mhurhangee/patent-ind-claim-en huggingface dataset:
Control method implemented in a processing unit (UC) for controlling a DCDC converter having a dual bridge topology controlled by the processing unit (UC) so as to ensure conversion between a first direct current voltage (Vin) and a second direct current voltage (Vout) by implementing a main control loop (B1) and comprising two conversion stages, referred to as first conversion stage and second conversion stage , connected together via an inductive circuit, said method being characterised in that it is suitable for: - determining an optimum phase shift angle ( φ ') between a first alternating current voltage and a second alternating current voltage present on either side of the inductive circuit, said optimum phase shift angle corresponding to an optimum functioning point for which the current (i AC ) that passes through the inductive circuit is in phase with the first alternating current voltage (V1) or the second alternating current voltage (V2) and has a minimum phase shift respectively with the second alternating current voltage (V2) or the first alternating current voltage (V1), - determining a switching frequency or acting on the switching frequency to be applied to the switches, so as to make a current phase shift angle ( φ ) corresponding to the phase shift between the first alternating current voltage (V1) and the second alternating current voltage (V2) and coming from the main control loop correspond to the optimum phase shift angle ( φ '). - determining an optimum phase shift angle ( φ ') between a first alternating current voltage and a second alternating current voltage present on either side of the inductive circuit, said optimum phase shift angle corresponding to an optimum functioning point for which the current (i AC ) that passes through the inductive circuit is in phase with the first alternating current voltage (V1) or the second alternating current voltage (V2) and has a minimum phase shift respectively with the second alternating current voltage (V2) or the first alternating current voltage (V1), - determining a switching frequency or acting on the switching frequency to be applied to the switches, so as to make a current phase shift angle ( φ ) corresponding to the phase shift between the first alternating current voltage (V1) and the second alternating current voltage (V2) and coming from the main control loop correspond to the optimum phase shift angle ( φ ').
Stripping pliers comprising two pliers legs rotatably fastened at a joint , the pliers legs each having a working region and a gripping region , stripping blades which extend transversely with respect to a pivoting plane of the pliers legs further being formed on the free ends of the working regions , which stripping blades are designed to move over one another, an adjusting means , for example an adjusting screw, preferably an adjusting screw having a retaining nut , further being accommodated on one of the working regions in order to limit the movement of the stripping blades over one another in an adjustable manner, and a cutting blade additionally being provided at each working region , the cutting blade of one working region being designed to interact with the cutting blade of the other working region , the cutting edges of which cutting blades each extend in the longitudinal direction of the working regions , characterised in that the cutting blades form a cutting region designed as a centre cutter, in that the cutting blades are designed as blades suitable for moving over one another in a scissor-like manner, in that the cutting blades lie above one another over the entire extension thereof, based on a longitudinal extension of the stripping pliers , in the closed position of the stripping pliers , and in that the adjusting means is arranged in front of the cutting edges with respect to the free end of the working region .
Air humidification apparatus (LB), able to be be installed vertically in a ventilation system, comprising an air duct section able to be flowed through vertically and at least one hydrophilic or hydrophobic, air-permeable humidifier medium which is arranged in the air duct section substantially perpendicular to its longitudinal axis and which is wetted with water by means of a water distributor , and a humidity sensor measures a supply air humidity in order to regulate the maximum water supply characterized in that the water supply is regulated according to the measured value of a return air sensor which is located in the return air flow, the amount of water to be applied is controlled in such a way that only as much water as necessary for humidifying the humidifier medium is applied and no water escapes at the bottom of the humidifier medium . the water supply is regulated according to the measured value of a return air sensor which is located in the return air flow, the amount of water to be applied is controlled in such a way that only as much water as necessary for humidifying the humidifier medium is applied and no water escapes at the bottom of the humidifier medium .
An exterior member for electric wire comprising: a tubular exterior body that protects one or a plurality of electric wires ; a slit that is formed in the exterior body along an exterior axis (CL) of the exterior body a left circumferential end portion of the tubular exterior body forming a left side portion of the slit , and a right circumferential end portion of the tubular exterior body forming a right side portion of the slit ; and an inner portion formed in a tubular shape that extends along the exterior axis (CL) and configured to be accommodated in the exterior body together with the electric wire ; and characterized by the inner portion formed continuous with the left side portion and the right side portion of the slit , wherein the inner portion is configured to be disposed on an outer side of the exterior body before the electric wire is accommodated, is formed with an electric wire pressed portion against which the electric wire is configured to be pressed, and is configured to be pushed into the exterior body through the slit while being deformed so as to be inverted when the electric wire is pressed against the electric wire pressed portion . a tubular exterior body that protects one or a plurality of electric wires ; a slit that is formed in the exterior body along an exterior axis (CL) of the exterior body a left circumferential end portion of the tubular exterior body forming a left side portion of the slit , and a right circumferential end portion of the tubular exterior body forming a right side portion of the slit ; and an inner portion formed in a tubular shape that extends along the exterior axis (CL) and configured to be accommodated in the exterior body together with the electric wire ; and characterized by the inner portion formed continuous with the left side portion and the right side portion of the slit , wherein the inner portion is configured to be disposed on an outer side of the exterior body before the electric wire is accommodated, is formed with an electric wire pressed portion against which the electric wire is configured to be pressed, and is configured to be pushed into the exterior body through the slit while being deformed so as to be inverted when the electric wire is pressed against the electric wire pressed portion .
A tomography apparatus comprising: a multi-focal point x-ray source ; a support for the source configured to travel a pre-determined trajectory path; a detector having a plurality of pixels, at least one of the multi-focal point x-ray source , the detector, and an item-under-test mounted on a support being configured to move relative to another of the multi-focal point x-ray source , the detector, and the item-under-test; a control processor configured to execute computer-readable instructions that cause the control processor to change the focal point of the x-ray source at three or more discrete points within a measurement region of the trajectory path, the focal point change being in a direction retrograde to the source support travel along the trajectory path, wherein the focal point change keeps a displacement of the focal point within a predetermined range along the measurement region of the trajectory path; a detector memory configured to accumulate a digital value representative of a signal charge from at least a portion of the plurality of pixels exposed to a portion of the x-ray beam; the control processor configured to reconstruct a volumetric image of the item-under-test by processing contents of the detector memory with a reconstruction process function. a multi-focal point x-ray source ; a support for the source configured to travel a pre-determined trajectory path; a detector having a plurality of pixels, at least one of the multi-focal point x-ray source , the detector, and an item-under-test mounted on a support being configured to move relative to another of the multi-focal point x-ray source , the detector, and the item-under-test; a control processor configured to execute computer-readable instructions that cause the control processor to change the focal point of the x-ray source at three or more discrete points within a measurement region of the trajectory path, the focal point change being in a direction retrograde to the source support travel along the trajectory path, wherein the focal point change keeps a displacement of the focal point within a predetermined range along the measurement region of the trajectory path; a detector memory configured to accumulate a digital value representative of a signal charge from at least a portion of the plurality of pixels exposed to a portion of the x-ray beam; the control processor configured to reconstruct a volumetric image of the item-under-test by processing contents of the detector memory with a reconstruction process function.
A system for dynamic mirroring, comprising: a mirroring component hosted on a first storage node within a first storage cluster , the first storage node having a local failover partnership with a second storage node within the first storage cluster, the first storage node having a primary disaster recovery partnership with a third storage node within a second storage cluster , the first storage node having an auxiliary disaster recovery partnership with a fourth storage node within the second storage cluster, the mirroring component configured to: maintain a local write cache partition for caching local I/O operation cache data processed by the first storage node; maintain a local mirroring write cache partition for storing local mirrored data from the second storage node based upon the local failover partnership; maintain a primary remote mirroring write cache partition for storing primary mirrored data from the third storage node based upon the primary disaster recovery partnership; maintain an auxiliary remote mirroring write cache partition for storing auxiliary mirrored data from the fourth storage node based upon the auxiliary disaster recovery partnership; receive a notification from the fourth storage node that the third storage node has failed; establish an auxiliary mirroring logical pipeline between the first storage node and the fourth storage node based upon the auxiliary disaster recovery partnership; and mirror write caching data from the first storage node to the fourth storage node over the auxiliary mirroring logical pipeline as mirrored data. maintain a local write cache partition for caching local I/O operation cache data processed by the first storage node; maintain a local mirroring write cache partition for storing local mirrored data from the second storage node based upon the local failover partnership; maintain a primary remote mirroring write cache partition for storing primary mirrored data from the third storage node based upon the primary disaster recovery partnership; maintain an auxiliary remote mirroring write cache partition for storing auxiliary mirrored data from the fourth storage node based upon the auxiliary disaster recovery partnership; receive a notification from the fourth storage node that the third storage node has failed; establish an auxiliary mirroring logical pipeline between the first storage node and the fourth storage node based upon the auxiliary disaster recovery partnership; and mirror write caching data from the first storage node to the fourth storage node over the auxiliary mirroring logical pipeline as mirrored data.
A method for trying a network access, the method performed by a user equipment, UE, and comprising: acquiring (2 - Figure 16), from a higher layer, application information related to an application which tries the network access when application specific congestion control for data communication, ACDC, is configured; determining (3 - Figure 16) an ACDC category for a network access control of the application based on the acquired application information; and performing (5 - Figure 16) an ACDC check, based on the determined ACDC category, wherein the network access is barred or allowed per the application according to the ACDC check, and wherein if a plurality of ACDC categories are applicable for the network access control of the application, the ACDC category having a highest rank among the plurality of ACDC categories is selected to perform (5 - Figure 16) the ACDC check. acquiring (2 - Figure 16), from a higher layer, application information related to an application which tries the network access when application specific congestion control for data communication, ACDC, is configured; determining (3 - Figure 16) an ACDC category for a network access control of the application based on the acquired application information; and performing (5 - Figure 16) an ACDC check, based on the determined ACDC category, wherein the network access is barred or allowed per the application according to the ACDC check, and wherein if a plurality of ACDC categories are applicable for the network access control of the application, the ACDC category having a highest rank among the plurality of ACDC categories is selected to perform (5 - Figure 16) the ACDC check.
A system for shielding sun rays comprising: - at least a first glass ; - a supporting frame for forming a gap ; - at least a second glass that is free from PVD coating; - said first glass and said second glass being each other associated by means of said supporting frame ; - a sun ray protection device that is inserted into said gap , said sun ray protection device defining: - a plurality of transparent areas for letting sun rays pass through, said plurality of transparent areas enabling sun rays to pass with a certain incidence angle while sun rays having other incidence angles are not able to pass through said plurality of transparent areas ; - a plurality of blind areas identifying one first surface facing the second glass that is free from PVD coating and one second surface opposite to the first surface ; - said plurality of blind areas having a reflection in the visible (ρ v ) lower than 50% and having a reflection index of sun rays (ρ e ) higher than the reflection index in the visible (Pv); characterised in that: said blind areas are configured not to let sun rays pass though; and at least a portion of said first surface of said plurality of blind areas comprises a dark material with reflective properties in the near infrared, or a layer of dark paint , said layer of dark paint being at least partially reflecting sun rays in the near infrared. - at least a first glass ; - a supporting frame for forming a gap ; - at least a second glass that is free from PVD coating; - said first glass and said second glass being each other associated by means of said supporting frame ; - a sun ray protection device that is inserted into said gap , said sun ray protection device defining: - a plurality of transparent areas for letting sun rays pass through, said plurality of transparent areas enabling sun rays to pass with a certain incidence angle while sun rays having other incidence angles are not able to pass through said plurality of transparent areas ; - a plurality of blind areas identifying one first surface facing the second glass that is free from PVD coating and one second surface opposite to the first surface ; - a plurality of transparent areas for letting sun rays pass through, said plurality of transparent areas enabling sun rays to pass with a certain incidence angle while sun rays having other incidence angles are not able to pass through said plurality of transparent areas ; - a plurality of blind areas identifying one first surface facing the second glass that is free from PVD coating and one second surface opposite to the first surface ; - said plurality of blind areas having a reflection in the visible (ρ v ) lower than 50% and having a reflection index of sun rays (ρ e ) higher than the reflection index in the visible (Pv); said blind areas are configured not to let sun rays pass though; and at least a portion of said first surface of said plurality of blind areas comprises a dark material with reflective properties in the near infrared, or a layer of dark paint , said layer of dark paint being at least partially reflecting sun rays in the near infrared.
Electronic follow-on current suppression aid for an overvoltage protection element (ÜSE) that is to be monitored, wherein the overvoltage protection element (ÜSE) is a spark gap or a gas-filled surge arrester, comprising • a monitoring element (O) which optically detects the initiation and discontinuation of the current flow by the overvoltage protection element (ÜSE), and • an electronic switching element (S), which is switched in parallel in a parallel branch to the to the overvoltage protection element (ÜSE), • wherein the electronic switching element (S) is controlled by the monitoring element (O), wherein when the presence of a network follow-on current is detected by the overvoltage protection element (ÜSE) the electronic switching element (S) closes so that a current is diverted in parallel, wherein when the electric arc in the overvoltage protection element (ÜSE) goes out the electronic switching element (S) opens so that current no longer flows through the electronic switching element (S). • a monitoring element (O) which optically detects the initiation and discontinuation of the current flow by the overvoltage protection element (ÜSE), and • an electronic switching element (S), which is switched in parallel in a parallel branch to the to the overvoltage protection element (ÜSE), • wherein the electronic switching element (S) is controlled by the monitoring element (O), wherein when the presence of a network follow-on current is detected by the overvoltage protection element (ÜSE) the electronic switching element (S) closes so that a current is diverted in parallel, wherein when the electric arc in the overvoltage protection element (ÜSE) goes out the electronic switching element (S) opens so that current no longer flows through the electronic switching element (S).
A compound represented by Formula 1 below, an optical isomer thereof or a pharmaceutically acceptable salt thereof: In Formula 1, each of two X is independently -NHC(=O)-, -C(=O)NH- or imidazolylene, in which at least one of X is necessarily -NHC(=O)- or -C(=O)NH-; R 1 is -(CH 2 ) 3 CH 3 , -(CH 2 ) 4 CH 3 , -(CH 2 ) 3 CF 3 or -(CH 2 ) 4 CF 3 ; R 2 is straight or branched C 1-10 alkoxycarbonylamino; R 3 is straight or branched C 1-10 alkyl or C 6-10 aryl; R 4 is hydrogen, or, can form C 3-7 cycloalkyl along with one of R 5 and R 6 , and C atoms to which they are attached; and R 5 and R 6 are independently hydrogen, -OH, halogen, straight or branched C 1-10 alkoxy, straight or branched C 1-10 alkoxy-C 1-4 alkyl, or -O(C=O)R a , wherein R a is straight or branched C 1-10 alkyl or 5 or 6 membered heterocycloalkyl containing one or more heteroatoms selected from the group consisting of N, O and S-straight or branched C 1-4 alkyl, or, can form carbonyl, C 3-7 cycloalkyl or 3-7 membered heterocycloalkyl containing one or more O atoms along with C atoms to which they are attached. each of two X is independently -NHC(=O)-, -C(=O)NH- or imidazolylene, in which at least one of X is necessarily -NHC(=O)- or -C(=O)NH-; R 1 is -(CH 2 ) 3 CH 3 , -(CH 2 ) 4 CH 3 , -(CH 2 ) 3 CF 3 or -(CH 2 ) 4 CF 3 ; R 2 is straight or branched C 1-10 alkoxycarbonylamino; R 3 is straight or branched C 1-10 alkyl or C 6-10 aryl; R 4 is hydrogen, or, can form C 3-7 cycloalkyl along with one of R 5 and R 6 , and C atoms to which they are attached; and R 5 and R 6 are independently hydrogen, -OH, halogen, straight or branched C 1-10 alkoxy, straight or branched C 1-10 alkoxy-C 1-4 alkyl, or -O(C=O)R a , wherein R a is straight or branched C 1-10 alkyl or 5 or 6 membered heterocycloalkyl containing one or more heteroatoms selected from the group consisting of N, O and S-straight or branched C 1-4 alkyl, or, can form carbonyl, C 3-7 cycloalkyl or 3-7 membered heterocycloalkyl containing one or more O atoms along with C atoms to which they are attached.
A recording element board , comprising: a discharge orifice arranged to discharge liquid; a pressure chamber communicating with the discharge orifice ; a recording element arranged to generate thermal energy to cause bubbling of the liquid, the recording element being disposed in the pressure chamber facing the discharge orifice ; a channel communicating with the pressure chamber ; and a substrate on which the recording element is formed, wherein a bubble (B) generated inside the pressure chamber by driving of the recording element communicates with the atmosphere, and wherein a rectangular shape (S), circumscribing an outline of a discharge orifice projection region where the discharge orifice has been projected to the substrate in a direction perpendicular to the substrate , contains a heat-generating region projection region where a heat-generating region of the recording element has been projected on the substrate ; characterized in that the height of the pressure chamber in a direction perpendicular to the substrate is 7 μm or less, and the distance between the discharge orifice and the recording element in a direction perpendicular to the substrate is 12 μm or less. a discharge orifice arranged to discharge liquid; a pressure chamber communicating with the discharge orifice ; a recording element arranged to generate thermal energy to cause bubbling of the liquid, the recording element being disposed in the pressure chamber facing the discharge orifice ; a channel communicating with the pressure chamber ; and a substrate on which the recording element is formed, wherein a bubble (B) generated inside the pressure chamber by driving of the recording element communicates with the atmosphere, and wherein a rectangular shape (S), circumscribing an outline of a discharge orifice projection region where the discharge orifice has been projected to the substrate in a direction perpendicular to the substrate , contains a heat-generating region projection region where a heat-generating region of the recording element has been projected on the substrate ; characterized in that the height of the pressure chamber in a direction perpendicular to the substrate is 7 μm or less, and the distance between the discharge orifice and the recording element in a direction perpendicular to the substrate is 12 μm or less.