mhurhangee/ep-ind-claims huggingface dataset:
A peptide of formula: R 5 -Ile-Ser-Leu-Leu-Asp-Ala-Gln-Ser-R 6 R 5 -[(SEQ ID NO: 2)-R 6] wherein R 5 is selected from the group consisting of H-, R 7 -C - and R 7 -OC -, R 6 is selected from the group consisting of -OH, -OR 7, -SR 7, and -NR 7 R 8, R 7 and R 8 are independently selected from H-, C 1 -C 24 alkyl, C 2 -C 24 alkenyl and C 6 -C 10 aryl, and cosmetically acceptable salts and solvates thereof. R 5 is selected from the group consisting of H-, R 7 -C - and R 7 -OC -, R 6 is selected from the group consisting of -OH, -OR 7, -SR 7, and -NR 7 R 8, R 7 and R 8 are independently selected from H-, C 1 -C 24 alkyl, C 2 -C 24 alkenyl and C 6 -C 10 aryl, and cosmetically acceptable salts and solvates thereof.
Device for managing a motor vehicle damping system comprising: reception means for receiving at least one height value (z 1, z 2) measured by at least one clearance sensor installed on the vehicle, and processing means (100, 101, 102, 103, 104) for - filtering, using a low-pass filtering module, the height values (z 1, z 2) received, in order not to take into account the height values measured when a trim inclination situation has been detected, - estimating, using a load estimation module, a parameter representative of the load (ΔM) as a function of the filtered height values (z 1, z 2) received, - comparing, using a thresholding module, the parameter representative of the load to a threshold, the result of this comparison taking a Boolean value, - filtering, using a module 103, the result of this comparison, in order to avoid the short signal variations, - estimating a load state of the vehicle as a function of the filtered result of the comparison, - and generating, using a module 104, a damping system control signal on the basis of this estimated load state. reception means for receiving at least one height value (z 1, z 2) measured by at least one clearance sensor installed on the vehicle, and processing means (100, 101, 102, 103, 104) for - filtering, using a low-pass filtering module, the height values (z 1, z 2) received, in order not to take into account the height values measured when a trim inclination situation has been detected, - estimating, using a load estimation module, a parameter representative of the load (ΔM) as a function of the filtered height values (z 1, z 2) received, - comparing, using a thresholding module, the parameter representative of the load to a threshold, the result of this comparison taking a Boolean value, - filtering, using a module 103, the result of this comparison, in order to avoid the short signal variations, - estimating a load state of the vehicle as a function of the filtered result of the comparison, - and generating, using a module 104, a damping system control signal on the basis of this estimated load state. - filtering, using a low-pass filtering module, the height values (z 1, z 2) received, in order not to take into account the height values measured when a trim inclination situation has been detected, - estimating, using a load estimation module, a parameter representative of the load (ΔM) as a function of the filtered height values (z 1, z 2) received, - comparing, using a thresholding module, the parameter representative of the load to a threshold, the result of this comparison taking a Boolean value, - filtering, using a module 103, the result of this comparison, in order to avoid the short signal variations, - estimating a load state of the vehicle as a function of the filtered result of the comparison, - and generating, using a module 104, a damping system control signal on the basis of this estimated load state.
Battery sensor for sensing at least one battery parameter, having at least two measuring units (16, 18), wherein the measuring units (16, 18) each comprise at least one sensing device (20, 22, 24, 26, 28, 30) for sensing at least one measured value, wherein the measuring units (16, 18) each comprise at least one evaluation circuit (38, 40) for determining at least one battery parameter from the respectively sensed at least one measured value, wherein at least one evaluation unit is provided, which compares the battery parameters determined by the evaluation circuits (38, 40), and outputs an error signal in the event that a defined difference between the battery parameters is exceeded, characterized in that the same battery parameter is determined by each of the measuring units.
A method of preparing a surface, the method comprising: (a) constructing a wall having panels that engage at intersections; (b) applying material to the planar intersections to conceal the planar intersections and form joints; and then (c) detecting a planarity and non-planarity of the joints, and adjusting non-planar joints into planar joints, wherein step (c) comprises visually enhancing a geometry of the joints by projecting a laser line across the joints, thereby enabling enhanced, qualitative user visualization of the joints and non-planar distortion in the joints relative to a plane defined by the wall. (a) constructing a wall having panels that engage at intersections; (b) applying material to the planar intersections to conceal the planar intersections and form joints; and then (c) detecting a planarity and non-planarity of the joints, and adjusting non-planar joints into planar joints,
A ligand compound represented by the following Chemical Formula 1: in Chemical Formula 1, X is provided that R' is hydrogen or C 1 -C 3 alkyl group, R 3 to R 6 are each independently a phenyl group, and n is an integer of 1 to 5.
A wheel hub comprising: - a one-piece outer ring having at least one outer race turned radially inward and defining a reference axis of the wheel hub and a tubular cavity, and a flange provided with holes for fixing a wheel rim; and - a centring piece integral with the outer ring and having at least one mounting zone (48, 148) inserted in the outer ring, and a first centring zone projecting axially outwardly with respect to the outer ring, and having a first cylindrical centring bearing surface facing radially outwardly, characterized in that the centring piece has a solid bottom wall closing an axial end of the cavity. - a one-piece outer ring having at least one outer race turned radially inward and defining a reference axis of the wheel hub and a tubular cavity, and a flange provided with holes for fixing a wheel rim; and - a centring piece integral with the outer ring and having at least one mounting zone (48, 148) inserted in the outer ring, and a first centring zone projecting axially outwardly with respect to the outer ring, and having a first cylindrical centring bearing surface facing radially outwardly,
Gas cock with a safety valve for a gas cooking appliance, comprising a body comprising a gas inlet conduit fluidically communicated with the safety valve and at least one gas outlet conduit; a regulating element suitable for regulating the incoming gas flow from the safety valve to the outlet conduit depending on its angular position, the regulating element being arranged in a housing of the body fluidically communicated with the safety valve and with the outlet conduit; and a drive shaft coupled to the regulating element, said drive shaft being rotatable between an initial rotation position and a final rotation position and axially moveable so as to act on a transmission element to open the safety valve, the drive shaft comprising an end that acts on the transmission element, and the regulating element comprising at least one connection opening for regulating gas flow to the outlet conduit depending on its angular position and a coupling hole which the drive shaft goes through, the regulating element being arranged facing the transmission element, wherein the regulating element is a rotating disc, said rotating disc being axially held, supported on a contact area of the housing of the body, the contact area comprising at least one outlet port fluidically communicated with the gas outlet conduit, and wherein the body comprises a through hole communicated through one of its ends with the housing, the drive shaft going through the through hole and the drive shaft being rotatably fitted in said through hole.
An aircraft gearbox comprising: a housing; a barrier separating a first compartment (306 1) and a second compartment (306 2) within the housing; a rotatable drive system component (308 1) located in the first compartment (306 1); a set of gears (308 2) located in the second compartment (306 2), wherein each of the rotatable drive system component (308 1) and the set of gears (308 2) are operable to rotate based on torque received from an engine; a lubrication system comprising: a first lubrication system (310 1) operable to lubricate the rotatable drive system component (308 1) in the first compartment (306 1); and a second lubrication system (310 2) operable to lubricate the set of gears (308 2) in the second compartment (306 2), wherein the first lubrication system (310 1) and the second lubrication system (310 2) operate independently of one another and the barrier inhibits lubricant from passing between the first compartment (306 1) and the second compartment (306 2); wherein the first lubrication system (310 1) is a non-pressurized lubrication system and the second lubrication system (310 2) is a pressurized lubrication system. a housing; a barrier separating a first compartment (306 1) and a second compartment (306 2) within the housing; a rotatable drive system component (308 1) located in the first compartment (306 1); a set of gears (308 2) located in the second compartment (306 2), wherein each of the rotatable drive system component (308 1) and the set of gears (308 2) are operable to rotate based on torque received from an engine; a lubrication system comprising: a first lubrication system (310 1) operable to lubricate the rotatable drive system component (308 1) in the first compartment (306 1); and a second lubrication system (310 2) operable to lubricate the set of gears (308 2) in the second compartment (306 2), wherein the first lubrication system (310 1) and the second lubrication system (310 2) operate independently of one another and the barrier inhibits lubricant from passing between the first compartment (306 1) and the second compartment (306 2); wherein the first lubrication system (310 1) is a non-pressurized lubrication system and the second lubrication system (310 2) is a pressurized lubrication system. a first lubrication system (310 1) operable to lubricate the rotatable drive system component (308 1) in the first compartment (306 1); and a second lubrication system (310 2) operable to lubricate the set of gears (308 2) in the second compartment (306 2), wherein the first lubrication system (310 1) and the second lubrication system (310 2) operate independently of one another and the barrier inhibits lubricant from passing between the first compartment (306 1) and the second compartment (306 2); wherein the first lubrication system (310 1) is a non-pressurized lubrication system and the second lubrication system (310 2) is a pressurized lubrication system.
A gene therapy vector for use in treatment or prophylaxis of a retinal disorder due to mutations in CRB1 gene in a human subject, wherein the gene therapy vector comprises a nucleotide sequence encoding a Crumbs homologue-2 protein.
A foldable electronic device comprising: a display panel; a cushion member disposed below the display panel to protect the display panel; an electronic module inserted into a hole defined in the display panel and the cushion member; characterized by a light blocking pattern (361, 362) disposed on the display panel, wherein the light blocking pattern (361, 362) surrounds the electronic module in a plan view from a direction normal to the display panel, wherein the electronic module is spaced apart from a sidewall configured to define the hole in a first state in which the display panel and the cushion member are folded and in a second state in which the display panel and the cushion member are unfolded. a display panel; a cushion member disposed below the display panel to protect the display panel; an electronic module inserted into a hole defined in the display panel and the cushion member; characterized by a light blocking pattern (361, 362) disposed on the display panel, wherein the light blocking pattern (361, 362) surrounds the electronic module in a plan view from a direction normal to the display panel, wherein the electronic module is spaced apart from a sidewall configured to define the hole in a first state in which the display panel and the cushion member are folded and in a second state in which the display panel and the cushion member are unfolded.
A communication unit (120, 200, 300) comprising: a receiver for receiving messages sent on an allocation channel, and packet identifying logic (210, 334) operable to identify a data type of the received messages, wherein the communication unit is operably coupled to buffer logic for buffering data packets to be sent to a second communication unit (120, 200, 300), and wherein, in an active mode of operation, the receiver is operable to intermittently receive the messages sent on the allocation channel and operable to transition to continuously receive the messages sent on the allocation channel in response to at least one of: the buffer logic identifying that data packets are to be transferred to the second communication unit; and the packet identifying logic (210, 334) determining that one of the received messages is a communication resource allocation message and identifying resource allocation data therein. a receiver for receiving messages sent on an allocation channel, and packet identifying logic (210, 334) operable to identify a data type of the received messages, wherein the communication unit is operably coupled to buffer logic for buffering data packets to be sent to a second communication unit (120, 200, 300), and wherein, in an active mode of operation, the receiver is operable to intermittently receive the messages sent on the allocation channel and operable to transition to continuously receive the messages sent on the allocation channel in response to at least one of: the buffer logic identifying that data packets are to be transferred to the second communication unit; and the packet identifying logic (210, 334) determining that one of the received messages is a communication resource allocation message and identifying resource allocation data therein. the buffer logic identifying that data packets are to be transferred to the second communication unit; and the packet identifying logic (210, 334) determining that one of the received messages is a communication resource allocation message and identifying resource allocation data therein.
A sound processing apparatus for communicating with a terminal apparatus through a communication network, comprising: reception means for successively receiving a processing request (P[D A]) including processing object data (D A) from the terminal apparatus, the processing object data (D A) being one of waveform data and time-series data indicative of a sound; sound processing means for generating processed data (D B) by processing the processing object data (D A); response generation means for generating a response notification (R P [D B]) which both acknowledges receipt of the processing request (P[D A]) and includes the processed data (D B); and transmission means for successively transmitting the response notification (R P [D B]) to the terminal apparatus, wherein the response generation means is arranged to cause processed data (D B), which has been generated by the sound processing means and by the sound processing on processing object data (D A) of a first processing request (P 1 [D A]) received by the reception means, to be included in a response notification (R P2 [D B]) to a second processing request (P 2 [D A]) received by the reception means after reception of the first processing request (P 1 [D A]). reception means for successively receiving a processing request (P[D A]) including processing object data (D A) from the terminal apparatus, the processing object data (D A) being one of waveform data and time-series data indicative of a sound; sound processing means for generating processed data (D B) by processing the processing object data (D A); response generation means for generating a response notification (R P [D B]) which both acknowledges receipt of the processing request (P[D A]) and includes the processed data (D B); and transmission means for successively transmitting the response notification (R P [D B]) to the terminal apparatus, wherein the response generation means is arranged to cause processed data (D B), which has been generated by the sound processing means and by the sound processing on processing object data (D A) of a first processing request (P 1 [D A]) received by the reception means, to be included in a response notification (R P2 [D B]) to a second processing request (P 2 [D A]) received by the reception means after reception of the first processing request (P 1 [D A]).
A ship's propulsion unit such as a ship's azimuthing propulsion unit, wherein the propulsion unit comprising a shell structure arranged below a hull of the ship and immersible at least partly in water so that the shell structure is at least partly surrounded by water, and an electric motor for rotating a propeller outside the shell structure, wherein the electric motor having a stator and a rotor for rotating in the stator, wherein the electric motor is arranged in a motor housing section of the shell structure so that the stator of the electric motor is form-fitted into a cylindrical section of the motor housing section of the shell structure, wherein the cylindrical section having a cylindrical outer surface, and wherein the shell structure includes a support section having a lower end connected to the motor housing section of the shell structure and an upper end connected to the hull of the ship, characterized by a closed liquid cooling system having an inner space containing liquid, by the inner space of the closed liquid cooling system being partly limited by the cylindrical outer surface of the cylindrical section of the motor housing section so that liquid in the inner space of the closed liquid cooling system is in direct contact with the cylindrical outer surface of the cylindrical section of the motor housing section for exchanging thermal energy between the electric motor arranged in the cylindrical section of the motor housing section and liquid in the inner space of the closed liquid cooling system via the cylindrical section of the motor housing section, and by the inner space of the closed liquid cooling system being partly limited by the shell structure of the propulsion unit so that liquid in the inner space of the closed liquid cooling system is in direct contact with the shell structure of the propulsion unit for exchanging thermal energy between liquid in the inner space of the closed liquid cooling system and water surrounding the propulsion unit via the shell structure of the propulsion unit.
Use of a blank, which entirely consists of porous glass without crystalline portions, wherein the density of this porous blank is between 50% and 95% of the theoretical density of a densely-sintered blank, and which has a disc-like shape with a diameter of at least 20 mm, for producing dental shaped parts.
Laser microdissection system comprising a microscope, which has a reflected light device with a laser deflection device, the latter guiding a laser beam provided by a laser unit through a microscope objective lens of the microscope and onto a sample region for recording a biological sample and displacing a point of incidence of the laser beam in the sample region, wherein a rinsing device with fluid dispensing means is included, the latter providing a suspending fluid in the sample region, and wherein fluid removal means are disposed on the rinsing device, said fluid removal means removing a suspension, generated using the suspending fluid, from the sample region, wherein the fluid removal means comprises suction means for sucking the suspension from the sample region, characterized in that the suction means comprise fluid collection means for collecting the suspension and/or fluid derived therefrom.
A liquid washing or cleaning agent, comprising a) a branched alkoxylated fatty alcohol selected from the group consisting of 2-propylheptanol having 7 EO, 2-propylheptanol having 8 EO, and mixtures thereof, and b) a graying-inhibiting polymer. a) a branched alkoxylated fatty alcohol selected from the group consisting of 2-propylheptanol having 7 EO, 2-propylheptanol having 8 EO, and mixtures thereof, and b) a graying-inhibiting polymer.
A negative-working lithographic printing plate precursor including a support and a coating comprising (i) a photopolymerisable layer including a polymerisable compound and a photoinitiator, and (ii) a toplayer provided above the photopolymerisable layer; said toplayer including polyvinylalcohol having a hydrolysis degree ranging between 74 mol % and 99 mol %, a leuco dye which has a main absorption in the infrared wavelength range of the electromagnetic spectrum before exposure to heat and/or IR radiation, and absorbs substantially more light in the visible wavelength range of the electromagnetic spectrum after exposure to heat and/or IR radiation, characterized in that the toplayer further includes a hydrophobic binder including at least one monomeric unit derived from a vinylidene monomer.