mhurhangee/patent-ind-claim-en huggingface dataset:
A method of managing Radio Resource Control, RRC, states, performed by a wireless device operative in a 5G wireless communication network, the method is characterized by : while in an RRC_INACTIVE state, and performing activities associated with dedicated cell reselection priority information, sending an RRC message to the network requesting to enter an RRC_CONNECTED state; receiving , in response to the RRC message requesting to enter an RRC_CONNECTED state, an RRCRelease message from the network directing the wireless device to enter an RRC_IDLE state or to remain in RRC_INACTIVE state; and in response to the received RRCRelease message and if the received RRCRelease message does not include dedicated cell reselection priority information, if dedicated cell reselection priority information is stored, discarding the stored dedicated cell reselection priority information, discontinuing the activities associated with the dedicated cell reselection priority information and applying cell reselection priority information received in broadcasted system information; wherein performing activities associated with dedicated cell reselection priority information comprises performing cell reselection according to dedicated priorities while a validity timer of the cell reselection priority parameter is running. while in an RRC_INACTIVE state, and performing activities associated with dedicated cell reselection priority information, sending an RRC message to the network requesting to enter an RRC_CONNECTED state; receiving , in response to the RRC message requesting to enter an RRC_CONNECTED state, an RRCRelease message from the network directing the wireless device to enter an RRC_IDLE state or to remain in RRC_INACTIVE state; and in response to the received RRCRelease message and if the received RRCRelease message does not include dedicated cell reselection priority information, if dedicated cell reselection priority information is stored, discarding the stored dedicated cell reselection priority information, discontinuing the activities associated with the dedicated cell reselection priority information and applying cell reselection priority information received in broadcasted system information; discarding the stored dedicated cell reselection priority information, discontinuing the activities associated with the dedicated cell reselection priority information and applying cell reselection priority information received in broadcasted system information; wherein performing activities associated with dedicated cell reselection priority information comprises performing cell reselection according to dedicated priorities while a validity timer of the cell reselection priority parameter is running.
A medium composition for suspension culture of a mesenchymal stem cell, wherein the medium composition is a medium composition comprising a chitin nanofiber; and a chitosan nanofiber wherein the ratio of the chitin nanofiber and the chitosan nanofiber is chitin nanofiber:chitosan nanofiber=1:3 - 6; wherein the ratio of N-acetylglucosamine in the sugar units constituting chitin is not less than 90%; and wherein the ratio of N-acetylglucosamine in the sugar units constituting chitosan is not more than 30%. a chitin nanofiber; and a chitosan nanofiber wherein the ratio of the chitin nanofiber and the chitosan nanofiber is chitin nanofiber:chitosan nanofiber=1:3 - 6; wherein the ratio of N-acetylglucosamine in the sugar units constituting chitin is not less than 90%; and wherein the ratio of N-acetylglucosamine in the sugar units constituting chitosan is not more than 30%.
A method for providing a reference value to be used for controlling a calibration of at least one milk meter in a milking system, the method comprising: obtaining milk flow data for a plurality of milking animals to determine a milk flow profile for each milking animal of the plurality of milking animals; comparing the determined milk flow profiles to establish a subset of milk flow profiles that meets a pre-defined selection criteria; determining said reference value based on the established subset of milk flow profiles; and providing the determined reference value for controlling a subsequent calibration of at least one milk meter in a milking system. obtaining milk flow data for a plurality of milking animals to determine a milk flow profile for each milking animal of the plurality of milking animals; comparing the determined milk flow profiles to establish a subset of milk flow profiles that meets a pre-defined selection criteria; determining said reference value based on the established subset of milk flow profiles; and providing the determined reference value for controlling a subsequent calibration of at least one milk meter in a milking system.
Apparatus for advancing and supplying bars to a machine tool, comprising: - a plurality of tubular elements each suitable for containing longitudinally a respective bar ; - at least one first carriage unit and a second carriage unit supporting said plurality of tubular elements and movable longitudinally on a drum structure to move said tubular elements parallel to an advancement direction (A) of said bars , said drum structure extending from a front end (E A ), suitable for being placed in a position adjacent to a spindle of said machine tool, to a rear end (E R ), suitable for being further from said machine tool, - said drum structure comprising, at said front end (E A ), a front end flange , provided with respective openings , - each tubular element of said plurality of tubular elements being provided with a feed finger unit that is suitable for clamping and pulling a respective bar to advance the bar in said advancement direction (A), CHARACTERIZED IN THAT said tubular elements slidably traverse said front end flange through said respective openings to protrude, beyond said front end (E A ), to the spindle of said machine tool. - a plurality of tubular elements each suitable for containing longitudinally a respective bar ; - at least one first carriage unit and a second carriage unit supporting said plurality of tubular elements and movable longitudinally on a drum structure to move said tubular elements parallel to an advancement direction (A) of said bars , said drum structure extending from a front end (E A ), suitable for being placed in a position adjacent to a spindle of said machine tool, to a rear end (E R ), suitable for being further from said machine tool, - said drum structure comprising, at said front end (E A ), a front end flange , provided with respective openings , - each tubular element of said plurality of tubular elements being provided with a feed finger unit that is suitable for clamping and pulling a respective bar to advance the bar in said advancement direction (A),
A control method for an accelerator including a plurality of deflection electromagnets configured to generate a magnetic field that causes charged particles to revolve in a main accelerator in accordance with an acceleration energy of the charged particles and a power supply configured to supply a current that generates the magnetic field to the deflection electromagnets based on a current-value instruction signal, the method comprising: providing a flat region that makes a current value of the deflection electromagnet constant to correspond to a predetermined energy for extracting the charged particles in the current-value instruction signal in a case of an acceleration cycle involving emission of the charged particles to a beam transport system ; not providing the flat region in the current-value instruction signal in a case of an acceleration cycle not involving emission of the charged particles to the beam transport system ; and smoothing time change of a current value of the deflection electromagnet in a transition of the current value to the flat region or a transition from the flat region; determining a time required for the smoothing based on a predetermined energy for extracting the charged particles or a difference between energies before and after change to the predetermined extraction energy. providing a flat region that makes a current value of the deflection electromagnet constant to correspond to a predetermined energy for extracting the charged particles in the current-value instruction signal in a case of an acceleration cycle involving emission of the charged particles to a beam transport system ; not providing the flat region in the current-value instruction signal in a case of an acceleration cycle not involving emission of the charged particles to the beam transport system ; and smoothing time change of a current value of the deflection electromagnet in a transition of the current value to the flat region or a transition from the flat region; determining a time required for the smoothing based on a predetermined energy for extracting the charged particles or a difference between energies before and after change to the predetermined extraction energy.
An image forming apparatus for forming an image on a recording material (P), comprising: a main assembly to which a cartridge including an image bearing member on which a latent image is formed and including a developing device for developing the latent image on said image bearing member is detachably mountable; and a transfer unit for transferring a developer image formed on said image bearing member , wherein said developing device includes a developer carrying member and is movable between a contact position (Fig. 9(a)) where said developer carrying member is contacted to said image bearing member and a spaced position (Fig. 9(b)) where said developer carrying member is spaced from said image bearing member , wherein said transfer unit is detachably mountable to said main assembly separately from said cartridge , said transfer unit includes a developing device contact-and-separation mechanism for moving said developing device between the contact position (Fig. 9(a)) and the spaced position (Fig. 9(b)), said transfer unit includes an endless belt , a roller for supporting the endless belt , and a roller supporting member for supporting the roller , and wherein said contact-and-separation mechanism is provided between the roller supporting member and the endless belt . a main assembly to which a cartridge including an image bearing member on which a latent image is formed and including a developing device for developing the latent image on said image bearing member is detachably mountable; and a transfer unit for transferring a developer image formed on said image bearing member , wherein said developing device includes a developer carrying member and is movable between a contact position (Fig. 9(a)) where said developer carrying member is contacted to said image bearing member and a spaced position (Fig. 9(b)) where said developer carrying member is spaced from said image bearing member , wherein said transfer unit is detachably mountable to said main assembly separately from said cartridge , said transfer unit includes a developing device contact-and-separation mechanism for moving said developing device between the contact position (Fig. 9(a)) and the spaced position (Fig. 9(b)), said transfer unit includes an endless belt , a roller for supporting the endless belt , and a roller supporting member for supporting the roller , and wherein said contact-and-separation mechanism is provided between the roller supporting member and the endless belt .
Height-adjustable steering column for a motor vehicle, comprising an actuating unit , in which a steering spindle is rotatably mounted, wherein the actuating unit is mounted pivotably on a retaining unit , which can be fixedly connected to the vehicle chassis, by means of two pivot bearings arranged at a horizontal distance to one another on a pivot axis , wherein the pivot bearings are composed in each case of an axial protruding dihedron projection and a recess which is in engagement with the dihedron projection which comprise in each case an introduction region for introduction of the dihedron projection in the radial direction with respect to the pivot axis , wherein the introduction region comprises an inner span which is formed adapted to a width of the dihedron projection and wherein the introduction region forms a transition in each case into a partially circular bearing region , the inner diameter of which is adapted to the outer diameter of the dihedron projection so that it is mounted pivotably in the bearing region after a rotation about the pivot axis by at least 5°, characterized in that the dihedron projection and/or the recess are formed by reshaping in the actuating unit and/or the retaining unit .
Pusher centrifuge , comprising: a rotatable filter drum having at least one drum body and having a push floor which is arranged in the filter drum , wherein the push floor and the at least one drum body are reciprocably movable axially relative to one another, a filter drum drive shaft that is non-rotatably connected to the filter drum , a hydraulic push mechanism for generating an axial oscillating push force which is connected to the filter drum in such a manner that the axial oscillating push force generated thereby is transmitted to the filter drum , thereby causing the relative reciprocating movement between the push floor and the drum body , a hydraulic pump for generating a hydraulic pressure which comprises a pump input shaft and which is fluidly connected to the hydraulic push mechanism for supplying the hydraulic pressure to the hydraulic push mechanism to operate the same for the generation of the axial oscillating push force, and a drive motor comprising an output shaft (19; 19a, 19b) connected to the pump input shaft and the filter drum drive shaft so as to transmit a torque of the drive motor to both the pump input shaft and the filter drum drive shaft , wherein the output shaft (19a; 19a) of the drive motor is connected to the pump input shaft in a way without an intervening gearbox thereby forming a direct drive transmission, characterized in that the output shaft (19; 19b) of the drive motor is connected to the filter drum drive shaft by means of a belt . a rotatable filter drum having at least one drum body and having a push floor which is arranged in the filter drum , wherein the push floor and the at least one drum body are reciprocably movable axially relative to one another, a filter drum drive shaft that is non-rotatably connected to the filter drum , a hydraulic push mechanism for generating an axial oscillating push force which is connected to the filter drum in such a manner that the axial oscillating push force generated thereby is transmitted to the filter drum , thereby causing the relative reciprocating movement between the push floor and the drum body , a hydraulic pump for generating a hydraulic pressure which comprises a pump input shaft and which is fluidly connected to the hydraulic push mechanism for supplying the hydraulic pressure to the hydraulic push mechanism to operate the same for the generation of the axial oscillating push force, and a drive motor comprising an output shaft (19; 19a, 19b) connected to the pump input shaft and the filter drum drive shaft so as to transmit a torque of the drive motor to both the pump input shaft and the filter drum drive shaft , wherein the output shaft (19a; 19a) of the drive motor is connected to the pump input shaft in a way without an intervening gearbox thereby forming a direct drive transmission, characterized in that the output shaft (19; 19b) of the drive motor is connected to the filter drum drive shaft by means of a belt .
A colored translucent zirconia sintered body which comprises from 2 to 4 mol% of yttria, 0.0005 wt% or more and less than 0.01 wt%, as calculated as CoO, of cobalt oxide, at least 100 and less than 1,500 ppm, as calculated as Fe 2 O 3 , of an iron oxide, at least 0.005 and less than 0.2 wt% of Al 2 O 3 and the rest being zirconia, and which has a lightness L* of from 50 to 75, a* of from -1 to 10 and b* of from 0 to 30 as chromatic parameters stipulated in JIS-Z8729, has a relative density of at least 99.80% and has a total light transmittance of at least 18% and at most 40% as measured at a sample thickness of 1 mm using a D65 light source.
A drug delivery composition or device comprising a biomaterial and an activator of innate immunity for use in treating cancer, wherein the treatment comprises delivering the composition directly to a site of tumor resection, wherein the biomaterial is or comprises hyaluronic acid or alginate, wherein the activator of innate immunity is resiquimod or a pharmaceutically acceptable salt thereof.
A structured packing module for the formation of a structured packing layer comprising: a plurality of individual structured packing sheets that are arranged sequentially in an upright, parallel relationship to each other, wherein a front face of a first one of the structured packing sheets forms one side of the structured packing module and a rear face of a last one of the structured packing sheets forms the opposite side of the structured packing module ; and at least two pairs of fasteners , wherein the fasteners extend into the structured packing sheets from the opposite sides of the structured packing module perpendicularly with respect to the sides of the structured packing module , wherein each of the structured packing sheets is corrugated with parallel corrugations and the structured packing sheets are arranged so that the corrugations of each one of the structured packing modules extend at an oblique angle to the corrugations of the adjacent ones of the structured packing modules , and wherein the fasteners comprise shanks having heads at one end and pointed opposite ends, and wherein said shanks have an outer surface including raised structures and/or grooves that resist removal of the fasteners from the structured packing sheets . a plurality of individual structured packing sheets that are arranged sequentially in an upright, parallel relationship to each other, wherein a front face of a first one of the structured packing sheets forms one side of the structured packing module and a rear face of a last one of the structured packing sheets forms the opposite side of the structured packing module ; and at least two pairs of fasteners , wherein the fasteners extend into the structured packing sheets from the opposite sides of the structured packing module perpendicularly with respect to the sides of the structured packing module , wherein each of the structured packing sheets is corrugated with parallel corrugations and the structured packing sheets are arranged so that the corrugations of each one of the structured packing modules extend at an oblique angle to the corrugations of the adjacent ones of the structured packing modules , and wherein the fasteners comprise shanks having heads at one end and pointed opposite ends, and wherein said shanks have an outer surface including raised structures and/or grooves that resist removal of the fasteners from the structured packing sheets .
A method of detecting an open-circuit fault in a three-phase dual active bridge converter comprising a primary side converter , a secondary side converter , and a transformer , the method comprising: detecting that a fault has occurred, wherein detecting the fault comprises: detecting polarity states of a DC signal component in each phase of an output terminal of the primary side converter during one or more successive sampling intervals; wherein detecting polarity states of the DC signal component comprises sensing a phase current; and identifying a DC bias in the phase current, comparing the polarity states to a table of known DC biases which corresponds to a fault and matching the polarity states to the corresponding fault based on the polarity states and the known DC biases during one or more sampling intervals identifying whether the fault occurred on the primary side converter or the secondary side converter of the dual active bridge converter by assigning the fault to the primary side converter if each phase current shows a DC bias or assigning the fault to the secondary side converter if the fault is not present on the primary side converter and at least one phase current shows a DC bias; and identifying exactly which transistor of the three-phase dual active bridge converter has failed based on the table of known DC biases for a fault. detecting that a fault has occurred, wherein detecting the fault comprises: detecting polarity states of a DC signal component in each phase of an output terminal of the primary side converter during one or more successive sampling intervals; wherein detecting polarity states of the DC signal component comprises sensing a phase current; and identifying a DC bias in the phase current, comparing the polarity states to a table of known DC biases which corresponds to a fault and matching the polarity states to the corresponding fault based on the polarity states and the known DC biases during one or more sampling intervals detecting polarity states of a DC signal component in each phase of an output terminal of the primary side converter during one or more successive sampling intervals; wherein detecting polarity states of the DC signal component comprises sensing a phase current; and identifying a DC bias in the phase current, comparing the polarity states to a table of known DC biases which corresponds to a fault and matching the polarity states to the corresponding fault based on the polarity states and the known DC biases during one or more sampling intervals identifying whether the fault occurred on the primary side converter or the secondary side converter of the dual active bridge converter by assigning the fault to the primary side converter if each phase current shows a DC bias or assigning the fault to the secondary side converter if the fault is not present on the primary side converter and at least one phase current shows a DC bias; and identifying exactly which transistor of the three-phase dual active bridge converter has failed based on the table of known DC biases for a fault.
An oxo-nitrogenated vanadium complex having the general formula (I): in which: - R 1 , R 2 , R 3 , R 4 , R 5 , R 6 and R 7 , mutually identical or different, represent a hydrogen atom; or are selected from linear or branched C 1 -C 20 alkyl groups; - X 1 and X 2 , mutually identical, represent a halogen atom selected from chlorine, bromine, iodine; - Y is tetrahydrofuran (THF); - n is 0 or 1. - R 1 , R 2 , R 3 , R 4 , R 5 , R 6 and R 7 , mutually identical or different, represent a hydrogen atom; or are selected from linear or branched C 1 -C 20 alkyl groups; - X 1 and X 2 , mutually identical, represent a halogen atom selected from chlorine, bromine, iodine; - Y is tetrahydrofuran (THF); - n is 0 or 1.
A scheduled service processing method, comprising: receiving a service demand of the scheduled service from an application layer controller; reserving a network resource for a first transport path, wherein the first transport path satisfies the service demand; before a starting time of the scheduled service, reserving a network resource for a second transport path after reserving the network resource for the first transport path, wherein the second transport path satisfies the service demand; reporting the second transport path to the application layer controller; receiving a target transport path from the application layer controller, wherein the target transport path is selected from the second transport path and the first transport path. receiving a service demand of the scheduled service from an application layer controller; reserving a network resource for a first transport path, wherein the first transport path satisfies the service demand; before a starting time of the scheduled service, reserving a network resource for a second transport path after reserving the network resource for the first transport path, wherein the second transport path satisfies the service demand; reporting the second transport path to the application layer controller; receiving a target transport path from the application layer controller, wherein the target transport path is selected from the second transport path and the first transport path.