mhurhangee/ep-ind-claims huggingface dataset:
, A flavoring agent as a compound represented by Formula 1 below: (In Formula 1 above, n is an integer of 1 or 2, R is a straight-chain or branched-chain alkyl group having 1 to 30 carbon atoms, a moiety A' is a moiety derived from a flavoring compound having at least one of an aromatic ring, an aliphatic ring, and an aliphatic chain having a hydroxyl group (-OH), wherein the hydroxyl group participates in a carbonate linkage and the moiety A' corresponds to a flavoring compound excluding the hydroxyl group participating in the carbonate linkage, and a moiety G' is a moiety derived from a sugar compound, wherein at least one of hydroxyl groups (-OH) linked to a ring of the sugar compound participates in an ester linkage G' corresponds to a sugar compound excluding the hydroxyl group participating in the ester linkage, and m is the number of linked to the moiety G' by the ester linkage, and an integer of 1 to 8.). n is an integer of 1 or 2, R is a straight-chain or branched-chain alkyl group having 1 to 30 carbon atoms, a moiety A' is a moiety derived from a flavoring compound having at least one of an aromatic ring, an aliphatic ring, and an aliphatic chain having a hydroxyl group (-OH), wherein the hydroxyl group participates in a carbonate linkage and the moiety A' corresponds to a flavoring compound excluding the hydroxyl group participating in the carbonate linkage, and a moiety G' is a moiety derived from a sugar compound, wherein at least one of hydroxyl groups (-OH) linked to a ring of the sugar compound participates in an ester linkage G' corresponds to a sugar compound excluding the hydroxyl group participating in the ester linkage, and m is the number of linked to the moiety G' by the ester linkage, and an integer of 1 to 8.).
Process for the surface treatment of a brazed heat exchanger made of aluminium or aluminium alloy, in particular for a coolant circuit in an air-conditioning unit of the passenger compartment of a vehicle, in which the surfaces of the heat exchanger intended to come into contact with the medium to be cooled are covered with a treatment liquid and said liquid is dried, this liquid containing substances suitable for forming, after drying on said surfaces, an adherent layer that has film-forming, hydrophilic and/or antimicrobial properties, characterized in that the adherent layer formed after drying of said liquid used for covering the surfaces of the heat exchanger is uniform and comprises mineral particles having substantially the same sizes and the diameter of which is at most equal to the thickness of said layer, the portion of the mineral particles in said layer being between 10% and 60%, preferably between 20% and 30%.
An orthopedic implant shaped in the form of a structure for repairing or replacing a bone or a joint and having sufficient strength to repair or replace the bone or joint, comprised of a mesh material and a bone plate, the mesh material is provided as a sleeve having a flattened tubular construction adapted to be slidably affixed as an outer covering around at least a portion of the bone plate, the flattened tubular construction being of a fairly uniform width throughout to accommodate a defined width of the bone plate therein, characterized in that the bone plate is provided with at least one fastener hole, in that the mesh material comprises at least one perforated portion exposing the at least one fastener hole, and in that the mesh material is at least partially fused to the bone plate at the at least one perforated portion..
Opening device for a motor vehicle door element, in particular a side door, having an electrically-actuatable door lock, an electrical drive unit, a setting means, and a control unit, wherein an operating mode can be selected by means of the control unit, wherein a means for emergency power supply is provided at the opening device, characterized in that by means of the control unit, the emergency power supply can be coupled to the opening device and the emergency power supply can be legitimized.
Method for controlling an interface with haptic force feedback, said interface comprising an actuator, said method comprising: • receiving an initial command arranged for controlling the actuator so that a force exerted by the actuator or the initial command is equal to: ∘ an initial low-frequency portion F 0 (t) comprising only frequencies less than a cut-off frequency, ∘ plus an optional high-frequency portion F (t) comprising only frequencies greater than the cut-off frequency, • converting the initial command to a converted command in which the initial low-frequency portion F 0 (t) is converted to a modified low-frequency portion F(t), • controlling the actuator according to the converted command, the method being characterized in that the amplitude of the modified low-frequency portion follows a decreasing function, and for which, over any time interval of duration Δt between a time t and a time t+Δt, the modified low-frequency portion F(t) decreases by a value X less than or equal to 10% of the initial value of the modified low-frequency portion F(t) at time t, the duration Δt of the time interval being greater than or equal to 0.3 second. • receiving an initial command arranged for controlling the actuator so that a force exerted by the actuator or the initial command is equal to: ∘ an initial low-frequency portion F 0 (t) comprising only frequencies less than a cut-off frequency, ∘ plus an optional high-frequency portion F (t) comprising only frequencies greater than the cut-off frequency, ∘ an initial low-frequency portion F 0 (t) comprising only frequencies less than a cut-off frequency, ∘ plus an optional high-frequency portion F (t) comprising only frequencies greater than the cut-off frequency, • converting the initial command to a converted command in which the initial low-frequency portion F 0 (t) is converted to a modified low-frequency portion F(t), • controlling the actuator according to the converted command, the method being characterized in that the amplitude of the modified low-frequency portion follows a decreasing function, and for which, over any time interval of duration Δt between a time t and a time t+Δt, the modified low-frequency portion F(t) decreases by a value X less than or equal to 10% of the initial value of the modified low-frequency portion F(t) at time t, the duration Δt of the time interval being greater than or equal to 0.3 second.
Cell connector (2a-k) for the electrical connection of cell terminals of an energy storage device, having contact-making elements (6a-k) for respective connection to at least one cell terminal and a compensating element (10a-k) connecting two contact-making elements (6a-k) electrically to each other and having at least one springy conductor track (12a-k), wherein the conductor track (12a-k) extends completely in one plane with the two contact-making elements (6a-k), characterized in that the two contact-making elements and the compensating element together form a stepped strip having a first thickness in the region of the two contact-making elements and a second, greater thickness in the region of the compensating element.
A positional input method comprising: determining, using a handheld device comprising a detector, to which display of a plurality of displays the detector is proximate; detecting, using the detector, at least a part of an optical pattern disposed on the display to which the detector is proximate, the part of the optical pattern corresponding to a location on the display; transmitting, using a transmitter in the handheld device, data representing the location of the handheld device to a computing device communicatively coupled to the handheld device; characterized in that: the display to which the detector is proximate is determined by: detecting, using the detector or a sensor in the handheld device, a portion of an image displayed by the display; generating a hash based on the detected portion of the image; and comparing the generated hash to a hash that is based on data used to display the portion of the image. determining, using a handheld device comprising a detector, to which display of a plurality of displays the detector is proximate; detecting, using the detector, at least a part of an optical pattern disposed on the display to which the detector is proximate, the part of the optical pattern corresponding to a location on the display; transmitting, using a transmitter in the handheld device, data representing the location of the handheld device to a computing device communicatively coupled to the handheld device; characterized in that: the display to which the detector is proximate is determined by: detecting, using the detector or a sensor in the handheld device, a portion of an image displayed by the display; generating a hash based on the detected portion of the image; and comparing the generated hash to a hash that is based on data used to display the portion of the image. detecting, using the detector or a sensor in the handheld device, a portion of an image displayed by the display; generating a hash based on the detected portion of the image; and comparing the generated hash to a hash that is based on data used to display the portion of the image.
A manufacturing method for a part made of a composite material comprising a fibrous reinforcement densified by a metal matrix, for example, a part of an aeronautical engine, the manufacturing method comprising the following steps: - opening tooling comprising a support portion and a molding portion, by separating the molding portion from the support portion to delimit with the support portion a recess, - placing a fibrous reinforcement in the recess of the tooling, - closing the tooling in a sealed manner by attaching the molding portion on the support portion and by providing a space between the fibrous reinforcement and the portions of the tooling, - melting the metal matrix, - introducing melted metal into the tooling so as to fill the space between the fibrous reinforcement and the portions (13, 14) of the tooling, - applying a force on the molding portion and/or on the support portion so as to move the molding portion closer to the support portion and reduce the space between the fibrous reinforcement and the portions (13, 14) of the tooling, to impregnate the fibrous reinforcement with the melted metal. - opening tooling comprising a support portion and a molding portion, by separating the molding portion from the support portion to delimit with the support portion a recess, - placing a fibrous reinforcement in the recess of the tooling, - closing the tooling in a sealed manner by attaching the molding portion on the support portion and by providing a space between the fibrous reinforcement and the portions of the tooling, - melting the metal matrix, - introducing melted metal into the tooling so as to fill the space between the fibrous reinforcement and the portions (13, 14) of the tooling, - applying a force on the molding portion and/or on the support portion so as to move the molding portion closer to the support portion and reduce the space between the fibrous reinforcement and the portions (13, 14) of the tooling, to impregnate the fibrous reinforcement with the melted metal.
A molecular sensing device, comprising: a substrate; a well i) formed in a material that is positioned on a surface of the substrate or ii) formed in a surface of the substrate; a plurality of signal amplifying structures positioned in the well, wherein each of the plurality of signal amplifying structures is a finger-like nano-structure which is potentially movable relative to adjacent finger-like nano-structures; an immersion fluid deposited into the well and surrounding the signal amplifying structures; and a removable cover which seals the immersion fluid within the well of the device; wherein the sealed in immersion fluid is such as to prevent the plurality of finger-like signal amplifying nano-structures from irreversibly moving in connection with, or in a direction of, adjacent finger-like signal amplifying nano-structures prior to performing a sensing analysis. a substrate; a well i) formed in a material that is positioned on a surface of the substrate or ii) formed in a surface of the substrate; a plurality of signal amplifying structures positioned in the well, wherein each of the plurality of signal amplifying structures is a finger-like nano-structure which is potentially movable relative to adjacent finger-like nano-structures; an immersion fluid deposited into the well and surrounding the signal amplifying structures; and a removable cover which seals the immersion fluid within the well of the device; wherein the sealed in immersion fluid is such as to prevent the plurality of finger-like signal amplifying nano-structures from irreversibly moving in connection with, or in a direction of, adjacent finger-like signal amplifying nano-structures prior to performing a sensing analysis.
A sensor probe (30; 30a; 30b; 30c) configured such that a first side, acting as a measurement surface, is placeable in the proximity of the skin of a human or animal body for providing motion compensated capacitive measurement of electrophysiological signals, the probe comprising a first (P1; P1'; P1") and a second capacitive plate (P2; P2'; P2") arranged to be placed in the proximity of the skin of the human or animal body, wherein the first capacitance (C e1) between the first capacitive plate and the skin of the human or animal body is different from the second capacitance (C e2) between the second capacitive plate and the skin of the human or animal body, when the skin is in contact with the first side of the sensor, and wherein the first and second capacitive plates are arranged for providing a first and a second measurement signal (V 01, V 02) as a measure of an electrophysiological signal of the human or animal body, wherein said difference in the first capacitance and second capacitance results from a difference between the geometries of the first capacitive plate and the second capacitive plate and/or a difference between the distances of the first and second capacitive plates from the first side of the sensor probe.
A method of identifying biological material that comprises micro-organisms in a sample, the method comprising - preparing a liquid comprising the sample; - generating a continuous stream of the liquid; - separating the stream into successive parts of the stream, to form flying drops; - ionizing material from the drops while in flight; - measuring mass spectra from the ionized material; characterized by - mixing a MALDI matrix material into the continuous stream; - diluting the liquid to a dilution level dependent on a measured concentration of the micro-organisms, to a dilution level corresponding to a concentration C of microorganisms that satisfies C ∗ V<1, wherein V is a volume per separated part, said diluting being performed by mixing carrier liquid into the continuous stream. - preparing a liquid comprising the sample; - generating a continuous stream of the liquid; - separating the stream into successive parts of the stream, to form flying drops; - ionizing material from the drops while in flight; - measuring mass spectra from the ionized material; - mixing a MALDI matrix material into the continuous stream; - diluting the liquid to a dilution level dependent on a measured concentration of the micro-organisms, to a dilution level corresponding to a concentration C of microorganisms that satisfies C ∗ V<1, wherein V is a volume per separated part, said diluting being performed by mixing carrier liquid into the continuous stream.
A structural butt finger joint for flat boards structural attachment, comprising: a first board, with two parallel main faces having a larger surface, two side faces and two butts at the ends thereof farthest from one another, with a first finger profile formed by a plurality of fingers in at least one of the butts of said first board, said first finger profile being perpendicular to the faces of the board having a larger surface; a second board, with two parallel main faces having a larger surface, two side faces and two butts at the ends thereof farthest from one another, with a second finger profile, complementary to the first finger profile, formed by a plurality of fingers in at least one of the butts of said second board, said second finger profile being perpendicular to the faces of the board having a larger surface; characterized in that the first board and the second board are uncoupled and configured to be attached in aligned, coplanar, and adjacent position to each other and where a large contact surface is generated between first and second boards (1, 2) on which an adhesive, glue or resins can be applied; each of said first and second boards (1 and 2) has the corresponding first and second finger profile (20 and 30) configured by one or more staggered steps (21, 31), each step forming a tread plane (22, 32) parallel to the main faces of the board and a riser (23, 33) perpendicular to said main faces, and where all the risers (23, 33) have a finger profile. a first board, with two parallel main faces having a larger surface, two side faces and two butts at the ends thereof farthest from one another, with a first finger profile formed by a plurality of fingers in at least one of the butts of said first board, said first finger profile being perpendicular to the faces of the board having a larger surface; a second board, with two parallel main faces having a larger surface, two side faces and two butts at the ends thereof farthest from one another, with a second finger profile, complementary to the first finger profile, formed by a plurality of fingers in at least one of the butts of said second board, said second finger profile being perpendicular to the faces of the board having a larger surface; characterized in that the first board and the second board are uncoupled and configured to be attached in aligned, coplanar, and adjacent position to each other and where a large contact surface is generated between first and second boards (1, 2) on which an adhesive, glue or resins can be applied; each of said first and second boards (1 and 2) has the corresponding first and second finger profile (20 and 30) configured by one or more staggered steps (21, 31), each step forming a tread plane (22, 32) parallel to the main faces of the board and a riser (23, 33) perpendicular to said main faces, and where all the risers (23, 33) have a finger profile.
A composite material comprising an organic compound represented in the general formula, and an inorganic compound, wherein Ar represents an aromatic series hydrocarbon group having 6 to 42 carbon atoms; n represents a natural number from 1 to 3; and R 1 and R 2 represent hydrogen, an alkyl group having 1 to 4 carbon atoms, or an aryl group having 6 to 12 carbon atoms, wherein the general formula does not have an arylamine skeleton, and wherein the inorganic compound is an oxide of a metal belonging to groups 4 to 8 of the periodic table.
Glenoid element for shoulder prostheses, able to be inserted in the glenoid cavity of a shoulder blade and comprising a glenoid support and an articulation element (19; 140) configured to articulate with a mating humeral articulation element (14; 119), wherein said glenoid support comprises at least an attachment plate and an anchoring pin that is made separate with respect to the attachment plate and is selectively able to be coupled with/separated from said attachment plate, wherein said attachment plate comprises a base body and a centering element, made in a single piece with the base body, able to be inserted in a second axial cavity of said anchoring pin in order to couple the pin with said attachment plate, wherein said base body has a slightly concave shape configured to adapt to the shape of said glenoid cavity, characterised in that said attachment plate includes holes provided in the base body for the insertion of relative screws to anchor it to the bone of said shoulder blade and a through axial cavity, wherein said anchoring pin includes a first through axial cavity aligned during use with said through axial cavity of the attachment plate, and wherein attachment means (21; 141) cooperating with said through axial cavity of the attachment plate and/or with said through axial cavity of the anchoring pin are provided to achieve the stable connection of said articulation element (19; 140) with said glenoid support.
A process for synthesizing 2,5-furandicarboxylic acid (FDCA) at a pH of less than 7, by bringing the following into contact: a) a composition containing furan-2,5-dialdehyde, b) a protic solvent, c) a source of oxidizing agent, d) and an oxidation catalyst, and wherein the weight ratio between catalyst and DFF is between 0.01% and 25%, preferentially between 0.01% and 10%, and more preferentially between 0.1% and 3% by weight, the source of oxidizing agent c) is peracetic acid introduced dropwise, the oxidation catalyst d) is KMnO 4, the protic solvent b) is chosen from water and acetic acid, and mixtures thereof. a) a composition containing furan-2,5-dialdehyde, b) a protic solvent, c) a source of oxidizing agent, d) and an oxidation catalyst,
A synchronisation symbol detector for detecting a synchronisation symbol in an input signal, the detector comprising: a first correlation module configured to perform one or more first correlations between the input signal and a down-converted version of the input signal and generate a first correlation metric based on the one or more first correlations; a second correlation module configured to perform one or more second correlations between the input signal and an up-converted version of the input signal and generate a second correlation metric based on the one or more second correlations; and a comparison module configured to determine whether the input signal comprises a synchronisation symbol based on a comparison of the first and second correlation metrics and output an indication of the determination and, in response to determining that the input signal comprises a synchronisation symbol, estimate a time position of the synchronisation symbol based on the first and second correlation metrics and output an indication of the estimate. a first correlation module configured to perform one or more first correlations between the input signal and a down-converted version of the input signal and generate a first correlation metric based on the one or more first correlations; a second correlation module configured to perform one or more second correlations between the input signal and an up-converted version of the input signal and generate a second correlation metric based on the one or more second correlations; and a comparison module configured to determine whether the input signal comprises a synchronisation symbol based on a comparison of the first and second correlation metrics and output an indication of the determination and, in response to determining that the input signal comprises a synchronisation symbol, estimate a time position of the synchronisation symbol based on the first and second correlation metrics and output an indication of the estimate.
An oil-in-water emulsion comprising mometasone or a pharmaceutically acceptable derivative thereof and a C 4 alkane-diol, which may be linear or branched, and the concentration of the C 4 alkane-diol is from 20 to 45% w/w.