mhurhangee/patent-ind-claim-en huggingface dataset:
A system for measuring steam wetness, comprising: a plurality of microwave sensors for detecting microwave signals passing through a supply of steam flowing through a cavity , e.g., a pipe; at least one electrode for detecting a conductivity of a liquid water film flowing along an inner surface of the cavity ; a film measurement system for determining, using data from the at least one electrode , the thickness and/or flow velocity of the liquid water film flowing along the inner surface of the cavity ; a system for determining a characteristic of the steam flowing through the cavity based on data provided by the plurality of microwave sensors ; a system for determining a wetness of the steam flowing through the cavity based on the characteristic of the steam flowing through the cavity and the thickness and/or flow velocity of the liquid water film flowing along the inner surface of the cavity ; and a microwave phase shift measurement device for self-calibrating the plurality of microwave sensors . a plurality of microwave sensors for detecting microwave signals passing through a supply of steam flowing through a cavity , e.g., a pipe; at least one electrode for detecting a conductivity of a liquid water film flowing along an inner surface of the cavity ; a film measurement system for determining, using data from the at least one electrode , the thickness and/or flow velocity of the liquid water film flowing along the inner surface of the cavity ; a system for determining a characteristic of the steam flowing through the cavity based on data provided by the plurality of microwave sensors ; a system for determining a wetness of the steam flowing through the cavity based on the characteristic of the steam flowing through the cavity and the thickness and/or flow velocity of the liquid water film flowing along the inner surface of the cavity ; and a microwave phase shift measurement device for self-calibrating the plurality of microwave sensors .
A portable helmet-shaped device configured to cover patient's head, the device comprising a PCB and an array including 1440 non-coherent light sources grouped as quadruple light sources , wherein each quadruple light source has an arrangement of four LEDs comprising a first LED (40, D1) configured to emit light in a bandwidth of 660 nm ±20 nm, a second LED (41, D2) configured to emit light in a bandwidth of 850 nm ±20 nm, a third LED (42, D3) configured to emit light in a bandwidth of 1550 nm ±20 nm and a fourth LED (45, D4) configured to emit light in a bandwidth of 405 nm ±20 nm, wherein each said arrangement of four LEDs (40, 41, 42, 45; D1, D2, D3, D4) is mounted on a single LED socket being soldered on said PCB as SMD, and wherein said array is configured to irradiate patient's head for stimulating bio-chemical effects to ease patient's impairments due to Parkinson's disease. a PCB and an array including 1440 non-coherent light sources grouped as quadruple light sources , wherein each quadruple light source has an arrangement of four LEDs comprising a first LED (40, D1) configured to emit light in a bandwidth of 660 nm ±20 nm, a second LED (41, D2) configured to emit light in a bandwidth of 850 nm ±20 nm, a third LED (42, D3) configured to emit light in a bandwidth of 1550 nm ±20 nm and a fourth LED (45, D4) configured to emit light in a bandwidth of 405 nm ±20 nm, wherein each said arrangement of four LEDs (40, 41, 42, 45; D1, D2, D3, D4) is mounted on a single LED socket being soldered on said PCB as SMD, and wherein said array is configured to irradiate patient's head for stimulating bio-chemical effects to ease patient's impairments due to Parkinson's disease.
Apparatus for passing at least one conduit through a wall opening leading through a building wall with an outer clamping member, which may be engaged with the building wall and is adapted to overlie the opening on the outer side of the building and has a hole for the passage of the conduit, and an inner clamping body, which is engageable with the building wall and is adapted to overlie the opening on the outer side of the building, through which the conduit may be passed, whereby the two clamping members have means for clamping the conduit passed through them, wherein the conduit can be at least one speedpipe without a protective tube surrounding it, wherein the inner clamping member has a flexible section , wherein connected to the inner side of the outer clamping member there is an apertured tube, which is provided with a plurality of small holes and which can surround the speedpipe in the opening at least over a proportion of its length with a radial spacing and wherein the clamping members may be pressed tightly against the building wall when the opening extends horizontally and also at an angle thereto through the building wall , characterised in that the inner clamping member has a tubular section , through which the speedpipe may be passed and which is insertable into the opening and has a frame-like section extending in the unloaded state at an angle of 90° thereto, which may be pressed tightly against the building wall, wherein the two sections are integrally connected together by flexible webs and that the tubular section continues outside the opening with a U-shaped cross-section so that the speedpipe can pass out upwardly.
A power line coupler for coupling a pair of cables together, the coupler including: at least one protector for protecting the cables ; a clamp for clamping the protector and cables together; and a plurality of protrusions about which said cables can be bent; at least one locator extending through the protector and against which the cables inserted from opposite sides of the coupler can be located; wherein the clamp includes a tube , characterized in that : the coupler further includes a pair of curved floor plates for receiving respective cables on either side of the locator , each floor plate being fitted in position within a respective alcove defined in an internal floor of the tube , each floor plate including the protrusions being inwardly extending spaced apart transverse rib protrusions which engage directly with the cable . at least one protector for protecting the cables ; a clamp for clamping the protector and cables together; and a plurality of protrusions about which said cables can be bent; at least one locator extending through the protector and against which the cables inserted from opposite sides of the coupler can be located; wherein the clamp includes a tube , characterized in that : the coupler further includes a pair of curved floor plates for receiving respective cables on either side of the locator , each floor plate being fitted in position within a respective alcove defined in an internal floor of the tube , each floor plate including the protrusions being inwardly extending spaced apart transverse rib protrusions which engage directly with the cable .
Method for detecting conditions conducive to the onset of a pumping that can affect a low-pressure compressor (CBP) of an aircraft turbine engine, said turbine engine further comprising a high-pressure compressor (CHP), said method being characterised in that it comprises: - a first step (E10) of measuring a speed variation (dV) of said aircraft; - a second step (E20) of measuring a speed variation (dN2) of said high-pressure compressor (CHP); - a preliminary step (E30) of measuring an altitude (A) of the aircraft; the conditions conducive to the onset of a pumping being detected when the following conditions a), b) and c) are jointly obtained: a) said speed variation (dV) measured over a predetermined time interval corresponds to an acceleration greater than a first positive threshold (S1), and b) said measured speed variation (dN2) corresponds to a deceleration less than a second negative threshold (S2); c) said measured altitude is higher than a predetermined third threshold (S3). - a first step (E10) of measuring a speed variation (dV) of said aircraft; - a second step (E20) of measuring a speed variation (dN2) of said high-pressure compressor (CHP); - a preliminary step (E30) of measuring an altitude (A) of the aircraft; the conditions conducive to the onset of a pumping being detected when the following conditions a), b) and c) are jointly obtained: a) said speed variation (dV) measured over a predetermined time interval corresponds to an acceleration greater than a first positive threshold (S1), and b) said measured speed variation (dN2) corresponds to a deceleration less than a second negative threshold (S2); c) said measured altitude is higher than a predetermined third threshold (S3). a) said speed variation (dV) measured over a predetermined time interval corresponds to an acceleration greater than a first positive threshold (S1), and b) said measured speed variation (dN2) corresponds to a deceleration less than a second negative threshold (S2); c) said measured altitude is higher than a predetermined third threshold (S3).
Method for providing and executing a cooking recipe for preparing a dish, wherein the method comprises the following steps: - recording a culinary concept , wherein the dish fulfils the concept ; - wherein the concept comprises at least one role , the fulfilment of which is imperative for the dish; - wherein the role describes a function of the dish or one of its components; - determining ingredients and processing steps for processing the ingredients in order to fulfil the at least one role ; - determining the cooking recipe on the basis of the determined ingredients and processing steps and - executing, in particular executing in an automated manner, the cooking recipe determined in this manner by means of at least one kitchen appliance; characterised by the step - determining physio-chemical functions that are required for the fulfilment of the role, wherein a function of an ingredient of the dish is specified in the form of an ontology; and - determining whether the dish can still fulfil the concept if one of the ingredients or one of the processing steps is changed in a predetermined manner. - recording a culinary concept , wherein the dish fulfils the concept ; - wherein the concept comprises at least one role , the fulfilment of which is imperative for the dish; - wherein the role describes a function of the dish or one of its components; - determining ingredients and processing steps for processing the ingredients in order to fulfil the at least one role ; - determining the cooking recipe on the basis of the determined ingredients and processing steps and - executing, in particular executing in an automated manner, the cooking recipe determined in this manner by means of at least one kitchen appliance; characterised by the step - determining physio-chemical functions that are required for the fulfilment of the role, wherein a function of an ingredient of the dish is specified in the form of an ontology; and - determining whether the dish can still fulfil the concept if one of the ingredients or one of the processing steps is changed in a predetermined manner.
Medical injection device comprising a container body and a stopper in gliding engagement within the container body for expelling a fluid through an opening of said container body , wherein: - at least the distal portion of the stopper that is in contact with the fluid is made of a thermoplastic polyolefin, - the stopper further comprises at least one O-ring maintained in at least one peripheral groove , said medical injection device being characterized in that : - said at least one O-ring is made of a butyl-type rubber; and - the cross-section of said at least one peripheral groove of the stopper is designed so as to compress both axially and radially the at least one O-ring when said at least one O-ring is engaged in the peripheral groove between the stopper and the inner wall of the container body . - at least the distal portion of the stopper that is in contact with the fluid is made of a thermoplastic polyolefin, - the stopper further comprises at least one O-ring maintained in at least one peripheral groove , - said at least one O-ring is made of a butyl-type rubber; and - the cross-section of said at least one peripheral groove of the stopper is designed so as to compress both axially and radially the at least one O-ring when said at least one O-ring is engaged in the peripheral groove between the stopper and the inner wall of the container body .
A profile for interior construction, in particular a ceiling profile, which extends along a longitudinal direction (L) and which comprises at least one surface section in parallel with the longitudinal direction (L), wherein the surface section has a receiving cut which extends, starting from an end face of the profile , in the longitudinal direction (L) into the surface section and which is configured to receive a flange of a support profile extending transversely to the longitudinal direction (L), wherein a support tab is provided at a side edge of the receiving cut which bounds the receiving cut transversely to the longitudinal direction (L), said support tab projecting from the surface section and enclosing an angle of more than 90° at least regionally along the side edge with the adjacent part of the surface section such that said support tab projects over the receiving cut , characterized in that the angle increases as the spacing from the end face increases.
A steel wire rope for use in lifting applications, said steel wire rope comprising a core and multiple strands twisted around said core, wherein said multiple strands comprise five to eight intermediate strands and six to twelve outer strands , said intermediate strands being twisted around said core, said outer strands being twisted on said intermediate strands, said core and each one of said strands comprising inner , and outer steel filaments twisted together, said outer steel filaments being situated radially outward of said core and strands, the steel of said steel filaments being a plain carbon steel with a carbon content ranging from 0.60 to 1.20 weight percent that has been subjected to drawing, characterised in that the outer steel filaments of said core have an average Vickers hardness number that is at least 50 HV lower than the average Vickers hardness of the outer steel filaments of said strands, and wherein the outer filaments of said outer strands have a Vickers hardness number that is 40 HV or more higher than the Vickers hardness number of said outer filaments of said intermediate strands said Vickers hardness being measured with an indentation force of 500 gramforce (4.905 Newton) for 10 seconds, said average being taken over ten measurement points in a perpendicular cross section of said steel filaments.
Breech for a straight-pull repeater, which comprises a breech box and a locking sleeve guided therein as well as a locking bar guided in the breech box and connected in one piece to the locking sleeve, which locking bar connects a bolt head facing a cartridge chamber to a bolt handle with the interposition of a chain link , wherein the chain link is linked in an articulated manner to the locking bar and the bolt handle and the bolt handle can be swivelled between an open position and a closed position of the breech and interacts with a firing pin nut connected to a firing pin , and furthermore a bolt head which can be inserted into a breech sleeve at an end of the breech facing away from the bolt handle is provided, characterised in that the locking sleeve and the locking bar are constituted as a one-part locking sleeve-bar and that a locking spring surrounding the locking sleeve-bar and pushing the chain link in the direction of its closed position is provided.
A robotic vehicle for a movable operation in a work area , the movable operation comprising a soil cultivation, the vehicle comprising a controller , the controller comprising a memory and a processor , the memory comprising instructions , wherein execution of the instructions by the processor causes the controller to control the vehicle to perform the movable operation with the soil cultivation at least in a sloped subarea of the work area following a scheduled movement trajectory covering the subarea , wherein the scheduled movement trajectory within the sloped subarea has a zigzag form comprising a plurality of sub-trajectories with mutually opposite directions of movement for climbing the slope of the subarea , wherein for each two sub-trajectories running directly adjacent to one another the direction of the movement of the vehicle is respectively opposite with one direction of movement comprising a forward movement of the vehicle and the other direction of the movement comprising a backward movement of the vehicle , wherein controlling the vehicle to follow the zigzag form of the scheduled movement trajectory comprises for each sub-trajectory controlling the vehicle to perform within a first end section of the respective sub-trajectory a first combined climbing operation, the first combined climbing operation combining a first varying climbing operation and a first constant climbing operation, the first varying climbing operation following a first curved subsection of the respective sub-trajectory , the first constant climbing operation following a first constant subsection of the respective sub-trajectory , a second endpoint of the first curved subsection coinciding with a first endpoint of the first constant subsection , wherein such a varying climbing operation comprises changing an orientation of the vehicle following a curved subsection of the respective sub-trajectory , wherein starting at a first end point of the respective curved subsection following the curved subsection to a second endpoint of the subsection a climbing angle continuously increases until a maximum climbing angle (α max , β max ) is reached at the second end point, wherein the climbing angle is an angle between a tangent touching the curved subsection and a reference tangent touching the curved subsection at the first end point, wherein such a constant climbing operation comprises maintain a constant orientation of the vehicle following a constant subsection of the respective sub-trajectory , wherein for each two sub-trajectories running directly adjacent to one another the first end sections are located on opposite ends of the respective sub-trajectories .
Use of a combination of from 1 to 10 wt.% rhamnolipid biosurfactant and from 1 to 10 wt.% amphoteric surfactant selected from sultaines to improve the cold cleaning performance at temperatures below 15°C, preferably below 12°C, more preferably 10°C and lower, of primary alkyl sulfate surfactant containing cleaning compositions, wherein the primary alkyl sulfate is a C 10 -C 20 alkyl sulphate, wherein the cleaning composition comprises: from 1 to 30 wt.% of primary alkyl sulfate; wherein the ratio of primary alkyl sulfate surfactant to rhamnolipid biosurfactant is from 6:1 to 1:2; and the ratio of primary alkyl sulfate surfactant to amphoteric surfactant is from 6:1 to 1:2.
A method for scanning a 3D object during an additive manufacturing process, the method comprising determining a material composition of a deposited layer of a partially fabricated 3D object, the determining comprising: scanning a first partial fabrication of the 3D object prior to depositing a material layer to produce first scan data; depositing fabrication material to form the deposited layer on the first partial fabrication of the 3D object forming a second partial fabrication of the 3D object; scanning the second partial fabrication of the 3D object to produce second scan data; determining a layer characterization for the deposited layer characterized in that it includes comparing the first scan data and the second scan data, wherein the first scan data and the second scan data characterize a set of spectral characteristics of the optical output from the 3D object at each location of a plurality of locations. scanning a first partial fabrication of the 3D object prior to depositing a material layer to produce first scan data; depositing fabrication material to form the deposited layer on the first partial fabrication of the 3D object forming a second partial fabrication of the 3D object; scanning the second partial fabrication of the 3D object to produce second scan data; determining a layer characterization for the deposited layer characterized in that it includes comparing the first scan data and the second scan data, wherein the first scan data and the second scan data characterize a set of spectral characteristics of the optical output from the 3D object at each location of a plurality of locations.
A method of installing a pile in the sea bottom by means of a pile guide having a frame and at least an upper and a lower pair of cooperating guide members , wherein the upper pair and the lower pair are located at a distance from each other in vertical direction, characterized in that each pair of guide members comprises a passive guide member and an active guide member which are moved towards the pile (P) after placing the pile (P) between each of the pairs of guide members , wherein the passive guide members are moved to respective fixed initial guiding positions with respect to the frame and the active guide members are moved to the pile (P) until the passive and the active guide members engage the pile (P), after which the pile (P) is held between the upper pair of guide members and between the lower pair of guide members during driving the pile (P) into the sea bottom, during which the actual forces between the pile (P) and the respective guide members are determined.