mhurhangee/patent-ind-claim-en huggingface dataset:
A method for identifying a modulator of MYCBP2 esterification activity towards hydroxy containing substrates, the method comprising: a) contacting MYCBP2, or an orthologue, or mutant, or fragment thereof comprising at least the active site of the MYCBP2 native protein with a test substance, wherein the active site comprises two catalytic cysteines, wherein the catalytic cysteines are C4520 and C4572 (the numbering according to the native full-length MYCBP2 canonical isoform disclosed in the description), wherein C4520 resides within a mediator loop region represented by residues 4515-4531, wherein transthiolation between E2 conjugating enzyme (E2) and one of the cysteine residues leads to intramolecular relay of ubiquitin to the other cysteine residue and then to its substrate; b) providing a probe with a hydroxy group which is capable of interacting with C4520, C4572 and/or the mediator loop region of active MYCBP2, or the orthologue, or mutant or fragment thereof; and c) detecting whether or not the level of interaction of the probe with MYCBP2, the orthologue, or mutant or fragment thereof is modulated as compared to the level of interaction in the absence of the test substance. a) contacting MYCBP2, or an orthologue, or mutant, or fragment thereof comprising at least the active site of the MYCBP2 native protein with a test substance, wherein the active site comprises two catalytic cysteines, wherein the catalytic cysteines are C4520 and C4572 (the numbering according to the native full-length MYCBP2 canonical isoform disclosed in the description), wherein C4520 resides within a mediator loop region represented by residues 4515-4531, wherein transthiolation between E2 conjugating enzyme (E2) and one of the cysteine residues leads to intramolecular relay of ubiquitin to the other cysteine residue and then to its substrate; b) providing a probe with a hydroxy group which is capable of interacting with C4520, C4572 and/or the mediator loop region of active MYCBP2, or the orthologue, or mutant or fragment thereof; and c) detecting whether or not the level of interaction of the probe with MYCBP2, the orthologue, or mutant or fragment thereof is modulated as compared to the level of interaction in the absence of the test substance.
Illumination system comprising: - an LED module having at least one LED or OLED, - at least one light sensor , and - a control circuit configured to control the current flowing through the LED module , and to be supplied with an individual sensing signal of each of the at least one light sensor ; characterized in that the at least one light sensor is configured such that: ∘ the light sensor has its sensitivity peak set to be at a higher wavelength than the spectrum emitted by the LED module , wherein the control circuit is configured to detect a correlated color temperature, CCT, and an intensity of a sensed light on the basis of the at least one supplied sensing signal, and to control the current flowing through the LED module as a function of the detected CCT and intensity, wherein ∘ the at least one lighting sensor is configured to substantially sense only wavelengths of light being outside of the spectrum emitted by the LED module . - an LED module having at least one LED or OLED, - at least one light sensor , and - a control circuit configured to control the current flowing through the LED module , and to be supplied with an individual sensing signal of each of the at least one light sensor ; characterized in that the at least one light sensor is configured such that: ∘ the light sensor has its sensitivity peak set to be at a higher wavelength than the spectrum emitted by the LED module , wherein the control circuit is configured to detect a correlated color temperature, CCT, and an intensity of a sensed light on the basis of the at least one supplied sensing signal, and to control the current flowing through the LED module as a function of the detected CCT and intensity, wherein ∘ the at least one lighting sensor is configured to substantially sense only wavelengths of light being outside of the spectrum emitted by the LED module . ∘ the light sensor has its sensitivity peak set to be at a higher wavelength than the spectrum emitted by the LED module , wherein the control circuit is configured to detect a correlated color temperature, CCT, and an intensity of a sensed light on the basis of the at least one supplied sensing signal, and to control the current flowing through the LED module as a function of the detected CCT and intensity, wherein ∘ the at least one lighting sensor is configured to substantially sense only wavelengths of light being outside of the spectrum emitted by the LED module .
An endoscope , comprising: a body , which comprises a plurality of operation parts ; and an insertion part , which extends from a front end of the body , is configured to be inserted into the body of a patient, and has at least one working channel ; characterised in that the endoscope further comprises an applicator load part , which is configured to mount a plurality of applicators (12;14), is disposed at a rear end of the body to be able to rotate, and is configured to arrange the mounted plurality of applicators (12;14) in the working channel according to the rotation angle. a body , which comprises a plurality of operation parts ; and an insertion part , which extends from a front end of the body , is configured to be inserted into the body of a patient, and has at least one working channel ; characterised in that the endoscope further comprises an applicator load part , which is configured to mount a plurality of applicators (12;14), is disposed at a rear end of the body to be able to rotate, and is configured to arrange the mounted plurality of applicators (12;14) in the working channel according to the rotation angle.
Electronic device comprising at least one memory and at least one processor adapted for selecting at least one first audiovisual content, during a backup operation, amongst a plurality of audiovisual contents accessible from said electronic device, said electronic device being characterized in that said at least one processor is adapted for: - obtaining audiovisual descriptors of said audiovisual contents, said audio visual descriptors being computed by applying a spatio-temporal and/or time-frequency mathematical transform to audiovisual data extracted from said audiovisual contents; - selecting said first audiovisual content content according to at least one backup rule taking into account at least one of said obtained audiovisual descriptors of said audiovisual contents. - obtaining audiovisual descriptors of said audiovisual contents, said audio visual descriptors being computed by applying a spatio-temporal and/or time-frequency mathematical transform to audiovisual data extracted from said audiovisual contents; - selecting said first audiovisual content content according to at least one backup rule taking into account at least one of said obtained audiovisual descriptors of said audiovisual contents.
A patient interface (x10) comprising: a sealing arrangement (x20) adapted to provide, in use, an effective seal with the patient's nose, the sealing arrangement including a support (x50) and a seal (x52) provided to the support; and an inlet conduit arrangement (x30) adapted to deliver, in use, pressurized breathable gas to the sealing arrangement (x20), wherein the sealing arrangement (x20) is in the form of a nasal cradle or a nasal cushion, wherein the sealing arrangement (x20) comprises a textile having an opening to allow air flow, the textile being arranged to provide a seal under the patient's nose in use, wherein the support (x50) is a semi-rigid shell or a rigid shell. a sealing arrangement (x20) adapted to provide, in use, an effective seal with the patient's nose, the sealing arrangement including a support (x50) and a seal (x52) provided to the support; and an inlet conduit arrangement (x30) adapted to deliver, in use, pressurized breathable gas to the sealing arrangement (x20), wherein the sealing arrangement (x20) is in the form of a nasal cradle or a nasal cushion, wherein the sealing arrangement (x20) comprises a textile having an opening to allow air flow, the textile being arranged to provide a seal under the patient's nose in use, wherein the support (x50) is a semi-rigid shell or a rigid shell.
A blade assembly adapted to heat, cut and seal thermoplastic film in a sealing machine comprising: a heat source ; an oval shaped metallic member in thermal contact with said heat source and having four distinct cutting surfaces, said metallic member being positioned on said assembly such that a portion of one of said cutting surfaces is positioned to contact said film. a heat source ; an oval shaped metallic member in thermal contact with said heat source and having four distinct cutting surfaces, said metallic member being positioned on said assembly such that a portion of one of said cutting surfaces is positioned to contact said film.
A method for obtaining a secured routing functionality in a white-boxes based cluster which comprises a plurality of standalone white-boxes, wherein at least two of said standalone white-boxes were manufactured by different manufacturers, and wherein said method comprising identifying a new white-box as a white-box that is about to be added to a cluster, registering said new white-box at an installer of a platform orchestrator , wherein as part of the registration process, a White-box Unique Identifier, WB-UID, is assigned to said new white-box and is automatically associated with said new the white-box serial number, S/N, performing by said new while-box a call home process to said installer, matching , by said installer, information that relates to said new white-box, with a pre-defined certified white-box hardware configuration , and if the new white-box hardware is determined to match the installer certification requirements, installing said new white-box together with a respective computing platform software comprising a software agent provided by the manufacturer of that new white-box.
An openable frameless door or window casement arrangement with multiple insulating glazing, comprising an externally located glass plate , an inwardly located glass plate with an encompassing edge projection opposite the externally located glass plate , a spacer which is gas-tightly inserted generally along the edge between the inwardly located and externally located glass plates creating a plate interspace , a cured cordon of sealant securing said panels together and a fixing arrangement which along the edge encompasses the spacer and is positioned between the glass plates for receiving a fitting, whereby actuating elements pass through the inwardly located glass plate through openings and facilitate access to the fitting, characterized in that said fixing arrangement is formed by a closed support profile and an outwardly opening generally U-shaped profile , which arrangement is closely fastened onto the cured sealant between the glass plates and not permanently nor strongly bonded with the abutting glass plates via the sealant or any additional glue, and said closed support profile is formed by strongly connected parts forming continuous framing structure, and the closed support profile and the outwardly opening U-shaped profile , are bonded together by at least one mean adapted to ensure durable structural connection.
A method of shaping a cured thermosetting resin substrate, the method comprising the steps of: i. providing a cured thermosetting resin substrate; ii. providing a confined temperature controlling environment; iii. placing the cured thermosetting resin substrate in the confined temperature controlling environment; iv. providing a source of electromagnetic radiation; v. irradiating the cured thermosetting resin substrate in the confined temperature controlling environment; and vi. shaping the irradiated thermosetting resin substrate. i. providing a cured thermosetting resin substrate; ii. providing a confined temperature controlling environment; iii. placing the cured thermosetting resin substrate in the confined temperature controlling environment; iv. providing a source of electromagnetic radiation; v. irradiating the cured thermosetting resin substrate in the confined temperature controlling environment; and vi. shaping the irradiated thermosetting resin substrate.
A monitoring device for monitoring a support state of a target object supported by a support device , the support device comprising a plurality of support members arranged so that the target object is placed between the support members, and an elastic member is provided to at least one of the support members, the monitoring device comprising: a heat flux sensor which, when the target object is supported between the support members due to force applied by at least one of the support members, outputs a signal corresponding to heat flux generated in the elastic member when it is elastically deformed by a load applied from the support member; and a detection part which is configured to detect the support state of the target object supported by the support members or a size of the target object based on the signal output by the heat flux sensor. a heat flux sensor which, when the target object is supported between the support members due to force applied by at least one of the support members, outputs a signal corresponding to heat flux generated in the elastic member when it is elastically deformed by a load applied from the support member; and a detection part which is configured to detect the support state of the target object supported by the support members or a size of the target object based on the signal output by the heat flux sensor.
A towing mirror including: a mount adapted to be mounted to a vehicle cabin; an extension component including a first member or portion extending from said mount and a second member operatively connected to said first member or portion for sliding movement relative thereto from a retracted position to an extended position; and a mirror component operatively connected to said second member for pivoting movement relative thereto about a generally horizontal axis extending substantially in the intended direction of travel of the vehicle cabin to which the mirror is to be mounted from an inward or retracted position to an outward or extended position. a mount adapted to be mounted to a vehicle cabin; an extension component including a first member or portion extending from said mount and a second member operatively connected to said first member or portion for sliding movement relative thereto from a retracted position to an extended position; and a mirror component operatively connected to said second member for pivoting movement relative thereto about a generally horizontal axis extending substantially in the intended direction of travel of the vehicle cabin to which the mirror is to be mounted from an inward or retracted position to an outward or extended position.
A polymer composition comprising: (A) a thermoplastic polymer matrix (component A); (B) 50 to 6000 ppm, related to the polymer composition, of zinc pyrithione (component B); (C) 50 to 6000 ppm, related to the polymer composition, of silver, optionally in uncharged form or in ionic form comprised in a silver salt (component C); (D) 100 to 6000 ppm, related to the polymer composition, of a zeolite (component D); and optionally (E) 0 to 5% by weight, related to the polymer composition, of one or more polymer additives (component E); wherein said polymer composition comprises components B:C in a mass ratio in the range of 1.5:1 to 20:1. (A) a thermoplastic polymer matrix (component A); (B) 50 to 6000 ppm, related to the polymer composition, of zinc pyrithione (component B); (C) 50 to 6000 ppm, related to the polymer composition, of silver, optionally in uncharged form or in ionic form comprised in a silver salt (component C); (D) 100 to 6000 ppm, related to the polymer composition, of a zeolite (component D); and optionally (E) 0 to 5% by weight, related to the polymer composition, of one or more polymer additives (component E);
A seamless steel pipe having the following chemical composition consisting of in weight percent: C: from 0.27 to 0.30 wt%, Si: from 0.20 to 0.35 wt%, Mn: from 0.80 to 0.90 wt%, Cr: from 1.30 to 1.45 wt%, Mo: from 0.65 to 0.75 wt%, Ni: from 0.15 to 0.25 wt%, Cu: max 0.25 wt%, Al: from 0.015 to 0.035 wt%, Ti: from 0,024 to 0.038 wt%, N: max 0.012 wt%, V: max 0.05 wt% B: from 0.001 to 0.0025 wt%, Nb: from 0.02 to 0.03 wt%, wherein the balance of said steel being iron and unavoidable impurities from the industrial processing including the elements P, S and H; the amounts of which, expressed in weight%, relative to the total weight of said chemical composition being as follows: P ≤ 0.015%, S ≤ 0.003% and H ≤ 0.003%; and having a yield strength (Ys) of at least 862 MPa and an ultimate tensile strength (UTS), wherein a ratio between the yield strength (Ys) and the ultimate tensile strength (UTs) is lower than 0.93, wherein the microstructure comprises at least 95% of martensite related to the entire microstructure. C: from 0.27 to 0.30 wt%, Si: from 0.20 to 0.35 wt%, Mn: from 0.80 to 0.90 wt%, Cr: from 1.30 to 1.45 wt%, Mo: from 0.65 to 0.75 wt%, Ni: from 0.15 to 0.25 wt%, Cu: max 0.25 wt%, Al: from 0.015 to 0.035 wt%, Ti: from 0,024 to 0.038 wt%, N: max 0.012 wt%, V: max 0.05 wt% B: from 0.001 to 0.0025 wt%, Nb: from 0.02 to 0.03 wt%, wherein the balance of said steel being iron and unavoidable impurities from the industrial processing including the elements P, S and H; the amounts of which, expressed in weight%, relative to the total weight of said chemical composition being as follows: P ≤ 0.015%, S ≤ 0.003% and H ≤ 0.003%; and P ≤ 0.015%, S ≤ 0.003% and H ≤ 0.003%; and having a yield strength (Ys) of at least 862 MPa and an ultimate tensile strength (UTS), wherein a ratio between the yield strength (Ys) and the ultimate tensile strength (UTs) is lower than 0.93, wherein the microstructure comprises at least 95% of martensite related to the entire microstructure.
A vehicle control system verification device comprising: a storage device that stores a program for verifying safety of a logical architecture of a vehicle control system ; and a processor that reads the program from the storage device and verifies the safety of the logical architecture, wherein the processor executes first verification processing for verifying whether the logical architecture has a logical function corresponding to a safety analysis result on the basis of safety analysis result information that is supplied, wherein the processor further executes processing for obtaining information on a safety control mode indicating a control content to be realized by the logical architecture at the time when an abnormality occurs in the vehicle control system and checking whether logical functions of the logical architecture corresponding to the safety control mode operate in cooperation with each other. a storage device that stores a program for verifying safety of a logical architecture of a vehicle control system ; and a processor that reads the program from the storage device and verifies the safety of the logical architecture, wherein the processor executes first verification processing for verifying whether the logical architecture has a logical function corresponding to a safety analysis result on the basis of safety analysis result information that is supplied, wherein the processor further executes processing for obtaining information on a safety control mode indicating a control content to be realized by the logical architecture at the time when an abnormality occurs in the vehicle control system and checking whether logical functions of the logical architecture corresponding to the safety control mode operate in cooperation with each other.
Hygiene mask, comprising a base body , which in the worn state at least partially covers a mouth region and a nose region of a wearer of the hygiene mask , wherein the base body comprises a knitted hose , characterized in that the knitted hose comprises an inner layer facing toward an inner space of the knitted hose and an outer layer facing away from the inner space of the knitted hose . a base body , which in the worn state at least partially covers a mouth region and a nose region of a wearer of the hygiene mask , wherein the base body comprises a knitted hose , characterized in that the knitted hose comprises an inner layer facing toward an inner space of the knitted hose and an outer layer facing away from the inner space of the knitted hose .
A random access response method, applied to a base station, comprising: transmitting a random access response message to user equipment, UE, wherein a medium access control protocol data unit, MAC PDU, of the random access response message comprises at least one medium access control sub-protocol data unit, MAC subPDU, each of the at least one MAC subPDU comprises an MAC subheader and a medium access control random access response, MAC RAR, corresponding to the MAC subheader or comprises an MAC subheader; in case that there are at least two MAC subPDUs, the at least two MAC subPDUs are sequentially arranged in the MAC PDU; wherein the at least one MAC subPDU comprises an MAC subPDU comprising only a first MAC subheader; wherein the first MAC subheader is an MAC subheader for responding to an Msgl based system information request; the MAC subPDU comprising only the first MAC subheader is located at a predetermined position of the MAC PDU of the random access response message. transmitting a random access response message to user equipment, UE, wherein a medium access control protocol data unit, MAC PDU, of the random access response message comprises at least one medium access control sub-protocol data unit, MAC subPDU, each of the at least one MAC subPDU comprises an MAC subheader and a medium access control random access response, MAC RAR, corresponding to the MAC subheader or comprises an MAC subheader; in case that there are at least two MAC subPDUs, the at least two MAC subPDUs are sequentially arranged in the MAC PDU; wherein the at least one MAC subPDU comprises an MAC subPDU comprising only a first MAC subheader; wherein the first MAC subheader is an MAC subheader for responding to an Msgl based system information request; the MAC subPDU comprising only the first MAC subheader is located at a predetermined position of the MAC PDU of the random access response message.
Removable device for determining the value of at least one local deformation parameter of a liquid storage tank, which device comprises: - a means for attachment to the inside of the tank, for example to a mast positioned inside the tank and in the vicinity of an upper wall of said tank, said attachment means supporting: - a multidirectional laser emitter ; - a receiver of the light emitted by the laser; - a photodetector converting the received light into an electric signal; and - a means for detecting a relief inside the tank as a function of signals converted by the photodetector; - a means for determining a topography of at least one wall of the tank as a function of at least one detected relief; and - a means for determining the value of each local deformation parameter as a function of the determined topography. - a means for attachment to the inside of the tank, for example to a mast positioned inside the tank and in the vicinity of an upper wall of said tank, said attachment means supporting: - a multidirectional laser emitter ; - a receiver of the light emitted by the laser; - a photodetector converting the received light into an electric signal; and - a multidirectional laser emitter ; - a receiver of the light emitted by the laser; - a photodetector converting the received light into an electric signal; and - a means for detecting a relief inside the tank as a function of signals converted by the photodetector; - a means for determining a topography of at least one wall of the tank as a function of at least one detected relief; and - a means for determining the value of each local deformation parameter as a function of the determined topography.