mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparation of compound of formula or a salt thereof, comprising: I. Reacting a compound or a salt thereof with compound , LG is a leaving group independently selected from Cl or Br or I or an ester selected from methoxy or ethoxy or tosylate or mesylate or benzenesulfonate or triflate in a solvent in a presence of a base; II. Adding a base selected from an alcoholate or a hydride or an organometal or a hydroxide or a salt of an organic amide or 1,8-Diazabicyclo[5.4.0]undec-7-ene or 1,5-Diazabicyclo(4.3.0)non-5-ene or 1,4-diazabicyclo[2.2.2]octane into the reaction mixture of step I to provide compound , III. Reacting compound with hydroxylamine or a salt thereof in a solvent to provide compound , IV. Reacting compound with compound in a presence of coupling agent in a solvent to provide compound , V. Reacting compound in a presence of a compound of formula (R) 3 SiOM, R is selected from R 1 -R 5 alkyl or aryl and M is selected from Na or K or Li in a solvent to provide compound . I. Reacting a compound or a salt thereof with compound , LG is a leaving group independently selected from Cl or Br or I or an ester selected from methoxy or ethoxy or tosylate or mesylate or benzenesulfonate or triflate in a solvent in a presence of a base; II. Adding a base selected from an alcoholate or a hydride or an organometal or a hydroxide or a salt of an organic amide or 1,8-Diazabicyclo[5.4.0]undec-7-ene or 1,5-Diazabicyclo(4.3.0)non-5-ene or 1,4-diazabicyclo[2.2.2]octane into the reaction mixture of step I to provide compound , III. Reacting compound with hydroxylamine or a salt thereof in a solvent to provide compound , IV. Reacting compound with compound in a presence of coupling agent in a solvent to provide compound , V. Reacting compound in a presence of a compound of formula (R) 3 SiOM, R is selected from R 1 -R 5 alkyl or aryl and M is selected from Na or K or Li in a solvent to provide compound .
A metal substrate for catalytic converter for purifying exhaust gas, the metal substrate comprising a honeycomb core including a flat metal foil and a corrugated metal foil , the flat metal foil and the corrugated metal foil being layered, characterized in that the corrugated foil has an offset part having different wave phases between front and rear in an axial direction of the honeycomb core , the offset part has an oxide film formed on each one of an exposed end surface that is exposed toward a gas inlet side, the oxide film contains 30% by mass or more and 99.9% by mass or less of a first alumina with the balance comprising at least one of a second alumina, a Fe oxide, and a Cr oxide, the first alumina comprises α-alumina, and the second alumina comprises at least one or more of γ, θ, χ, δ, η, and κ aluminas.
An artificial nail realized as an artificial fingernail or toenail and comprising at least one display device , the displace device having: - at least one optical display element ; and - at least one circuit for open-loop and/or closed-loop control of at least one optical display element , the circuit being designed and/or configured at least for data exchange with at least one external control device , characterized in that the circuit has at least one sensor and that the at least one sensor is configured to measure and/or determine at least one vital function, such as pressure, blood pressure, gas, oxygen content, pulse, liquid composition, for example blood. - at least one optical display element ; and - at least one circuit for open-loop and/or closed-loop control of at least one optical display element ,
A case for a gas turbine engine, comprising: a radial flange comprising a scallop along an outer diameter of the radial flange ; characterized in that the radial flange further comprises a partial scallop that does not extend through the entirety of the thickness of the radial flange .
A movable platform comprising: a frame comprising first and second openings, and first and second bottom surfaces that partly define first and second suction zones respectively; four Mecanum wheels rotatably mounted to said frame, each wheel comprising a respective plurality of rollers having axes of rotation not parallel to an axis of rotation of said wheel; four motors , each motor being operable to drive rotation of a respective one of said wheels; first and second independently controllable suction devices respectively mounted adjacent to said first and second openings for producing respective suction forces in said first and second suction zones when said wheels are all in contact with a surface; and a controller programmed to independently control said four motors and said first and second suction devices . a frame comprising first and second openings, and first and second bottom surfaces that partly define first and second suction zones respectively; four Mecanum wheels rotatably mounted to said frame, each wheel comprising a respective plurality of rollers having axes of rotation not parallel to an axis of rotation of said wheel; four motors , each motor being operable to drive rotation of a respective one of said wheels; first and second independently controllable suction devices respectively mounted adjacent to said first and second openings for producing respective suction forces in said first and second suction zones when said wheels are all in contact with a surface; and a controller programmed to independently control said four motors and said first and second suction devices .
A method for adjusting a length of a timer performed by a base station, the method comprising: a.) detecting whether a quantity of accessing user equipments, UEs, in a cell exceeds a preset quantity threshold ; b.) in case of yes in step a.) , namely, when the quantity of accessing UEs exceeds the preset quantity threshold, increasing a length of a Radio Link Control, RLC, timer by a preset increment ; c.) in case of no in step a.), detecting whether the length of the RLC timer is an initial length ; c1.) in case of yes in step c.), ending the method ; c2.) in case of no in step c.), setting the length of the RLC timer to the initial length of the RLC timer. a.) detecting whether a quantity of accessing user equipments, UEs, in a cell exceeds a preset quantity threshold ; b.) in case of yes in step a.) , namely, when the quantity of accessing UEs exceeds the preset quantity threshold, increasing a length of a Radio Link Control, RLC, timer by a preset increment ; c.) in case of no in step a.), detecting whether the length of the RLC timer is an initial length ; c1.) in case of yes in step c.), ending the method ; c2.) in case of no in step c.), setting the length of the RLC timer to the initial length of the RLC timer. c1.) in case of yes in step c.), ending the method ; c2.) in case of no in step c.), setting the length of the RLC timer to the initial length of the RLC timer.
A solid porous article comprising: a) a thermoplastic polymeric binder in the form of particles having an average particle discrete size of from 20 nm to 1 micron, preferably 50 to 400 nm, and most preferably 50-300 nm, and b) at least 50 weight percent, preferably 60 weight percent, preferably 70 weight percent of primary active particles, and c) greater than 10 weight percent of secondary functional additive particles having an average particle size of from 25 to 1,000 nm, wherein said primary active particles are selected from the group consisting of activated alumina, activated carbon, carbon nanotubes, silica gel, acrylic powders and fibers, cellulose fibers, glass beads, abrasives, minerals, silica, wood chips, ion-exchange resins, molecular sieves, inorganic salts, ceramics, zeolites, ion-exchange modified zeolites, metal oxides, silver-based compounds, diatomaceous earth, talc polyester particles and fibers, engineering resin particles, and polycarbonate, and wherein said secondary additive functional particles comprises calcium hydroxyapatite. a) a thermoplastic polymeric binder in the form of particles having an average particle discrete size of from 20 nm to 1 micron, preferably 50 to 400 nm, and most preferably 50-300 nm, and b) at least 50 weight percent, preferably 60 weight percent, preferably 70 weight percent of primary active particles, and c) greater than 10 weight percent of secondary functional additive particles having an average particle size of from 25 to 1,000 nm,
Method for monitoring the status of an apparatus by measuring an analogue signal (xa(t)) which is continuous in terms of time and value and represents a vibration of the apparatus , wherein the analogue signal (xa(t)), at scanning times (ts) within a measuring interval (TN), is converted into a digital signal (xd[k]) with an analogue-digital converter (ADU), wherein the analogue-digital converter (ADU) is operated within a measuring range (MB), wherein in the event that the analogue signal (xa(t)) exceeds the measuring range (MB), signal portions of the analogue signal (xa(t)) which extend beyond the measuring range (MB) are cut in the digital signal (xd[k]), wherein a spectral analysis is then applied to the digital signal (xd[k]) in order to determine which frequency portions (fi) the analogue signal (xa(t)) comprises in a frequency spectrum (FFT), and to conclude a malfunction of the apparatus on the basis of a comparison with the occurring frequency portions (fi) and known damage frequencies (fs), wherein in the event that at a scanning time (ts) the analogue signal (xa(t)) which extends beyond the measuring range (MB) is cut in the digital signal (xd[k]), this event is detected, characterised in that this event is incremented in a counter as a number (NSat), wherein a signal quality (Q) is provided as a quotient from the number (NSat) relating to an overall scanning number (N) within the measuring interval (TN), and the signal quality (Q) is used to assess whether the known damage frequencies (fs) can still be identified from the determined frequency portions (fi) of the frequency spectrum (FFT), although additional overcontrol portions (fk) occur in the frequency spectrum as a result of possibly cut signal portions.
A safety system having at least one transponder and at least one RFID reading unit , wherein a sinusoidal signal can be read from the transponder by means of the RFID reading unit and can be fed to a computer unit via an analogue-to-digital converter , characterised in that control means are provided in which the period of the sinusoidal signal is predetermined, in that the control means for sampling the sinusoidal signal during a sampling period predetermine four sampling instants which are each equidistant from one another by a quarter of the period of the sinusoidal signal, in that the analogue-to-digital converter is used to obtain a sampling value SO, S1, S2 and S3 for each sampling instant, and in that the control means for sampling the sinusoidal signal during a sampling period predetermine four sampling instants which are each equidistant from one another by a quarter of the period of the sinusoidal signal. S3 is obtained for each sampling time point, and that the phase shift φ of the signal curve obtained by the samplings with respect to the sinusoidal signal is determined in the control means from the sampling values S0, S1, S2 and S3 for the four sampling time points.
An antibacterial member comprising a base material having an irregular surface, wherein at least a DLC film containing no fluorine and a DLC film (F-DLC film) containing fluorine are sequentially coated on the surface of the base material, The F-DLC film is provided at least partially or entirely on an outermost surface of a base material, the F-DLC film has an element ratio (F/(F + C)) of 17% to 72% and a nanoindentation hardness of 2,000 MPa to 16,000 MPa, and Rz > t holds, where t represents a thickness between the surface of the base material and a surface of the F-DLC film at deposition and Rz represents a maximum height of section for a surface roughness of the F-DLC film at deposition.
A method of managing multimode gaming servers within a data center , the method comprising: setting more than 50% of a plurality of multimode gaming servers in a game mode, each multimode gaming server having a central processing unit ("CPU"), a graphics processing unit ("GPU"), and a video encoder, and accumulating video render jobs in a queue; monitoring demand for gaming in a data center unit comprising the plurality of multimode gaming servers; determining when demand for gaming falls below a threshold by analyzing a rate of requests for new game sessions; upon said determining, transitioning a subset of the plurality of multimode gaming servers from the game mode to a video render mode; and assigning a stored video render job to a multimode game server in the subset, wherein the queue prioritizes the accumulated video render jobs to assign the most urgent video render jobs first, wherein the assigned video render job is a game snippet and the game snippet is rendered by executing game code on the multimode gaming server to regenerate a video image of recorded game action and then encoding the video image, wherein the game snippet is encoded in a higher resolution than the resolution rendered during gameplay, wherein the game snippet is created by a multimode game server in the subset executing the video game using recorded game geometry, recorded game state information and game code, and wherein accumulating a video render job in the queue encompasses game geometry and game state information to be included in the video render job. setting more than 50% of a plurality of multimode gaming servers in a game mode, each multimode gaming server having a central processing unit ("CPU"), a graphics processing unit ("GPU"), and a video encoder, and accumulating video render jobs in a queue; monitoring demand for gaming in a data center unit comprising the plurality of multimode gaming servers; determining when demand for gaming falls below a threshold by analyzing a rate of requests for new game sessions; upon said determining, transitioning a subset of the plurality of multimode gaming servers from the game mode to a video render mode; and assigning a stored video render job to a multimode game server in the subset, wherein the queue prioritizes the accumulated video render jobs to assign the most urgent video render jobs first,
An image processing apparatus for assisting vascular catheterization, comprising: an image acquisition unit adapted to acquire an image including at least a device for examination or treatment in a blood vessel as a photographic subject, a region of interest acquisition unit adapted to acquire one or more regions in the image that include at least a portion of the device as regions of interest, a tracking unit that is adapted to track each of the regions of interest in the image, and a notification unit that is adapted to notify a user of the image processing apparatus when at least one of the regions of interest satisfies a condition determined for each of the regions of interest, wherein the image acquisition unit is configured to acquire X-ray images over time of a fixed region that includes at least an area of interest for achieving a surgical objective of vascular catheterization and the device inserted into the blood vessel, and the notification unit is adapted to notify the user of the condition that the distance between the region of interest and an edge of the image is less than a predetermined threshold distance, or on the condition that a region of interest exceeds a specific range specified on the image. an image acquisition unit adapted to acquire an image including at least a device for examination or treatment in a blood vessel as a photographic subject, a region of interest acquisition unit adapted to acquire one or more regions in the image that include at least a portion of the device as regions of interest, a tracking unit that is adapted to track each of the regions of interest in the image, and a notification unit that is adapted to notify a user of the image processing apparatus when at least one of the regions of interest satisfies a condition determined for each of the regions of interest, wherein the image acquisition unit is configured to acquire X-ray images over time of a fixed region that includes at least an area of interest for achieving a surgical objective of vascular catheterization and the device inserted into the blood vessel, and the notification unit is adapted to notify the user of the condition that the distance between the region of interest and an edge of the image is less than a predetermined threshold distance, or on the condition that a region of interest exceeds a specific range specified on the image.
A patient interface system to treat sleep disordered breathing of a patient with pressurized gas, comprising: a patient interface ; at least one strap ; at least one pad to cushion a rearward portion of the patient's head, said at least one pad having an opening, wherein said at least one strap passes through said opening to allow the at least one pad to move freely relative to said at least one strap ; and characterised by : at least one retractor fixedly attached to the patient interface , said at least one retractor connected to the at least one strap and configured to automatically retract the at least one strap without any patient actuation. a patient interface ; at least one strap ; at least one pad to cushion a rearward portion of the patient's head, said at least one pad having an opening, wherein said at least one strap passes through said opening to allow the at least one pad to move freely relative to said at least one strap ; and characterised by : at least one retractor fixedly attached to the patient interface , said at least one retractor connected to the at least one strap and configured to automatically retract the at least one strap without any patient actuation.
A method, comprising: - providing a communication circuit for transmitting signals conveying information messages, the communication circuit supporting a first communication protocol and a second communication protocol , the second communication protocol different from the first communication protocol , - including in said signals first signals conveying first information messages and second signals conveying second information messages, wherein the first information messages comprise at least one repetitive message having fixed repeated content and the second information messages comprise at least one non-repetitive message having variable content, and - transmitting said first signals and said second signals via said communication circuit using said first communication protocol for said first signals and said second communication protocol for said second signals, characterized in that said first communication protocol and said second communication protocol comprise different modulations for said first signals and said second signals, respectively, wherein: said first communication protocol comprises FSK modulation, preferably S-FSK modulation, and said second communication protocol comprises modulation selected out of PSK modulation and QAM modulation. - providing a communication circuit for transmitting signals conveying information messages, the communication circuit supporting a first communication protocol and a second communication protocol , the second communication protocol different from the first communication protocol , - including in said signals first signals conveying first information messages and second signals conveying second information messages, wherein the first information messages comprise at least one repetitive message having fixed repeated content and the second information messages comprise at least one non-repetitive message having variable content, and - transmitting said first signals and said second signals via said communication circuit using said first communication protocol for said first signals and said second communication protocol for said second signals, said first communication protocol comprises FSK modulation, preferably S-FSK modulation, and said second communication protocol comprises modulation selected out of PSK modulation and QAM modulation.
A method for installing devices (50; 150) in buildings, the method comprising the steps of: providing a building commissioning system (10; 110; 210) including a controller (12; 112; 212) and an electronic database (24; 124; 224) for storing a building layout (26; 126); providing a portable wireless unit (40; 140; 240) with a display (42; 142; 242) for use by an installer; displaying with the portable wireless unit (40; 140; 240) a graphical representation of the building layout (26; 126); installing a device (50; 150) at a desired location, the method being characterized by the building layout including desired locations for devices (50; 150) to be mounted in the building; displaying with the portable wireless unit (40; 140; 240) the graphical representation of the building layout (26; 126) for an area selected by an installer to illustrate the desired location for the device (50; 150) to be installed in the building; obtaining with the portable wireless unit (40; 140; 240) a unique identifier (52; 152) for the device (50; 150) that is installed at the location, wherein the identifier (52; 152) is matched with the corresponding desired location; and providing with the portable wireless unit (40; 140; 240) the unique identifier (52; 152) matched with the desired location to the controller (12; 112; 212) for storage in the electronic database (24; 124; 224); wherein the step of obtaining the identifier (52; 152) for the device (50; 150) comprises reading a data code that is affixed to the device (50; 150) with the portable wireless unit (40; 140; 240). providing a building commissioning system (10; 110; 210) including a controller (12; 112; 212) and an electronic database (24; 124; 224) for storing a building layout (26; 126); providing a portable wireless unit (40; 140; 240) with a display (42; 142; 242) for use by an installer; displaying with the portable wireless unit (40; 140; 240) a graphical representation of the building layout (26; 126); installing a device (50; 150) at a desired location, the method being characterized by the building layout including desired locations for devices (50; 150) to be mounted in the building; displaying with the portable wireless unit (40; 140; 240) the graphical representation of the building layout (26; 126) for an area selected by an installer to illustrate the desired location for the device (50; 150) to be installed in the building; obtaining with the portable wireless unit (40; 140; 240) a unique identifier (52; 152) for the device (50; 150) that is installed at the location, wherein the identifier (52; 152) is matched with the corresponding desired location; and providing with the portable wireless unit (40; 140; 240) the unique identifier (52; 152) matched with the desired location to the controller (12; 112; 212) for storage in the electronic database (24; 124; 224); wherein the step of obtaining the identifier (52; 152) for the device (50; 150) comprises reading a data code that is affixed to the device (50; 150) with the portable wireless unit (40; 140; 240).