mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparing the compound of formula I, comprising dehydroxylating the compound of formula VI to obtain the compound of formula I wherein R 1 and R 2 are independently selected from the group consisting of C 1 - 4 alkyl, or R 1 and R 2 together with the N atom attached thereto form 4-8 membered heterocycloalkyl, wherein the heterocycloalkyl is optionally substituted with one or more substituents independently selected from the group consisting of hydroxyl, halogen, C 1 - 4 alkyl and C 1 - 4 alkoxy. R 1 and R 2 are independently selected from the group consisting of C 1 - 4 alkyl, or R 1 and R 2 together with the N atom attached thereto form 4-8 membered heterocycloalkyl, wherein the heterocycloalkyl is optionally substituted with one or more substituents independently selected from the group consisting of hydroxyl, halogen, C 1 - 4 alkyl and C 1 - 4 alkoxy.
Computer-implemented method for calculating process parameters, being laser cutting parameters, which are machine- and material-specifically optimized for laser 1 cutting a workpiece, being a sheet metal 2 , with specific material properties by means of a laser machine (L) with specific machine properties, comprising the method steps of: - Determining (S10) material and/or machine properties for which the process parameters should be optimized; - Determining (S20) preconfigured initial process parameters; - Re-defining (S33) a parameter domain for a re-optimization algorithm based on the determined preferences; - Executing the re-optimization algorithm (S30) until a target objective function is optimized for calculating material-specific process parameters by accessing a storage (S) with a statistical model, wherein execution of the re-optimization algorithm (S30) comprises: - Controlling execution (S31) of test processes with the determined preconfigured initial process parameters; - Evaluating (S32) the test processes by using a measurement-based algorithm or a preference-based algorithm for determining preferences for the test processes. 1 Claim 1, "cutting with a laser machine (L)" and original claim 12 "laser cutting" and description inter alia p 3, 1. 1; 2 P. 9, 1. 3 of the description in the application as filed; - Determining (S10) material and/or machine properties for which the process parameters should be optimized; - Determining (S20) preconfigured initial process parameters; - Re-defining (S33) a parameter domain for a re-optimization algorithm based on the determined preferences; - Executing the re-optimization algorithm (S30) until a target objective function is optimized for calculating material-specific process parameters by accessing a storage (S) with a statistical model, wherein execution of the re-optimization algorithm (S30) comprises: - Controlling execution (S31) of test processes with the determined preconfigured initial process parameters; - Evaluating (S32) the test processes by using a measurement-based algorithm or a preference-based algorithm for determining preferences for the test processes. - Controlling execution (S31) of test processes with the determined preconfigured initial process parameters; - Evaluating (S32) the test processes by using a measurement-based algorithm or a preference-based algorithm for determining preferences for the test processes.
A refrigerator having a cooling chamber for containing an object to be cooled, the refrigerator comprising: a thermal store comprising a phase change material for cooling the cooling chamber ; a vapour compression refrigeration system including a first evaporator for cooling the cooling chamber and a second evaporator for cooling the phase change material ; and means to control the flow of refrigerant to the first and second evaporators depending on the cooling load on the refrigerator; wherein, when the refrigerator is subject to a relatively low cooling load, refrigerant flows to the second evaporator to cool the phase change material and, when the refrigerator is subject to a relatively high cooling load, refrigerant flows to the first evaporator such that increased cooling is provided to the cooling chamber by the first evaporator and the phase change material . a thermal store comprising a phase change material for cooling the cooling chamber ; a vapour compression refrigeration system including a first evaporator for cooling the cooling chamber and a second evaporator for cooling the phase change material ; and means to control the flow of refrigerant to the first and second evaporators depending on the cooling load on the refrigerator; wherein, when the refrigerator is subject to a relatively low cooling load, refrigerant flows to the second evaporator to cool the phase change material and, when the refrigerator is subject to a relatively high cooling load, refrigerant flows to the first evaporator such that increased cooling is provided to the cooling chamber by the first evaporator and the phase change material .
A panel which includes a planar, polygonal frame with sides of equal length which encloses a space 86, a respective plurality of spaced apart projections on each side, each projection being formed with at least two passages which extend through the projection and which are parallel to the respective side, and a structure which is secured to the frame extending at least partly over the space .
A method for data analysis, comprising: acquiring , from a client device , a ciphertext for a precomputation result generated by applying some of a plurality of operations for performing an analysis algorithm based on target data to the target data, wherein: the analysis algorithm includes a plurality of sub-algorithms each including one or more operations among the plurality of operations, and the precomputation result is generated by dividing the target data into a plurality of parts and then performing some of the plurality of sub-algorithms on one or more of the plurality of parts; and generating an encrypted computation result for remaining operations of the plurality of operations by using the ciphertext, wherein the encrypted computation result is a ciphertext for a result of performing remaining sub-algorithms of the plurality of sub-algorithms using the ciphertext. acquiring , from a client device , a ciphertext for a precomputation result generated by applying some of a plurality of operations for performing an analysis algorithm based on target data to the target data, wherein: the analysis algorithm includes a plurality of sub-algorithms each including one or more operations among the plurality of operations, and the precomputation result is generated by dividing the target data into a plurality of parts and then performing some of the plurality of sub-algorithms on one or more of the plurality of parts; and the analysis algorithm includes a plurality of sub-algorithms each including one or more operations among the plurality of operations, and the precomputation result is generated by dividing the target data into a plurality of parts and then performing some of the plurality of sub-algorithms on one or more of the plurality of parts; and generating an encrypted computation result for remaining operations of the plurality of operations by using the ciphertext, wherein the encrypted computation result is a ciphertext for a result of performing remaining sub-algorithms of the plurality of sub-algorithms using the ciphertext.
A rotating active electronically scanned array radar, comprising a plurality of radiating elements , a radiating element including a transmit-receive module for providing transmitter and receiver functions for each radiating element; and a controller , coupled to the plurality of transmit-receive modules , the controller arranged to provide dynamic electronic azimuth beam steering to vary a net azimuth beam scan rate with progressive scan back rotation at azimuths where dwell time is increased and with progressive scan forward rotation where reduced dwell time is used to maintain a substantially constant average target detection range as a function of azimuth in a presence of non-uniform weather loss conditions, wherein the dynamic electronic azimuth beam steering provides a rate of forward scan or back scan at azimuth angles identified according to an azimuth offset profile, and wherein the azimuth offset profile is derived from a gain profile, the gain profile being based on gain improvements that are determined to overcome loss based on an amount of energy of a radar beam from an antenna array that is used at different azimuth angles of a 360° mechanical rotation derived from azimuth loss information survey measurements. a plurality of radiating elements , a radiating element including a transmit-receive module for providing transmitter and receiver functions for each radiating element; and a controller , coupled to the plurality of transmit-receive modules , the controller arranged to provide dynamic electronic azimuth beam steering to vary a net azimuth beam scan rate with progressive scan back rotation at azimuths where dwell time is increased and with progressive scan forward rotation where reduced dwell time is used to maintain a substantially constant average target detection range as a function of azimuth in a presence of non-uniform weather loss conditions, wherein the dynamic electronic azimuth beam steering provides a rate of forward scan or back scan at azimuth angles identified according to an azimuth offset profile, and wherein the azimuth offset profile is derived from a gain profile, the gain profile being based on gain improvements that are determined to overcome loss based on an amount of energy of a radar beam from an antenna array that is used at different azimuth angles of a 360° mechanical rotation derived from azimuth loss information survey measurements.
A radiation imaging system comprising: a radiation source for still image shooting and moving image shooting performed by the radiation imaging system to obtain image data of a subject; and a notifying unit which notifies whether a type of imaging to be performed is the still image shooting or the moving image shooting in a mode in which the type is instinctively recognizable by at least one of sense of sight, sense of hearing, and sense of touch, using at least one of a color, a screen design, a sound and a vibration. a radiation source for still image shooting and moving image shooting performed by the radiation imaging system to obtain image data of a subject; and a notifying unit which notifies whether a type of imaging to be performed is the still image shooting or the moving image shooting in a mode in which the type is instinctively recognizable by at least one of sense of sight, sense of hearing, and sense of touch, using at least one of a color, a screen design, a sound and a vibration.
A high-strength fibre rope for hoisting equipment like cranes having a rope core comprising high-strength synthetic fibres or strands as well as a sheathing surrounding the rope core and indicating wear, characterized in that the sheathing has at least one sheath layer, in which synthetic fibres having different wear resistance and/or tensile strength and/or bending fatigue are interwoven with each other, wherein an extent of damage of the sheath layer can be optically inspected by virtue of the synthetic fibres having different wear resistance and/or tensile strength and/or bending fatigue.
A data page, in particular for a book-like document, having at least one single page for printing and/or storing data thereon, said at least one single page comprising at least one sheet or printable layer, and said data page having at least one flexible tab with at least one tab portion of a tab element thereof being connected to said single page in an overlap region and the tab comprising a free tab region protruding therefrom, characterised in that at least one electroconductive element is provided in the overlap region between the single page and the at least one tab portion of the tab .
A strain of Pediococcus acidilactici deposited at the "Colección Española de Cultivos Tipo" (CECT) with identification reference CECT 9879.
A relay valve , comprising: a control piston arranged in a housing and being axially movable by means of a control pressure supplied from a control port ; a valve means comprising a valve body being axially movable by means of an axial movement of said control piston , wherein said valve body controls fluid connection between a supply port and an outlet port ; and a movement limiting mechanism configured to limit axial movement range of said control piston if required, characterized in that said movement limiting mechanism comprises an adjusting element configured to adjust axial movement range limitation of said control piston . a control piston arranged in a housing and being axially movable by means of a control pressure supplied from a control port ; a valve means comprising a valve body being axially movable by means of an axial movement of said control piston , wherein said valve body controls fluid connection between a supply port and an outlet port ; and a movement limiting mechanism configured to limit axial movement range of said control piston if required, characterized in that said movement limiting mechanism comprises an adjusting element configured to adjust axial movement range limitation of said control piston .
A method of improving efficiency of a combustion system utilizing a high viscosity heavy oil residue fuel which cannot be atomized at ambient conditions, the method comprising: a. providing a source of CO 2 or a CO 2 -rich gaseous mixture, wherein said CO 2 or a CO 2 -rich gaseous mixture is in gaseous phase at ambient conditions; b. bringing the CO 2 or CO 2 -rich mixture into intimate contact with the heavy oil residue under predetermined conditions of temperature and pressure; c. maintaining the contact of the CO 2 or CO 2 -rich mixture with the heavy oil residue until a predetermined concentration of dissolved CO 2 is attained and the viscosity of the heavy oil residue is reduced; and d. pumping and atomizing the reduced-viscosity heavy oil residue for combustion in a combustion chamber. a. providing a source of CO 2 or a CO 2 -rich gaseous mixture, wherein said CO 2 or a CO 2 -rich gaseous mixture is in gaseous phase at ambient conditions; b. bringing the CO 2 or CO 2 -rich mixture into intimate contact with the heavy oil residue under predetermined conditions of temperature and pressure; c. maintaining the contact of the CO 2 or CO 2 -rich mixture with the heavy oil residue until a predetermined concentration of dissolved CO 2 is attained and the viscosity of the heavy oil residue is reduced; and d. pumping and atomizing the reduced-viscosity heavy oil residue for combustion in a combustion chamber.
A method for use in a wireless medical tool , the method comprising: determining whether movement is detected; on a condition that movement is detected, powering on a location sensor and determining whether a location of the wireless medical tool has changed; on a condition that the location of the wireless medical tool has changed, transmitting location data to a control console ; on a condition that the location of the wireless medical tool has not changed, determining whether the detected movement is less than a duration threshold; on a condition that the detected movement is greater than the duration threshold, transmitting location data to the control console ; and on a condition that the detected movement is for a duration less than the duration threshold, entering a power saving mode. determining whether movement is detected; on a condition that movement is detected, powering on a location sensor and determining whether a location of the wireless medical tool has changed; on a condition that the location of the wireless medical tool has changed, transmitting location data to a control console ; on a condition that the location of the wireless medical tool has not changed, determining whether the detected movement is less than a duration threshold; on a condition that the detected movement is greater than the duration threshold, transmitting location data to the control console ; and on a condition that the detected movement is for a duration less than the duration threshold, entering a power saving mode.
A system for heating and frothing a beverage, said system comprising a device for heating and frothing a beverage and a froth wand , said device for heating and frothing a beverage including a steamer , a steam conduit connecting the steamer to a steam nozzle and a froth wand holder for removably holding a froth wand , characterised in that said froth wand being a disposable froth wand comprising a tubular wall having a steam inlet end comprising a steam inlet , a steam outlet end comprising a steam outlet separate from the steam inlet and a steam channel extending between the steam inlet and the steam outlet , said froth wand holder comprising a horizontal seat with a froth wand opening for receiving a part of the froth wand , the horizontal seat being arranged for holding the disposable froth wand at least in an operational position in the device in a substantially vertical position for heating and frothing a beverage in which operational position the steam nozzle is in communication with the steam inlet of the disposable froth wand .
A two-component bioink, comprising: a first solution and a second solution separately, (i) the first solution includes a first biopolymer to which a first chemical functional group is introduced, and the second solution includes a second biopolymer to which a second chemical functional group able to chemically bond with the first chemical functional group is introduced; and (ii) the first solution includes a third biopolymer having a first electrostatic functional group, and the second solution includes a fourth biopolymer having a second electrostatic functional group able to physically bond with the first electrostatic functional group. (i) the first solution includes a first biopolymer to which a first chemical functional group is introduced, and the second solution includes a second biopolymer to which a second chemical functional group able to chemically bond with the first chemical functional group is introduced; and (ii) the first solution includes a third biopolymer having a first electrostatic functional group, and the second solution includes a fourth biopolymer having a second electrostatic functional group able to physically bond with the first electrostatic functional group.
A method for producing a fluoropolymer aqueous dispersion, comprising a step (A) of performing ultrafiltration, microfiltration, or dialysis membrane treatment, or a combination thereof on a pretreatment aqueous dispersion containing a fluoropolymer obtained by polymerization in the presence of a polymer (I) comprising a polymerized unit derived from a monomer of formula (I) and having a number average molecular weight of ≥ 0.3 × 10 4 as measured by GPC in accordance with the method disclosed in the description : CX 1 X 3 =CX 2 R(-CZ 1 Z 2 -A 0 ) m (I) wherein X 1 and X 3 each independently are F, Cl, H or CF 3 ; X 2 is H, F or optionally fluorinated alkyl; A 0 is an anionic group; R is a linking group; Z 1 and Z 2 each independently are H, F or optionally fluorinated alkyl; and m is an integer of ≥ 1; with the fluoropolymer being different from polymer (I), wherein at least microfiltration is performed in the step (A). wherein X 1 and X 3 each independently are F, Cl, H or CF 3 ; X 2 is H, F or optionally fluorinated alkyl; A 0 is an anionic group; R is a linking group; Z 1 and Z 2 each independently are H, F or optionally fluorinated alkyl; and m is an integer of ≥ 1; with the fluoropolymer being different from polymer (I), wherein at least microfiltration is performed in the step (A).
A device for obtaining a blood sample , the device comprising: a holder for receiving a sample source, the holder having an actuation portion and a port ; a container engagement portion connected to the holder ; and a collection container removably connectable to the container engagement portion ; characterized by the container engagement portion allows the collection container to rotate between a first position in which the collection container is spaced from the port and a second position in which the collection container is in fluid communication with the port . a holder for receiving a sample source, the holder having an actuation portion and a port ; a container engagement portion connected to the holder ; and a collection container removably connectable to the container engagement portion ; characterized by the container engagement portion allows the collection container to rotate between a first position in which the collection container is spaced from the port and a second position in which the collection container is in fluid communication with the port .
A sewing device for producing a sewn multilayer structure which comprises at least one top cover web and at least one compressible intermediate layer , said sewing device comprising a machine sewing mechanism, a conveyor for at least one of said cover webs and/or intermediate layers , and a lower needle plate with a stitch-hole , characterized in that an upper needle plate is provided which is spaced apart from the lower needle plate according to the intended height of the sewn multilayer structure and, starting from a stitch-hole which is aligned relative to the stitch-hole of the lower needle plate with respect to a needle stroke, includes a slot that extends in the sewing direction to an edge of the upper needle plate , and wherein the upper needle plate is provided for supporting the top cover web .
Vehicle for passenger transportation comprising at least one fire extinguishing system , the system comprising: - at least one distribution pipe extending along a coach of the vehicle , the distribution pipe being configured to transport an extinguishing agent able to extinguish a fire; - a plurality of sprinklers arranged and spaced apart from each other along the distribution pipe , wherein each sprinkler comprises a single nozzle configured to disperse the extinguishing agent in form of a mist for extinguishing a fire in a compartment of the vehicle , each nozzle being configured to disperse the extinguishing agent within a single cone defined by each nozzle and a predefined aperture angle (α). - at least one distribution pipe extending along a coach of the vehicle , the distribution pipe being configured to transport an extinguishing agent able to extinguish a fire; - a plurality of sprinklers arranged and spaced apart from each other along the distribution pipe , wherein each sprinkler comprises a single nozzle configured to disperse the extinguishing agent in form of a mist for extinguishing a fire in a compartment of the vehicle ,