mhurhangee/ep-ind-claims huggingface dataset:
Computer data back-up unit (68A, 68B, 70) support designed to receive at least two distinct sizes of back-up units (68A, 68B, 70), wherein the support comprises a bottom and at least one stationary wall perpendicular to the bottom, and further comprises an additional wall extending perpendicularly to the bottom of the support and parallel to the stationary wall, wherein the additional wall is mounted to be movable in the direction of the width of the support relative to the bottom of the support between at least two receiving slots (22, 24) that are respectively associated with distinct receiving widths of the back-up units (68A, 68B, 70), characterized in that the movable wall is supported on a base to form a movable assembly sliding in at least one rail of the bottom of the support, the base being U-shaped and having two grooves that are open towards the outside of the free ends of the arms of the U, and that interact with the facing edges of two non-adjacent rails of the bottom of the support.
A method for use in a heterogeneous telecommunications system, said telecommunications system comprising a macro base station and a low-power base station, the low-power base station having a coverage which is extendible by range expansion, RE, to serve a user equipment which would otherwise have been served by the macro base station, the method comprising, in either of the macro base station or the low-power base station: obtaining information about radio conditions of the user equipment at least with respect to the macro base station; determining, based on the obtained information, whether a criterion for conditional range expansion is satisfied, said criterion being related to an uplink transmission power of the user equipment to the macro base station, wherein said criterion pertains to maximum bit-rates not being reachable for uplink data traffic from the user equipment to the macro base station and wherein said criterion further pertains to the user equipment being subject to power limitation, i.e., the user equipment has reached a maximum uplink transmission power; characterized in that the method further comprises: applying range expansion for the user equipment only when the criterion is satisfied. obtaining information about radio conditions of the user equipment at least with respect to the macro base station; determining, based on the obtained information, whether a criterion for conditional range expansion is satisfied, said criterion being related to an uplink transmission power of the user equipment to the macro base station, wherein said criterion pertains to maximum bit-rates not being reachable for uplink data traffic from the user equipment to the macro base station and wherein said criterion further pertains to the user equipment being subject to power limitation, i.e., the user equipment has reached a maximum uplink transmission power; characterized in that the method further comprises: applying range expansion for the user equipment only when the criterion is satisfied. applying range expansion for the user equipment only when the criterion is satisfied.
A method for controlling a flow, comprising: moving an interface surface in response to a pressure associated with at least one wave having at least one frequency, the pressure being exerted on the interface surface by the flow; receiving the at least one wave via a subsurface feature extending from the interface surface, the subsurface feature comprising a phononic crystal or local resonant metamaterial; altering a phase of the at least one wave via the subsurface feature; and vibrating, in response to the altered phase of the at least one wave, the interface surface at a frequency, phase, and amplitude; wherein: the subsurface feature has a phase relation that is negative at the at least one frequency of the at least one wave; and the subsurface feature controls the interface surface such that the amplitude of said vibrating induces stabilization of the flow. moving an interface surface in response to a pressure associated with at least one wave having at least one frequency, the pressure being exerted on the interface surface by the flow; receiving the at least one wave via a subsurface feature extending from the interface surface, the subsurface feature comprising a phononic crystal or local resonant metamaterial; altering a phase of the at least one wave via the subsurface feature; and vibrating, in response to the altered phase of the at least one wave, the interface surface at a frequency, phase, and amplitude; wherein: the subsurface feature has a phase relation that is negative at the at least one frequency of the at least one wave; and the subsurface feature controls the interface surface such that the amplitude of said vibrating induces stabilization of the flow. the subsurface feature has a phase relation that is negative at the at least one frequency of the at least one wave; and the subsurface feature controls the interface surface such that the amplitude of said vibrating induces stabilization of the flow.
A microorganism of the genus Escherichia having an ability to produce O-succinylhomoserine or succinic acid, wherein an activity of α-ketoglutarate dehydrogenase complex is enhanced compared to an endogenous activity level thereof.
An apparatus comprising: means for causing presentation of content of a first widget in a display, the first widget being associated with a second widget, means for causing presentation, in the display, of content of the first widget in a manner including a content item related to the second widget, means for causing presentation of the content item in accordance with a predetermined relationship with respect to presentation of the content of the first widget, and means for causing the apparatus to initiate a request, to a network entity, to receive the second widget, the means being for causing the apparatus to initiate the request based on the presentation of the content item. means for causing presentation of content of a first widget in a display, the first widget being associated with a second widget, means for causing presentation, in the display, of content of the first widget in a manner including a content item related to the second widget, means for causing presentation of the content item in accordance with a predetermined relationship with respect to presentation of the content of the first widget, and means for causing the apparatus to initiate a request, to a network entity, to receive the second widget, the means being for causing the apparatus to initiate the request based on the presentation of the content item.
A sensorless control unit for a brushless DC motor, which estimates the motor rotor position based on the phase voltages of the motor and sets a forced commutation mode to rotate the brushless DC motor irrespective of the rotor position of the motor during start-up of the brushless DC motor and makes a switchover to a sensorless control mode when the estimated rotor position becomes detectable, characterized by: a power supply control unit which controls the power supply from a direct-current power source to the three phases of the motor and which includes a current control unit, wherein the current control unit executes post-switchover initial sensorless control, in which the power source current maximum value which is supplied from the direct-current power source to the motor phases, is set at a value (Imax1) higher than the rated current value (Imax0) of the motor, over a predetermined period of time immediately after the switchover from the forced commutation mode to the sensorless control mode is made and then the power source current maximum value is set at a value equal to the rated current value (Imax0) of the motor. a power supply control unit which controls the power supply from a direct-current power source to the three phases of the motor and which includes a current control unit, wherein the current control unit executes post-switchover initial sensorless control, in which the power source current maximum value which is supplied from the direct-current power source to the motor phases, is set at a value (Imax1) higher than the rated current value (Imax0) of the motor, over a predetermined period of time immediately after the switchover from the forced commutation mode to the sensorless control mode is made and then the power source current maximum value is set at a value equal to the rated current value (Imax0) of the motor.
An airfoil comprising: a multi-part body having an interior region and formed from multiple pieces joined with each other at an interface, the pieces having multiple cavities, and at least one of the pieces defining airfoil cooling channels disposed within the interior region of the body; and one or more thermally conductive pins within the interior region of the body and extending across the interface, wherein each of the thermally conductive pins has a first segment disposed within a corresponding cavity of a first piece of the multiple pieces and a second segment disposed within a corresponding cavity of a second piece of the multiple pieces, wherein the body extends along a length axis from a mounting end of the body to a distal end of the body opposite the mounting end, characterized in that each of the one or more thermally conductive pins is oriented parallel to the length axis of the body. a multi-part body having an interior region and formed from multiple pieces joined with each other at an interface, the pieces having multiple cavities, and at least one of the pieces defining airfoil cooling channels disposed within the interior region of the body; and one or more thermally conductive pins within the interior region of the body and extending across the interface, wherein each of the thermally conductive pins has a first segment disposed within a corresponding cavity of a first piece of the multiple pieces and a second segment disposed within a corresponding cavity of a second piece of the multiple pieces, wherein the body extends along a length axis from a mounting end of the body to a distal end of the body opposite the mounting end, characterized in that each of the one or more thermally conductive pins is oriented parallel to the length axis of the body.
An 82 Sr/ 82 Rb elution system, comprising: a 82 Sr/ 82 Rb generator; a processor; a pump; a valve (16, 24); a controller communicatively coupled with the pump, the valve and the processor; characterised in that the controller is configured to i) periodically compare the current pump speed with a requested pump speed, or ii) continuously verify the state of the valve, or iii) both. a 82 Sr/ 82 Rb generator; a processor; a pump; a valve (16, 24); a controller communicatively coupled with the pump, the valve and the processor; characterised in that the controller is configured to i) periodically compare the current pump speed with a requested pump speed, or ii) continuously verify the state of the valve, or iii) both. i) periodically compare the current pump speed with a requested pump speed, or ii) continuously verify the state of the valve, or iii) both.
An irrigation mounting arrangement (100, 300) for an irrigation container and an irrigation container (102, 310), the irrigation container (102, 310) defined by a body portion (108, 342), a neck member (114, 344), and a stopper (116, 346), the neck member (114, 344) comprising a washer-shaped portion, the irrigation mounting arrangement (100, 300) comprising: an upwardly extending base member; and a mounting arm mechanism (104, 200, 308) extending away from the base member; at least one plate member against which a portion of the irrigation container is compressed during delivery of fluid from the irrigation container; wherein the mounting arm (104, 200, 308) mechanism further comprises at least one mounting aperture (212, 338) configured to selectively receive the washer-shaped portion such that the neck member (114, 344) of the irrigation container is oriented above the body portion (108, 342) during delivery of fluid from the irrigation container (102, 310). an upwardly extending base member; and a mounting arm mechanism (104, 200, 308) extending away from the base member; at least one plate member against which a portion of the irrigation container is compressed during delivery of fluid from the irrigation container; wherein the mounting arm (104, 200, 308) mechanism further comprises at least one mounting aperture (212, 338) configured to selectively receive the washer-shaped portion such that the neck member (114, 344) of the irrigation container is oriented above the body portion (108, 342) during delivery of fluid from the irrigation container (102, 310).
A method to determine the resistance in a cable in a vehicle, comprising: calculating a cable resistance based on the resistivity of the cable material, the length of the cable and the cable cross sectional area; calculating a corrected resistance value (R) based on a theoretical temperature of the cable at the current flowing through the cable; measuring a real-time voltage drop between a first measurement point 5 and a second measurement point 6 along the cable and calculating a measured real-time resistance of the cable; comparing the measured real-time resistance to the corrected resistance value regularly at a predetermined time interval; and providing an error signal if the difference is above a pre-determined threshold value. calculating a cable resistance based on the resistivity of the cable material, the length of the cable and the cable cross sectional area; calculating a corrected resistance value (R) based on a theoretical temperature of the cable at the current flowing through the cable; measuring a real-time voltage drop between a first measurement point 5 and a second measurement point 6 along the cable and calculating a measured real-time resistance of the cable; comparing the measured real-time resistance to the corrected resistance value regularly at a predetermined time interval; and providing an error signal if the difference is above a pre-determined threshold value.
Method for operating a production line for manufacturing and collating printed products, in which the production line actively connected to a control is operated by at least one printing press, the printing process of which is designed to manufacture printed products in various stages of production, in which downstream of the printing press at least a first intermediate buffer loaded with printed products is operated through a conveyor section and downstream of this first intermediate buffer at least one processing station operates, in which the printed products are processed into finished printed products, characterised in that, in the event of a fault established in relation to the printed product or in the event of a fault in a printed product within the printing process or downstream of it, at least one order is sent by the control to the printing press or at least a second intermediate buffer to produce or supply the faulty or missing printed product again and in which such a printed product (12, 12a) is conveyed directly to the place in the processing station affected by the fault in relation to the printed product through at least one autonomous conveyor line, which forms a conveyor line existing in addition to the conveyor section.
Use of liposomes for reducing aggregation of the nucleic acids of a control for in vitro use in identifying a plurality of genotypes, the control comprising liposomes and a first mixture of nucleic acids, wherein the first mixture of nucleic acids comprises a first plurality of nucleotide sequences, each nucleotide sequence of the first plurality encodes a genotype of the plurality of genotypes, and the first mixture of nucleic acids is incorporated into the liposomes.
A lighting appliance comprising a light module having a base designed to receive a handle provided with a grip stick, said handle being arranged to snap-fastening in removable manner by axial insertion into a ring arranged on said base, said lighting appliance being characterized in that said handle is withdrawn axially from said base by turning said ring relative to said base.
A pluripotent stem cell that comprises a rearranged T-cell receptor locus and comprises a nucleic acid encoding a chimeric antigen receptor, wherein the pluripotent stem cell is derived from a T cell.
A method for calculating and for managing the energy of a vehicle equipped with an engine running on diesel fuel for propulsion of the vehicle and operation of at least one auxiliary equipment unit, characterized in that: a) the engine is equipped with data collection and recording means, b) the vehicle is equipped with detectors identifying, over time, at least the vehicle motion, engagement of the engine with the auxiliary equipment and the fuel consumption, and allowing to identify operation of the engine either for propulsion of the vehicle or for operation of the auxiliary equipment, and the diesel fuel consumption of the engine, c) the vehicle is equipped with means for recording the identified operation and diesel fuel consumption data. a) the engine is equipped with data collection and recording means, b) the vehicle is equipped with detectors identifying, over time, at least the vehicle motion, engagement of the engine with the auxiliary equipment and the fuel consumption, and allowing to identify operation of the engine either for propulsion of the vehicle or for operation of the auxiliary equipment, and the diesel fuel consumption of the engine, c) the vehicle is equipped with means for recording the identified operation and diesel fuel consumption data.
A refrigerator, comprising: a storage compartment; a drawer located within the storage compartment, the drawer having an opening facing upward; a lid for uncovering or covering the opening, the lid being slidably supported on an upper portion of the drawer, and when the drawer is pulled out of the storage compartment, the lid being pulled out with the drawer while keeping the opening covered and sliding relative to the drawer to be pushed back into the storage compartment to uncover the opening; a block located within the storage compartment, configured to: prevent the lid from continuing moving rearward to keep the lid supported on the drawer that is pulled out, and when the drawer is pushed into the storage compartment, enable the lid to cover the opening characterized in that the block is fixed to an inner wall of the storage compartment and extends to an upper side of the lid, and that there is a gap between the block and a surface of the lid. a storage compartment; a drawer located within the storage compartment, the drawer having an opening facing upward; a lid for uncovering or covering the opening, the lid being slidably supported on an upper portion of the drawer, and when the drawer is pulled out of the storage compartment, the lid being pulled out with the drawer while keeping the opening covered and sliding relative to the drawer to be pushed back into the storage compartment to uncover the opening; a block located within the storage compartment, configured to: prevent the lid from continuing moving rearward to keep the lid supported on the drawer that is pulled out, and when the drawer is pushed into the storage compartment, enable the lid to cover the opening characterized in that the block is fixed to an inner wall of the storage compartment and extends to an upper side of the lid, and that there is a gap between the block and a surface of the lid.
A method for maintaining data in a data storage system, the data storage system including data storage nodes interconnected by means of a communications network, the method characterized by: sending a request by multicast for a first data item to at least one of the plurality of storage nodes, said first data item including a reference to a second data item stored in the storage system, the reference comprising a second unique key associated with the second data item; receiving the first data item from at least one storage node of the plurality of storage nodes; and sending a request by multicast for the second data item to a subset of the plurality of storage nodes, wherein the subset is determined based on the reference included in the first data item, wherein the first data item is associated with a first unique key, and each of the first and second unique keys comprising a cluster address and a data item identifier, wherein the cluster address identifies a subset of said storage nodes within the system, the data item identifier, being a Universally Unique Identifier, UUID, identifies the associated data item stored on the subset of storage nodes, and the second data item is identified based on the second unique key from the received first data item. sending a request by multicast for a first data item to at least one of the plurality of storage nodes, said first data item including a reference to a second data item stored in the storage system, the reference comprising a second unique key associated with the second data item; receiving the first data item from at least one storage node of the plurality of storage nodes; and sending a request by multicast for the second data item to a subset of the plurality of storage nodes, wherein the subset is determined based on the reference included in the first data item, wherein the first data item is associated with a first unique key, and each of the first and second unique keys comprising a cluster address and a data item identifier, wherein the cluster address identifies a subset of said storage nodes within the system, the data item identifier, being a Universally Unique Identifier, UUID, identifies the associated data item stored on the subset of storage nodes, and the second data item is identified based on the second unique key from the received first data item.
End element of a lane limiting device, in particular of a device for opening a passage in a lane limiting device, having a longitudinal axis, comprising a guide element and a collision element, which is rotatable or pivotable relative to the guide element from a closed position into a collision position, characterised in that the collision element is mounted on the guide element so as to be rotatable or pivotable about an axis parallel to the longitudinal axis or about this longitudinal axis.