mhurhangee/patent-ind-claim-en huggingface dataset:
A therapeutic nanoparticle comprising 2-(3-((7-(3-(ethyl(2-hydroxyethyl)amino)propoxy)quinazolin-4-yl)amino)-1H-pyrazol-5-yl)-N-(3-fluorophenyl)acetamide (AZD1152 hqpa), comprising 50 to 99.75 weight percent of a diblock poly(lactic) acid-poly(ethylene)glycol copolymer, wherein the therapeutic nanoparticle comprises 10 to 30 weight percent poly(ethylene)glycol, and wherein the therapeutic nanoparticle comprises a substantially hydrophobic acid.
A mass spectrometer, comprising: a quadrupole (Q3) configured so that a ramped oscillatory voltage amplitude and a ramped direct current (DC) voltage amplitude can be applied to a set of electrodes of the device, thus enabling said quadrupole to selectively transmit to its distal end an abundance of ions within a range of mass-to-charge values ( m / z 's) determined by the amplitudes of said applied oscillatory and DC voltages; a detector configured adjacent to the distal end of said quadrupole to acquire a series of said abundance of ions during the progression of said applied ramping of the oscillatory and DC voltages; and a processor coupled to said detector and configured to subject said acquired series of said abundance of ions to deconvolution as a function of the applied ramped oscillatory and/or DC voltages so as to provide a mass spectrum, characterized in that the mass spectrometer is configured so that said oscillatory and DC voltage amplitudes are applied exponentially versus time. a quadrupole (Q3) configured so that a ramped oscillatory voltage amplitude and a ramped direct current (DC) voltage amplitude can be applied to a set of electrodes of the device, thus enabling said quadrupole to selectively transmit to its distal end an abundance of ions within a range of mass-to-charge values ( m / z 's) determined by the amplitudes of said applied oscillatory and DC voltages; a detector configured adjacent to the distal end of said quadrupole to acquire a series of said abundance of ions during the progression of said applied ramping of the oscillatory and DC voltages; and a processor coupled to said detector and configured to subject said acquired series of said abundance of ions to deconvolution as a function of the applied ramped oscillatory and/or DC voltages so as to provide a mass spectrum, characterized in that the mass spectrometer is configured so that said oscillatory and DC voltage amplitudes are applied exponentially versus time.
A razor, comprising a razor head, a handle, and an elastic fastener adapted for connecting the razor head to the handle, and the elastic fastener comprising: a left elastic arm and a right elastic arm , which are arranged in a Y-axis direction and spaced in an X-axis direction which is orthogonal to the Y-axis direction; and a connecting arm for connecting the left elastic arm and the right elastic arm together to form one piece; characterized in that a left pivoting axle is provided at a lower end of the left elastic arm and adapted for connecting with the handle, and an axis line of the left pivoting axle is arranged in a Z-axis direction which is orthogonal to the XY-plane, a left hook is extended at an upper end of the left elastic arm in the X-axis direction and adapted for engaging with the razor head; a right pivoting axle is provided at a lower end of the right elastic arm and adapted for pivotally connecting with the handle, and an axis line of the right pivoting axle is arranged in the Z-axis direction, a right hook is extended at an upper end of the right elastic arm in the X-axis direction and adapted for engaging with the razor head, a left plane (P1) and a right plane (P2) vertical to the X axis in the Y-axis direction are defined, the axis line of the left pivoting axle is located in the left plane (P1), the axis line of the right pivoting axle is located in the right plane (P2), and the left hook and the right hook respectively has an abutment area which is adapted for abutting against the razor head during shaving and which is located in a space sandwiched between the left plane (P1) and the right plane (P2). a left elastic arm and a right elastic arm , which are arranged in a Y-axis direction and spaced in an X-axis direction which is orthogonal to the Y-axis direction; and a connecting arm for connecting the left elastic arm and the right elastic arm together to form one piece; characterized in that a left pivoting axle is provided at a lower end of the left elastic arm and adapted for connecting with the handle, and an axis line of the left pivoting axle is arranged in a Z-axis direction which is orthogonal to the XY-plane, a left hook is extended at an upper end of the left elastic arm in the X-axis direction and adapted for engaging with the razor head; a right pivoting axle is provided at a lower end of the right elastic arm and adapted for pivotally connecting with the handle, and an axis line of the right pivoting axle is arranged in the Z-axis direction, a right hook is extended at an upper end of the right elastic arm in the X-axis direction and adapted for engaging with the razor head, a left plane (P1) and a right plane (P2) vertical to the X axis in the Y-axis direction are defined, the axis line of the left pivoting axle is located in the left plane (P1), the axis line of the right pivoting axle is located in the right plane (P2), and the left hook and the right hook respectively has an abutment area which is adapted for abutting against the razor head during shaving and which is located in a space sandwiched between the left plane (P1) and the right plane (P2).
An electronic device comprising: a display ; a communication interface ; a processor operatively connected to the display and the communication interface; and a memory operatively connected to the processor, wherein the memory is configured to store instructions that, when executed, cause the processor to control the electronic device: to receive, through a messenger application of the electronic device, a plurality of images in a first order and property information corresponding to the plurality of images respectively from an external electronic device using the communication interface, to determine a second order based on at least part of the property information, and to arrange and display, through the messenger application, the plurality of images in the second order through the display, wherein the property information includes order information analyzed from the plurality of images or derived from metadata of the plurality of images, and wherein the determining of the second order is based on a character, a number or a change of at least one object contained in an image corresponding to the plurality of images, respectively. a display ; a communication interface ; a processor operatively connected to the display and the communication interface; and a memory operatively connected to the processor, wherein the memory is configured to store instructions that, when executed, cause the processor to control the electronic device: to receive, through a messenger application of the electronic device, a plurality of images in a first order and property information corresponding to the plurality of images respectively from an external electronic device using the communication interface, to determine a second order based on at least part of the property information, and to arrange and display, through the messenger application, the plurality of images in the second order through the display, wherein the property information includes order information analyzed from the plurality of images or derived from metadata of the plurality of images, and wherein the determining of the second order is based on a character, a number or a change of at least one object contained in an image corresponding to the plurality of images, respectively. to receive, through a messenger application of the electronic device, a plurality of images in a first order and property information corresponding to the plurality of images respectively from an external electronic device using the communication interface, to determine a second order based on at least part of the property information, and to arrange and display, through the messenger application, the plurality of images in the second order through the display, wherein the property information includes order information analyzed from the plurality of images or derived from metadata of the plurality of images, and wherein the determining of the second order is based on a character, a number or a change of at least one object contained in an image corresponding to the plurality of images, respectively.
An apparatus comprising means for: operating in a first discontinuous reception mode comprising at least one awake period and at least one sleep period; receiving, during operation in the at least one awake period, a first indication from a network indicating that data is to be transmitted to or from the apparatus at the end of a maximum channel occupancy period to perform at least one of: pausing operation of the first discontinuous reception mode such that the apparatus continues operation in the at least one awake period; and disabling operation of the first discontinuous reception mode such that the apparatus continues operation in a second discontinuous reception mode. operating in a first discontinuous reception mode comprising at least one awake period and at least one sleep period; receiving, during operation in the at least one awake period, a first indication from a network indicating that data is to be transmitted to or from the apparatus at the end of a maximum channel occupancy period to perform at least one of: pausing operation of the first discontinuous reception mode such that the apparatus continues operation in the at least one awake period; and disabling operation of the first discontinuous reception mode such that the apparatus continues operation in a second discontinuous reception mode. pausing operation of the first discontinuous reception mode such that the apparatus continues operation in the at least one awake period; and disabling operation of the first discontinuous reception mode such that the apparatus continues operation in a second discontinuous reception mode.
A method of an application providing server providing an installation file of an application for using a service of a service providing server , the method comprising: registering both the installation file of the application dedicated to the service and a browser User Interface, UI, of the application dedicated to the service; receiving a request for the installation file of the application and the browser UI from a device ; and providing, to the device , the browser UI and the installation file of the application, which are registered together, in response to the request, wherein the installation file of the application is provided to and installed on the device while the service is provided from the service providing server to the device through the browser UI. registering both the installation file of the application dedicated to the service and a browser User Interface, UI, of the application dedicated to the service; receiving a request for the installation file of the application and the browser UI from a device ; and providing, to the device , the browser UI and the installation file of the application, which are registered together, in response to the request, wherein the installation file of the application is provided to and installed on the device while the service is provided from the service providing server to the device through the browser UI.
Rotor arrangement for rotatable installation in a pump housing of an electric pump for liquid media, in particular a coolant pump, comprising a drive part and a pump part connected to the drive part for conjoint rotation, the pump part having a flow Pregion which is arranged axially at an upper end of the rotor arrangement and has an inflow opening and a plurality of blades for conducting coolant, the drive part being formed in a multi-part manner from interconnected parts that are separately injection-molded in an injection molding process, comprising an outer part and an inner part , and the outer part having a magnetizable magnetic substance for driving according to the electromotive principle and being magnetized to form at least two magnetic poles, and the outer part enclosing the substantially cylindrical inner part cylindrically at least in regions in an axial drive region , the inner part being substantially cylindrical and being radially widened at its upper end facing in the direction of the flow region , axially above the drive region , to form a receiving region at least to the radial outer diameter to which the blades extend, characterized in that the pump part has a radially centered, axially extending sleeve which is inserted in a form-fitting manner into a radially centered, axially extending opening of the inner part and extends through the drive region . the pump part having a flow Pregion which is arranged axially at an upper end of the rotor arrangement and has an inflow opening and a plurality of blades for conducting coolant, the drive part being formed in a multi-part manner from interconnected parts that are separately injection-molded in an injection molding process, comprising an outer part and an inner part , and the outer part having a magnetizable magnetic substance for driving according to the electromotive principle and being magnetized to form at least two magnetic poles, and the outer part enclosing the substantially cylindrical inner part cylindrically at least in regions in an axial drive region , the inner part being substantially cylindrical and being radially widened at its upper end facing in the direction of the flow region , axially above the drive region , to form a receiving region at least to the radial outer diameter to which the blades extend, characterized in that the pump part has a radially centered, axially extending sleeve which is inserted in a form-fitting manner into a radially centered, axially extending opening of the inner part and extends through the drive region .
A signal transmission apparatus , configured in a terminal equipment , the apparatus comprising: a generating unit configured to generate a first feedback signal at least according to a first set, the first set at least comprising two SPS PDSCH receptions, and the SPS PDSCH receptions in the first set corresponding to identical serving cells; and a transmitting unit configured to transmit the first feedback signal, wherein the first feedback signal comprises HARQ-ACK information to which the SPS PDSCH receptions in the first set correspond, characterized in that orders of the feedback information to which the SPS PDSCH receptions in the first set correspond in the first feedback signal are related to at least one of the following manners: an ascending order of ending time-domain positions of PDSCHs to which the SPS PDSCH receptions in the first set correspond; and an ascending order of SPS configuration IDs to which the SPS PDSCH receptions in the first set correspond. a generating unit configured to generate a first feedback signal at least according to a first set, the first set at least comprising two SPS PDSCH receptions, and the SPS PDSCH receptions in the first set corresponding to identical serving cells; and a transmitting unit configured to transmit the first feedback signal, wherein the first feedback signal comprises HARQ-ACK information to which the SPS PDSCH receptions in the first set correspond, characterized in that orders of the feedback information to which the SPS PDSCH receptions in the first set correspond in the first feedback signal are related to at least one of the following manners: an ascending order of ending time-domain positions of PDSCHs to which the SPS PDSCH receptions in the first set correspond; and an ascending order of SPS configuration IDs to which the SPS PDSCH receptions in the first set correspond.
Method for taking an elevator (12a - 12d) of an elevator group into service mode, comprising a succession of following steps: - entering in the input device of the elevator group a maintenance signal which comprises an elevator definition part , - upon entering of the maintenance signal the elevator (12a - 12d) identified in the elevator definition part is removed from landing call allocation, - the identified elevator (12a - 12d) is initiated to serve all remaining car calls and then to drive to a maintenance floor and to wait there for maintenance operation. - entering in the input device of the elevator group a maintenance signal which comprises an elevator definition part , - upon entering of the maintenance signal the elevator (12a - 12d) identified in the elevator definition part is removed from landing call allocation, - the identified elevator (12a - 12d) is initiated to serve all remaining car calls and then to drive to a maintenance floor and to wait there for maintenance operation.
A fender for fending a ship from a mooring wall, the fender comprising - a fender base structure ; - a movable fender surface mounted moveable in a fender compression direction relative to the fender base structure ; - a hydraulic cylinder and piston assembly operationally connected between the fender base structure and the movable fender surface , - a reservoir filled at least partially with gas;; - an overpressure valve configured to pass hydraulic liquid from the hydraulic cylinder to the reservoir when a difference between a pressure of the hydraulic liquid in the hydraulic cylinder and a pressure in the reservoir reaches a first threshold; - a return valve configured to pass hydraulic liquid from the reservoir to the hydraulic cylinder when a difference between a pressure of the hydraulic liquid in the hydraulic cylinder drops below a second threshold lower than the first threshold; whereby the fender further comprises at least one force adjustment device coupled between the fender base structure and the movable fender surface ; and means that dynamically varies a force exerted by the at least one force adjustment device during oscillation periods of oscillatory movement of the ship, increasing and reducing a reaction force exerted by the fender respectively during a period of oscillatory movement of the ship to increase the net absorption of energy from the oscillatory movement. - a fender base structure ; - a movable fender surface mounted moveable in a fender compression direction relative to the fender base structure ; - a hydraulic cylinder and piston assembly operationally connected between the fender base structure and the movable fender surface , - a reservoir filled at least partially with gas;; - an overpressure valve configured to pass hydraulic liquid from the hydraulic cylinder to the reservoir when a difference between a pressure of the hydraulic liquid in the hydraulic cylinder and a pressure in the reservoir reaches a first threshold; - a return valve configured to pass hydraulic liquid from the reservoir to the hydraulic cylinder when a difference between a pressure of the hydraulic liquid in the hydraulic cylinder drops below a second threshold lower than the first threshold;
A magnetic separator with a housing that has an interior , a port and a flange , a lid that is detachably connected to the flange and a pot that can be inserted into the interior , a magnet assembly comprising a permanent magnet that can be inserted into the pot , wherein a movable locking element (17; 17') for securing the permanent magnet inserted into the pot is provided, characterized in that the movable locking element (17; 17') is brought into form-fitting engagement through the connection of the lid and flange to the magnet assembly .
A light source system, comprising: a first light-emitting subsystem, a light source shaping subsystem, and a second light-emitting subsystem located between the first light-emitting subsystem and the light source shaping subsystem, wherein the first light-emitting subsystem comprises a laser light source array , and the laser light source array comprises at least one laser light source ; and a wavelength conversion apparatus disposed on an output light path of the laser light source array , wherein the wavelength conversion apparatus comprises at least one wavelength conversion area ; the second light-emitting subsystem comprises: a first light emitting diode (LED) array disposed on an output light path of the wavelength conversion apparatus , wherein a light-emitting surface of the first LED array is facing away from the wavelength conversion apparatus , and the first LED array comprises a first light transmitted hole that allows light to pass through and that coincides with the output light path of the wavelength conversion apparatus ; and the light source shaping subsystem comprises an integration lens group disposed on an output light path of the first LED array ; a first condensing lens disposed on a side of the integration lens group that is facing away from the first LED array ; characterized by a moveable optical block disposed on a side of the first condensing lens that is facing away from the integration lens group , wherein the moveable optical block moves into or moves out of an output light path of the first condensing lens to switch a size of an output light spot of the light source, wherein the moveable optical block comprises at least one further condensing lens . the first light-emitting subsystem comprises a laser light source array , and the laser light source array comprises at least one laser light source ; and a wavelength conversion apparatus disposed on an output light path of the laser light source array , wherein the wavelength conversion apparatus comprises at least one wavelength conversion area ; the second light-emitting subsystem comprises: a first light emitting diode (LED) array disposed on an output light path of the wavelength conversion apparatus , wherein a light-emitting surface of the first LED array is facing away from the wavelength conversion apparatus , and the first LED array comprises a first light transmitted hole that allows light to pass through and that coincides with the output light path of the wavelength conversion apparatus ; and the light source shaping subsystem comprises an integration lens group disposed on an output light path of the first LED array ; a first condensing lens disposed on a side of the integration lens group that is facing away from the first LED array ; characterized by a moveable optical block disposed on a side of the first condensing lens that is facing away from the integration lens group , wherein the moveable optical block moves into or moves out of an output light path of the first condensing lens to switch a size of an output light spot of the light source, wherein the moveable optical block comprises at least one further condensing lens .