mhurhangee/patent-ind-claim-en huggingface dataset:
A set of profile members in combination with a rotatable cylindrical key plug having a longitudinal keyway with a profile corresponding to an associated key , each of said profile members in said set being accommodated in an associated cavity in the key plug at a lateral side of said keyway so as to form a lateral part thereof, with a profiled surface portion having, in a plane being transversal to a longitudinal axis of said key plug , a specific profile section defining a local, lateral part of said keyway, wherein each of said profile members has a non-circular cross-section and is non-rotatably mounted in said associated cavity at a location adjacent to said keyway, wherein - each cavity is formed by a first part , located at a lateral distance from the keyway, and a second part , which communicates with said first part and is extended laterally sideways so as to communicate with the keyway, - said first and second parts communicating via a narrowed part , which is narrower than said first and second parts , - said profile members having first and second portions corresponding to said first and second parts of the associated cavity, a neck portion corresponding to said narrowed part and a cross-sectional contour being circumscribed by the cross-section of said first and second parts of the associated cavity, so as to be fitted in a non-rotatable well-defined stationary position therein, and - said second portion of each profile member is provided with said profiled surface portion facing inwards toward the opposite lateral side of the keyway, - whereas said first portion and said neck portion of each profile member occupy substantially the whole cross-section of said first part and said narrowed part of the associated cavity. - each cavity is formed by a first part , located at a lateral distance from the keyway, and a second part , which communicates with said first part and is extended laterally sideways so as to communicate with the keyway, - said first and second parts communicating via a narrowed part , which is narrower than said first and second parts , - said profile members having first and second portions corresponding to said first and second parts of the associated cavity, a neck portion corresponding to said narrowed part and a cross-sectional contour being circumscribed by the cross-section of said first and second parts of the associated cavity, so as to be fitted in a non-rotatable well-defined stationary position therein, and - said second portion of each profile member is provided with said profiled surface portion facing inwards toward the opposite lateral side of the keyway, - whereas said first portion and said neck portion of each profile member occupy substantially the whole cross-section of said first part and said narrowed part of the associated cavity.
A method comprising: receiving , by a network apparatus comprising a processor , memory , and a communication interface configured to communicate via at least one network , a plurality of instances of event data, each instance of event data corresponding to a respective traffic event on a road segment (S1) determined from probe data characterizing travel of a vehicle along the road segment (S1); identifying , by the network apparatus , from the plurality of instances of event data, a recurring event corresponding to two or more instances of event data, wherein each instance of event data comprises lanes of the road segment (S1) that are experiencing sub-optimal traffic flow where the ratio of real-time travel speed to free flow speed is less than a predefined threshold value, wherein the free flow speed is an expected speed for the lane or road segment (S1) based on the time of day, day of the week and weather conditions; determining , by the network apparatus , at least one representative parameter characterizing the identified lanes based on the plurality of instances of event data; and modifying , by the network apparatus , at least one element of a data structure of a geographic database with the at least one representative parameter, wherein the at least one element of the data structure corresponds to the road segment (S1), and the geographic database is configured for use by a navigation application to perform a navigation function. receiving , by a network apparatus comprising a processor , memory , and a communication interface configured to communicate via at least one network , a plurality of instances of event data, each instance of event data corresponding to a respective traffic event on a road segment (S1) determined from probe data characterizing travel of a vehicle along the road segment (S1); identifying , by the network apparatus , from the plurality of instances of event data, a recurring event corresponding to two or more instances of event data, wherein each instance of event data comprises lanes of the road segment (S1) that are experiencing sub-optimal traffic flow where the ratio of real-time travel speed to free flow speed is less than a predefined threshold value, wherein the free flow speed is an expected speed for the lane or road segment (S1) based on the time of day, day of the week and weather conditions; determining , by the network apparatus , at least one representative parameter characterizing the identified lanes based on the plurality of instances of event data; and modifying , by the network apparatus , at least one element of a data structure of a geographic database with the at least one representative parameter, wherein the at least one element of the data structure corresponds to the road segment (S1), and the geographic database is configured for use by a navigation application to perform a navigation function.
Thick-matter pump having a first delivery cylinder and having a second delivery cylinder , wherein a piston which is movable in an axial direction is accommodated in each of the delivery cylinders , having a drive for driving an axial forwards and backwards movement of the pistons in their respective delivery cylinders , having a first inlet valve for admitting thick matter into the first delivery cylinder and having a second inlet valve for admitting thick matter into the second delivery cylinder , having a drive element for actively driving the switching processes of the inlet valves , having an outlet valve for combining the delivery streams from the first delivery cylinder and the second delivery cylinder , wherein the outlet valve comprises a first passage opening for thick matter delivered from the first delivery cylinder and a second passage opening for thick matter delivered from the second delivery cylinder and also comprises a valve member , wherein the valve member closes off the first passage opening in a first state and closes off the second passage opening in a second state , characterized in that the valve member closes off neither the first passage opening nor the second passage opening in an intermediate state , wherein the drive element is configured in such a way that the switching process for opening the second inlet valve is realized when the pressure difference across the second inlet valve is below an output pressure difference across the second inlet valve .
An evaporator, comprising: an evaporator case having a box shape with both sides open, , the evaporator case comprising two case sheets coupled in surface-contact with each other and bent to define the box shape; a cooling tube formed by an empty space between the two case sheets to form a cooling passage for a flow of refrigerant (R); a heating tube formed by an empty space between the two case sheets in a non-overlapping manner with the cooling tube ; and a heating wire heater inserted into the heating tube to surround the evaporator case , and generating heat, in response to power supplied, such that heat for defrosting is transferred to the evaporator case , wherein the heating tube comprises a first heating passage and a second heating passage disposed at both sides of the cooling tube , wherein the heating wire heater comprises: a first part inserted into the first heating passage ; a second part inserted into the second heating passage ; characterized in that : the first heating passage and the second heating passage are each opened at both ends of the evaporator case , and that the heating wire heater further comprises: a connection part connecting the first part and the second part to each other outside of the evaporator case . an evaporator case having a box shape with both sides open, , the evaporator case comprising two case sheets coupled in surface-contact with each other and bent to define the box shape; a cooling tube formed by an empty space between the two case sheets to form a cooling passage for a flow of refrigerant (R); a heating tube formed by an empty space between the two case sheets in a non-overlapping manner with the cooling tube ; and a heating wire heater inserted into the heating tube to surround the evaporator case , and generating heat, in response to power supplied, such that heat for defrosting is transferred to the evaporator case , wherein the heating tube comprises a first heating passage and a second heating passage disposed at both sides of the cooling tube , wherein the heating wire heater comprises: a first part inserted into the first heating passage ; a second part inserted into the second heating passage ; characterized in that : the first heating passage and the second heating passage are each opened at both ends of the evaporator case , and that the heating wire heater further comprises: a connection part connecting the first part and the second part to each other outside of the evaporator case . a first part inserted into the first heating passage ; a second part inserted into the second heating passage ; characterized in that : the first heating passage and the second heating passage are each opened at both ends of the evaporator case , and that the heating wire heater further comprises: a connection part connecting the first part and the second part to each other outside of the evaporator case . the first heating passage and the second heating passage are each opened at both ends of the evaporator case , and that the heating wire heater further comprises: a connection part connecting the first part and the second part to each other outside of the evaporator case .
A thermal management system (230; 330; 430) for a component of a gas turbine engine , comprising: a manifold (238; 338; 438) extending circumferentially about a longitudinal axis (A) and defining a plenum (240; 340; 440); a cooling fluid transfer tube (236; 336; 436) disposed within the plenum and configured to transfer a component cooling fluid from a component cooling fluid source to the component; and a cooling fluid passageway (244; 344; 444) connected to the manifold and configured to transfer a plenum cooling fluid (CF) from a plenum cooling fluid source to the plenum, characterized in that the cooling fluid transfer tube includes a first axial cooling tube end and a second axial cooling tube end . a manifold (238; 338; 438) extending circumferentially about a longitudinal axis (A) and defining a plenum (240; 340; 440); a cooling fluid transfer tube (236; 336; 436) disposed within the plenum and configured to transfer a component cooling fluid from a component cooling fluid source to the component; and a cooling fluid passageway (244; 344; 444) connected to the manifold and configured to transfer a plenum cooling fluid (CF) from a plenum cooling fluid source to the plenum,
An apparatus for use with a helicopter including a rotor system having a main rotor with an adjustable pitch that is controlled at least in part by a pilot using a collective control and the collective control pivotally supports a friction control lever as part of a friction control that is engageable by the pilot to selectively increase a control force that is required as a minimum to move the collective control, the apparatus comprising: an actuator including a motor having an output shaft for rotation to change the adjustable pitch by exerting an actuation force; an actuator linkage that engages the friction control lever to apply the actuation force directly to the friction control lever such that the actuation force initially disengages the friction control to decrease the control force and, thereafter, reduces the adjustable pitch toward a minimum collective pitch position; and a control arrangement that is configured to receive a signal that is indicative of a low rotor RPM condition and to respond to said signal by activating the actuator arrangement to exert the actuation force.
An automatic analyzer for conducting component analysis by performing measurement on a reaction liquid that was caused to react chemically in a reaction vessel, the analyzer comprising: a probe for suctioning a sample or a reagent and discharging the sample or the reagent into a reaction vessel; a cleaning bath in which to clean the probe; a cleaning water supply unit for supplying cleaning water to the cleaning bath to clean the probe; a compressed air supply unit for supplying compressed air to the cleaning bath; and a controller for controlling the probe, the cleaning water supply unit, and the compressed air supply unit, wherein the cleaning bath comprises a cleaning water outlet for discharging into the cleaning bath the cleaning water supplied from the cleaning water supply unit, and a compressed air outlet for discharging the compressed air supplied from the compressed air supply unit toward the probe inserted in the cleaning bath, characterized by the automatic analyzer being configured such that the compressed air outlet is disposed on the trajectory of the cleaning water having been discharged from the cleaning water outlet. a probe for suctioning a sample or a reagent and discharging the sample or the reagent into a reaction vessel; a cleaning bath in which to clean the probe; a cleaning water supply unit for supplying cleaning water to the cleaning bath to clean the probe; a compressed air supply unit for supplying compressed air to the cleaning bath; and a controller for controlling the probe, the cleaning water supply unit, and the compressed air supply unit, wherein the cleaning bath comprises a cleaning water outlet for discharging into the cleaning bath the cleaning water supplied from the cleaning water supply unit, and a compressed air outlet for discharging the compressed air supplied from the compressed air supply unit toward the probe inserted in the cleaning bath, characterized by the automatic analyzer being configured such that the compressed air outlet is disposed on the trajectory of the cleaning water having been discharged from the cleaning water outlet. a cleaning water outlet for discharging into the cleaning bath the cleaning water supplied from the cleaning water supply unit, and a compressed air outlet for discharging the compressed air supplied from the compressed air supply unit toward the probe inserted in the cleaning bath, characterized by the automatic analyzer being configured such that the compressed air outlet is disposed on the trajectory of the cleaning water having been discharged from the cleaning water outlet.
A mask to be put on a face of a subject, comprising: a mask body portion demarcating an internal space (S) in a state of covering part of the face of the subject; and a cup-shaped nasal cup covering in use a nose of the subject in a state of being arranged inside the internal space (S), wherein the nasal cup includes a first wall portion covering in use the nose of the subject, a second wall portion arranged in use under nostrils of the subject, and an exhaled air discharge portion to guide an exhaled air from the nose of the subject to an exhaled air sensor , and at least part of the exhaled air from the nose of the subject is in use guided toward the exhaled air discharge portion by the second wall portion in a state where the nasal cup covers the nose of the subject, wherein the mask body portion includes a covering portion covering in use a nose and a mouth of the subject, and an attachment portion formed integrally with the covering portion and may be elastically deformed, characterised in that the exhaled air discharge portion is formed integrally with the first wall portion . a mask body portion demarcating an internal space (S) in a state of covering part of the face of the subject; and a cup-shaped nasal cup covering in use a nose of the subject in a state of being arranged inside the internal space (S), wherein the nasal cup includes a first wall portion covering in use the nose of the subject, a second wall portion arranged in use under nostrils of the subject, and an exhaled air discharge portion to guide an exhaled air from the nose of the subject to an exhaled air sensor , and at least part of the exhaled air from the nose of the subject is in use guided toward the exhaled air discharge portion by the second wall portion in a state where the nasal cup covers the nose of the subject, wherein the mask body portion includes a covering portion covering in use a nose and a mouth of the subject, and an attachment portion formed integrally with the covering portion and may be elastically deformed, characterised in that the exhaled air discharge portion is formed integrally with the first wall portion .
Lighting device (DE) providing at least one photometric lighting or signalling function or lighting effect, possibly decorative, for a motor vehicle, comprising a support plate (PS1) provided with at least one light source (SL) suitable for generating photons, and a light guide (GL) of the flat type and comprising a guide part (PG) placed between rear (PR) and front (PV) parts said rear part (PR) being suitable for supplying generated photons to said guiding part (PG) and said front part (PV) being suitable for delivering to the outside photons guided in said guiding part (PG), said device further comprising a support part (PS2) integrally comprising i) first (F1) and second (F2) faces, said first (F1) and second (F2) faces being opposite faces to which said support plate (PS1) and said light guide (GL) are respectively fixedly attached, the support piece (PS2) further comprising, also integrally, a transparent screen (ET) projecting on said second face (F2) in front of said front part (PV) of the light guide (GL), at a predefined distance and extending over a height strictly greater than a thickness of said light guide (GL) at the level of said front part (PV) in order to be backlit by said photons delivered by said front part (PV) over this height and at a predefined intensity to ensure the predefined photometric function, said front part (PV) of the light guide (GL) comprising a front face oriented towards said transparent screen (ET) and arranged so as to widen a photon beam arriving at its level along a vertical direction.
A solid product suitable for reconstitution to an essentially clear, stable solution upon addition of an aqueous reconstituting solvent thereto, said solid product comprising an intimate mixture of at least one stabilizing agent, wherein said stabilizing agent comprises a dispersing agent which is an amphiphilic copolymer which is a linear, branched or star-shaped block polymer which includes a hydrophilic part that comprises at least one member selected from the group consisting of poly(ethylene oxide), poly(N-vinylpyrrolidone), poly(N-2-hydroxypropylmethacrylamide), poly(2-ethyl-2-oxazoline), poly(glycidol), poly(2-hydroxyethylmethacrylate), poly (vinyl alcohol), polymethacrylic acid derivatives, poly (vinylpyridinium), poly((ammonium alkyl) methacrylate), poly((aminoalkyl)methacrylate) and combinations and derivatives thereof; and a hydrophobic segment selected from the group comprising a poly(ester), poly(ortho ester), poly(amide), poly(ester-amide) poly(anhydride), poly(propylene oxide), poly(tetrahydrofuran) and combinations thereof; and at least one liquid biologically active agent loaded within said stabilizing agent, in such a manner that said liquid biologically active agent is intimately associated with said stabilizing agent in a substantially solid product, wherein said liquid biologically active agent is propofol; whereby upon hydration with a reconstituting aqueous solvent or solution, said solid product forms said essentially clear stable solution in which said at least one biologically active agent is present as stable nanodispersions or micelles loaded with said at least one biologically active agent.
A method for producing briquettes from a waste material comprising the steps: - providing a waste material , which waste material comprises at least one metal and at least one organic material - mechanically preparing the waste material in a single or multiple stages and separating at least one first fraction from the waste material , - producing a briquette mixture containing the at least one first fraction , wherein the at least one first fraction has a calorific value of 0 MJ/kg to 30 MJ/kg, - adjusting a calorific value of the briquette mixture by varying at least the first fraction , - introducing the briquette mixture into a briquetting device and pressing the briquette mixture into briquettes , so that briquettes with a calorific value of 5 MJ/kg to 30 MJ/kg and with a copper content of 0.1 wt.% to 20 wt.% are produced, wherein briquettes with a defined content of reusable material, namely a defined copper content, are produced. - providing a waste material , which waste material comprises at least one metal and at least one organic material - mechanically preparing the waste material in a single or multiple stages and separating at least one first fraction from the waste material , - producing a briquette mixture containing the at least one first fraction , wherein the at least one first fraction has a calorific value of 0 MJ/kg to 30 MJ/kg, - adjusting a calorific value of the briquette mixture by varying at least the first fraction , - introducing the briquette mixture into a briquetting device and pressing the briquette mixture into briquettes , so that briquettes with a calorific value of 5 MJ/kg to 30 MJ/kg and with a copper content of 0.1 wt.% to 20 wt.% are produced, wherein briquettes with a defined content of reusable material, namely a defined copper content, are produced.
A liquid dispersion formulation of edible filamentous fungi comprising edible filamentous fungal particles, wherein the edible filamentous fungal particles comprise mycelia, fragments of mycelia, hyphae, fragments of hyphae, or combinations thereof, wherein the edible fungal particles are isolated from edible filamentous fungus biomats produced by surface fermentation on a liquid medium.
Clamping spring for a conductor terminal for connecting an electrical conductor by means of spring force clamping, the clamping spring having an abutment leg for fixing the clamping spring in the conductor terminal , a spring bend adjoining the abutment leg and a clamping leg adjoining the spring bend , the clamping leg being set up for clamping the electrical conductor by means of its free end, the clamping leg having at least one bead embossed in the material of the clamping leg , characterized in that the bead does not extend as far as the free end of the clamping leg but ends before it.