mhurhangee/patent-ind-claim-en huggingface dataset:
A method for impedance compensation of an I/O, input/output, interface , comprising: detecting, via logic on a dynamic random access memory, DRAM, device , a change in a performance condition of the DRAM device affecting I/O impedance for the DRAM device ; triggering a compensation flag signal from the DRAM device to an associated memory controller in response to detecting the change; and receiving at the DRAM device from the memory controller , in response to the compensation flag signal, an impedance compensation signal generated by the memory controller, triggering a change in I/O impedance compensation in the DRAM device; characterized in that the triggering the compensation flag signal and the receiving the impedance compensation signal in response to the compensation flag signal are performed at least partially in place of a regular schedule of impedance compensation signals to be generated by the memory controller. detecting, via logic on a dynamic random access memory, DRAM, device , a change in a performance condition of the DRAM device affecting I/O impedance for the DRAM device ; triggering a compensation flag signal from the DRAM device to an associated memory controller in response to detecting the change; and receiving at the DRAM device from the memory controller , in response to the compensation flag signal, an impedance compensation signal generated by the memory controller, triggering a change in I/O impedance compensation in the DRAM device; characterized in that the triggering the compensation flag signal and the receiving the impedance compensation signal in response to the compensation flag signal are performed at least partially in place of a regular schedule of impedance compensation signals to be generated by the memory controller.
A method of applying a light-emitting layer S to the surface of a component T, comprising the steps: (i) providing: (a) a composition Z1 comprising at least one salt of a non-complexed metal M and at least one coordinating solvent, (b) a composition Z2 comprising at least one non-complexed ligand L capable of complexing the metal M, and optionally (c) a composition Z3 comprising at least one host molecule W capable of forming a matrix for the light-emitting layer S; (ii) applying the compositions Z1, Z2 and optionally Z3 in liquid phase to the surface of the component T; and optionally (iii) drying and/or curing the layer S obtained by the application on the surface of the component T, characterized in that the compositions Z1 and Z2 are applied as two separate compositions simultaneously to the surface of the component T, the compositions Z1, Z2 and optionally Z3 mixing themselves on the surface. (i) providing: (a) a composition Z1 comprising at least one salt of a non-complexed metal M and at least one coordinating solvent, (b) a composition Z2 comprising at least one non-complexed ligand L capable of complexing the metal M, and optionally (c) a composition Z3 comprising at least one host molecule W capable of forming a matrix for the light-emitting layer S; (a) a composition Z1 comprising at least one salt of a non-complexed metal M and at least one coordinating solvent, (b) a composition Z2 comprising at least one non-complexed ligand L capable of complexing the metal M, and optionally (c) a composition Z3 comprising at least one host molecule W capable of forming a matrix for the light-emitting layer S; (ii) applying the compositions Z1, Z2 and optionally Z3 in liquid phase to the surface of the component T; and optionally (iii) drying and/or curing the layer S obtained by the application on the surface of the component T,
An underwater cleaning machine configured to clean an object to be cleaned while moving along a surface of the object to be cleaned residing underwater, the underwater cleaning machine comprising: a cleaning device configured to clean the object to be cleaned by ejecting high-pressure water toward the object to be cleaned; and a suction device configured to suction dirty water after cleaning by the cleaning device, characterized in that the cleaning device and the suction device are configured to both be driven by high-pressure water supplied from an external high-pressure water pump. a cleaning device configured to clean the object to be cleaned by ejecting high-pressure water toward the object to be cleaned; and a suction device configured to suction dirty water after cleaning by the cleaning device, characterized in that the cleaning device and the suction device are configured to both be driven by high-pressure water supplied from an external high-pressure water pump.
A system for process control of a composite fabrication process comprising: an automated composite placement head configured to lay down composite material ; a vision system connected to the automated composite placement head and configured to produce image data during an inspection of the composite material , wherein the inspection takes place at least one of during or after laying down the composite material ; and a computer system configured to identify inconsistencies in the composite material visible within the image data ,and make a number of metrology decisions based on the inconsistencies , wherein the number of metrology decisions comprises modifying an inconsistency allowance threshold , wherein the computer system is configured to employ a probabilistic approach to modify the inconsistency allowance threshold while imaging the composite material , wherein the inconsistency allowance threshold is modified based on at least one property of the inconsistencies identified in the image data , wherein properties of inconsistencies include at least one of size , density , location , inconsistency type , or randomness . an automated composite placement head configured to lay down composite material ; a vision system connected to the automated composite placement head and configured to produce image data during an inspection of the composite material , wherein the inspection takes place at least one of during or after laying down the composite material ; and a computer system configured to identify inconsistencies in the composite material visible within the image data ,and make a number of metrology decisions based on the inconsistencies , wherein the number of metrology decisions comprises modifying an inconsistency allowance threshold , wherein the computer system is configured to employ a probabilistic approach to modify the inconsistency allowance threshold while imaging the composite material , wherein the inconsistency allowance threshold is modified based on at least one property of the inconsistencies identified in the image data , wherein properties of inconsistencies include at least one of size , density , location , inconsistency type , or randomness .
A fall arrest device , comprising: a drum for winding a safety line; an energy absorber ring configured to absorb energy in the event of a fall, wherein the energy absorber ring provides an interference fit between a first component of the device and a second component of the device; and a speed responsive engagement arrangement responsive to the speed of rotation of the drum and configured to deploy to enable relative rotation of the first and second components, characterized in that the energy absorber ring is mounted to one side of and coaxially with the drum . a drum for winding a safety line; an energy absorber ring configured to absorb energy in the event of a fall, wherein the energy absorber ring provides an interference fit between a first component of the device and a second component of the device; and a speed responsive engagement arrangement responsive to the speed of rotation of the drum and configured to deploy to enable relative rotation of the first and second components, characterized in that the energy absorber ring is mounted to one side of and coaxially with the drum .
An optical processing head that performs processing while moving, in a predetermined moving direction , an optical spot formed on a processing surface by condensing light emitted by a light source, comprising: a first optical element that is adapted to condense light emitted by the light source to generate the optical spot of a shape elongated in the moving direction, characterized by a transparent plate that is arranged on a side of the light source with respect to said first optical element and transmits light emitted by the light source and entering said first optical element ; and an inclination unit that changes an angle formed by light emitted by the light source and said transparent plate to refract light emitted by the light source, the optical processing head further comprising a slide unit that slides said first optical element in a direction perpendicular to the moving direction in accordance with a change of the angle of said transparent plate by said inclination unit. a first optical element that is adapted to condense light emitted by the light source to generate the optical spot of a shape elongated in the moving direction, characterized by a transparent plate that is arranged on a side of the light source with respect to said first optical element and transmits light emitted by the light source and entering said first optical element ; and an inclination unit that changes an angle formed by light emitted by the light source and said transparent plate to refract light emitted by the light source, the optical processing head further comprising a slide unit that slides said first optical element in a direction perpendicular to the moving direction in accordance with a change of the angle of said transparent plate by said inclination unit.
A process for the synthesis of Pirfenidone comprising the arylation of 5-methyl-2(1 H )-pyridinone with chlorobenzene in the presence of an inorganic base, at a temperature ranging between 80°C and 200°C, characterized in that said arylation is carried out in an inert gas atmosphere and in the presence of a catalytic system consisting of a copper salt and an organic ligand selected from a compound of formula wherein: - R1 and R2 are independently hydrogen or a linear or branched C 1-7 alkyl group; or R1 and R2 taken together with the carbon atoms they are linked to form a 3-7 membered carbocyclic ring; - R' and R" are independently hydrogen or a linear or branched C 1-7 alkyl group. - R1 and R2 are independently hydrogen or a linear or branched C 1-7 alkyl group; or R1 and R2 taken together with the carbon atoms they are linked to form a 3-7 membered carbocyclic ring; - R' and R" are independently hydrogen or a linear or branched C 1-7 alkyl group.
Sheet-fed printing machine with a delivery and a device which has a powder spray device in the delivery for the zonal application of powder, the device having multiple powder zones which extend across the width of a printed sheet, and with a control computer , which is designed as part of a printing press computer or as a separate control computer of the powder spray device or as part of another peripheral device and which has multiple data zones for controlling the powder metering, which can be selected and controlled by an operator on a display device , characterized in that the width of a powder zone corresponds to an integral multiple of the width of one or more data zones .
A method for diagnostically evaluating a subject for Müllerian cancer, said method comprising: measuring the expression of a septin family gene or protein in a sample from the subject, wherein the subject is diagnosed with Müllerian cancer if the expression of the septin family gene or protein is higher in the sample than in one or more control samples acquired from one or more subjects without Müllerian cancer, wherein the septin family gene or protein septin-2 as set forth in SEQ ID NO: 2 and 1, respectively.
Adsorption device for compressed gas, whereby this adsorption device is provided with a vessel with an inlet for the supply of a compressed gas to be treated, and an outlet for treated gas and whereby an adsorption element is affixed in the aforementioned vessel , whereby this adsorption element extends along the flow direction of the compressed gas to be treated, between the aforementioned inlet and the aforementioned outlet , characterised in that the aforementioned adsorption element comprises a monolithic supporting structure that is at least partially provided with a coating that contains an adsorbent, in that a number of adsorption elements are placed in series in the aforementioned vessel along the flow direction of the gas, in that a seal is provided between every two adsorption elements placed on one another, in that the aforementioned seal is provided with at least one radial lip turned inwards that extends between the adsorption elements .
A lubricant composition comprising: - at least one base oil; - at least one detergent, chosen among detergent of alkaline or alkaline-earth metal salts of carboxylate, sulfonate, salicylate or phenate in an amount being from 10% to 30% by mass based on the total mass of said lubricant composition; - 0.01 to 5% by mass based on the total mass of said lubricant composition of at least one olefin copolymer; and - 0.01 to 8% by mass based on the total mass of said lubricant composition of at least one hydrogenated and linear styrene/butadiene copolymer. - at least one base oil; - at least one detergent, chosen among detergent of alkaline or alkaline-earth metal salts of carboxylate, sulfonate, salicylate or phenate in an amount being from 10% to 30% by mass based on the total mass of said lubricant composition; - 0.01 to 5% by mass based on the total mass of said lubricant composition of at least one olefin copolymer; and - 0.01 to 8% by mass based on the total mass of said lubricant composition of at least one hydrogenated and linear styrene/butadiene copolymer.
A method for generating a random number, comprising: selecting a group of at least two servers within a network; wherein selecting the group of servers comprises choosing the servers such that network routes to the servers within the group do not intersect; receiving a server specific string from each of the at least two servers of the group; using the server specific strings to generate the random number; wherein receiving the server specific string from each of the at least two servers comprises: negotiating a secure connection with each of the at least two servers ; receiving, during the negotiation , a server specific public key from each of the at least two servers as the server specific string; transmitting, during the negotiation , a local public key to each of the at least two servers; and combining the local public key with each received server specific public key to generate server specific secrets; generating a XOR combination of server specific secrets to generate a seed value; and using the seed value as a seed for a calculating the random number. selecting a group of at least two servers within a network; wherein selecting the group of servers comprises choosing the servers such that network routes to the servers within the group do not intersect; receiving a server specific string from each of the at least two servers of the group; using the server specific strings to generate the random number; negotiating a secure connection with each of the at least two servers ; receiving, during the negotiation , a server specific public key from each of the at least two servers as the server specific string; transmitting, during the negotiation , a local public key to each of the at least two servers; and combining the local public key with each received server specific public key to generate server specific secrets; generating a XOR combination of server specific secrets to generate a seed value; and using the seed value as a seed for a calculating the random number.
Device for inspecting containers for residual liquid, comprising an illumination device and a receiver which are arranged on mutually opposite sides of a transillumination region of a container base , and comprising a device for evaluating the signals detected by the receiver , characterised in that the illumination device contains a broadband radiation source with a spectrum comprising a wavelength range from 1 μm to 3 μm as the light source , and in that a plurality of receivers , each having a narrow-band filter for a specific wavelength range and each having a sensor , are provided. the illumination device contains a broadband radiation source with a spectrum comprising a wavelength range from 1 μm to 3 μm as the light source , and in that a plurality of receivers , each having a narrow-band filter for a specific wavelength range and each having a sensor , are provided.
Control module for a blower for a heating and/or ventilation and/or air conditioning installation , in particular for a motor vehicle, the blower being configured to generate an air flow and the control module being configured to control the blower and comprises: - a heat sink , - a heat dissipation pad and - at least one active electronic power component mounted on the heat dissipation pad , characterized in that : - the heat sink comprises a slot for receiving at least a portion of the heat dissipation pad , and in that - the heat dissipation pad is mounted by force fitting in said slot . - a heat sink , - a heat dissipation pad and - at least one active electronic power component mounted on the heat dissipation pad , - the heat sink comprises a slot for receiving at least a portion of the heat dissipation pad , and in that - the heat dissipation pad is mounted by force fitting in said slot .
An arrangement for analyzing a fluid, comprising beam splitter and mixer optics configured to spatially mix an optical signal and split the same into at least two spatial sub-beams (15a; 15b); a flow cell configured to spectrally influence the at least two spatial sub-beams (15a; 15b) or the optical signal by means of a sample of the fluid; and a measuring device with n measuring fields that is configured to measure the at least two spatially separated sub-beams (15a; 15b), wherein the flow cell is substantially completely transilluminated by each of the at least two spatial sub-beams (15a; 15b), and wherein the beam splitter and mixer optics comprise a diffractive optical element configured to spatially mix the optical signal and to perform a beam splitting of 1 to n into n sub-beams (15a; 15b) for n measuring fields of the measuring device , wherein n is a non-negative integer greater than 1. beam splitter and mixer optics configured to spatially mix an optical signal and split the same into at least two spatial sub-beams (15a; 15b); a flow cell configured to spectrally influence the at least two spatial sub-beams (15a; 15b) or the optical signal by means of a sample of the fluid; and a measuring device with n measuring fields that is configured to measure the at least two spatially separated sub-beams (15a; 15b), wherein the flow cell is substantially completely transilluminated by each of the at least two spatial sub-beams (15a; 15b), and wherein the beam splitter and mixer optics comprise a diffractive optical element configured to spatially mix the optical signal and to perform a beam splitting of 1 to n into n sub-beams (15a; 15b) for n measuring fields of the measuring device , wherein n is a non-negative integer greater than 1.
Mooring plate for fish farm installations, comprising: a plate equipped with several connecting points for shackles connecting anchoring lines, frame lines, crow feet and the like, and a suspension point for connection to a buoy , wherein the plate comprises a number of load cells for registration of forces that act on the plate , the load cells are connected with a communication equipment (20;30) for sending of registered data to an external receiver , the connecting points for the shackles are placed radially and in a circular pattern on the plate , and the load cells are placed between an outer circumference of the plate and respective connecting points . a plate equipped with several connecting points for shackles connecting anchoring lines, frame lines, crow feet and the like, and a suspension point for connection to a buoy , wherein the plate comprises a number of load cells for registration of forces that act on the plate , the load cells are connected with a communication equipment (20;30) for sending of registered data to an external receiver , the connecting points for the shackles are placed radially and in a circular pattern on the plate , and the load cells are placed between an outer circumference of the plate and respective connecting points .
A non-access point station, STA, in a wireless local area network, WLAN, the STA comprising: • a receiver configured to receive a first frame from an access point, AP, wherein the first frame carries a transmission opportunity, TXOP, handover enforcement, THE, indication field, wherein the THE indication field is a first value or a second value, the first value is used to instruct the STA that has accessed a channel to hand over a held TXOP to the AP, and the second value is used to instruct the STA to hand over the held TXOP to the AP when a handover condition is satisfied (S 201),, • when the THE indication field is the first value, a transmitter of the STA is configured to send a second frame to the AP, wherein information of the second frame is used to instruct to hand over the TXOP held by the STA from the STA to the AP (S 204), • when the THE indication field is the second value, a processor of the STA is configured to determine whether the handover condition is satisfied, and if the handover condition is satisfied, the transmitter of the STA is configured to send the second frame to the AP. • a receiver configured to receive a first frame from an access point, AP, wherein the first frame carries a transmission opportunity, TXOP, handover enforcement, THE, indication field, wherein the THE indication field is a first value or a second value, the first value is used to instruct the STA that has accessed a channel to hand over a held TXOP to the AP, and the second value is used to instruct the STA to hand over the held TXOP to the AP when a handover condition is satisfied (S 201),, • when the THE indication field is the first value, a transmitter of the STA is configured to send a second frame to the AP, wherein information of the second frame is used to instruct to hand over the TXOP held by the STA from the STA to the AP (S 204), • when the THE indication field is the second value, a processor of the STA is configured to determine whether the handover condition is satisfied, and if the handover condition is satisfied, the transmitter of the STA is configured to send the second frame to the AP.