mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving (S101) optical data measured in three-dimensional geographic coordinates using an optical distancing system; projecting (S103), using a controller , the optical data onto a plurality of predefined two-dimensional planes (303a-c), wherein the plurality of predefined two-dimensional planes (303a-c) are defined by respective distance ranges from a reference and wherein each point of the optical data is projected onto a specific one of the plurality of planes based on the respective distance of the respective point of the optical data from the reference; receiving (S105) image data from at least one panoramic image; calculating (S107), using the controller , according to a pixel value (221a-c) of at least one pixel of the image data, a pixel value for a corresponding spatially aligned point of the optical data on at least one of the plurality of predefined two-dimensional planes (303a-c); and storing (S109) at least one image file including the calculated pixel value for the point of the optical data . receiving (S101) optical data measured in three-dimensional geographic coordinates using an optical distancing system; projecting (S103), using a controller , the optical data onto a plurality of predefined two-dimensional planes (303a-c), wherein the plurality of predefined two-dimensional planes (303a-c) are defined by respective distance ranges from a reference and wherein each point of the optical data is projected onto a specific one of the plurality of planes based on the respective distance of the respective point of the optical data from the reference; receiving (S105) image data from at least one panoramic image; calculating (S107), using the controller , according to a pixel value (221a-c) of at least one pixel of the image data, a pixel value for a corresponding spatially aligned point of the optical data on at least one of the plurality of predefined two-dimensional planes (303a-c); and storing (S109) at least one image file including the calculated pixel value for the point of the optical data .
Parking device of a brake caliper for a disc brake of a vehicle, comprising: - a support body ; - thrust means provided on said support body, suitable to exert a thrust action on at least one pad of said disc brake; - actuation means suitable to actuate said thrust means to exert said thrust action on said at least one pad, said actuation means comprising an actuation lever rotatably connected to the support body , said actuation lever being movable between: an operative position in which said parking device is active, and a rest position, wherein said parking device is inactive; said actuation means comprise an adjustable stop for said actuation lever in said rest position; characterised in that said actuation lever comprises a side surface , said adjustable stop being suitable to cooperate with the side surface of said actuation lever , said adjustable stop being a shaped pin which realizes a cam coupling with the side surface of said actuation lever . - a support body ; - thrust means provided on said support body, suitable to exert a thrust action on at least one pad of said disc brake; - actuation means suitable to actuate said thrust means to exert said thrust action on said at least one pad, said actuation means comprising an actuation lever rotatably connected to the support body , said actuation lever being movable between: an operative position in which said parking device is active, and a rest position, wherein said parking device is inactive; said actuation means comprise an adjustable stop for said actuation lever in said rest position; characterised in that said actuation lever comprises a side surface , said adjustable stop being suitable to cooperate with the side surface of said actuation lever , said adjustable stop being a shaped pin which realizes a cam coupling with the side surface of said actuation lever .
A method for determining an application delay value of a minimum scheduling offset restriction in a wireless communication system, the method comprising: receiving (S161) downlink control information, DCI, including information for a change to a value of K 0min or K 2min in a slot n of a scheduling cell, wherein each of the K 0min and K 2min is an applied minimum scheduling offset restriction, and applying (S163) a changed K 0min or a changed K 2min value in a slot n+X of the scheduling cell, characterized in that the X is determined based on a following equation, X = max ⌈ Y ⋅ 2 μ PDCCH 2 μ PDSCH ⌉ Z wherein the Y is a currently applied Kamin value in a scheduled cell, the μ PDCCH is a subcarrier spacing configuration for a physical downlink control channel, PDCCH, in the scheduling cell, the μ PDSCH is a subcarrier spacing configuration for a physical downlink shared channel, PDSCH, in the scheduled cell, and the Z is a value determined by a subcarrier spacing, SCS, of the scheduling cell, and wherein based on the subcarrier spacing, SCS, of the scheduling cell being 15kHz, 30kHz, 60kHz, 120kHz, the Z is 1, 1, 2, 2, respectively. receiving (S161) downlink control information, DCI, including information for a change to a value of K 0min or K 2min in a slot n of a scheduling cell, wherein each of the K 0min and K 2min is an applied minimum scheduling offset restriction, and applying (S163) a changed K 0min or a changed K 2min value in a slot n+X of the scheduling cell, characterized in that the X is determined based on a following equation, X = max ⌈ Y ⋅ 2 μ PDCCH 2 μ PDSCH ⌉ Z wherein the Y is a currently applied Kamin value in a scheduled cell, the μ PDCCH is a subcarrier spacing configuration for a physical downlink control channel, PDCCH, in the scheduling cell, the μ PDSCH is a subcarrier spacing configuration for a physical downlink shared channel, PDSCH, in the scheduled cell, and the Z is a value determined by a subcarrier spacing, SCS, of the scheduling cell, and wherein based on the subcarrier spacing, SCS, of the scheduling cell being 15kHz, 30kHz, 60kHz, 120kHz, the Z is 1, 1, 2, 2, respectively.
An optical system for a stereo endoscope including a monoscopic endoscope having an entrance pupil that is divided into a left half and a right half thereby creating two stereoscopic images that are observed from a left perspective and a right perspective, the optical system comprising: an objective lens, the entrance pupil having an optical axis, a prism block located adjacent to an entrance pupil side of the objective lens, the prism block including a first rhomboidal prism and a second rhomboidal prism , wherein the first rhomboidal prism has a first corner and the second rhomboidal prism has a second corner, the first corner and the second corner being in contact at a point located on the optical axis of the entrance pupil, wherein the first rhomboidal prism of the prism block deflects all rays extending through a left half of the entrance pupil to the left and transfers a first stereoscopic image from the left half of the entrance pupil to the left and the second rhomboidal prism of the prism block deflects all rays extending through a right half of the entrance pupil to the right and transfers a second stereoscopic image from the right half of the entrance pupil to the right, characterised in that : the entrance pupil is located at an exit surface of a deflection prism , and the prism block is cemented on said exit surface of the deflection prism. an objective lens, the entrance pupil having an optical axis, a prism block located adjacent to an entrance pupil side of the objective lens, the prism block including a first rhomboidal prism and a second rhomboidal prism , wherein the first rhomboidal prism has a first corner and the second rhomboidal prism has a second corner, the first corner and the second corner being in contact at a point located on the optical axis of the entrance pupil, wherein the first rhomboidal prism of the prism block deflects all rays extending through a left half of the entrance pupil to the left and transfers a first stereoscopic image from the left half of the entrance pupil to the left and the second rhomboidal prism of the prism block deflects all rays extending through a right half of the entrance pupil to the right and transfers a second stereoscopic image from the right half of the entrance pupil to the right, characterised in that : the entrance pupil is located at an exit surface of a deflection prism , and the prism block is cemented on said exit surface of the deflection prism.
Brake dust particle filter assembly for collecting brake dust particles generated when a disk brake assembly is actuated, having a brake dust particle filter which features a ring segment-shaped housing for at least partially accommodating a brake disc of the disc brake assembly , wherein the housing features two housing side walls spaced axially apart from one another and, between the housing side walls , one housing peripheral wall extending at least sectionwise in the circumferential direction, and having at least one filter element disposed in the housing , and having a holding component which is meant to hold the brake dust particle filter in a fixed installation position relative to the disc brake assembly , characterized in that the holding component and the housing can be fixed relative to one another at least with respect to their angular position in the circumferential direction and/or their radial position directly through a mutual engagement in the installation position, wherein the mutual engagement is achieved using a form-fitting engagement of at least one male connecting geometry having at least one corresponding female connecting geometry , wherein the male connecting geometry is present on the holding component and the female connecting geometry is present on the housing or vice versa.
A method for operation of a communication network comprising: generating a ranking to order operation of a plurality of nodes (204A-204E) in the communication network that exchange data in a group cryptographic key exchange process based on a leakage graph of the nodes (204A-204E), the ranking minimizing leakage of data through a shared communication medium during the group cryptographic key exchange process; transmitting , with a gateway node in the communication network , the ranking to the plurality of nodes (204A-204E) through the shared communication medium ; and performing , with the plurality of nodes (204A-204E), the group cryptographic key exchange process in an order of operation specified in the ranking to enable the plurality of nodes (204A-204E) to exchange a shared cryptographic key through the shared communication medium while minimizing leakage of data through the shared communication medium . generating a ranking to order operation of a plurality of nodes (204A-204E) in the communication network that exchange data in a group cryptographic key exchange process based on a leakage graph of the nodes (204A-204E), the ranking minimizing leakage of data through a shared communication medium during the group cryptographic key exchange process; transmitting , with a gateway node in the communication network , the ranking to the plurality of nodes (204A-204E) through the shared communication medium ; and performing , with the plurality of nodes (204A-204E), the group cryptographic key exchange process in an order of operation specified in the ranking to enable the plurality of nodes (204A-204E) to exchange a shared cryptographic key through the shared communication medium while minimizing leakage of data through the shared communication medium .
A surgical instrument comprising: (a) a handpiece , wherein the handpiece comprises a user feedback feature ; (b) a shaft assembly extending distally from the handpiece ; and (c) an end effector disposed at a distal end of the shaft assembly, wherein the end effector is operable to delivery energy from the shaft assembly to a surgical site; wherein the user feedback feature is operable to provide haptic feedback to the user, indicating information relating to operation of the end effector including confirmation of reaching a set threshold amount of resistance measured in ohms applied across operated upon tissue, and wherein the handpiece further comprises a user input feature , wherein the end effector includes an active feature responsive to actuation of the user input feature, and wherein the active feature is operable to operate on tissue in response to actuation of the user input feature, and characterized in that the information relating to operation of the end effector further includes confirmation of an activation of the end effector, and wherein the user input feature comprises a feedback pad configured to receive one or more user inputted setting commands, and wherein the feedback pad and the user feedback feature form a single unit. (a) a handpiece , wherein the handpiece comprises a user feedback feature ; (b) a shaft assembly extending distally from the handpiece ; and (c) an end effector disposed at a distal end of the shaft assembly, wherein the end effector is operable to delivery energy from the shaft assembly to a surgical site;
Rotor for an electric machine, having a winding head and a winding head ring which is shrink-fitted radially on the outside onto the winding head and comprises a shape memory material, - wherein the shape memory material comprises a metallic shape memory wire , - wherein the shape memory wire has at least one preferred direction which is substantially in a circumferential direction of the winding head ring , - wherein the shape memory wire in the winding head ring is in the form of a helix, - wherein the winding head ring comprises a plastic which is reinforced with fibres , - the fibres have a preferred direction which is substantially in an axial direction of the winding head ring or is at an angle relative to the circumferential direction of the winding head ring , said angle being from 15° to 75°, - wherein the preferred direction of the fibres is different to the at least one preferred direction of the shape memory wire, and - wherein the two preferred directions deviate from one another at least by 15°. - wherein the shape memory material comprises a metallic shape memory wire , - wherein the shape memory wire has at least one preferred direction which is substantially in a circumferential direction of the winding head ring , - wherein the shape memory wire in the winding head ring is in the form of a helix, - wherein the winding head ring comprises a plastic which is reinforced with fibres , - the fibres have a preferred direction which is substantially in an axial direction of the winding head ring or is at an angle relative to the circumferential direction of the winding head ring , said angle being from 15° to 75°, - wherein the preferred direction of the fibres is different to the at least one preferred direction of the shape memory wire, and - wherein the two preferred directions deviate from one another at least by 15°.
A charging method comprising: sending, by a charging trigger apparatus through a service-based interface, a service resource create request to a charging system , wherein the service resource create request is used to request the charging system to create a service resource corresponding to a service in a session, wherein the session is used to provide a data connection service to user equipment, and wherein, when the service corresponding to the service resource comprises an online charging service, the service resource is used to manage requesting for a quota for the online charging service and manage reporting of usage information of the online charging service, and when the service corresponding to the service resource comprises an offline charging service, the service resource is used to manage reporting of usage information of the offline charging service; and receiving, by the charging trigger apparatus through the service-based interface, a service resource create response from the charging system , wherein the service resource create response comprises a first resource identifier, and the first resource identifier is used to identify the service resource; wherein the method further comprising: sending, by the charging trigger apparatus through the service-based interface, a service resource update request to the charging system to request the charging system to update the service resource, wherein the service resource update request comprises the first resource identifier. sending, by a charging trigger apparatus through a service-based interface, a service resource create request to a charging system , wherein the service resource create request is used to request the charging system to create a service resource corresponding to a service in a session, wherein the session is used to provide a data connection service to user equipment, and wherein, when the service corresponding to the service resource comprises an online charging service, the service resource is used to manage requesting for a quota for the online charging service and manage reporting of usage information of the online charging service, and when the service corresponding to the service resource comprises an offline charging service, the service resource is used to manage reporting of usage information of the offline charging service; and receiving, by the charging trigger apparatus through the service-based interface, a service resource create response from the charging system , wherein the service resource create response comprises a first resource identifier, and the first resource identifier is used to identify the service resource; wherein the method further comprising: sending, by the charging trigger apparatus through the service-based interface, a service resource update request to the charging system to request the charging system to update the service resource, wherein the service resource update request comprises the first resource identifier.
A method comprising: placing material by a material placement machine to form a composite structure ; inspecting the placed composite structure for defects and electronically storing positional data defining a defect location of each of the defects; determining whether a defect detected by the inspecting is unacceptable for being outside certain predefined tolerances and criteria; characterized by: determining whether the defect determined to be unacceptable is repairable by the material placement machine without user intervention; and automatically causing the material placement machine to return to the defect location as defined by the positional data by electronically accessing the positional data and to place material sufficient for repairing, at the defect location, the defect determined to be unacceptable and repairable by the material placement machine without user intervention. placing material by a material placement machine to form a composite structure ; inspecting the placed composite structure for defects and electronically storing positional data defining a defect location of each of the defects; determining whether a defect detected by the inspecting is unacceptable for being outside certain predefined tolerances and criteria; characterized by: determining whether the defect determined to be unacceptable is repairable by the material placement machine without user intervention; and automatically causing the material placement machine to return to the defect location as defined by the positional data by electronically accessing the positional data and to place material sufficient for repairing, at the defect location, the defect determined to be unacceptable and repairable by the material placement machine without user intervention. determining whether the defect determined to be unacceptable is repairable by the material placement machine without user intervention; and automatically causing the material placement machine to return to the defect location as defined by the positional data by electronically accessing the positional data and to place material sufficient for repairing, at the defect location, the defect determined to be unacceptable and repairable by the material placement machine without user intervention.
A zoom lens (L0) including a plurality of lens units, an interval betweer adjacent lens units of the plurality of lens units being varied during zooming, the zoom lens comprising: a first lens unit (L1) with a positive refractive power; a second lens unit (L2) with a negative refractive power; a third lens unit (L3) with a positive refractive power; and a rear group (LR) including two or more lens units, the first lens unit, the second lens unit, the third lens unit and the rear group being arranged in order from an object side to an image side, wherein the third lens unit (L3) consists of a first subunit (X) with a positive refractive power, a second subunit (Y) with a positive refractive power which is configured to move in a direction having a component of a direction perpendicular to an optical axis during image blurring correction, and a third subunit (Z) with a negative refractive power, arranged in order from the object side to the image side, and characterized in that the following conditional expressions are satisfied: 0.01 < fxyz / fw < 4.55 , and 0.60 < lis / fy < 50.00 where fw is a focal length of the zoom lens when focused at infinity at a wide angle end, fxyz is a focal length of the third lens unit, lis is a distance from a lens surface closest to the image side in the third subunit to a lens surface closest to the image side in the zoom lens at a wide angle end, and fy is a focal length of the second subunit. a first lens unit (L1) with a positive refractive power; a second lens unit (L2) with a negative refractive power; a third lens unit (L3) with a positive refractive power; and a rear group (LR) including two or more lens units, the first lens unit, the second lens unit, the third lens unit and the rear group being arranged in order from an object side to an image side, wherein the third lens unit (L3) consists of a first subunit (X) with a positive refractive power, a second subunit (Y) with a positive refractive power which is configured to move in a direction having a component of a direction perpendicular to an optical axis during image blurring correction, and a third subunit (Z) with a negative refractive power, arranged in order from the object side to the image side, and characterized in that the following conditional expressions are satisfied: 0.01 < fxyz / fw < 4.55 , and 0.60 < lis / fy < 50.00 where fw is a focal length of the zoom lens when focused at infinity at a wide angle end, fxyz is a focal length of the third lens unit, lis is a distance from a lens surface closest to the image side in the third subunit to a lens surface closest to the image side in the zoom lens at a wide angle end, and fy is a focal length of the second subunit.