mhurhangee/patent-ind-claim-en huggingface dataset:
A delivery system, including: a material for storing molecules and/or nanoparticles by substantially binding said molecules and/or nanoparticles to said material; means for applying an electric field to said material to release said molecules and/or nanoparticles; and means for applying an ultrasonic signal to said material to transport said molecules and/or nanoparticles through said material to a surface for delivery to an entity , wherein said means for applying an ultrasonic signal includes at least one ultrasonic transducer coupled to said material . a material for storing molecules and/or nanoparticles by substantially binding said molecules and/or nanoparticles to said material; means for applying an electric field to said material to release said molecules and/or nanoparticles; and means for applying an ultrasonic signal to said material to transport said molecules and/or nanoparticles through said material to a surface for delivery to an entity , wherein said means for applying an ultrasonic signal includes at least one ultrasonic transducer coupled to said material .
A toner comprising a toner particle and an external additive, wherein the external additive comprises a composite particle comprising an organosilicon polymer fine particle covering a surface of an alumina particle, a coverage ratio of the surface of the alumina particle with the organosilicon polymer fine particle, as determined in accordance with the description, is 1 to 50 area%, and given A (nm) as a number-average particle diameter of primary particles of the organosilicon polymer fine particle, as determined in accordance with the description, and B (nm) as a number-average particle diameter of primary particles of the alumina particle, as determined in accordance with the description, following formulae (I) and (II) are satisfied: A ≤ 90 100 ≤ B ≤ 1000 the external additive comprises a composite particle comprising an organosilicon polymer fine particle covering a surface of an alumina particle, a coverage ratio of the surface of the alumina particle with the organosilicon polymer fine particle, as determined in accordance with the description, is 1 to 50 area%, and given A (nm) as a number-average particle diameter of primary particles of the organosilicon polymer fine particle, as determined in accordance with the description, and B (nm) as a number-average particle diameter of primary particles of the alumina particle, as determined in accordance with the description, following formulae (I) and (II) are satisfied: A ≤ 90 100 ≤ B ≤ 1000
A compression stepped piston ring , comprising a ring outer side , an upper ring flank , a lower ring flank , wherein the ring outer side has a notch on the upper edge, so that only a lower portion of the ring outer side forms a contact surface , wherein the notch forms a step on the ring outer side in the axial direction that forms a re-entrant edge and a projecting edge , and wherein the notch has a conicity with an angle (β) of between 0.5° and 5°, preferably 2° and 4°, characterized in that the notch or the step ends short of the respective gap ends in the circumferential direction.
A polyalkylene glycol monomer having a polymerizable double bond and a polyalkylene glycol chain, wherein the polyalkylene glycol monomer has a hydrophobic part, and the polymerizable double bond is positioned at one terminal of the polyalkylene glycol chain, and the hydrophobic part is positioned at the other terminal, and the polymerizable double bond is derived from allyl glycidyl ether, wherein the hydrophobic part contains a hydrocarbon group containing 1 to 20 carbon atoms, said hydrocarbon group being an alkyl group, an aryl group, an alkylaryl group or a polycyclic alkyl group.
A drum to be used in textile finishing operations, comprising a body and a helical wrap surrounding said body from the middle part to the ends thereof, and comprising: - a plurality of horizontal bars forming said body by being arranged at certain intervals, and which are linear, and which are configured to provide multiple horizontal linear strikes on the fabric and configured to impact deeper on the fabric, - said body comprises fixing plates on which said horizontal bars are connected, - at least one shaft providing rotational motion by transferring the motion it receives from a drive unit to the body , characterized in that said horizontal bars together form an elliptical or a polygonal shaped exterior surface of the body of the drum . - a plurality of horizontal bars forming said body by being arranged at certain intervals, and which are linear, and which are configured to provide multiple horizontal linear strikes on the fabric and configured to impact deeper on the fabric, - said body comprises fixing plates on which said horizontal bars are connected, - at least one shaft providing rotational motion by transferring the motion it receives from a drive unit to the body ,
An isolated mesenchymal stem cell-like human multipotent stem cell population, which is positive for EphA7 and one or more pericyte markers.
An illumination assembly adapted to be mounted to a vehicle for targeting an object , the illumination assembly comprising: a laser for producing a laser beam of light; an optical fiber disposed adjacent the laser and extending between a beam receiving end for receiving the laser beam of light from the laser and a beam emitting end for emitting the laser beam of light therefrom; a beam splitter disposed adjacent the beam emitting end of the optical fiber, the beam splitter configured to split a laser beam of light produced by the laser, into a target beam and a feedback beam and to direct the target beam toward the targeted object; a feedback sensor configured and positioned to receive the feedback beam and to generate a feedback signal to identify a targeted image portion correlated to the targeted object; a motor operatively connected to the vehicle with the beam emitting end fixedly secured thereto; and a controller configured to receive the feedback signal generated by the feedback sensor and to generate a control signal transmittable to the motor to position the beam emitting end of the optical fiber such that the target beam continues to be directed toward the targeted object. a laser for producing a laser beam of light; an optical fiber disposed adjacent the laser and extending between a beam receiving end for receiving the laser beam of light from the laser and a beam emitting end for emitting the laser beam of light therefrom; a beam splitter disposed adjacent the beam emitting end of the optical fiber, the beam splitter configured to split a laser beam of light produced by the laser, into a target beam and a feedback beam and to direct the target beam toward the targeted object; a feedback sensor configured and positioned to receive the feedback beam and to generate a feedback signal to identify a targeted image portion correlated to the targeted object; a motor operatively connected to the vehicle with the beam emitting end fixedly secured thereto; and a controller configured to receive the feedback signal generated by the feedback sensor and to generate a control signal transmittable to the motor to position the beam emitting end of the optical fiber such that the target beam continues to be directed toward the targeted object.
Dispenser system for fastening on a vertical wall, said dispenser system having a replaceable bottle , which extends along a longitudinal axis , which comprises a bottle body with a circumferential wall , and which comprises a pump with an outlet , which includes an outlet opening , and with an actuating element which is movable in the direction of the longitudinal axis , and having an actuating device which includes a support housing and a lever arm which is hinged on the support housing so as to be pivotable about a pivot axis , wherein the support housing comprises an abutment surface for abutment against the vertical wall, two side walls which are spaced apart from one another and are aligned transversely with respect to the abutment surface , and an open front side which is situated opposite the abutment surface such that a receiving region for the bottle is formed between the side walls , with respect to which and from which receiving region the lever arm is able to be pivoted, characterized in that the circumferential wall of the bottle body is provided with oppositely situated recesses , in that the side walls comprise side projections which are provided on oppositely situated inside surfaces of the side walls , in that the support housing is developed in such a manner that the bottle can be inserted into the receiving region from the front side as a result of a movement substantially perpendicular to the abutment surface , in that with the bottle inserted, the side projections engage with the recesses in the circumferential wall of the bottle and the actuating element is arranged below the lever arm , and in that with the bottle inserted, the longitudinal axis of the bottle is in a position inclined forward with respect to the abutment surface .
A system configured to control (Ctrl) an automatic milking machine , the system comprising: a control unit configured to cause the automatic milking machine to operate in accordance with control commands and/or parameter settings (CMD), a local user interface configured to receive operator-generated instructions and in response thereto produce control commands and/or parameter settings (CMD) to the control unit , the local user interface being fixedly arranged at the automatic milking machine , and a communication interface configured to receive, via at least one network , control commands and/or parameter settings (CMD) produced by at least one remote terminal , characterized in that the local user interface is configured to, in response to a first operator-generated instruction, produce a lock command (CMD[Ik]) to the control unit , and in response to the lock command (CMD[lk]) the control unit is configured to set the automatic milking machine in a single-control mode in which the automatic milking machine is locked to operate exclusively in response to control commands and/or parameter settings (CMD) from a single control source identified in connection with producing the lock command (CMD[lk]), the single control source being a particular of the at least one remote terminal . a control unit configured to cause the automatic milking machine to operate in accordance with control commands and/or parameter settings (CMD), a local user interface configured to receive operator-generated instructions and in response thereto produce control commands and/or parameter settings (CMD) to the control unit , the local user interface being fixedly arranged at the automatic milking machine , and a communication interface configured to receive, via at least one network , control commands and/or parameter settings (CMD) produced by at least one remote terminal , characterized in that the local user interface is configured to, in response to a first operator-generated instruction, produce a lock command (CMD[Ik]) to the control unit , and in response to the lock command (CMD[lk]) the control unit is configured to set the automatic milking machine in a single-control mode in which the automatic milking machine is locked to operate exclusively in response to control commands and/or parameter settings (CMD) from a single control source identified in connection with producing the lock command (CMD[lk]), the single control source being a particular of the at least one remote terminal .
Valve arrangement for controlling a flow of a heating or cooling fluid, said valve arrangement comprising: a housing having an inlet and an outlet , and a pressure regulating valve being arranged between said inlet and said outlet and having a regulating valve element and a regulating valve seat , said regulating valve element being connected to a membrane , said membrane having a flexible part in form of a "U" having two deformable legs, characterized in that a radially inner expansion space is provided on a radially inner side of the flexible part of the membrane , into which a radially inner part of the flexible part can be deformed.
A plain thrust bearing comprising a shaft provided with a flange , wherein a bearing disk having circumferential projections is mounted on the flange , wherein two circumferential projections are made on the surface of the bearing disk facing the flange , wherein antifriction sectors are mounted on the surface of the bearing disk opposite to the flange , characterized in that the bearing disk is provided with interleaving supporting bands and slots on the side facing to the sectors , wherein the bearing disk is provided with mounting surfaces along its circumferences of internal and external diameters, wherein external and internal rings securing the sectors made of antifriction material through elastic elements are mounted on the mounting surfaces , the sectors are fixed to deter them from rotation in relation to the bearing disk by intermediate bars comprising a pin , the intermediate bars being arranged between the sectors , wherein the bars are fixed by inserting their pins into openings in the bearing disk , wherein the sectors made of antifriction material are provided with steps for the external and internal rings , wherein the sectors are provided on their side opposite to the bearing disk with roundings and the sectors are provided on their side facing the bearing disk with slots for mutual axial fixation, wherein a sector's lead-in edge is shaped approximately as a parabolic curve, wherein interleaving channels for cooling and lubricating are formed by the bars , the sectors , the external and the internal rings .
A bearing device configured to be installed between a superstructure segment and a substructure segment of a structure and capable of bearing the superstructure segment while minimizing a transferred vibration from the substructure segment to the superstructure segment, the bearing device comprising: a top plate configured to be arranged in a position closer to the superstructure segment than to the substructure segment; a base plate facing the top plate and configured to be arranged in a position closer to the substructure segment than to the superstructure segment; an elastic component bonded to the top plate and to the base plate and intervening between the top plate and the base plate; and a shear key having a form of round plate and restraining the elastic component from shear deforming; wherein the top plate includes a first hold section formed in a surface facing the base plate, and a first end of the shear key is situated inside the first hold section; the base plate includes a second hold section formed in a surface facing the top plate, and a second end of the shear key is situated inside the second hold section; characterized in that the shear key is placed inside the elastic component while situating the first end inside the first hold section of the top plate and the second end inside the second hold section of the base plate and while allowing an axis (O) of the shear key to be inclinable with respect to a stacking direction (V) of the top plate and the base plate. a top plate configured to be arranged in a position closer to the superstructure segment than to the substructure segment; a base plate facing the top plate and configured to be arranged in a position closer to the substructure segment than to the superstructure segment; an elastic component bonded to the top plate and to the base plate and intervening between the top plate and the base plate; and a shear key having a form of round plate and restraining the elastic component from shear deforming; wherein the top plate includes a first hold section formed in a surface facing the base plate, and a first end of the shear key is situated inside the first hold section; the base plate includes a second hold section formed in a surface facing the top plate, and a second end of the shear key is situated inside the second hold section; characterized in that the shear key is placed inside the elastic component while situating the first end inside the first hold section of the top plate and the second end inside the second hold section of the base plate and while allowing an axis (O) of the shear key to be inclinable with respect to a stacking direction (V) of the top plate and the base plate.
A method for a communication device comprising a plurality of antenna elements (101-105) arranged in an antenna array structure and configured to perform dynamic calibration of the antenna elements for beamforming, the method comprising: during an antenna calibration opportunity, performing interference level measurements and antenna calibration measurements; adapting the antenna calibration measurements for one or more of the antenna elements based on the measured interference level; and characterized by : repeating the step of performing interference level measurements and antenna calibration measurements during a plurality of antenna calibration opportunities; wherein adapting the antenna calibration measurements for one or more of the antenna elements based on the measured interference level comprises: determining a weighting value for the antenna calibration measurements for each antenna calibration opportunity based on the corresponding measured interference levels. during an antenna calibration opportunity, performing interference level measurements and antenna calibration measurements; adapting the antenna calibration measurements for one or more of the antenna elements based on the measured interference level; and characterized by : repeating the step of performing interference level measurements and antenna calibration measurements during a plurality of antenna calibration opportunities; wherein adapting the antenna calibration measurements for one or more of the antenna elements based on the measured interference level comprises: determining a weighting value for the antenna calibration measurements for each antenna calibration opportunity based on the corresponding measured interference levels. repeating the step of performing interference level measurements and antenna calibration measurements during a plurality of antenna calibration opportunities; wherein adapting the antenna calibration measurements for one or more of the antenna elements based on the measured interference level comprises: determining a weighting value for the antenna calibration measurements for each antenna calibration opportunity based on the corresponding measured interference levels.
A method for sending a power headroom report, PHR, by a user equipment, UE, comprising: in a configuration of Dual Connectivity, operating two media access control, MAC, entities , wherein (i) a first MAC entity of the MAC entities corresponds to a first set of serving cells, and (ii) a second MAC entity of the MAC entities corresponds to a second set of serving cells; generating, in each of the MAC entities , an extended power headroom MAC control element for the Dual Connectivity that includes a value of a power headroom for each activated serving cell with configured uplink among the first set and the second set of serving cells ; and transmitting, in each of the MAC entities , the extended power headroom MAC control element for the Dual Connectivity . in a configuration of Dual Connectivity, operating two media access control, MAC, entities , wherein (i) a first MAC entity of the MAC entities corresponds to a first set of serving cells, and (ii) a second MAC entity of the MAC entities corresponds to a second set of serving cells; generating, in each of the MAC entities , an extended power headroom MAC control element for the Dual Connectivity that includes a value of a power headroom for each activated serving cell with configured uplink among the first set and the second set of serving cells ; and transmitting, in each of the MAC entities , the extended power headroom MAC control element for the Dual Connectivity .
A method of assembling a portion of a microfluidic device by conducting bonding action by contacting faces of opposed bondable materials, one of the bondable materials comprising a flexible sheet, the method characterized by employing a repeated make-and-break-contact manufacturing protocol on a first region R1 of the contacting faces of the bondable materials, while maintaining continual contact of the faces in a second region R2 until bonding is completed, thereby over time neutralizing the tendency for permanent bonds to form in the first region R1, thus to enable making and breaking actuated movements of the first region R1 of the flexible sheet relative to the portion of the other material that it opposes.
A touch panel comprising a sensor unit that has a translucent sensor base material and a photic base material bonded to a forward portion of the sensor base material , wherein the photic base material is an optical adjustment base material which is a polarizing plate, wherein: the sensor base material has a display region on which a translucent electrode layer is formed and a wiring region positioned closer to an edge of the sensor base material than to the display region , the wiring layer extending from the electrode layer , a flexible wiring board being joined to the sensor base material in the wiring region , a conductive layer provided on the flexible wiring board being electrically continuous to the wiring layer; and an opening is formed in an area corresponding to the wiring region on the photic base material , part of the flexible wiring board being sandwiched between the sensor base material and the photic base material , at least part of an opposing edge being positioned in the opening , the opposing edge being one of edges of the flexible wiring board , the opposing edge facing the display region . the sensor base material has a display region on which a translucent electrode layer is formed and a wiring region positioned closer to an edge of the sensor base material than to the display region , the wiring layer extending from the electrode layer , a flexible wiring board being joined to the sensor base material in the wiring region , a conductive layer provided on the flexible wiring board being electrically continuous to the wiring layer; and an opening is formed in an area corresponding to the wiring region on the photic base material , part of the flexible wiring board being sandwiched between the sensor base material and the photic base material , at least part of an opposing edge being positioned in the opening , the opposing edge being one of edges of the flexible wiring board , the opposing edge facing the display region .