mhurhangee/ep-ind-claims huggingface dataset:
A control device comprising: a control unit configured to control a position and an attitude of a microscope unit by driving an arm unit that supports the microscope unit on the basis of a captured image of an operating site captured by the microscope unit during a surgical operation so that a registered position and attitude condition is satisfied, wherein the registered position and attitude condition is a condition that prescribes a position and an attitude of the microscope unit with respect to the operating site to obtain a desired captured image, wherein the control unit is operable to update the registered position and attitude condition based on a manual modification of the position and attitude of the microscope unit by an operator, so that a modified image captured at a modified position and attitude is set as the desired captured image associated with the registered position and attitude condition; and the registered position and attitude condition includes an instruction regarding a magnification of the microscope unit. a control unit configured to control a position and an attitude of a microscope unit by driving an arm unit that supports the microscope unit on the basis of a captured image of an operating site captured by the microscope unit during a surgical operation so that a registered position and attitude condition is satisfied, wherein the registered position and attitude condition is a condition that prescribes a position and an attitude of the microscope unit with respect to the operating site to obtain a desired captured image, wherein the control unit is operable to update the registered position and attitude condition based on a manual modification of the position and attitude of the microscope unit by an operator, so that a modified image captured at a modified position and attitude is set as the desired captured image associated with the registered position and attitude condition; and the registered position and attitude condition includes an instruction regarding a magnification of the microscope unit.
A fiber optic mode scrambler comprising: - a multi-mode optical fiber (10; 30; 40; 50) comprising a core and a cladding around the core, - a non-adiabatic cross-sectional shape change zone in the optical fiber (10; 30;40; 50), - a bending region extending over a length of the optical fiber (10; 30; 40; 50), the optical fiber (10; 30; 40; 50) having a non-zero curvature at the bending region, wherein the shape change zone is at least partially located within the bending region, - means for maintaining said curvature of the optical fiber (10; 30; 40; 50) at the bending region, characterized in that the radius of curvature (r) of the optical fiber (10; 30; 40; 50) at each point of the bending region is more than 50 times the diameter of the optical fiber. - a multi-mode optical fiber (10; 30; 40; 50) comprising a core and a cladding around the core, - a non-adiabatic cross-sectional shape change zone in the optical fiber (10; 30;40; 50), - a bending region extending over a length of the optical fiber (10; 30; 40; 50), the optical fiber (10; 30; 40; 50) having a non-zero curvature at the bending region, wherein the shape change zone is at least partially located within the bending region, - means for maintaining said curvature of the optical fiber (10; 30; 40; 50) at the bending region,
A cooling arrangement for a turbine disc of a gas turbine engine, the turbine disc having a plurality of circumferentially spaced disc posts forming fixtures therebetween for a row of turbine blades, each turbine blade having an attachment formation which engages at a respective fixture, a platform radially outwardly of the attachment formation such that the adjacent platforms of the row form an inner endwall for a working gas annulus of the engine, and an aerofoil which extends radially outwardly from the platform, wherein a respective cavity is formed between an exposed radially outer surface of each disc post and the inner endwall; wherein the cooling arrangement comprises: at each disc post, a cooling plate removably locatable in the respective cavity and spaced radially outwardly from the exposed radially outer surface of the disc post and spaced radially inwardly from the platform to form a cooling channel between the cooling plate and the exposed radially outer surface, each cooling plate covering substantially the entire exposed radially outer surface and having one or more exit holes formed therein for transferring spent coolant from the cooling channel to the cavity, and a coolant supply system for supplying coolant to the cooling channels, wherein the coolant supply system diverts a portion D' of a flow of coolant for internally cooling the aerofoils towards the cooling channels, the system comprising a plurality of passages extending across the front and/or the rear faces of the disc post from a base of the fixtures for the turbine blades to the forward and/or rearward ends of the cooling channels respectively. at each disc post, a cooling plate removably locatable in the respective cavity and spaced radially outwardly from the exposed radially outer surface of the disc post and spaced radially inwardly from the platform to form a cooling channel between the cooling plate and the exposed radially outer surface, each cooling plate covering substantially the entire exposed radially outer surface and having one or more exit holes formed therein for transferring spent coolant from the cooling channel to the cavity, and a coolant supply system for supplying coolant to the cooling channels, wherein the coolant supply system diverts a portion D' of a flow of coolant for internally cooling the aerofoils towards the cooling channels, the system comprising a plurality of passages extending across the front and/or the rear faces of the disc post from a base of the fixtures for the turbine blades to the forward and/or rearward ends of the cooling channels respectively.
A shampoo composition for enhancing deposition of oil drop onto a substrate, comprising: a mixture of sulfonated methyl ester compounds containing two or more sulfonated methyl esters of a fatty acid having a chain length of 12 to 20 carbon atoms (C12-C20); cocamidopropyl betaine; an oil phase; and a cationic polymer that is a guar gum; wherein the mixture of sulfonated methyl ester compounds and the cocamidopropyl betaine is present in a combination ratio of 5 - 7.5: 1 by weight. a mixture of sulfonated methyl ester compounds containing two or more sulfonated methyl esters of a fatty acid having a chain length of 12 to 20 carbon atoms (C12-C20); cocamidopropyl betaine; an oil phase; and a cationic polymer that is a guar gum; wherein the mixture of sulfonated methyl ester compounds and the cocamidopropyl betaine is present in a combination ratio of 5 - 7.5: 1 by weight.
Combination of an application that is executable by an electronic device and a device-and-clip assembly for said electronic device having a front face with a display screen thereon, and a rear face opposite to the front face, the device-and-clip assembly comprising: an external device that is separate from the electronic device but which cooperates with at least one electronic device feature (20, 20b) on the rear face to perform a selected function; a clip including a first clip arm having an arm marker thereon and which is engageable with the front face; a second clip arm that is engageable with the rear face, wherein the first and second clip arms are connected to one another and are movable between an open position to permit removal of the clip from the electronic device and a closed position in which the first and second clip arms clamp the electronic device, wherein the external device is mounted to the clip; and said combination being characterised in that said application is executable by the electronic device so as to instruct the electronic device to display a screen marker on the display screen in a selected position such that positioning of the first clip arm on the display screen with the arm marker aligned with the position of the screen marker positions the external device in alignment with the at least one electronic device feature. an external device that is separate from the electronic device but which cooperates with at least one electronic device feature (20, 20b) on the rear face to perform a selected function; a clip including a first clip arm having an arm marker thereon and which is engageable with the front face; a second clip arm that is engageable with the rear face, wherein the first and second clip arms are connected to one another and are movable between an open position to permit removal of the clip from the electronic device and a closed position in which the first and second clip arms clamp the electronic device, wherein the external device is mounted to the clip; and said combination being characterised in that said application is executable by the electronic device so as to instruct the electronic device to display a screen marker on the display screen in a selected position such that positioning of the first clip arm on the display screen with the arm marker aligned with the position of the screen marker positions the external device in alignment with the at least one electronic device feature.
A base component, comprising a fixing base, a connecting rod connected to the fixing base, and a housing sleeved on the fixing base and covering the fixing base, wherein the fixing base is connected to the connecting rod by a linear guide pair, and the linear guide pair is wholly closed by the housing when the fixing base is covered by the housing, which prevents a derailment of the linear guide pair; and wherein a T-shaped guide groove is provided at a middle of an upper surface of the fixing base and runs through the entire upper surface of the fixing base radially, the connecting rod comprises a bearing connecting rod and a guide piece fixedly connected to an end of the bearing connecting rod, and the guide piece and the T-shaped guide groove cooperate with each other to form the linear guide pair; characterized in that an avoiding groove is provided at a middle of a bottom of the T-shaped guide groove and is in parallel with the T-shaped guide groove.
Digital decorating machine for ceramic products, comprising at least a conveyor, suitable to transport the products to be decorated along a feed direction, and a plurality of decoration modules, positioned over said conveyor and adjacent to each other along said feed direction, said modules comprising respective printing heads provided with nozzles for ejecting a fluid to be delivered on the surface of the products to be decorated, said conveyor comprising at least a movable member for supporting the products to be decorated, suitable for translating them along said feed direction, said conveyor comprising at least a supporting surface (6, 7), located along a respective flank (8, 9) of said movable member, provided with a plurality of predetermined positioning zones (10, 11) for the removable engagement of respective coupling portions (12, 13) of said decoration modules, wherein said conveyor comprises a first supporting surface and a second supporting surface, respectively positioned along the first flank and along the second flank of said movable member, said first supporting surface and said second supporting surface comprising respective pluralities of first positioning zones and second positioning zones for the modules, opposite to each other with reference to said movable member, wherein each of said modules comprises a first coupling portion and a second coupling portion, opposite each other with respect to said printing heads, suitable to be connected, in a removable manner, respectively to said first positioning zones and second positioning zones, wherein each of said modules comprises a box, including said coupling portions (12, 13), and housing all the components required to operate the module, wherein it comprises at least a detection device for sensing the dimensional and/or structural and/or surface parameters of the products entering the decorating area of the machine.
Ice maker with at least two trays subdivided into a plurality of compartments, enclosed in a housing (1, 2, 24) and suspended in a pivotable and twistable manner in the housing (1, 2, 24) about axes parallel to one another, wherein a tank arranged above the trays has an outflow which drains water simultaneously into several of the compartments, wherein the outflow comprises a plurality of openings, which are arranged above the plurality of compartments, characterised in that the openings of the outflow are formed at the base of a channel extending over the at least two trays.
A projection apparatus (100; 200; 300; 400a-e) for a vehicle, the projection apparatus comprising: a reflection device configured to provide a reflective surface with a varying angle relative to a projection surface; a projector configured to emit a projection beam towards the reflective surface of the reflection device; and a processing module configured to: determine a portion of the projection surface that the projection beam is to be emitted towards, obtain a sensor signal from a sensor of the vehicle, the sensor signal comprising information on the three-dimensional characteristic of the portion of the projection surface, control the reflection device to adjust the angle of the reflective surface relative to the projection surface based on the determined portion of the projection surface, determine a three-dimensional characteristic of the portion of the projection surface based on the sensor signal, and generate a display signal for the projector based on the portion of the projection surface and based on the three-dimensional characteristic of the portion of the projection surface. a reflection device configured to provide a reflective surface with a varying angle relative to a projection surface; a projector configured to emit a projection beam towards the reflective surface of the reflection device; and a processing module configured to: determine a portion of the projection surface that the projection beam is to be emitted towards, obtain a sensor signal from a sensor of the vehicle, the sensor signal comprising information on the three-dimensional characteristic of the portion of the projection surface, control the reflection device to adjust the angle of the reflective surface relative to the projection surface based on the determined portion of the projection surface, determine a three-dimensional characteristic of the portion of the projection surface based on the sensor signal, and generate a display signal for the projector based on the portion of the projection surface and based on the three-dimensional characteristic of the portion of the projection surface. determine a portion of the projection surface that the projection beam is to be emitted towards, obtain a sensor signal from a sensor of the vehicle, the sensor signal comprising information on the three-dimensional characteristic of the portion of the projection surface, control the reflection device to adjust the angle of the reflective surface relative to the projection surface based on the determined portion of the projection surface, determine a three-dimensional characteristic of the portion of the projection surface based on the sensor signal, and generate a display signal for the projector based on the portion of the projection surface and based on the three-dimensional characteristic of the portion of the projection surface.
A method of producing a cell culture chamber having a concave-convex pattern formed on a surface on which cells are cultured, the method comprising the steps of: forming cell culture portions, micro flow channels communicating with the cell culture portions, and an introduction area communicating with the cell culture portions through the micro flow channels, the cell culture portions and the micro flow channels being each formed of a concave portion of the concave-convex pattern; drooping a liquid containing a cell adhesion-inducing substance on the introduction area so as to introduce the liquid only to the concave portion by capillarity; and drying the liquid introduced to the concave portion so. as to coat the cell adhesion-inducing substance only to the concave portion. forming cell culture portions, micro flow channels communicating with the cell culture portions, and an introduction area communicating with the cell culture portions through the micro flow channels, the cell culture portions and the micro flow channels being each formed of a concave portion of the concave-convex pattern; drooping a liquid containing a cell adhesion-inducing substance on the introduction area so as to introduce the liquid only to the concave portion by capillarity; and drying the liquid introduced to the concave portion so. as to coat the cell adhesion-inducing substance only to the concave portion.
A method for atomic layer deposition comprising: a. exposing a substrate to a single source precursor gas of a compound at a first temperature and a first pressure in a first chamber to form a single layer of the precursor adsorbed on the substrate; b. transporting the substrate to a second chamber at a second temperature and a second pressure; c. purging the second chamber with an inert gas to remove unadsorbed precursor; d. transporting the substrate to a third chamber; e. heating the substrate in an inert or reactive atmosphere at a third temperature and third pressure to decompose the precursor to desired amorphous or crystalline forms of a new material on the substrate, wherein the third temperature is from 500°C to 2000°C; f. transporting the substrate to the second chamber; g. purging the second chamber with an inert gas to remove unreacted precursor and loose reactant; h. transporting the substrate to the first chamber; i. repeating steps a to h until a desired thickness of new material is formed. a. exposing a substrate to a single source precursor gas of a compound at a first temperature and a first pressure in a first chamber to form a single layer of the precursor adsorbed on the substrate; b. transporting the substrate to a second chamber at a second temperature and a second pressure; c. purging the second chamber with an inert gas to remove unadsorbed precursor; d. transporting the substrate to a third chamber; e. heating the substrate in an inert or reactive atmosphere at a third temperature and third pressure to decompose the precursor to desired amorphous or crystalline forms of a new material on the substrate, wherein the third temperature is from 500°C to 2000°C; f. transporting the substrate to the second chamber; g. purging the second chamber with an inert gas to remove unreacted precursor and loose reactant; h. transporting the substrate to the first chamber; i. repeating steps a to h until a desired thickness of new material is formed.
A co-constructed power generation device, comprising: A shell member; a rotating member, rotatably disposed at the shell member; an electromagnetic coil, disposed in the shell member; a first magnetic body suspended within the electromagnetic coil; a first elastic member and a second elastic member, with the first elastic member and the second elastic member respectively connected with two ends of the first magnetic body wherein the shake-induced power is generated from a relative movement between the first magnetic body and the electromagnetic coil, with the relative movement resulted from a shake of the first magnetic body caused by an external force applied to the shell member; and characterised by a connecting member, connecting the rotating member and the shell member, wherein the electromagnetic coil is wrapped around the connecting member, and when the rotating member rotates, the connecting member brings the first magnetic body to move relatively to the electromagnetic coil so as to generate the rotation-induced power. A shell member; a rotating member, rotatably disposed at the shell member; an electromagnetic coil, disposed in the shell member; a first magnetic body suspended within the electromagnetic coil; a first elastic member and a second elastic member, with the first elastic member and the second elastic member respectively connected with two ends of the first magnetic body wherein the shake-induced power is generated from a relative movement between the first magnetic body and the electromagnetic coil, with the relative movement resulted from a shake of the first magnetic body caused by an external force applied to the shell member; and characterised by a connecting member, connecting the rotating member and the shell member, wherein the electromagnetic coil is wrapped around the connecting member, and when the rotating member rotates, the connecting member brings the first magnetic body to move relatively to the electromagnetic coil so as to generate the rotation-induced power.
Method for controlling, in a driving situation, a motor vehicle comprising: - an autonomous driving mode in which the movement of the vehicle is entirely managed by an automated vehicle system; - a manual mode where a driver of the vehicle exercises control of at least part of the vehicle's movements by operating the steering wheel; The method comprising the following successive steps: - A steering wheel grip detection step consisting of using detection means, when the vehicle is in autonomous mode, to detect the presence of a hand of a vehicle occupant about to grab the steering wheel, the process being characterized in that it comprises - an identification step consisting of using identification means to identify the occupant whose hand was detected in the detection step, - a discrimination step consisting of prohibiting the passage of the vehicle in manual mode when the occupant, whose hand has been detected, is identified in the identification step as being a passenger and to cause the vehicle to automatically switch to manual mode when the occupant, whose hand has been detected, is identified in the identification step as being the driver. - an autonomous driving mode in which the movement of the vehicle is entirely managed by an automated vehicle system; - a manual mode where a driver of the vehicle exercises control of at least part of the vehicle's movements by operating the steering wheel; The method comprising the following successive steps: - A steering wheel grip detection step consisting of using detection means, when the vehicle is in autonomous mode, to detect the presence of a hand of a vehicle occupant about to grab the steering wheel, the process being characterized in that it comprises - an identification step consisting of using identification means to identify the occupant whose hand was detected in the detection step, - a discrimination step consisting of prohibiting the passage of the vehicle in manual mode when the occupant, whose hand has been detected, is identified in the identification step as being a passenger and to cause the vehicle to automatically switch to manual mode when the occupant, whose hand has been detected, is identified in the identification step as being the driver.
An insulating sheet consisting of plastic that is baked together with rubber particles, characterized in that the insulating sheet is used as a barrier against vapour or water.