mhurhangee/patent-ind-claim-en huggingface dataset:
One or more devices for providing a position of an intensity peak in image data produced by an image sensor in response to light sensed by the image sensor after the light has reflected on an object as part of light triangulation performed in a three-dimensional imaging system , wherein said one or more devices are configured to: obtain the image data; determine which of first and other, second, peak characteristics that the intensity peak is associated with, wherein the first and second peak characteristics are associated with differing first and second surface properties of the object that reflect light differently; and provide the position according to a first computing algorithm operating on the image data if the intensity peak is associated with the first peak characteristics and according to a different, second computing algorithm operating on the image data if the intensity peak is associated with the second peak characteristics, wherein the first and second computing algorithms are associated with said first and second surface properties, respectively, and wherein the respective computing algorithm is predetermined based on its suitability to, for intensity peaks resulting from reflections from a surface according to the algorithm's associated surface property, provide a position that maps to the location on the object's surface that reflected the light that resulted in the intensity peak. obtain the image data; determine which of first and other, second, peak characteristics that the intensity peak is associated with, wherein the first and second peak characteristics are associated with differing first and second surface properties of the object that reflect light differently; and provide the position according to a first computing algorithm operating on the image data if the intensity peak is associated with the first peak characteristics and according to a different, second computing algorithm operating on the image data if the intensity peak is associated with the second peak characteristics, wherein the first and second computing algorithms are associated with said first and second surface properties, respectively, and wherein the respective computing algorithm is predetermined based on its suitability to, for intensity peaks resulting from reflections from a surface according to the algorithm's associated surface property, provide a position that maps to the location on the object's surface that reflected the light that resulted in the intensity peak.
A method of fabricating a light tunnel , the method comprising: coating two flat surfaces with a reflective coating to define two reflective flat surfaces ; assembling two plates to form a plates stack , wherein all sidewalls on one side of the plates stack are parallel and facing the same direction; coating all sidewalls on one side of the plates stack in a single batch coating process to produce a coated stack with coated sidewalls, disassembling the two plates of the coated stack into two flat spacer plates with respective coated reflective sidewalls ; and securing the two reflective flat surfaces and the two flat spacer plates together with the two reflective flat surfaces facing each other and the two flat spacer plates disposed along a single plane between the two facing reflective flat surfaces and with the reflective sidewalls facing each other and orthogonal to the two reflective flat surfaces , the two flat spacer plates being arranged with a gap between the two facing reflective sidewalls , the two flat spacer plates spacing apart the two facing reflective flat surfaces , whereby a light tunnel passage is defined by the two reflective facing flat surfaces and the two facing reflective sidewalls . coating two flat surfaces with a reflective coating to define two reflective flat surfaces ; assembling two plates to form a plates stack , wherein all sidewalls on one side of the plates stack are parallel and facing the same direction; coating all sidewalls on one side of the plates stack in a single batch coating process to produce a coated stack with coated sidewalls, disassembling the two plates of the coated stack into two flat spacer plates with respective coated reflective sidewalls ; and securing the two reflective flat surfaces and the two flat spacer plates together with the two reflective flat surfaces facing each other and the two flat spacer plates disposed along a single plane between the two facing reflective flat surfaces and with the reflective sidewalls facing each other and orthogonal to the two reflective flat surfaces , the two flat spacer plates being arranged with a gap between the two facing reflective sidewalls , the two flat spacer plates spacing apart the two facing reflective flat surfaces , whereby a light tunnel passage is defined by the two reflective facing flat surfaces and the two facing reflective sidewalls .
A method of controlling the trajectory of a vehicle that includes a plurality of path planning systems , the method comprising: determining an activation state of each of the path planning systems ; selecting a first one of the active path planning systems for controlling the trajectory of the vehicle based on a ranking index that includes a relative ranking of the path planning systems ; controlling the trajectory of the vehicle based on a first path determined by the selected path planning system ; checking if a condition for switching to another one of the path planning systems is triggered; and in dependence on the switching condition being triggered: selecting a second one of the active path planning systems for controlling the trajectory of the vehicle ; and switching from controlling the trajectory of the vehicle based on the first path to controlling the trajectory of the vehicle based on a second path determined by the second one of the path planning systems ; characterised in that the method further comprises selecting the ranking index from a plurality of ranking indexes, prior to selecting the first one of the active path planning systems , wherein each ranking index is associated with a corresponding geographical location, the selection of the ranking index being based on the geographical location of the vehicle. determining an activation state of each of the path planning systems ; selecting a first one of the active path planning systems for controlling the trajectory of the vehicle based on a ranking index that includes a relative ranking of the path planning systems ; controlling the trajectory of the vehicle based on a first path determined by the selected path planning system ; checking if a condition for switching to another one of the path planning systems is triggered; and in dependence on the switching condition being triggered: selecting a second one of the active path planning systems for controlling the trajectory of the vehicle ; and switching from controlling the trajectory of the vehicle based on the first path to controlling the trajectory of the vehicle based on a second path determined by the second one of the path planning systems ; characterised in that selecting a second one of the active path planning systems for controlling the trajectory of the vehicle ; and switching from controlling the trajectory of the vehicle based on the first path to controlling the trajectory of the vehicle based on a second path determined by the second one of the path planning systems ; characterised in that the method further comprises selecting the ranking index from a plurality of ranking indexes, prior to selecting the first one of the active path planning systems , wherein each ranking index is associated with a corresponding geographical location, the selection of the ranking index being based on the geographical location of the vehicle.
A steering column assembly for a motor vehicle, the steering column assembly comprising: a box rocker having a rocker body including a box rocker inner surface that defines a box rocker bore , the box rocker configured to be fixed relative to the motor vehicle in an assembled position; a column jacket configured to be slidably received into the box rocker bore , the column jacket having a column jacket outer diameter including an outer surface that opposes the box rocker inner surface ; characterized in that a first section of tape disposed between the box rocker inner surface and the column jacket outer surface . a box rocker having a rocker body including a box rocker inner surface that defines a box rocker bore , the box rocker configured to be fixed relative to the motor vehicle in an assembled position; a column jacket configured to be slidably received into the box rocker bore , the column jacket having a column jacket outer diameter including an outer surface that opposes the box rocker inner surface ; characterized in that a first section of tape disposed between the box rocker inner surface and the column jacket outer surface .
A fluidtight and thermally insulated tank built into a structure that includes a load-bearing wall, said tank having a tank wall attached to said load-bearing wall , the tank wall comprising: - a thermal insulation barrier held on the load-bearing wall and made up of right-angled parallelepiped insulating blocks , juxtaposed in parallel rows separated from one another by gaps , - a fluidtight barrier carried by the thermal insulation barrier, said fluidtight barrier comprising a metal membrane formed of metal sheets welded together sealingly, - each insulating block of the thermal insulation barrier carrying, on the face of same opposite the load-bearing wall , at least two substantially orthogonal metal connecting strips , arranged parallel to the sides of the insulating block, the sheets of the metal membrane carried by said insulating block being welded to said strips, said connecting strips being rigidly connected to the insulating block bearing same, the tank being characterized in that each sheet of a plurality of sheets of the metal membrane has at least two orthogonal folds parallel to the sides of the thermal insulating blocks , said folds being inserted in the gaps formed between the insulating blocks. - a thermal insulation barrier held on the load-bearing wall and made up of right-angled parallelepiped insulating blocks , juxtaposed in parallel rows separated from one another by gaps , - a fluidtight barrier carried by the thermal insulation barrier, said fluidtight barrier comprising a metal membrane formed of metal sheets welded together sealingly, - each insulating block of the thermal insulation barrier carrying, on the face of same opposite the load-bearing wall , at least two substantially orthogonal metal connecting strips , arranged parallel to the sides of the insulating block, the sheets of the metal membrane carried by said insulating block being welded to said strips, said connecting strips being rigidly connected to the insulating block bearing same, the tank being characterized in that each sheet of a plurality of sheets of the metal membrane has at least two orthogonal folds parallel to the sides of the thermal insulating blocks , said folds being inserted in the gaps formed between the insulating blocks.
Furniture structure with lighting system, comprising: - at least one support structure ; - at least one magnetic induction transmitter associated with said support structure and connectable to an electrical source ; - at least one shelf , associated with said support structure in a removable manner and provided with at least one lighting device ; - at least one magnetic induction receiver located on said shelf , magnetically coupled to said transmitter and adapted to power said lighting device ; characterized by the fact that it comprises adjustment means for adjusting the position of said transmitter with respect to said support structure . - at least one support structure ; - at least one magnetic induction transmitter associated with said support structure and connectable to an electrical source ; - at least one shelf , associated with said support structure in a removable manner and provided with at least one lighting device ; - at least one magnetic induction receiver located on said shelf , magnetically coupled to said transmitter and adapted to power said lighting device ;
A method of personalizing at least one hearing aid for a hearing aid user, comprising: - manufacturing at least one hearing aid at a manufacturing facility; - receiving an audiogram for the hearing aid user; - programming the at least one hearing aid by means of the audiogram, whereby the at least one hearing aid becomes personalized for the hearing aid user; characterized in further comprising - receiving an audiogram for the hearing aid user comprises receiving the audiogram from a server managing user accounts for a plurality of hearing aid users, the user accounts including an audiogram for a hearing aid user, wherein the user account is created and maintained in the server by the user and hearing professionals permitted by the user, and wherein the user account contains a data set including a personal information data field and a data field containing security elements including credentials for access to one or more data fields in the hearing aid user account and secure keys for establishing a secure connection between the master server and the at least one personalized hearing aid, wherein the security elements define what the hearing healthcare professional is permitted to do in relation to the reading and editing of the software setting of the at least one personalized hearing aid; and - programming, in a programming station of the manufacturing facility, the at least one personalized hearing, aid. - manufacturing at least one hearing aid at a manufacturing facility; - receiving an audiogram for the hearing aid user; - programming the at least one hearing aid by means of the audiogram, whereby the at least one hearing aid becomes personalized for the hearing aid user; characterized in further comprising - receiving an audiogram for the hearing aid user comprises receiving the audiogram from a server managing user accounts for a plurality of hearing aid users, the user accounts including an audiogram for a hearing aid user, wherein the user account is created and maintained in the server by the user and hearing professionals permitted by the user, and wherein the user account contains a data set including a personal information data field and a data field containing security elements including credentials for access to one or more data fields in the hearing aid user account and secure keys for establishing a secure connection between the master server and the at least one personalized hearing aid, wherein the security elements define what the hearing healthcare professional is permitted to do in relation to the reading and editing of the software setting of the at least one personalized hearing aid; and - programming, in a programming station of the manufacturing facility, the at least one personalized hearing, aid.
A circuit for in-memory computation, comprising: a memory having multiple columns; a plurality of memory cells on each column of the memory, the plurality of memory cells being configured to store multiple bits representing weights of a neural network, wherein the plurality of memory cells of each of the multiple columns correspond to different word-lines of the memory; a plurality of digital counters , each digital counter of the plurality of digital counters being coupled to a respective column of the multiple columns of the memory; an adder circuit coupled to outputs of the plurality of digital counters ; an accumulator coupled to an output of the adder circuit; characterised by delay circuits , each delay circuit being coupled between the plurality of memory cells of the respective column of the multiple columns and a respective one of the plurality of digital counters , wherein the delay circuits of the multiple columns have different delays. a memory having multiple columns; a plurality of memory cells on each column of the memory, the plurality of memory cells being configured to store multiple bits representing weights of a neural network, wherein the plurality of memory cells of each of the multiple columns correspond to different word-lines of the memory; a plurality of digital counters , each digital counter of the plurality of digital counters being coupled to a respective column of the multiple columns of the memory; an adder circuit coupled to outputs of the plurality of digital counters ; an accumulator coupled to an output of the adder circuit; characterised by delay circuits , each delay circuit being coupled between the plurality of memory cells of the respective column of the multiple columns and a respective one of the plurality of digital counters , wherein the delay circuits of the multiple columns have different delays.
Method for machining a workpiece , having the steps: providing (S1) a geometric model of the workpiece to be machined ; machining (S2) the workpiece by means of a machining system , wherein the machining system is controlled by means of at least one control parameter; and adapting (S3) the at least one control parameter during the machining of the workpiece on the basis of the instantaneous mass of the workpiece and/or on the basis of the instantaneous moment of inertia of the workpiece , wherein the instantaneous mass of the workpiece and/or the instantaneous moment of inertia of the workpiece are dependent on the machining progress and are ascertained with reference to the geometric model , characterised in that the instantaneous mass of the workpiece and/or the instantaneous moment of inertia of the workpiece is ascertained on the basis of a density of the workpiece and an instantaneous shape of the workpiece , wherein the instantaneous shape of the workpiece is determined with reference to the geometric model of the workpiece and wherein the geometric model is updated with reference to a machining simulation. providing (S1) a geometric model of the workpiece to be machined ; machining (S2) the workpiece by means of a machining system , wherein the machining system is controlled by means of at least one control parameter; and adapting (S3) the at least one control parameter during the machining of the workpiece on the basis of the instantaneous mass of the workpiece and/or on the basis of the instantaneous moment of inertia of the workpiece , wherein the instantaneous mass of the workpiece and/or the instantaneous moment of inertia of the workpiece are dependent on the machining progress and are ascertained with reference to the geometric model , characterised in that the instantaneous mass of the workpiece and/or the instantaneous moment of inertia of the workpiece is ascertained on the basis of a density of the workpiece and an instantaneous shape of the workpiece , wherein the instantaneous shape of the workpiece is determined with reference to the geometric model of the workpiece and wherein the geometric model is updated with reference to a machining simulation.
A hand-held knockout driver comprising: a housing having a handle portion; a motor positioned within the housing, the motor having a drive shaft defining a first axis ; a pump assembly positioned within the housing, the pump assembly having a piston moving along a second axis ; a dump valve positioned within the housing, the dump valve defining a third axis ; and a working piston moveable with respect to the housing along a fourth axis , the second axis, the third axis, and the fourth axis are all not parallel to the first axis, the second axis is substantially perpendicular to the first axis, and the second axis, the third axis, and the fourth axis are substantially parallel to one another. a housing having a handle portion; a motor positioned within the housing, the motor having a drive shaft defining a first axis ; a pump assembly positioned within the housing, the pump assembly having a piston moving along a second axis ; a dump valve positioned within the housing, the dump valve defining a third axis ; and a working piston moveable with respect to the housing along a fourth axis , the second axis, the third axis, and the fourth axis are all not parallel to the first axis, the second axis is substantially perpendicular to the first axis, and the second axis, the third axis, and the fourth axis are substantially parallel to one another.
A method of manufacturing a display device , the method comprising: mounting a cover window; mounting a panel member ; and laminating the cover window to the panel member by moving the first jig and/or the second jig to one another, characterized in that the cover window comprises a flat portion, wherein both ends of the flat portion are curved, and is mounted to a first jig comprising a curved portion to conform to the surface of the cover window that comprises the flat portion having curved both ends; the panel member is mounted to a flat portion of a second jig , the second jig conforming to a surface of the first jig ; and the surface of the cover window contacts the first jig before moving the first jig and/or the second jig to one another. mounting a cover window; mounting a panel member ; and laminating the cover window to the panel member by moving the first jig and/or the second jig to one another, characterized in that the cover window comprises a flat portion, wherein both ends of the flat portion are curved, and is mounted to a first jig comprising a curved portion to conform to the surface of the cover window that comprises the flat portion having curved both ends; the panel member is mounted to a flat portion of a second jig , the second jig conforming to a surface of the first jig ; and the surface of the cover window contacts the first jig before moving the first jig and/or the second jig to one another.
A bariatric clamp comprising: a first elongated portion having a distal end, a proximal end, a first substrate member, and a first polymer portion; a second elongated portion having a distal end, a proximal end, a second substrate member, and a second polymer portion; a bight portion having a flexible hinge formed at least partially from a third polymer portion and twistable in three orthogonal planes relative to the second elongated portion, the bight portion joining the first and second elongated portions at the proximal end of the first elongated portion of the bariatric clamp and the proximal end of the second elongated portion of the bariatric clamp; a fastener portion comprising a strap including a plurality of primary openings and disposed towards the distal end of the second elongated portion; and an engagement portion comprising a protrusion adapted to engage openings of the plurality of primary openings and disposed adjacent the first elongated portion, the engagement portion operable to engage one of the plurality of primary openings of the fastener portion to retain the bariatric clamp in a closed position. a first elongated portion having a distal end, a proximal end, a first substrate member, and a first polymer portion; a second elongated portion having a distal end, a proximal end, a second substrate member, and a second polymer portion; a bight portion having a flexible hinge formed at least partially from a third polymer portion and twistable in three orthogonal planes relative to the second elongated portion, the bight portion joining the first and second elongated portions at the proximal end of the first elongated portion of the bariatric clamp and the proximal end of the second elongated portion of the bariatric clamp; a fastener portion comprising a strap including a plurality of primary openings and disposed towards the distal end of the second elongated portion; and an engagement portion comprising a protrusion adapted to engage openings of the plurality of primary openings and disposed adjacent the first elongated portion, the engagement portion operable to engage one of the plurality of primary openings of the fastener portion to retain the bariatric clamp in a closed position.