid using a value measured by the watercut meter during the first time period; comparing the first value to the second value; and determining , based on the comparison, whether the first value and the second value are inconsistent with each other.
A method for analyzing a particulate material, the method comprising: embedding particles of the particulate material in a spacer to form a sample in which the particles are dispersed; generating a three-dimensional image of the sample by tomography, in which the image is formed by voxels having greyscale values corresponding to the degree of absorption of radiation used for the tomography; determining properties of the particles by separately analyzing, for each analyzed particle, the voxels representing the analyzed particle; wherein the spacer absorbs the radiation used for tomography differently than the particles; and characterized in that , in determining the properties of the particles: for each analyzed particle a histogram of grayscale values of the voxels representing it is formed; histograms obtained in this manner are classified into single-peak histograms and multi-peak histograms; and single-peak histograms are used to determine the properties of the corresponding particles. embedding particles of the particulate material in a spacer to form a sample in which the particles are dispersed; generating a three-dimensional image of the sample by tomography, in which the image is formed by voxels having greyscale values corresponding to the degree of absorption of radiation used for the tomography; determining properties of the particles by separately analyzing, for each analyzed particle, the voxels representing the analyzed particle; wherein the spacer absorbs the radiation used for tomography differently than the particles; and characterized in that , in determining the properties of the particles: for each analyzed particle a histogram of grayscale values of the voxels representing it is formed; histograms obtained in this manner are classified into single-peak histograms and multi-peak histograms; and single-peak histograms are used to determine the properties of the corresponding particles. for each analyzed particle a histogram of grayscale values of the voxels representing it is formed; histograms obtained in this manner are classified into single-peak histograms and multi-peak histograms; and single-peak histograms are used to determine the properties of the corresponding particles.
An underground distribution system for the distribution of goods in an urban environment, comprising: - at least one micro-tunnel in which containers of goods, the transportation of which is automated, circulate unidirectionally, - a plurality of exchange stations (4 ; 6) exchanging with the surface, each comprising a shaft allowing containers to be lowered down to the micro-tunnel and raised back up after they have been transported within the micro-tunnel, characterised in that the at least one micro-tunnel forms at least one loop and in that it extends under the foundations of preexisting surface buildings (B) and/or infrastructures (I) at a depth of at least 5 m. - at least one micro-tunnel in which containers of goods, the transportation of which is automated, circulate unidirectionally, - a plurality of exchange stations (4 ; 6) exchanging with the surface, each comprising a shaft allowing containers to be lowered down to the micro-tunnel and raised back up after they have been transported within the micro-tunnel,
Transport and storage system for servicing of a number of treatment and care areas (1a,1b,2a,2b,3a,3b,O1,O2) in a hospital, where, to each treatment and care area a transport route is connected, which is reserved for transport of clean goods to or from a treatment and care area and a transport route is connected, which is reserved for transport of non-clean goods to or from the treatment and care area, where the two transport routes are separated and where a partition is provided between the transport routes and the treatment and care areas characterized in that the partition includes a lock gate and that the transport routes include a conveyor for containers with lids , which conveyor is connected to the lock gate, where the container has a brim and the lock gate has an internal opening brim , enclosing the container brim, that the container comprises a lid designed for enclosing mesh with the container brim and that the lock gate includes a gripper for separation of container and lid such that the container's inner is made accessible from the treatment and care areas when a specific container is led to a specific lock gate.
Motorized wheel structure comprising: - a motor unit equipped with a stator case in which a stator and a rotor equipped with a motor shaft are inserted, said motor unit being suited to set a wheel rotating; - a motor reduction unit operatively connected to said motor shaft of said motor unit ; - a fixing bracket for fastening said motorized wheel structure to an external device; characterized in that: - said motor reduction unit is equipped at one own end with a substantially circular coupling seat in which a first coupling area and a second coupling area are defined; - said fixing bracket is equipped with an annular portion removably coupled in correspondence with said first coupling area of said coupling seat ; - said stator case is installed passing through said annular portion of said fixing bracket and is removably coupled in correspondence with said second coupling area of said coupling seat . - a motor unit equipped with a stator case in which a stator and a rotor equipped with a motor shaft are inserted, said motor unit being suited to set a wheel rotating; - a motor reduction unit operatively connected to said motor shaft of said motor unit ; - a fixing bracket for fastening said motorized wheel structure to an external device; - said motor reduction unit is equipped at one own end with a substantially circular coupling seat in which a first coupling area and a second coupling area are defined; - said fixing bracket is equipped with an annular portion removably coupled in correspondence with said first coupling area of said coupling seat ; - said stator case is installed passing through said annular portion of said fixing bracket and is removably coupled in correspondence with said second coupling area of said coupling seat .
A ceiling lamp structure , comprising: a lamp top tray ; a lamp body disposed on the lamp top tray ; and an elastic latch module disposed on the lamp body , wherein the lamp top tray comprises a hook portion disposed on a circumferential side wall of the lamp top tray and configured to mate with the elastic latch module , and wherein, when the lamp body is assembled with the lamp top tray , the elastic latch module is compressed by an external force, to make the lamp body and the lamp top tray be docked, after the lamp body and the lamp top tray are assembled in place, the external force on the elastic latch module disappears, and the elastic latch module is restored under an elastic force, to mate with the hook portion to fix a connection, wherein the lamp body comprises: a lamp housing ; and a lamp panel located in the lamp housing ; wherein the elastic latch module is disposed on a side of the lamp panel that faces the lamp top tray , and the lamp panel is provided with a guide slot for accommodating the elastic latch module , wherein the elastic latch module comprises: a pressing member ; a latching member fixed to the pressing member ; an elastic member connected to the pressing member and the lamp panel respectively; characterized in that the lamp body further comprises a lamp cover mounted to the lamp panel or the lamp housing , wherein the lamp cover is disposed on a side of the lamp panel that is opposite to the lamp top tray , and in that the elastic latch module further comprises a latch-fixing cover covering above the guide slot , wherein the pressing member and the latching member are restricted to slide in the guide slot .
Plastics moulded part having a bowl shape for the kitchen or sanitary domain, wherein the moulded part has a bottom area with a visible side facing toward the bowl volume and a rear side lying opposite, and wherein the moulded part is produced by curing a casting material which comprises a binder with a polymerisable monomer and an inorganic filler, wherein at least one planar metallic reinforcing element is embedded in the bottom area, characterised in that the casting material comprises a proportion of 40 to 85% by weight of at least one inorganic filler and a binder with methyl acrylate or methyl methacrylate as the polymerisable monomer.
An assembly for a blowout preventer, comprising: a first ram comprising a first threaded opening ; a first threaded shaft configured to engage the threaded opening ; and characterized by a motor configured to drive rotation of the first threaded shaft , wherein rotation of the first threaded shaft causes the first ram to move axially along the first threaded shaft . a first ram comprising a first threaded opening ; a first threaded shaft configured to engage the threaded opening ; and characterized by a motor configured to drive rotation of the first threaded shaft , wherein rotation of the first threaded shaft causes the first ram to move axially along the first threaded shaft .
A compound of general formula (I): wherein R 1 is an alkyl group with 8 to 18 carbon atoms; R 2 is an alkyl group with 1 to 5 carbon atoms; R 3 is an alkyl group with 1 to 5 carbon atoms; X is an oxygen or sulphur atom; Z - is an inorganic or organic anion; provided that when R 1 is a dodecyl or hexadecyl group, R 2 is methyl, R 3 is methyl, Z - is a chloride anion, and X is not sulphur. R 1 is an alkyl group with 8 to 18 carbon atoms; R 2 is an alkyl group with 1 to 5 carbon atoms; R 3 is an alkyl group with 1 to 5 carbon atoms; X is an oxygen or sulphur atom; Z - is an inorganic or organic anion; provided that when R 1 is a dodecyl or hexadecyl group, R 2 is methyl, R 3 is methyl, Z - is a chloride anion, and X is not sulphur.
A printing device comprising: a printing cylinder on which a printing plate is mountable; an ink supply roll that is disposed on an upstream side or a downstream side of the printing cylinder in a sheet transfer direction and is contactable with the printing cylinder; an ink supply section that is configured to supply ink to the ink supply roll; a first cover that covers an upper side of the printing cylinder in a vertical direction and is openable and closable; and a foothold that covers an upper side of the ink supply roll in the vertical direction and on which an operator is able to perform work, the printing device being characterised in that the first cover is configured to open and close a work opening for the printing cylinder formed on a surface on an upper side of the printing cylinder in a vertical direction. a printing cylinder on which a printing plate is mountable; an ink supply roll that is disposed on an upstream side or a downstream side of the printing cylinder in a sheet transfer direction and is contactable with the printing cylinder; an ink supply section that is configured to supply ink to the ink supply roll; a first cover that covers an upper side of the printing cylinder in a vertical direction and is openable and closable; and a foothold that covers an upper side of the ink supply roll in the vertical direction and on which an operator is able to perform work, the printing device being characterised in that the first cover is configured to open and close a work opening for the printing cylinder formed on a surface on an upper side of the printing cylinder in a vertical direction.