mhurhangee/ep-ind-claims huggingface dataset:
Air guiding device for a motor-vehicle, comprising: - a main chamber located at the rear of a front wall of the motor-vehicle, defined between said front wall, a rear wall spaced apart from said front wall, an upper wall, a lower wall and two side walls, - at least one first opening on said front wall for the inlet of air into said chamber, - at least one second opening on said rear wall, for guiding air to the engine compartment of the motor-vehicle, - two side ducts, each extending from an inlet located at a respective side wall of the main chamber to an outlet giving out on a respective outer side wall of the motor vehicle, - a device for controlling the airflow through said second opening, - the outlets of the two side ducts being arranged and oriented so as to generate a substantially flattened and vertical air curtain adjacent to each front wheel of the motor-vehicle, on the outer side thereof, characterized in that said device for controlling the airflow through the second opening is associated to said second opening and is a device with orientable louvers which is controlled by an electronic control unit on the basis of one or more parameters, such as the value of the temperature of the engine cooling fluid, the air temperature at the motor-vehicle intercooler, the pressure within the condenser of the air conditioning system and in some cases also the vehicle speed, and said device with orientable louvers comprises two arrays of louvers with vertical oscillation axes contained in a plane parallel to said rear wall and in that said orientable louvers form two groups which are symmetrically movable with respect to the median plane of the motor-vehicle, so that in the partially opened condition of the device with orientable louvers, these louvers tend to direct the airflow entering into the engine compartment towards the sides of the engine compartment. - a main chamber located at the rear of a front wall of the motor-vehicle, defined between said front wall, a rear wall spaced apart from said front wall, an upper wall, a lower wall and two side walls, - at least one first opening on said front wall for the inlet of air into said chamber, - at least one second opening on said rear wall, for guiding air to the engine compartment of the motor-vehicle, - two side ducts, each extending from an inlet located at a respective side wall of the main chamber to an outlet giving out on a respective outer side wall of the motor vehicle, - a device for controlling the airflow through said second opening, - the outlets of the two side ducts being arranged and oriented so as to generate a substantially flattened and vertical air curtain adjacent to each front wheel of the motor-vehicle, on the outer side thereof,
A method of manufacturing an optical lens, the method comprising the steps of blocking a lens member at a first positioning on a blocker; determining the first positioning of the lens member with respect to the blocker; characterized by comparing the first positioning of the lens member with a predetermined positioning in order to determine a positioning error between the first positioning and the predetermined positioning; determining a surface positioning of the surface to be manufactured with respect to the blocker according to the positioning error; and configuring operational parameters of a lens manufacturing tool in order to manufacture a surface according to the determined surface positioning such that the desired optical properties of the optical lens are respected.
A method for processing an image comprising the steps of: - assigning a value of a positioning error to a detail in the image, wherein the detail refers to a pixel or voxel indicative of a structure of an object in the image, wherein the detail has been positioned manually or in an automatic way in the image, wherein the value of the positioning error is indicative of a positioning uncertainty of the detail within the image, and wherein the value of the positioning error is one of: (i) loaded from a suitable file, (ii) calculated by an image processing technique, (iii) introduced manually by a user, (iv) an initial default value; - visualizing said value of the positioning error; - enabling an interactive adjustment of said value; - storing the value of the positioning error with reference to a position of the detail in the image. - assigning a value of a positioning error to a detail in the image, wherein the detail refers to a pixel or voxel indicative of a structure of an object in the image, wherein the detail has been positioned manually or in an automatic way in the image, wherein the value of the positioning error is indicative of a positioning uncertainty of the detail within the image, and wherein the value of the positioning error is one of: (i) loaded from a suitable file, (ii) calculated by an image processing technique, (iii) introduced manually by a user, (iv) an initial default value; - visualizing said value of the positioning error; - enabling an interactive adjustment of said value; - storing the value of the positioning error with reference to a position of the detail in the image.
A mobile electric power generation system, especially for an aircraft, said generation system comprising: - at least one dioxygen source, - at least one dihydrogen source, - at least one fuel cell, connected to said dioxygen source and to said dihydrogen source, configured to generate electric power from dioxygen and dihydrogen, said generation system being characterised in that it comprises an aeronautical container (1, 1') configured to be transported in an aircraft and in which said dioxygen source, said dihydrogen source and said fuel cell are mounted, the generation system comprising at least one electric connection module electrically connected to the fuel cell, the electric connection module comprising an output electric connection port configured to be electrically connected to an aircraft to supply it with electric power. - at least one dioxygen source, - at least one dihydrogen source, - at least one fuel cell, connected to said dioxygen source and to said dihydrogen source, configured to generate electric power from dioxygen and dihydrogen,
A process for the synthesis of aromatic carbamate comprises reacting amine with dialkyl carbonate in the presence of the binary or ternary mixed metal oxide catalyst at a temperature in the range of 100 to 220°C for a period in the range of 1 to 15 hrs to obtain corresponding aromatic carbamate.
A process sensor assembly comprising: a hollow protective housing; a temperature sensor that includes a probe extending out of the hollow protective housing to a sensing location, and a top plate movably secured to the hollow protective housing so as to allow the temperature sensor to travel with respect to the hollow protective housing in response to vibrations of the probe and assembly manufacturing tolerances; a process transmitter configured to process and transmit sensor signals from the temperature sensor, and retained on the top plate to move with the temperature sensor within the hollow protective housing; and a transient protector configured to condition power for the process transmitter, and anchored to the process transmitter to move with the process transmitter within the hollow protective housing. a hollow protective housing; a temperature sensor that includes a probe extending out of the hollow protective housing to a sensing location, and a top plate movably secured to the hollow protective housing so as to allow the temperature sensor to travel with respect to the hollow protective housing in response to vibrations of the probe and assembly manufacturing tolerances; a process transmitter configured to process and transmit sensor signals from the temperature sensor, and retained on the top plate to move with the temperature sensor within the hollow protective housing; and a transient protector configured to condition power for the process transmitter, and anchored to the process transmitter to move with the process transmitter within the hollow protective housing.
Antiplatelet thrombolysin for use in treatment of sickle cell anemia, wherein said antiplatelet thrombolysin consists of two peptide chains of an α chain and a β chain, and the α chain amino acid sequence is shown in SEQ ID NO.1, the β chain amino acid sequence is shown in SEQ ID NO. 2.
A method for producing a silver-coated copper alloy powder, said method comprising the steps of: preparing a copper alloy powder having a chemical composition comprising 1 to 50 wt% of at least one of nickel and zinc and the balance being copper and unavoidable impurities; preparing a solution containing a chelating agent and a buffer for pH which are dissolved in water; adding the copper alloy powder to the solution containing the chelating agent, the buffer for pH and water to be stirred to disperse the copper alloy powder therein; and adding a solution containing a silver salt, which is dissolved in water, to the solution containing the copper alloy powder to deposit silver or a silver compound on the surface of the copper alloy powder to coat the copper alloy powder with 7 to 50 wt% of a silver containing layer which is a layer of the silver or silver compound. preparing a copper alloy powder having a chemical composition comprising 1 to 50 wt% of at least one of nickel and zinc and the balance being copper and unavoidable impurities; preparing a solution containing a chelating agent and a buffer for pH which are dissolved in water; adding the copper alloy powder to the solution containing the chelating agent, the buffer for pH and water to be stirred to disperse the copper alloy powder therein; and adding a solution containing a silver salt, which is dissolved in water, to the solution containing the copper alloy powder to deposit silver or a silver compound on the surface of the copper alloy powder to coat the copper alloy powder with 7 to 50 wt% of a silver containing layer which is a layer of the silver or silver compound.
An ion accelerator comprising: a magnetic arrangement having an inner magnet having a channel extending through it in an axial direction and an outer magnet extending around the inner magnet, the inner and outer magnets having like polarities so that the magnetic arrangement produces a magnetic field having two locations of zero magnetic field strength, the locations being spaced apart in the axial direction; and an anode and a cathode arranged to generate an electrical potential difference between the locations, characterised in that one of the locations is a point.
Method for preserving fresh cut lemon characterized in that comprises, at least, the steps of: (a) the addition of a covering liquid to the container housing the portions of cut lemon, said liquid combining lemon juice, lime juice, ascorbic acid, citric acid, salt and sodium metabisulphite; (b) the deaeration of the covering liquid; and (c) vacuum packaging.
Acoustic device comprising an acoustic lens with variable focal length and means for directing incoming acoustic waves onto the lens, wherein the acoustic lens comprises two fluid media (1, 2) being not miscible with each another and in which the acoustic waves have different velocities, and a boundary between said media, characterized in that a first one of the two fluid media comprises a polar or electrically conductive liquid substance and in that the acoustic device further comprises a force applying means with an electrode (5, 6) for applying an electric force directly onto at least part of said first fluid medium so as to selectively induce a displacement of at least part of said boundary including a change in shape of the boundary in order to vary the focal length of the acoustic lens, wherein said boundary is defined by a contact surface or meniscus (M1, M2) between the two fluid media (1, 2).
A method of managing a plurality of photovoltaic devices (10; 100; 200), each photovoltaic device having one top electrode, one bottom electrode and a pn-junction semiconductor body between the top electrode and the bottom electrode, whereby the top electrode serves for both conducting the DC current generated by photovoltaic device, and applying a voltage pulse, wherein a polarity of an electric field generated across the semiconductor body which results from the voltage pulse has the same direction as a polarity of the electrodes, comprising: applying, through a voltage application means comprising one single output terminal connected to all photovoltaic devices (10; 100; 200) in parallel, a first component of a voltage signal to each of the photovoltaic devices (10; 100; 200), the first component including the voltage pulse and comprising an on state for generating the electric field; and applying a second component of the voltage signal to the photovoltaic devices (10; 100; 200), the second component comprising an off cycle between adjacent first components. applying, through a voltage application means comprising one single output terminal connected to all photovoltaic devices (10; 100; 200) in parallel, a first component of a voltage signal to each of the photovoltaic devices (10; 100; 200), the first component including the voltage pulse and comprising an on state for generating the electric field; and applying a second component of the voltage signal to the photovoltaic devices (10; 100; 200), the second component comprising an off cycle between adjacent first components.
A catalyst system comprising: a) an N 2 -phosphinyl amidine metal salt complex having the formula wherein: R 1 is a C 1 to C 30 organyl group, R 2 is a C 1 to C 30 organyl group consisting essentially of inert functional groups R 3 is hydrogen or a C 1 to C 30 organyl group consisting essentially of inert functional groups, R 4 and R 5 are each independently a C 1 to C 30 organyl group consisting essentially of inert functional groups, MX p represents the metal salt where M is a transition metal, X is a monoanion, and p ranges from 2 to 6, Q is a neutral ligand, and a ranges from 0 to 6; and b) a metal alkyl. a) an N 2 -phosphinyl amidine metal salt complex having the formula wherein: R 1 is a C 1 to C 30 organyl group, R 2 is a C 1 to C 30 organyl group consisting essentially of inert functional groups R 3 is hydrogen or a C 1 to C 30 organyl group consisting essentially of inert functional groups, R 4 and R 5 are each independently a C 1 to C 30 organyl group consisting essentially of inert functional groups, MX p represents the metal salt where M is a transition metal, X is a monoanion, and p ranges from 2 to 6, Q is a neutral ligand, and a ranges from 0 to 6; and R 1 is a C 1 to C 30 organyl group, R 2 is a C 1 to C 30 organyl group consisting essentially of inert functional groups R 3 is hydrogen or a C 1 to C 30 organyl group consisting essentially of inert functional groups, R 4 and R 5 are each independently a C 1 to C 30 organyl group consisting essentially of inert functional groups, MX p represents the metal salt where M is a transition metal, X is a monoanion, and p ranges from 2 to 6, Q is a neutral ligand, and b) a metal alkyl.
A medical tracking system comprising: a first shape sensor; a reference body that is configured to retain a reference portion of the first shape sensor in a known shape configuration, wherein the reference body includes a sensor connection component for interfacing the first shape sensor with a sensor interrogation system; and a fiducial apparatus including a sensor docking feature configured to mate with a mating portion of the reference body; at least one imageable fiducial marker; and a surface configured for attachment to an anatomy of a patient. a first shape sensor; a reference body that is configured to retain a reference portion of the first shape sensor in a known shape configuration, wherein the reference body includes a sensor connection component for interfacing the first shape sensor with a sensor interrogation system; and a fiducial apparatus including a sensor docking feature configured to mate with a mating portion of the reference body; at least one imageable fiducial marker; and a surface configured for attachment to an anatomy of a patient. a sensor docking feature configured to mate with a mating portion of the reference body; at least one imageable fiducial marker; and a surface configured for attachment to an anatomy of a patient.
Pneumatic vehicle tyre with a profiled tread comprising profile elements - such as profile block elements or profiled ribs - and comprising grooves, wherein the grooves are bounded inwardly in the radial direction R by a groove base and on both sides of the groove base respectively by groove walls, which respectively form flanks of profile elements bounded by the groove, wherein, in at least one groove, elevations are formed in the groove base, distributed along the extent of the groove, the base area of which elevations has in the groove base respectively two principal axes (AC, BD) that are aligned perpendicularly in relation to one another and are of the lengths a and b, with a > b, wherein the longer principal axis is aligned in the direction of extent of the groove and forms an axis of symmetry of the base area and intersects the shorter principal axis at the distance c from a first end of the extent of the longer principal axis, with c ≥ (a/2), wherein, along its extent along the longer principal axis, the elevation is formed in its sectional planes that are formed transversely in relation to the longer principal axis respectively with a section contour of which the contour line that bounds the elevation radially outwards is formed respectively with a steadily increasing height on both sides of the longer principal axis from the groove base in the direction of the longer principal axis, wherein, in a first portion of extent, formed between the first end of the extent and the distance c from the first end of the extent, the contour line formed in the sectional planes is formed respectively by a contour portion (K 1, K 2) on both sides of the longer principal axis, wherein the contour portions (K 1, K 2) of the contour line are formed up to the position of the longer principal axis respectively with a steadily increasing height and intersect there at an apex point S of the curve profile, wherein, in the first portion of extent, from the first end of the extent of the longer principal axis along the extent of the longer principal axis up to the distance c, the apex points S form an apex point line s that steadily increases in its height and is formed with the maximum height H 1 at its point P in the position of the longer principal axis at the distance c from the first end of the extent, characterized in that, in the portion of extent between the shorter principal axis and the second end of the extent of the longer principal axis, the contour line is respectively formed in the sectional planes by three contour portions (K 3, K 4, K 5), of which the two outer contour portions (K 3, K4) are formed with a steadily increasing height respectively in the direction of the longer principal axis up to a height h, with h < H 1, and the middle contour portion (K 5) forms a substantially straight connection between the two outer contour portions (K 3, K 4) that is formed at the height h, wherein the middle contour portions (K 5) form in the region of extent between the second end of the extent of the longer principal axis and the shorter principal axis a substantially planar surface, which bound the elevation radially outwards in this portion.
A method for cell selection performed by a wireless device, the method comprising: receiving broadcast information associated with a cell including a cell reservation indication; responsive to determining that the cell is reserved in accordance with the cell reservation indication, determining that the broadcast information further includes a cell reservation exception indication; and selecting the cell in accordance with determining that the cell reservation exception indication is associated with the wireless device, wherein the cell reservation exception indication identifies a network slice, thereby indicating that the cell is not reserved for wireless devices that aim to attach to communicate using the identified network slice or that the cell is reserved for all wireless devices except wireless devices that aim to attach to communicate using the identified network slice. receiving broadcast information associated with a cell including a cell reservation indication; responsive to determining that the cell is reserved in accordance with the cell reservation indication, determining that the broadcast information further includes a cell reservation exception indication; and selecting the cell in accordance with determining that the cell reservation exception indication is associated with the wireless device, wherein the cell reservation exception indication identifies a network slice, thereby indicating that the cell is not reserved for wireless devices that aim to attach to communicate using the identified network slice or that the cell is reserved for all wireless devices except wireless devices that aim to attach to communicate using the identified network slice.
A method of processing a signal, comprising: receiving at least one of a first signal and a second signal; receiving mode information for indicating that a prescribed mode corresponds to which one of at least three modes including a first mode, a second mode and a third mode; and when the mode information indicates that the prescribed mode is the first mode, decoding the first signal using a first coding scheme; when the mode information indicates that the prescribed mode is the second mode, decoding the first signal and the second signal, comprising: decoding the first signal using the first coding scheme; decoding the second signal using a second coding scheme; and, generating an output signal by synthesizing the decoded first signal and the decoded second signal; and, when the mode information indicates that the prescribed mode is the third mode, decoding the second signal using the second coding scheme, wherein the first coding scheme corresponds to a speech coding scheme comprising a linear Prediction Coding, and wherein the second coding scheme corresponds to an audio coding scheme comprising a modified discrete cosine transform (MDCT). receiving at least one of a first signal and a second signal; receiving mode information for indicating that a prescribed mode corresponds to which one of at least three modes including a first mode, a second mode and a third mode; and when the mode information indicates that the prescribed mode is the first mode, decoding the first signal using a first coding scheme; when the mode information indicates that the prescribed mode is the second mode, decoding the first signal and the second signal, comprising: decoding the first signal using the first coding scheme; decoding the second signal using a second coding scheme; and, generating an output signal by synthesizing the decoded first signal and the decoded second signal; and, decoding the first signal using the first coding scheme; decoding the second signal using a second coding scheme; and, generating an output signal by synthesizing the decoded first signal and the decoded second signal; and, when the mode information indicates that the prescribed mode is the third mode, decoding the second signal using the second coding scheme, wherein the first coding scheme corresponds to a speech coding scheme comprising a linear Prediction Coding, and wherein the second coding scheme corresponds to an audio coding scheme comprising a modified discrete cosine transform (MDCT).