mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical instrument, comprising: a handle ; a shaft ; an end effector ; an articulation joint , wherein said end effector is rotatable relative to said shaft about said articulation joint; and an articulation drive, comprising: a first driver configured to drive articulation of said end effector; a second driver configured to drive articulation of said end effector; an articulation drive shaft ; and a drive coupler , said drive coupler operably couples said first driver to said articulation drive shaft when said drive coupler is in a first position, and wherein said drive coupler operably couples said second driver to said articulation drive shaft when said drive coupler is in a second position; characterized in that said drive coupler is rotatable between said first position and said second position. a handle ; a shaft ; an end effector ; an articulation joint , wherein said end effector is rotatable relative to said shaft about said articulation joint; and an articulation drive, comprising: a first driver configured to drive articulation of said end effector; a second driver configured to drive articulation of said end effector; an articulation drive shaft ; and a drive coupler , said drive coupler operably couples said first driver to said articulation drive shaft when said drive coupler is in a first position, and wherein said drive coupler operably couples said second driver to said articulation drive shaft when said drive coupler is in a second position; characterized in that said drive coupler is rotatable between said first position and said second position. a first driver configured to drive articulation of said end effector; a second driver configured to drive articulation of said end effector; an articulation drive shaft ; and a drive coupler , said drive coupler operably couples said first driver to said articulation drive shaft when said drive coupler is in a first position, and wherein said drive coupler operably couples said second driver to said articulation drive shaft when said drive coupler is in a second position; characterized in that said drive coupler is rotatable between said first position and said second position.
An automated device (1, 15; 100; 200; 300), in particular a robot, which comprises: - a movable structure (4-8; 103; 203; 301); - actuator means (M; 102; 202), for causing displacements of the movable structure (4-8; 103; 203; 301); - a control system, which includes a control unit (15; 303) and is able to control the actuator means (M; 102; 202); - a sensorized covering (20; 120; 220; 320), which covers at least part of the movable structure (4-8; 103; 203; 301) and integrates sensor means (C, P) that include at least one of contact sensor means (C) and proximity sensor means (P); wherein the sensorized covering (20; 120; 220; 320) comprises a plurality of covering modules (21-39; 110-113; 201-2011; 321-328), each having a respective load-bearing structure of a predefined shape, associated to which is at least one layer of elastically yielding material , wherein the plurality of covering modules (21-39; 110-113; 201-2011; 321-328) comprises one or more sensorized covering modules , which include respective said sensor means (C, P), characterized in that the load-bearing structure of at least some of the covering modules (21-39; 110-113; 201-2011; 321-328) has associated to it electrical connector means , for enabling to electrically interconnect in a separable way at least two different covering modules that are adjacent to each other. - a movable structure (4-8; 103; 203; 301); - actuator means (M; 102; 202), for causing displacements of the movable structure (4-8; 103; 203; 301); - a control system, which includes a control unit (15; 303) and is able to control the actuator means (M; 102; 202); - a sensorized covering (20; 120; 220; 320), which covers at least part of the movable structure (4-8; 103; 203; 301) and integrates sensor means (C, P) that include at least one of contact sensor means (C) and proximity sensor means (P);
A machine for applying support tabs to a sheet material , comprising a support tab applicator assembly adapted to engage a first side of the sheet material along a longitudinal length of the sheet material to apply a first portion of a support tab thereto, the support tab being configured to receive a suspension member; a support tab finisher assembly adapted to engage a second side of the sheet material along the longitudinal length to apply a second portion of the support tab thereto opposite the first portion of the support tab , wherein the support tab finisher assembly includes a press plate adapted to move to engage the first side of the sheet material and an underside support adapted to engage the second side of the sheet material , where a portion of the sheet material to which the support tab applicator assembly applies the first portion of the support tab is thereby engaged between the press plate and the underside support during application of the second portion of the support tab ; and a hole punch assembly adapted to cut a hole through the sheet material and the support tab , the hole being for receiving the suspension member.
A method comprising: transmitting , by an apparatus , a network identifier associated with a private hosted virtual network to one or more allowed user equipment in a coverage area via a radio access network in the coverage area, wherein the network identifier is configured to be stored on the one or more allowed user equipment , wherein the network identifier comprises a private hosted virtual network identifier and a public land mobile network identifier; and assigning, by the apparatus , an access identity to at least one user equipment of the one or more allowed user equipment to allow the at least one user equipment to initiate access via a random access channel towards the private hosted virtual network transmitting , by an apparatus , a network identifier associated with a private hosted virtual network to one or more allowed user equipment in a coverage area via a radio access network in the coverage area, wherein the network identifier is configured to be stored on the one or more allowed user equipment , wherein the network identifier comprises a private hosted virtual network identifier and a public land mobile network identifier; and assigning, by the apparatus , an access identity to at least one user equipment of the one or more allowed user equipment to allow the at least one user equipment to initiate access via a random access channel towards the private hosted virtual network
A method for forming a bearing assembly comprising: providing an upper housing blank , the upper housing blank having a generally cylindrical outer surface, the longitudinal axis of the upper housing blank defining a bore longitudinal axis (A B ); forming a bore through the upper housing blank , the bore defining an upper bearing housing bore , the upper bearing housing bore formed concentrically with the bore longitudinal axis (A B ); machining the outer surface of the upper housing blank to form an upper bearing housing outer surface , the upper bearing housing outer surface being generally cylindrical, the longitudinal axis of the upper bearing housing outer surface defining a bearing housing longitudinal axis (A H ), the bearing housing longitudinal axis (A H ) intersecting the bore longitudinal axis (A B ) at an angle; positioning a driveshaft within the upper bearing housing bore ; forming a female interface of a threaded interface in the upper housing blank ; characterized in that the method further comprises mechanically coupling a lower housing blank to the female interface of the upper housing blank of the threaded interface . providing an upper housing blank , the upper housing blank having a generally cylindrical outer surface, the longitudinal axis of the upper housing blank defining a bore longitudinal axis (A B ); forming a bore through the upper housing blank , the bore defining an upper bearing housing bore , the upper bearing housing bore formed concentrically with the bore longitudinal axis (A B ); machining the outer surface of the upper housing blank to form an upper bearing housing outer surface , the upper bearing housing outer surface being generally cylindrical, the longitudinal axis of the upper bearing housing outer surface defining a bearing housing longitudinal axis (A H ), the bearing housing longitudinal axis (A H ) intersecting the bore longitudinal axis (A B ) at an angle; positioning a driveshaft within the upper bearing housing bore ; forming a female interface of a threaded interface in the upper housing blank ; characterized in that the method further comprises mechanically coupling a lower housing blank to the female interface of the upper housing blank of the threaded interface .
A method performed in a server in a telecom operator network for control of power source usage of a multi power source radio device connected to the telecom operator network via a cellular Radio Access Network, RAN, of said telecom operator network, the method comprising: obtaining (S1) information (B) about a plurality of power sources (Bai, Ba2, 24) available for the radio device; based on the obtained (S1) information, determining (S2) criteria for when to use at least one of the plurality of power sources; and sending (S3) a power source configuration message (C) towards the radio device , comprising information about the determined (S2) criteria, for enabling the radio device to use said at least one of the plurality of power sources in accordance with the determined criteria; wherein the criteria comprises one or more traffic types, e.g. video or data, for which the power source should, or should not, be used. obtaining (S1) information (B) about a plurality of power sources (Bai, Ba2, 24) available for the radio device; based on the obtained (S1) information, determining (S2) criteria for when to use at least one of the plurality of power sources; and sending (S3) a power source configuration message (C) towards the radio device , comprising information about the determined (S2) criteria, for enabling the radio device to use said at least one of the plurality of power sources in accordance with the determined criteria; wherein the criteria comprises one or more traffic types, e.g. video or data, for which the power source should, or should not, be used.
A tubular cutting device for cutting a tubular structure enclosing a hollow space from within the hollow space, wherein the tubular cutting device comprises - a device body , - a cutting unit which is drivable to rotate relative to the device body and - a cutting member in the cutting unit which is drivable to rotate relative to the cutting unit, characterized in that the cutting unit and the cutting member are driven independently, wherein the ratio of the cutting member rotation to the cutting unit rotation can be changed during operation of the tubular cutting device or during the cutting process, wherein the cutting unit defines a longitudinal axis and wherein the cutting member extends in a plane having a normal which is inclined with respect to the longitudinal axis of the cutting unit . - a device body , - a cutting unit which is drivable to rotate relative to the device body and - a cutting member in the cutting unit which is drivable to rotate relative to the cutting unit, the cutting unit and the cutting member are driven independently, wherein the ratio of the cutting member rotation to the cutting unit rotation can be changed during operation of the tubular cutting device or during the cutting process, wherein the cutting unit defines a longitudinal axis and wherein the cutting member extends in a plane having a normal which is inclined with respect to the longitudinal axis of the cutting unit .
A non-transitory computer-readable medium embodying a program executable in a first computing device, the program comprising: code that determines one of a plurality of models of a second computing device , thereby identifying a model of the second computing device; code that obtains a selection of an application that is executable in the model of the second computing device from a client; code that executes the application in a hosted computing environment; code that encodes a video signal and an audio signal generated by the application into a media stream; code that generates a user interface that includes a graphical representation of the model of the second computing device, wherein the video signal from the media stream is configured to be displayed as a screen of the graphical representation of the model of the second computing device; code that sends the user interface and the media stream to the client; code that obtains an input command from the client, the input command being generated through a user interaction with the graphical representation of the model of the second computing device; and code that provides the input command to the application executing in the hosted computing environment. code that determines one of a plurality of models of a second computing device , thereby identifying a model of the second computing device; code that obtains a selection of an application that is executable in the model of the second computing device from a client; code that executes the application in a hosted computing environment; code that encodes a video signal and an audio signal generated by the application into a media stream; code that generates a user interface that includes a graphical representation of the model of the second computing device, wherein the video signal from the media stream is configured to be displayed as a screen of the graphical representation of the model of the second computing device; code that sends the user interface and the media stream to the client; code that obtains an input command from the client, the input command being generated through a user interaction with the graphical representation of the model of the second computing device; and code that provides the input command to the application executing in the hosted computing environment.
A smoking article comprising: a housing having a mouthpiece and configured to receive an aerosol generating substrate ; a sensor positioned at or in proximity to the mouthpiece and configured to detect an oronasal molecule of a prospective smoker of the article; and control electronics configured to control delivery of an aerosol generated from the aerosol generating substrate through the mouthpiece, wherein the control electronics are operably coupled to the sensor and are configured to control the delivery of the amount of the aerosol based on data received from the sensor. a housing having a mouthpiece and configured to receive an aerosol generating substrate ; a sensor positioned at or in proximity to the mouthpiece and configured to detect an oronasal molecule of a prospective smoker of the article; and control electronics configured to control delivery of an aerosol generated from the aerosol generating substrate through the mouthpiece, wherein the control electronics are operably coupled to the sensor and are configured to control the delivery of the amount of the aerosol based on data received from the sensor.
An ion wind generator comprising: a first electrode , a second electrode having a downstream area which is arranged at a position in a plan view shifted from the first electrode in a first direction, and a dielectric between the first electrode and a third electrode , wherein, in the plan view, a distance in the first direction from a downstream side edge of the first electrode to a downstream side edge of the downstream area being different in a second direction which is perpendicular to the first direction, and a length in the first direction of the downstream area is different in the second direction, the dielectric has a first primary surface and a second primary surface at the back thereof, the second electrode is buried in the dielectric , the first electrode is provided at the first primary surface side other than the second electrode , the first electrode and the second electrode can induce ion wind along the first primary surface , a fourth electrode is buried in the dielectric at the second primary surface side other than the second electrode , the third electrode is provided at the second primary surface side other than the fourth electrode , the fourth electrode has a downstream area located on the side opposite to the first direction from the third electrode , and a length in the first direction of the downstream area of the fourth electrode is larger at a position in the second direction where a length in the first direction of the second electrode is smaller. a first electrode , a second electrode having a downstream area which is arranged at a position in a plan view shifted from the first electrode in a first direction, and a dielectric between the first electrode and a third electrode , wherein, in the plan view, a distance in the first direction from a downstream side edge of the first electrode to a downstream side edge of the downstream area being different in a second direction which is perpendicular to the first direction, and a length in the first direction of the downstream area is different in the second direction, the dielectric has a first primary surface and a second primary surface at the back thereof, the second electrode is buried in the dielectric , the first electrode is provided at the first primary surface side other than the second electrode , the first electrode and the second electrode can induce ion wind along the first primary surface , a fourth electrode is buried in the dielectric at the second primary surface side other than the second electrode , the third electrode is provided at the second primary surface side other than the fourth electrode , the fourth electrode has a downstream area located on the side opposite to the first direction from the third electrode , and a length in the first direction of the downstream area of the fourth electrode is larger at a position in the second direction where a length in the first direction of the second electrode is smaller.
A foldable container, comprising a base and two pairs of opposite side plates (3, 5; 4, 6) hinged to the base , wherein adjacent side plates are capable of engaging with each other through engaging structures and being locked with each other through locking mechanisms to form a container body, wherein at least one side plate is configured such that after being unlocked from the adjacent side plates, the at least one side plate is rotatable towards the inner side of the container body, and is also rotatable towards the outer side of the container body relative to the base , characterized in that the locking mechanism comprises a handle provided on the top of one side plate, a linkage rod , a plurality of tongues installed in the side plate at intervals, and locking holes provided in an adjacent side plate, wherein the handle is connected to the linkage rod , and the linkage rod is provided with a plurality of driving pins spaced apart, each of the driving pins cooperates with a corresponding tongue to drive the tongue to move, so that the tongue enters or exits a corresponding locking hole , wherein the tongue is provided with a driving groove , the driving pin is placed in the driving groove , and the driving groove is shaped such that when the linkage rod moves up and down, the driving pin cooperates with the driving groove to drive the tongue to move telescopically, wherein the handle is provided with a rotating shaft and a driving hole , the side plate is provided with a handle mounting hole , and the linkage rod is provided with a hanging pin , wherein the rotating shaft is rotatably installed in the handle mounting hole , and the hanging pin is movably connected to the driving hole .
A method, comprising: transmitting (S610) a beam training reference signal, RS, resource configuration from a base station , BS, to a user equipment , UE, in a wireless communication system; transmitting (S610) an anchor association index, the anchor association index indicating a beam pair link formed by a control transmit beam of the BS and a receive beam of the UE ; transmitting (S614) beam training RSs from dedicated beams corresponding to the control beam according to the beam training RS resource configuration; and receiving (S618) a measurement report including quality measurements of beamformed channels over the receive beam and a subset of the dedicated beams. transmitting (S610) a beam training reference signal, RS, resource configuration from a base station , BS, to a user equipment , UE, in a wireless communication system; transmitting (S610) an anchor association index, the anchor association index indicating a beam pair link formed by a control transmit beam of the BS and a receive beam of the UE ; transmitting (S614) beam training RSs from dedicated beams corresponding to the control beam according to the beam training RS resource configuration; and receiving (S618) a measurement report including quality measurements of beamformed channels over the receive beam and a subset of the dedicated beams.
A method for preparing a continuous carbon fiber reinforced thermoplastic prepreg, the method comprising: preparing widely spread filaments of carbon fiber; forming a stack by disposing a thermoplastic film on at least a portion of upper and lower sides of the widely spread filaments of carbon fiber; and forming a bonded material by bonding the thermoplastic film and the carbon fiber of the stack, characterised in that the step of preparing the widely spread filaments of carbon fiber comprises coating the filaments of carbon fiber with a bonding resin having a melting point lower than that of the thermoplastic film, wherein the bonded material is formed by fusing the bonding resin between the thermoplastic film and the carbon fiber, and wherein the forming of the bonded material is performed by radiating microwaves. preparing widely spread filaments of carbon fiber; forming a stack by disposing a thermoplastic film on at least a portion of upper and lower sides of the widely spread filaments of carbon fiber; and forming a bonded material by bonding the thermoplastic film and the carbon fiber of the stack, characterised in that the step of preparing the widely spread filaments of carbon fiber comprises coating the filaments of carbon fiber with a bonding resin having a melting point lower than that of the thermoplastic film, wherein the bonded material is formed by fusing the bonding resin between the thermoplastic film and the carbon fiber, and wherein the forming of the bonded material is performed by radiating microwaves.