mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method for rendering an output image, the method comprising: receiving a plurality of input images, wherein each input image of the plurality of input images is taken from different first locations; receiving a view specification for rendering the output image, wherein the view specification comprises a second location; rendering the output image based at least in part on the plurality of input images and the view specification, wherein the output image comprises an image of a region as seen from the second location, wherein the second location is different from each of the first locations, wherein rendering the output image based at least in part on the plurality of input images and the view specification comprises: for each of a plurality of blocks of pixels of the output image: determining a mapping between a plurality of pixels along the perimeter of the respective block of pixels and a plurality of corresponding pixels of each of one or more of the input images; and for each of the one or more input images: perform a projective mapping of pixels located within a perimeter of the corresponding pixels of the input image to respective pixels in the output image, wherein said projective mapping is based at least in part on the mapping between the plurality of pixels along the perimeter of the respective block of pixels and the plurality of corresponding pixels of the one or more input images. displaying the output image on a display. receiving a plurality of input images, wherein each input image of the plurality of input images is taken from different first locations; receiving a view specification for rendering the output image, wherein the view specification comprises a second location; rendering the output image based at least in part on the plurality of input images and the view specification, wherein the output image comprises an image of a region as seen from the second location, wherein the second location is different from each of the first locations, wherein rendering the output image based at least in part on the plurality of input images and the view specification comprises: for each of a plurality of blocks of pixels of the output image: determining a mapping between a plurality of pixels along the perimeter of the respective block of pixels and a plurality of corresponding pixels of each of one or more of the input images; and for each of the one or more input images: perform a projective mapping of pixels located within a perimeter of the corresponding pixels of the input image to respective pixels in the output image, wherein said projective mapping is based at least in part on the mapping between the plurality of pixels along the perimeter of the respective block of pixels and the plurality of corresponding pixels of the one or more input images. displaying the output image on a display.
Changing device for rotary indexing tables, having at least two tables with associated table unit , which comprises a clamping device , and a stand component , which is used as a base component and through which a shaft passes, which defines the axis of rotation of tables rotatable by an electric motor and which has an interface for connecting the relevant tables , which can be fixed in predefinable rotational positions relative to the respective associated table unit by means of the clamping device , wherein the at least two table units , differing from each other at least with respect to their clamping devices , together with their associated table as exchange components can be fixed on the base component in an interchangeable manner for their operation,
A method executed by a mobility management entity, MME , for transmitting, by the MME, a paging message in a wireless communication system, the method comprising: transmitting (S930, S1010) a UE context release command message, to a first base station , wherein the first base station manages a cell to which a user equipment, UE, in RRC_IDLE state belongs; receiving (S950, S1030, S1210) a UE context release complete message including a list of tracking area identity, TAI, of at least one neighboring cell adjacent to the cell, from the first base station , in response to the UE context release command message; and transmitting (S1120) the paging message to at least one second base station which belongs to a tracking area included in the list of TAI included in the UE context release complete message. transmitting (S930, S1010) a UE context release command message, to a first base station , wherein the first base station manages a cell to which a user equipment, UE, in RRC_IDLE state belongs; receiving (S950, S1030, S1210) a UE context release complete message including a list of tracking area identity, TAI, of at least one neighboring cell adjacent to the cell, from the first base station , in response to the UE context release command message; and transmitting (S1120) the paging message to at least one second base station which belongs to a tracking area included in the list of TAI included in the UE context release complete message.
Rotary head machining unit that carries at least two pivoting tools to machine a non-rotary part centered on the rotational axis of the rotary head, including a frame on which a rotor is mounted, carried by two external bearings , said rotor having an axial channel and, coupled to rotational drive means and , axial guiding means for said non-rotary part and , these means being carried by bearings in rotor and by fixed support , means for holding and moving said non-rotary part axially, at least two tool holders (4a-4c) mounted in said rotary head in order to pivot about respective axes parallel to the rotational axis, each holder comprising a control lever (4j-4l) arranged transversally, pivoting control means cooperating with said lever and comprising a control element that is movable in axial translation in the rotor and coupled to a translation control device, and pairs of pusher elements arranged respectively on each control lever and on the corresponding control element, each pair of pusher elements comprising a guiding surface (4d-4f) and a pushing surface resting against the guiding surface in a position that varies according to the translation of said control element , said guiding surface (4d-4f) being located on the tool holder and the corresponding pushing surface being located on the control element , and every guiding surface corresponding to a pivoting tool holder having the shape of a helix portion whose axis coincides with the pivoting axis of said holder, characterized in that it comprises a control bush mounted coaxially on said spindle, said bush being arranged to slide axially and to be in a first advanced position, in a second retracted position, said control bush carrying at one of its ends a control surface with an ellipsoidal shape arranged to cooperate with helical guiding surfaces (4d-4f) and to make the tools plunge, means for moving said control bush axially and a phase shift device arranged to bring said control bush in two, three or four predetermined angular positions about its axis.
An apparatus for removing trim from sheets, the apparatus comprising: a plurality of wheels for conveying a sheet, wherein: the wheels are positioned at intervals along a plurality of axles so as to define a plurality of gaps that provide sufficient space to permit trim falling from the sheet to pass through the gaps but not so wide as to allow a sheet to fall through the gaps or become jammed in the gaps; and one or more air chambers , positioned above the plurality of wheels , and configured to propel air toward the sheet such that trim is removed from the sheet and to increase the frictional force between the sheets and the wheels characterized in that the wheels of one axle line up with a midpoint between the wheels on a subsequent axle to define the plurality of gaps through which trim falling from the sheets passes. the wheels are positioned at intervals along a plurality of axles so as to define a plurality of gaps that provide sufficient space to permit trim falling from the sheet to pass through the gaps but not so wide as to allow a sheet to fall through the gaps or become jammed in the gaps; and one or more air chambers , positioned above the plurality of wheels , and configured to propel air toward the sheet such that trim is removed from the sheet and to increase the frictional force between the sheets and the wheels characterized in that the wheels of one axle line up with a midpoint between the wheels on a subsequent axle to define the plurality of gaps through which trim falling from the sheets passes.
Method for dynamic assignment of a serving network node in an IMS communications network comprising a predetermined number of serving network nodes , said method comprising: a network node receiving a service request associated with a user equipment , another network , or an application server , and wherein the service request is not a request for registration or re-registration; providing load information to the network node associated with said serving network nodes in the IMS communications network; in response to said service request, the network node assigning one of said predetermined number of serving network nodes to said user equipment , said other network or said application server on the basis of said load information; and the assigned serving network node routing said service request to an application server comprising a service associated with the service request. a network node receiving a service request associated with a user equipment , another network , or an application server , and wherein the service request is not a request for registration or re-registration; providing load information to the network node associated with said serving network nodes in the IMS communications network; in response to said service request, the network node assigning one of said predetermined number of serving network nodes to said user equipment , said other network or said application server on the basis of said load information; and the assigned serving network node routing said service request to an application server comprising a service associated with the service request.
A linear cleaning peristaltic metering pump, comprising a pump body , a hose fixing accessory and an anti-backflow accessory , wherein the hose fixing accessory is configured for arranging a working hose ; the anti-backflow accessory is configured for clamping and loosening the working hose ; and the pump body is configured for performing reciprocating motion to clamp or loosen the working hose , thereby realizing a pumping effect by metering pump; the anti-backflow accessory is in cooperation with the pump body ; wherein the pump body comprises a roller lifting assembly , a roller hose-pressing assembly , a pump body outer cover assembly and a power transmission part ; and the power transmission part is configured for driving the roller lifting assembly to perform lifting linear motion, so as to drive the roller hose-pressing assembly to move and to clamp or loosen the working hose , characterized in that the roller lifting assembly comprises a lifting screw assembly and a guide shaft ; a middle section of the guide shaft is arranged on a linear bearing ; two ends of the guide shaft are respectively connected with an upper guide shaft fixing plate and a lower guide shaft fixing plate ; and the lifting screw assembly is connected to the lower guide shaft fixing plate and is driven by the power transmission part , so as to drive the guide shaft to perform lifting motion.
A tri-block prepolymer for making biomedical devices comprising formula [A]-[B]-[C], wherein [A] and [C] are independently polymeric segments formed from a first hydrophilic monomer comprising functionality selected from the group consisting of hydroxyalkyl, aminoalkyl, and mixtures thereof and optionally one or more second hydrophilic monomers; and [B] is a polymeric segment formed from a silicone-containing macromer; optionally a third hydrophilic monomer comprising functionality selected from the group consisting of hydroxyalkyl, amino alkyl, and mixtures thereof; and optionally a silicone-containing monomer; and wherein said tri-block prepolymer comprises at least one monovalent reactive group, wherein the at least one monovalent reactive group is an end group. [A] and [C] are independently polymeric segments formed from a first hydrophilic monomer comprising functionality selected from the group consisting of hydroxyalkyl, aminoalkyl, and mixtures thereof and optionally one or more second hydrophilic monomers; and [B] is a polymeric segment formed from a silicone-containing macromer; optionally a third hydrophilic monomer comprising functionality selected from the group consisting of hydroxyalkyl, amino alkyl, and mixtures thereof; and optionally a silicone-containing monomer; and
A method performed by a user equipment, UE, having reduced capabilities for performing initial access, the method comprising, transmitting , to a network node, an indication that the UE is a reduced capability, RedCap, UE; receiving, from the network node, a determination of whether a standard two-step random access process should either be used or continually be used for initial access; in response to a determination that the standard two-step random access process should either not be used or not continually be used for the RedCap UE, performing one of: facilitating to adjust one or more configurations associated with the standard two-step random access process; and facilitating to use a four-step random access process wherein: the indication that the UE is a RedCap UE is included in a MsgA transmission to the network node; and the determination is based on the indication. transmitting , to a network node, an indication that the UE is a reduced capability, RedCap, UE; receiving, from the network node, a determination of whether a standard two-step random access process should either be used or continually be used for initial access; in response to a determination that the standard two-step random access process should either not be used or not continually be used for the RedCap UE, performing one of: facilitating to adjust one or more configurations associated with the standard two-step random access process; and facilitating to use a four-step random access process wherein: the indication that the UE is a RedCap UE is included in a MsgA transmission to the network node; and the determination is based on the indication. facilitating to adjust one or more configurations associated with the standard two-step random access process; and facilitating to use a four-step random access process wherein: the indication that the UE is a RedCap UE is included in a MsgA transmission to the network node; and the determination is based on the indication. the indication that the UE is a RedCap UE is included in a MsgA transmission to the network node; and the determination is based on the indication.
An electromotive drive for motor vehicle applications, comprising an electric motor , further comprising a drive wheel , in particular a worm wheel , interacting with the electric motor and having a cam contour , and comprising a lever which can be acted upon by the cam contour , the cam contour completing a full revolution (360°) in order to act upon the lever , characterized in that the cam contour is designed to execute more than a full rotation (>360°), the lever being equipped with at least a first lever stop and the drive wheel , in particular the worm wheel , being equipped with a wheel stop , both stops interacting in a position-dependent manner, the lever being equipped with a further second lever stop , the first lever stop interacting with the wheel stop as an end stop after more than the full revolution of the drive wheel , in particular of the worm wheel , and the second lever stop cooperating with the wheel stop as a further end stop at the beginning of the rotational movement of the drive wheel , in particular of the worm wheel .
A refrigerator comprising : a refrigerating cycle ; an outside environment information obtaining unit including at least one of a sound obtaining unit configured to obtain outside environment information and an imaging unit configured to image an outside environment, the outside environment information obtaining unit being configured to obtain outside environment information which is capable of grasping an outside situation; a communication unit configured to communicate with an external device connected thereto via a network , thereby rendering the outside environment information obtained by the outside environment information obtaining unit referable at the external device side; said refrigerator being characterized by an operating state detection unit configured to detect a change in an operating state of the refrigerating cycle , wherein the outside environment information obtaining unit is configured to obtain the outside environment information when the change in the operating state of the refrigerating cycle has been detected by the operating state detection unit . a refrigerating cycle ; an outside environment information obtaining unit including at least one of a sound obtaining unit configured to obtain outside environment information and an imaging unit configured to image an outside environment, the outside environment information obtaining unit being configured to obtain outside environment information which is capable of grasping an outside situation; a communication unit configured to communicate with an external device connected thereto via a network , thereby rendering the outside environment information obtained by the outside environment information obtaining unit referable at the external device side; said refrigerator being characterized by an operating state detection unit configured to detect a change in an operating state of the refrigerating cycle , wherein the outside environment information obtaining unit is configured to obtain the outside environment information when the change in the operating state of the refrigerating cycle has been detected by the operating state detection unit .
A web-fed printing press for printing a printing material web , which is guided through the web-fed printing press in a web running direction LR, wherein the web-fed printing press comprises a feed means for the printing material web , at least one printing unit comprising a cylinder group , which is in operative connection with the printing material web during the printing, for the at least one-sided printing of the printing material web , and at least one image regulating means , wherein the image regulating means comprises at least one mechanical image regulator , which can be brought into operative connection with the printing material web , and/or at least one image regulator nozzle , characterized in that the at least one image regulating means is arranged upstream of the cylinder group , viewed in the web running direction LR, of the first printing unit (4-1), viewed in the web running direction LR, wherein the printing material web can be narrowed in its effective width b by means of the upstream of the first printing unit, viewed in the web running direction.
A phonorecord for embodying an audio recording comprising: a. a metal substrate ; b. a lacquer coating disposed on at least a portion of the metal substrate , the lacquer coating comprising a nitrocellulose lacquer and one or more grooves embodying the audio recording; and c. a conformal coating disposed on at least a portion of the lacquer coating ; characterized in that the thickness of the conformal coating is from about 10 nm to about 500 nm; and the conformal coating is made from a material comprising one or more of quartz, SiO 2 , sapphire, Al 2 O 3 , or diamond-like carbon, DLC. a. a metal substrate ; b. a lacquer coating disposed on at least a portion of the metal substrate , the lacquer coating comprising a nitrocellulose lacquer and one or more grooves embodying the audio recording; and c. a conformal coating disposed on at least a portion of the lacquer coating ; the thickness of the conformal coating is from about 10 nm to about 500 nm; and the conformal coating is made from a material comprising one or more of quartz, SiO 2 , sapphire, Al 2 O 3 , or diamond-like carbon, DLC.
An antimetabolite for use in a method of treating muscle invasive bladder cancer in an individual comprising administering to the individual an effective amount of the antimetabolite, wherein the antimetabolite is delivered locally to the bladder, wherein the antimetabolite is gemcitabine, and wherein the gemcitabine is delivered continuously to the bladder of the individual for 24 hours to 6 weeks.
A method for acknowledging a packet, the method comprising: detecting , with a media access control, MAC, module, a second uncorrectable error in a second packet received via a synchronous link of a wireless communication medium; performing , with a majority vote module, a majority vote with respect to the second packet and a first packet received with a first uncorrectable error prior to receipt of the second packet to generate an error-corrected packet in reaction to the detection of the second uncorrectable error in the second packet; determining , with a codec module, if the error-corrected packet is acceptable in reaction to the detection of the second uncorrectable error in the second packet; overriding , with the codec module, the MAC module to prevent a response from being sent when the error-corrected packet is acceptable; and sending , by the MAC module, an acknowledgment response when the error-corrected packet is acceptable. detecting , with a media access control, MAC, module, a second uncorrectable error in a second packet received via a synchronous link of a wireless communication medium; performing , with a majority vote module, a majority vote with respect to the second packet and a first packet received with a first uncorrectable error prior to receipt of the second packet to generate an error-corrected packet in reaction to the detection of the second uncorrectable error in the second packet; determining , with a codec module, if the error-corrected packet is acceptable in reaction to the detection of the second uncorrectable error in the second packet; overriding , with the codec module, the MAC module to prevent a response from being sent when the error-corrected packet is acceptable; and sending , by the MAC module, an acknowledgment response when the error-corrected packet is acceptable.