mhurhangee/ep-ind-claims huggingface dataset:
Method for automatically updating the control software of a wind energy installation, wherein the wind energy installation comprises a control unit having a first storage area and a second storage area separate from the first storage area, having the following steps of: a. determining the compatibility of a new version of the control software with the wind energy installation; b. transmitting the new version of the control software to the wind energy installation in the event of a positive result of the compatibility check (step 200); c. starting up the wind energy installation with the transmitted control software (step 220), wherein the wind energy installation is kept in operation while the new version of the control software is transmitted to the wind energy installation. a. determining the compatibility of a new version of the control software with the wind energy installation; b. transmitting the new version of the control software to the wind energy installation in the event of a positive result of the compatibility check (step 200); c. starting up the wind energy installation with the transmitted control software (step 220),
Optical node destined to be implemented in an optical ring network comprising links (L1...L4) configured for transmitting a plurality of multiplexed wavelength channels (λ) wherein at least one wavelength channel (λ1) is dedicated to signals targeted to a particular node wherein the optical node comprises: - a main branch with a wavelength blocker configured for blocking the at least one wavelength of the signals targeted to the node and for letting the signals received on the other wavelength channels pass, - a reception unit tuned to the at least one wavelength (λ1) dedicated to signals targeted to the node, - a first optical coupler configured for transmitting the signals received from a previous node of the optical ring network both to the main branch of the node and to the reception unit, - a transmission unit combined with the reception unit and configured for transmitting signals to a wave length channel (λ2...λ4) according to their targeted node (N2...N4), - a second optical coupler configured for receiving the signals received both from the main branch and from the transmission unit and for transmitting the received signals toward a next node of the optical ring network, the wavelength blocker comprises an isolator coupled with at least one Bragg grating, characterized in that the transmission unit and the reception unit are remote from the main branch and wherein the optical node comprises a first optical circulator located next to the main branch and connected to the first and the second optical coupler and a second optical circulator connected to the transmission unit and the reception unit, the first and second optical circulators being linked by an optical link, the first circulator being configured for transmitting the signals received from the first coupler to the second optical circulator and for transmitting the signals received from the second optical circulator to the second optical coupler, the second optical circulator being configured for transmitting the signals received from the first optical circulator to the reception unit and for transmitting the signals received from the transmission unit to the first optical circulator. - a main branch with a wavelength blocker configured for blocking the at least one wavelength of the signals targeted to the node and for letting the signals received on the other wavelength channels pass, - a reception unit tuned to the at least one wavelength (λ1) dedicated to signals targeted to the node, - a first optical coupler configured for transmitting the signals received from a previous node of the optical ring network both to the main branch of the node and to the reception unit, - a transmission unit combined with the reception unit and configured for transmitting signals to a wave length channel (λ2...λ4) according to their targeted node (N2...N4), - a second optical coupler configured for receiving the signals received both from the main branch and from the transmission unit and for transmitting the received signals toward a next node of the optical ring network,
A peptidic compound having a length of up to 35 amino acid residues comprising an amino acid sequence represented by the general formula: R - V - R - I - K - n - m wherein R is an amino acid residue with an arginine side chain or an N -alkyl substituted guanidine side chain, V and I are amino acid residues independently selected from: (i) an amino acid residue with a valine side chain, (ii) an amino acid residue with an isoleucine side chain, K is an amino acid residue with a lysine side chain, or another amino acid residue with a positively charged side chain, Q is an amino acid residue with a glutamine side chain, n is 1 and m is 0 or 1, and wherein the peptide compound may comprise L- and/or D-amino acid residue building blocks, and wherein the compound has antipathogenic activity, in particular anti-viral activity against DNA and/or RNA viruses. (i) an amino acid residue with a valine side chain, (ii) an amino acid residue with an isoleucine side chain,
A method of mitigating interference for received signals in a communication system, comprising the steps of: receiving a transmitted signal via at least two antenna elements; and estimating a channel for said received signals, said channel having a Doppler frequency; estimating a disturbance covariance matrix based on said channel estimate, said estimated disturbance covariance matrix representing received interference plus noise of said received signals; characterized by adapting said estimated covariance matrix by adding displacement values to the respective diagonal elements of the estimated covariance matrix, enhancing the diagonal elements of said covariance matrix to provide an enhanced covariance matrix, to reduce the spread in the eigenvalues of said covariance matrix caused by said Doppler frequency; selectively using IRC or MRC to mitigate interference of said received signal, based on at least said channel estimate and on said enhanced covariance matrix, to provide a received signal with mitigated interference. receiving a transmitted signal via at least two antenna elements; and estimating a channel for said received signals, said channel having a Doppler frequency; estimating a disturbance covariance matrix based on said channel estimate, said estimated disturbance covariance matrix representing received interference plus noise of said received signals; characterized by adapting said estimated covariance matrix by adding displacement values to the respective diagonal elements of the estimated covariance matrix, enhancing the diagonal elements of said covariance matrix to provide an enhanced covariance matrix, to reduce the spread in the eigenvalues of said covariance matrix caused by said Doppler frequency; selectively using IRC or MRC to mitigate interference of said received signal, based on at least said channel estimate and on said enhanced covariance matrix, to provide a received signal with mitigated interference.
Composite component for an air spring component of a motor vehicle in the form of an air spring pot, having a first element made of a first material of die-cast aluminum and a second element made of a second material of glass-fiber-reinforced thermoplastic, the first element being designed as a flange for fastening to a motor vehicle part, wherein at least regions of the second element surround the first element.
A system comprising: a structure having particles embedded at a level within the structure; X-ray imaging apparatus for capturing images of the particles at the level; and a computer programmed to analyze the images to determine strains at different locations at the level; the system characterized in that the structure includes a laminate and wherein different types of the particles are embedded in different plies (612, 614, 616) within the laminate. a structure having particles embedded at a level within the structure; X-ray imaging apparatus for capturing images of the particles at the level; and a computer programmed to analyze the images to determine strains at different locations at the level;
A battery control device, comprising: a current detection unit which is adapted to detect an electric current flowing through a battery; a voltage detection unit which is adapted to detect a voltage between both ends of the battery; a temperature detection unit that detects the temperature of the battery; an internal resistance increase rate calculation unit which is adapted to calculate the internal resistance increase rate of the battery based on the electric current detected by the current detection unit, the voltage between the both ends detected by the voltage detection unit, and the temperature detected by the temperature detection unit, and which is adapted to obtain the calculation results of the internal resistance increase rate which correspond to the degree of the deterioration of the battery; a calculation invalid time setting unit which is adapted to set a predetermined calculation invalid time according to the characteristics of the internal resistance increase rate and in accordance to the frequency of updating the calculation result of the internal resistance increase rate, wherein the calculation results of the internal resistance increase rate are invalidated for an invalid period from the start of charging or discharging of the battery to the lapse of the calculation invalid time. a current detection unit which is adapted to detect an electric current flowing through a battery; a voltage detection unit which is adapted to detect a voltage between both ends of the battery; a temperature detection unit that detects the temperature of the battery; an internal resistance increase rate calculation unit which is adapted to calculate the internal resistance increase rate of the battery based on the electric current detected by the current detection unit, the voltage between the both ends detected by the voltage detection unit, and the temperature detected by the temperature detection unit, and which is adapted to obtain the calculation results of the internal resistance increase rate which correspond to the degree of the deterioration of the battery; a calculation invalid time setting unit which is adapted to set a predetermined calculation invalid time according to the characteristics of the internal resistance increase rate and in accordance to the frequency of updating the calculation result of the internal resistance increase rate, wherein the calculation results of the internal resistance increase rate are invalidated for an invalid period from the start of charging or discharging of the battery to the lapse of the calculation invalid time.
Valve for relieving fluid pressure, the valve comprising: a fluid inlet; a fluid outlet; a piston (20, 21, 24) in communication with the fluid inlet and configured to move in response to a fluid pressure at the inlet above a predetermined threshold so as to connect the fluid inlet with the fluid outlet and thereby relieve fluid pressure; and a primary damper configured to damp the movement of the piston (20, 21, 24), the primary damper comprising: a first fluid-containing chamber defined in part by the piston (20, 21, 24) and in fluid communication with a damping throttle; a body (10, 70) having a bore in which the piston moves, wherein the first fluid-containing chamber is defined in part between the outer surface (21 ') of the stem and the inner surface of the bore; characterised by a second fluid-containing chamber in communication with the damping throttle and defined by a housing located external to and separate from the body (10,70). a fluid inlet; a fluid outlet; a piston (20, 21, 24) in communication with the fluid inlet and configured to move in response to a fluid pressure at the inlet above a predetermined threshold so as to connect the fluid inlet with the fluid outlet and thereby relieve fluid pressure; and a primary damper configured to damp the movement of the piston (20, 21, 24), the primary damper comprising: a first fluid-containing chamber defined in part by the piston (20, 21, 24) and in fluid communication with a damping throttle; a body (10, 70) having a bore in which the piston moves, wherein the first fluid-containing chamber is defined in part between the outer surface (21 ') of the stem and the inner surface of the bore; characterised by a second fluid-containing chamber in communication with the damping throttle and defined by a housing located external to and separate from the body (10,70). a first fluid-containing chamber defined in part by the piston (20, 21, 24) and in fluid communication with a damping throttle; a body (10, 70) having a bore in which the piston moves, wherein the first fluid-containing chamber is defined in part between the outer surface (21 ') of the stem and the inner surface of the bore; characterised by a second fluid-containing chamber in communication with the damping throttle and defined by a housing located external to and separate from the body (10,70).
A surgical stapling device comprising: a cartridge assembly; an anvil assembly operatively associated with the cartridge assembly and in juxtaposed relation thereto; a first tissue contacting surface ('T') defined by at least one of the cartridge assembly and the anvil assembly; and a buttress attachment feature for selectively securing a surgical buttress adjacent the first tissue contacting surface characterised in that it comprises a free end, the buttress attachment feature responsive to a temperature change such that the buttress attachment feature is movable between a first position in which, at a first temperature the free end of the buttress attachment feature is substantially spaced from the first tissue contacting surface, and a second position in which, at a second temperature, the free end is relatively approximated to the first tissue contacting surface to secure the surgical buttress to the first tissue contacting surface. a cartridge assembly; an anvil assembly operatively associated with the cartridge assembly and in juxtaposed relation thereto; a first tissue contacting surface ('T') defined by at least one of the cartridge assembly and the anvil assembly; and a buttress attachment feature for selectively securing a surgical buttress adjacent the first tissue contacting surface characterised in that it comprises a free end, the buttress attachment feature responsive to a temperature change such that the buttress attachment feature is movable between a first position in which, at a first temperature the free end of the buttress attachment feature is substantially spaced from the first tissue contacting surface, and a second position in which, at a second temperature, the free end is relatively approximated to the first tissue contacting surface to secure the surgical buttress to the first tissue contacting surface.
A transparent, essentially colorless glass-ceramic material, comprising a β -quartz solid solution as the predominant crystalline phase, having a composition, expressed in terms of weight percentages on the basis of oxides, consisting essentially of: SiO 2: > 65 - 71 Al 2 O 3: 19 - 23 Li 2 O: 3 - 4 B 2 O 3: 0 - 1 TiO 2: 0.3 - < 1.6 SnO 2: 0.25 - 1.2 TiO 2 + SnO 2: < 2 CeO 2: 0 - 0.4 WO 3 + MoO 3: 0 - < 1 CeO 2 + WO 3 + MoO 3: 0 - < 1 Nb 2 O 5: 0 - 0.6 ZrO 2: > 2 - 3.8 ZrO 2 + TiO 2 + SnO 2: > 3.0 - < 4.8 MgO: 0-2 ZnO: 1 - 4 SrO: 0-2 BaO: 0 - 1.8 P 2 O 5: 0 - 3 K 2 O + Na 2 O: 0-2.1 Gd 2 O 3 +La 2 O 3 +Ta 2 O 5 +Y 2 O 3: 0 - 4 Nd 2 O 3 +Er 2 O 3: 0 - 0.08 Fe 2 O 3: < 0.03; and free of arsenic oxide and antimony oxide, with the exception of unavoidable traces thereof.
Method for supplying an electrical network of an automobile vehicle during a driving phase carried out by means of an electric motor (110,160) of the automobile vehicle, the automobile vehicle comprising a thermal engine, an alternator driven by the thermal engine, the alternator being connected to the electrical network, and a converter of power ensuring the supply of electrical energy to the electrical network, the supply method comprising a step of comparing a current value (Tc) of a temperature of the converter with a threshold value (T 1,T 2) and, when the current value (Tc) of the temperature of the converter is greater than the threshold value (T 1,T 2), a step of reducing the electrical energy supply supplied by the converter to the electrical network, the supply method being characterized in that it comprises, before the step of reduction of the power supply, a step of inspecting a state (E M) of operation of the thermal motor and, when, during said inspection step, the thermal motor is in operation, the method comprises a step of compensating the step of reducing the electrical energy supply supplied by the converter to the electrical network, by a power supply (A F) in electrical energy from the electrical network by the alternator.
An agent that modulates/regulates the activity of the protein TMEM230 for use in the treatment of diseases in which angiogenesis regulation is necessary or advisable wherein said activity is regulated/modulated at the expression, transcription or translation level by DNA, RNA, mRNA regulation, or at the protein level by a monoclonal or polyclonal antibody, or a fragment thereof, with anti-TMEM230 antibody activity, a mimetic peptide of TMEM230 or a dominant negative peptide of TMEM230; and wherein said disease is selected from chronic diseases which induce damage to the vascular tissue; acute vascular injury, lower extremity arterial disease, deep vein thrombosis, Raynaud's phenomenon, chronic occlusive arterial disease, vascular ulcers, diabetic retinopathy and all vascular complications of diabetes including diabetic foot arterial disease, thrombosis of the retinal arteries, acute vascular trauma, myocardial ischemia, ischemic damage to the myocardium, and infarcted heart ischemia, occlusive diseases of cerebral arteries and cerebral ischemic infarction, cerebrovascular disease, arteriosclerotic dementia linked to the vasculature, ischemia induced by vascular disorders and in diseases such as diabetes, arterial insufficiency, peripheral artery disease, stroke, vascular degeneration induced by aging, macular degeneration; chronic inflammation including rheumatoid arthritis, Crohn's disease, psoriasis, endometriosis, solid tumors at an early or advanced stage.
A copolymer comprising a monomer unit (a) derived from a conjugated diene having not more than 12 carbon atoms and a monomer unit (b) derived from farnesene.
An assembly comprising a display element and a bow for fastening the display element of a watch, configured to display at least one item of information, to at least one movement of a watch, said bow having a C shape defining a circular arc and/or a clip shape with a gap or an opening so as to have two free ends, the bow being configured to distort as the two ends of the bow are brought together and thus to be distorted in a plane that is coplanar with the bow and to fit said display element so as to fasten the display element to said at least one movement.
A method for wireless communications performed by a network entity, comprising: encoding, with a random number corresponding to at least one of an application or a determined network slicing instance, an application identification, ID, field within a sequence of traffic descriptor bits; and transmitting the sequence of traffic descriptor bits to a user equipment, UE. encoding, with a random number corresponding to at least one of an application or a determined network slicing instance, an application identification, ID, field within a sequence of traffic descriptor bits; and transmitting the sequence of traffic descriptor bits to a user equipment, UE.
A steam power generating system, including: - a thermal receptor with a cavity inside; - an entrance of liquid and an exit of steam connected into the cavity of the thermal receptor and heat source, wherein said heat source is used to heat the cavity of the thermal receptor; and - a saturated water generating device and a saturated water explosive device, both set inside the cavity of the thermal receptor; wherein the entrance of liquid, the saturated water generating device, the saturated water explosive device, and the exit of steam are connected successively; wherein said saturated water generating device is set with tiny channels inside, and the liquid is heated in the tiny channels for generating saturated water; characterized in that said saturated water generating device includes a pillar, wherein said tiny channel includes a gap between the outer surface of the pillar and the inner surface of the thermal receptor, and/or at least one thin groove on the outer surface of the pillar; wherein said saturated water generating device further includes a split-flow device set between said pillar and the entrance of high-pressure liquid, wherein the split-flow device is set with a liquid-connecting groove connecting said gap and/or thin groove with the entrance of high-pressure liquid. - a thermal receptor with a cavity inside; - an entrance of liquid and an exit of steam connected into the cavity of the thermal receptor and heat source, wherein said heat source is used to heat the cavity of the thermal receptor; and - a saturated water generating device and a saturated water explosive device, both set inside the cavity of the thermal receptor;
Device for axially arresting a sealing ring made of an abradable material that will come into contact with the periphery of a rotor of an aircraft turbomachine module, said device having a reference central axis, called the first axis, characterised in that it comprises: - a support with a support opening defining a circular track centred on a second axis parallel to said first axis and at a distance from it; and - an axial stop part having an extraction passage centred on a third axis parallel to said second axis and at a distance from it, the stop part defining a complementary circular track around its periphery cooperating with said circular track of the support to allow said stop part to rotate relative to this support along said second axis, between an axial stop position for the sealing ring, and a position for extraction of this ring through said extraction passage, the distance between the first and third axes (4, 50) being larger in said extraction position than in said axial stop position. - a support with a support opening defining a circular track centred on a second axis parallel to said first axis and at a distance from it; and - an axial stop part having an extraction passage centred on a third axis parallel to said second axis and at a distance from it, the stop part defining a complementary circular track around its periphery cooperating with said circular track of the support to allow said stop part to rotate relative to this support along said second axis, between an axial stop position for the sealing ring, and a position for extraction of this ring through said extraction passage, the distance between the first and third axes (4, 50) being larger in said extraction position than in said axial stop position.