mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forming a light field image, through computer graphic rendering, of a three-dimensional graphic object to be viewed by a user on an observation position in a viewer plane in front of the three-dimensional graphic object, the method comprising: generating the light field information by performing light field capture with respect to the three-dimensional graphic object using at least one rendering camera, the at least one rendering camera having a same view position and/or direction as a view position or direction of at least one projector expressing a light field, wherein the light field information includes information on a spot on a screen to which any one vertex (V) of the three-dimensional graphic object is to be projected; transforming the generated light field information based on the observation position of the viewer on the viewer plane ; and providing the transformed light field information to the at least one projector wherein the projector is configured to project the light field image on the screen based on the transformed light field information. generating the light field information by performing light field capture with respect to the three-dimensional graphic object using at least one rendering camera, the at least one rendering camera having a same view position and/or direction as a view position or direction of at least one projector expressing a light field, wherein the light field information includes information on a spot on a screen to which any one vertex (V) of the three-dimensional graphic object is to be projected; transforming the generated light field information based on the observation position of the viewer on the viewer plane ; and providing the transformed light field information to the at least one projector wherein the projector is configured to project the light field image on the screen based on the transformed light field information.
Housing part for a housing of electric components, comprising: a first universal connection device , which is configured as an interface to electric components inside the housing , and an application-specific adapter flange , which is configured to be arranged at the first connection device and as an interface to the electric components inside the housing , wherein the adapter flange comprises a screw-on socket for screw connections. a first universal connection device , which is configured as an interface to electric components inside the housing , and an application-specific adapter flange , which is configured to be arranged at the first connection device and as an interface to the electric components inside the housing , wherein the adapter flange comprises a screw-on socket for screw connections.
A process for making a nozzle for ejecting fluid droplets, the process comprising: forming a patterned layer of photoresist on a top surface of a semiconductor substrate , the patterned layer of photoresist including an opening , the opening having a curved side surface smoothly joined to an exposed top surface of the patterned layer of photoresist; etching the top surface of the semiconductor substrate through the opening in the patterned layer of photoresist to form a straight-walled recess , the straight-walled recess having a side surface substantially perpendicular to the top surface of the semiconductor substrate; and after the straight-walled recess is formed, dry etching the patterned layer of photoresist and the semiconductor substrate , where the dry etching gradually thins the patterned layer of photoresist along a surface profile of the patterned layer of photoresist while transforming the straight-walled recess into a funnel-shaped recess , the funnel-shaped recess includes a straight-walled bottom portion and a curved top portion having a curved sidewall gradually converging toward and smoothly joined to the straight-walled bottom portion, and the curved top portion encloses a volume that is substantially greater than a volume enclosed by the straight-walled bottom portion, and the straight-walled bottom portion has a height that is 10-30% of a width of the straight-walled bottom portion in a plane containing an axis of symmetry of the funnel-shaped recess that is substantially perpendicular to the top surface of the semiconductor substrate. forming a patterned layer of photoresist on a top surface of a semiconductor substrate , the patterned layer of photoresist including an opening , the opening having a curved side surface smoothly joined to an exposed top surface of the patterned layer of photoresist; etching the top surface of the semiconductor substrate through the opening in the patterned layer of photoresist to form a straight-walled recess , the straight-walled recess having a side surface substantially perpendicular to the top surface of the semiconductor substrate; and after the straight-walled recess is formed, dry etching the patterned layer of photoresist and the semiconductor substrate , where the dry etching gradually thins the patterned layer of photoresist along a surface profile of the patterned layer of photoresist while transforming the straight-walled recess into a funnel-shaped recess , the funnel-shaped recess includes a straight-walled bottom portion and a curved top portion having a curved sidewall gradually converging toward and smoothly joined to the straight-walled bottom portion, and the curved top portion encloses a volume that is substantially greater than a volume enclosed by the straight-walled bottom portion, and the straight-walled bottom portion has a height that is 10-30% of a width of the straight-walled bottom portion in a plane containing an axis of symmetry of the funnel-shaped recess that is substantially perpendicular to the top surface of the semiconductor substrate.
Water filter cartridge , in particular for use in a water tank , characterized in that the water filter cartridge comprises two mutually concentrically disposed water filter cartridge outlets (2.1; 2.2), wherein a first (2.1) of the two mutually concentrically disposed water filter cartridge outlets (2.1; 2.2) is disposed so as to be ovable at least axially, preferably also radially, in the casing (2.3) of the water filter cartridge .
A computer-implemented method for following a geometrical feature of a selected part in a three-dimensional computer model including the part, said model being displayed on a computer screen and said method comprising the steps of: - selecting a part from a three-dimensional computer model; and - following the part along a geometrical feature thereof while simultaneously and automatically removing any obstacles in the three-dimensional model that impede viewing of the part so as to permit viewing of the part as the part is being followed; and - following the selected part comprises moving a cursor along the selected part while constraining movement of the cursor to the selected part; and movement of an input device for controlling the cursor effects movement of the cursor only when a component of the movement of the cursor is within the limits of the selected part. - selecting a part from a three-dimensional computer model; and - following the part along a geometrical feature thereof while simultaneously and automatically removing any obstacles in the three-dimensional model that impede viewing of the part so as to permit viewing of the part as the part is being followed; and - following the selected part comprises moving a cursor along the selected part while constraining movement of the cursor to the selected part; and movement of an input device for controlling the cursor effects movement of the cursor only when a component of the movement of the cursor is within the limits of the selected part.
A complex cycle gas turbine engine for an aircraft with hydrogen fuel supply, comprising, in fluid flow series, a core gas turbine and a first recuperator for heating hydrogen fuel prior to combustion by turbine exhaust products, wherein the core gas turbine comprises: a low-pressure spool having a low-pressure compressor driven by a low-pressure turbine ; a high-pressure spool having a high-pressure compressor driven by a high-pressure turbine ; and an intercooler between the low-pressure compressor and the high-pressure compressor for cooling low-pressure compressor discharge air by the hydrogen fuel; characterised in that : the engine further comprises a second recuperator for further heating hydrogen fuel received from the intercooler , the second recuperator being positioned between the low-pressure turbine and the first recuperator ; and wherein the recuperators and intercooler are arranged such that fuel flows through the first recuperator , intercooler and second recuperator in fluid flow series. a low-pressure spool having a low-pressure compressor driven by a low-pressure turbine ; a high-pressure spool having a high-pressure compressor driven by a high-pressure turbine ; and an intercooler between the low-pressure compressor and the high-pressure compressor for cooling low-pressure compressor discharge air by the hydrogen fuel; characterised in that : the engine further comprises a second recuperator for further heating hydrogen fuel received from the intercooler , the second recuperator being positioned between the low-pressure turbine and the first recuperator ; and wherein the recuperators and intercooler are arranged such that fuel flows through the first recuperator , intercooler and second recuperator in fluid flow series.
A bogie for a railway vehicle , comprising: - a frame ; - at least one axle ; - at least one axle box , internally receiving the at least one axle ; - a suspension of the or each axlebox on the frame ; the suspension comprising: - an arm supporting the axle box ; and - at least one elastic member interposed between the arm and the frame ; the frame comprising, for the or each elastic member , a cavity for receiving said elastic member , the cavity comprising an opening and a bottom , an upper end of the elastic member being engaged in the cavity through the opening and bearing on the bottom , characterized in that the bogie comprises two elastic members , a first elastic member bearing on a bearing region offset longitudinally forwards with respect to the axle , and a second elastic member bearing on a bearing region offset rearwards with respect to the axle . - a frame ; - at least one axle ; - at least one axle box , internally receiving the at least one axle ; - a suspension of the or each axlebox on the frame ; - an arm supporting the axle box ; and - at least one elastic member interposed between the arm and the frame ; the frame comprising, for the or each elastic member , a cavity for receiving said elastic member , the cavity comprising an opening and a bottom , an upper end of the elastic member being engaged in the cavity through the opening and bearing on the bottom , characterized in that the bogie comprises two elastic members , a first elastic member bearing on a bearing region offset longitudinally forwards with respect to the axle , and a second elastic member bearing on a bearing region offset rearwards with respect to the axle .
A method for allocating resources to a mobile terminal for transmitting data on uplink within a mobile communication system utilizing an uplink scheme comprising transmissions on a scheduled shared channel and a contention-based channel, the method comprising: transmitting via the contention-based channel a resource request from a mobile terminal to a network entity responsible for resource allocation; and in response to the resource request, transmitting from the network entity to the mobile terminal, a resource allocation message granting resources to the mobile terminal for transmitting data via the scheduled shared channel, wherein the resource allocation message indicates to the mobile terminal a frequency band for repeatedly transmitting a reference signal to the network entity responsible for resource allocation, the reference signal being a signal used for uplink channel estimation. transmitting via the contention-based channel a resource request from a mobile terminal to a network entity responsible for resource allocation; and in response to the resource request, transmitting from the network entity to the mobile terminal, a resource allocation message granting resources to the mobile terminal for transmitting data via the scheduled shared channel, wherein the resource allocation message indicates to the mobile terminal a frequency band for repeatedly transmitting a reference signal to the network entity responsible for resource allocation, the reference signal being a signal used for uplink channel estimation.
A method of managing communications between a plurality of heterogeneous devices connected to a plurality of networks, the method being performed in a first device of the plurality of heterogeneous devices and comprising: receiving (S126), from a network portal , a connectivity report, the connectivity report including a list of the plurality of heterogeneous devices, at least one network type to which a device is connected and available bandwidth of each of the at least one network types; storing the connectivity report; determining (S130, S132, S134, S136, S138, S140, S142, S144, S146, S148, S150, S152) whether a communication link between the first device and a second device of the plurality of heterogeneous devices can be established via at least one of the network types in the connectivity report, including: - determining (S132, S136, S140, S144, S148, S152) whether a selected one of a plurality of networks from a corresponding network type has sufficient bandwidth to support a desired level of communications between the first device and the second device; and establishing (S154) a communication link between the first device and the second device via a highest ranked network type through which the communication link can be established. receiving (S126), from a network portal , a connectivity report, the connectivity report including a list of the plurality of heterogeneous devices, at least one network type to which a device is connected and available bandwidth of each of the at least one network types; storing the connectivity report; determining (S130, S132, S134, S136, S138, S140, S142, S144, S146, S148, S150, S152) whether a communication link between the first device and a second device of the plurality of heterogeneous devices can be established via at least one of the network types in the connectivity report, including: - determining (S132, S136, S140, S144, S148, S152) whether a selected one of a plurality of networks from a corresponding network type has sufficient bandwidth to support a desired level of communications between the first device and the second device; and - determining (S132, S136, S140, S144, S148, S152) whether a selected one of a plurality of networks from a corresponding network type has sufficient bandwidth to support a desired level of communications between the first device and the second device; and establishing (S154) a communication link between the first device and the second device via a highest ranked network type through which the communication link can be established.
An apparatus for sterilizing a dialyzer for extracorporeal blood treatment, comprising means for generating a pulsed electric field which is arranged for generating a pulsed electric field penetrating the dialyzer received between the first electrode and the second electrode , when a pulsed electric voltage is applied between a first electrode and a second electrode of the means, wherein the means for generating a pulsed electric field is arranged such that there is a lack of liquid inserted into the dialyzer at the physical contact thereof.
A rotor for a rotating electrical machine having a number n of poles pairs ( p ) that define corresponding direct pole axis (D-axis) and quadrature axis (Q-axis), and comprising a rotor core having a plurality of magnetically conductive laminations (10; 100) stacked in a rotor axial direction z , said magnetically conductive laminations (10; 100) comprising cut-out portions (11, 12, 13, 14; 101, 102) forming a plurality of flux barriers (FB) extending continuously with respect to said Q axis from a first rim portion (21; 201) to a second rim portion (22; 202) of said magnetically conductive laminations (10; 100) radially alternated by flux paths (FP), said plurality of flux barriers (FB) forming a corresponding plurality of cavities (31, 32, 33, 34; 131, 132, 133) extending in the rotor core along said axial direction z , at least some of said plurality of cavities (31, 32, 33, 34; 131, 132, 133) being at least partially filled with a magnetically non-conductive material, characterized in that said magnetically conductive laminations further comprise a plurality of channels (41, 42, 43, 44; 141, 142, 143) spaced circumferentially and positioned along the axial direction z , each of said channels (41, 42, 43, 44; 141, 142, 143) transversally connecting two adjacent cavities of said plurality of cavities (31, 32, 33, 34; 131, 132, 133) and putting in communication said two adjacent cavities at a respective discrete point along and around said axial direction z, at least some of said channels (41, 42, 43, 44; 141, 142, 143) being at least partially filled with a magnetically non-conductive material to form a cage structure of magnetically non-conductive material.
An inductive component comprising: - a coil former, the coil former being configured as a carrier for a winding wire , the coil former comprising a base body ; - an electrically insulating film , the base body being wrapped with the electrically insulating film in regions; and - a winding made of a winding wire wrapped around the base body , such that the film is disposed between the winding wire and the base body in the radial direction, characterized in that the electrically insulating film extends over a maximum of two thirds of a maximum potential, effective axial length of the film at which the electrically insulating film would be present underneath the entire axial length of the winding , such that the winding wire is disposed over the film in regions and directly on the base body in regions along the axial longitudinal extent of the winding , and a diameter of the winding is enlarged in the region along the axial longitudinal extent of the winding in which the winding wire is disposed over the film . - a coil former, the coil former being configured as a carrier for a winding wire , the coil former comprising a base body ; - an electrically insulating film , the base body being wrapped with the electrically insulating film in regions; and - a winding made of a winding wire wrapped around the base body , such that the film is disposed between the winding wire and the base body in the radial direction, characterized in that the electrically insulating film extends over a maximum of two thirds of a maximum potential, effective axial length of the film at which the electrically insulating film would be present underneath the entire axial length of the winding , such that the winding wire is disposed over the film in regions and directly on the base body in regions along the axial longitudinal extent of the winding , and a diameter of the winding is enlarged in the region along the axial longitudinal extent of the winding in which the winding wire is disposed over the film .
A chip stack comprising: a main chip containing components to be protected ; and an auxiliary chip opposite each surface of the main chip , an area of each auxiliary chip opposite the components to be protected comprising a metal plane connected to ground, and at least one insulated conductive track forming a tight pattern opposite the components to be protected , the ends of said at least one conductive track being accessible at the level of the main chip , the metal plane of each auxiliary chip being located between the main chip and the conductive track of said auxiliary chip. a main chip containing components to be protected ; and an auxiliary chip opposite each surface of the main chip , an area of each auxiliary chip opposite the components to be protected comprising a metal plane connected to ground, and at least one insulated conductive track forming a tight pattern opposite the components to be protected , the ends of said at least one conductive track being accessible at the level of the main chip , the metal plane of each auxiliary chip being located between the main chip and the conductive track of said auxiliary chip.
Method for managing virtualized software network functions (VNF) in a communication network, the virtualized software network functions being implemented in an NFV architecture, NFV being the acronym of network function virtualization, said method comprising: - a step (F1) in which a control device (VNF-CTRL) receives a data model (M) describing the functionality of a virtualized software network function (VNF); - a step (F2) in which said control device (VNF-CTRL) generates, on the basis of said received data model (M), a configuration interface defining said functionality, said configuration interface being a Java class and being intended to be used (F10) to invoke said virtualized software network function (VNF); - a step (F3) in which the control device (VNF-CTRL) generates a first software agent (VNF-LP) that implements said generated configuration interface, and a step of installing said first software agent (VNF-LP) in the control device (VNF-CTRL), said first agent being configured to allow, when it is invoked by said configuration interface, a virtual machine (VFNC) implementing said virtualized software network function (VNF) to be called. - a step (F1) in which a control device (VNF-CTRL) receives a data model (M) describing the functionality of a virtualized software network function (VNF); - a step (F2) in which said control device (VNF-CTRL) generates, on the basis of said received data model (M), a configuration interface defining said functionality, said configuration interface being a Java class and being intended to be used (F10) to invoke said virtualized software network function (VNF); - a step (F3) in which the control device (VNF-CTRL) generates a first software agent (VNF-LP) that implements said generated configuration interface, and a step of installing said first software agent (VNF-LP) in the control device (VNF-CTRL), said first agent being configured to allow, when it is invoked by said configuration interface, a virtual machine (VFNC) implementing said virtualized software network function (VNF) to be called.