mhurhangee/ep-ind-claims huggingface dataset:
An oral care implement, in particular a replacement brush head of an electric toothbrush, comprising: a housing extending along a longitudinal extension direction; a functional element mounted at the housing for driven motion relative to the housing; a motion transmitter element disposed within the housing and essentially extending along the longitudinal extension direction, the motion transmitter element having a first coupling portion being coupled with the functional element; wherein the motion transmitter element has a metal sheet portion that is made from a punched and bent metal sheet, in particular wherein the metal sheet portion has at least one section having a non-flat cross sectional shape in a plane essentially perpendicular to the longitudinal extension direction such as an L-shape or U-shape or S-shape. a housing extending along a longitudinal extension direction; a functional element mounted at the housing for driven motion relative to the housing; a motion transmitter element disposed within the housing and essentially extending along the longitudinal extension direction, the motion transmitter element having a first coupling portion being coupled with the functional element; wherein the motion transmitter element has a metal sheet portion that is made from a punched and bent metal sheet, in particular wherein the metal sheet portion has at least one section having a non-flat cross sectional shape in a plane essentially perpendicular to the longitudinal extension direction such as an L-shape or U-shape or S-shape.
Method for ascertaining process variables for a microscope system, the method is characterized by the following steps: a) combining into one intensity vector the intensities ascertained by a plurality of detectors from different spectral regions of a measurement operation; b) calculating a norm of the intensity vector; c) discarding those intensity vectors whose norm is less than a definable threshold value, so that said vectors are left out of consideration in the remainder of the method; d) normalizing the intensity vectors; e) delivering the intensity vectors to a vector quantizer and processing the intensity vectors using the vector quantizer; and f) reading Code Book Vectors out of the vector quantizer. a) combining into one intensity vector the intensities ascertained by a plurality of detectors from different spectral regions of a measurement operation; b) calculating a norm of the intensity vector; c) discarding those intensity vectors whose norm is less than a definable threshold value, so that said vectors are left out of consideration in the remainder of the method; d) normalizing the intensity vectors; e) delivering the intensity vectors to a vector quantizer and processing the intensity vectors using the vector quantizer; and f) reading Code Book Vectors out of the vector quantizer.
Grinding device for grinding food products, comprising a housing compartment, grinding means and a hopper removably associated with said housing compartment, wherein said hopper comprises a container having at least one selectively openable and closable lower aperture, wherein said hopper comprises a closing device, rotatable with respect to said container, the closing device comprising first coupling members configured to engage in an axial direction with mating second coupling members provided in said housing compartment, characterized in that said hopper also comprises clamping members, configured to assume a first inactive position in which they do not interfere with said housing compartment and allow the removal of the hopper, and a second active position in the which they engage with mating clamping seatings (38; 138) provided in said housing compartment clamping said hopper therein, wherein said clamping members are constrained to said container and are driven by its rotation, in said clamped position of the hopper said lower aperture being aligned with a respective through hole provided in said closing device to allow the passage of the food products toward said grinding means.
A battery, comprising: a case; an electrode assembly in the case; a cap plate over an opening of the case; a terminal (31, 331) in the cap plate, the terminal including a terminal flange (31b, 331b) protruding from a pillar terminal (31a, 331a) and a plurality (31d, 331d) of sealing protrusions (31d1, 31d2, 331d1, 331d2, 331d3) on the terminal flange (31b, 331b); and a gasket (34, 234, 334) between the terminal and the cap plate, the gasket (34, 234, 334) contacting the plurality of sealing protrusions, characterized in that the gasket (234, 334) includes at least one compression protrusion (234d, 334d) between the sealing protrusions (31d1, 31d2, 331d1, 331d2, 331d3). a case; an electrode assembly in the case; a cap plate over an opening of the case; a terminal (31, 331) in the cap plate, the terminal including a terminal flange (31b, 331b) protruding from a pillar terminal (31a, 331a) and a plurality (31d, 331d) of sealing protrusions (31d1, 31d2, 331d1, 331d2, 331d3) on the terminal flange (31b, 331b); and a gasket (34, 234, 334) between the terminal and the cap plate, the gasket (34, 234, 334) contacting the plurality of sealing protrusions, characterized in that the gasket (234, 334) includes at least one compression protrusion (234d, 334d) between the sealing protrusions (31d1, 31d2, 331d1, 331d2, 331d3).
Gas premix burner (100, 300) comprising - a perforated plate, a woven wire mesh or expanded metal sheet; - a fiber based burner deck (110, 310) placed on said perforated plate, woven wire mesh or expanded metal sheet; - an ionization pen (130, 330) to measure the ionization current over the flame of the gas premix burner (100, 300), characterized in that said fiber based burner deck (110, 310) is thicker in at least part of the region (140, 340) where the ionization pen (130, 330) is located compared to other regions of the fiber based burner deck (110, 310). - a perforated plate, a woven wire mesh or expanded metal sheet; - a fiber based burner deck (110, 310) placed on said perforated plate, woven wire mesh or expanded metal sheet; - an ionization pen (130, 330) to measure the ionization current over the flame of the gas premix burner (100, 300),
A control method for controlling lifting of a hanging load by means of a lifting winch integrating a drum on which is wound a lifting rope coupled to the hanging load, said control method implementing the following steps: - measuring of a mass parameter representative of a mass of the hanging load; - measuring of a lifting speed representative of a displacement speed of the hanging load, when ascending or descending, and comprised within a speed range bound by a maximum speed (VMAX); - supervision of an emergency stop which, once activated, shuts off at least the lifting winch and stops lifting of the hanging load and which, once deactivated, authorizes a reactivation of the lifting winch; - during an ascending of the hanging load, comparison of the lifting speed when ascending with a low threshold which varies according to the mass parameter, and with a high threshold which also varies according to the mass parameter, said high threshold being higher than or equal to the low threshold and lower than or equal to the maximum speed (VMAX); - monitoring of the lifting in an optimized mode in which the lifting speed when ascending is authorized only below the high threshold and forbidden above the high threshold, and if the emergency stop is activated during an ascending of the hanging load and while the lifting speed when ascending is higher than the low threshold then an alarm is activated. - measuring of a mass parameter representative of a mass of the hanging load; - measuring of a lifting speed representative of a displacement speed of the hanging load, when ascending or descending, and comprised within a speed range bound by a maximum speed (VMAX); - supervision of an emergency stop which, once activated, shuts off at least the lifting winch and stops lifting of the hanging load and which, once deactivated, authorizes a reactivation of the lifting winch; - during an ascending of the hanging load, comparison of the lifting speed when ascending with a low threshold which varies according to the mass parameter, and with a high threshold which also varies according to the mass parameter, said high threshold being higher than or equal to the low threshold and lower than or equal to the maximum speed (VMAX); - monitoring of the lifting in an optimized mode in which the lifting speed when ascending is authorized only below the high threshold and forbidden above the high threshold, and if the emergency stop is activated during an ascending of the hanging load and while the lifting speed when ascending is higher than the low threshold then an alarm is activated.
A piston ring provided at its outer periphery with a sliding surface, wherein in a cross section thereof which is perpendicular to a radial direction of the piston ring, the sliding surface includes a first sliding surface (m) which occupies a predetermined region from an upper end of the sliding surface, and a second sliding surface (n) which occupies a region extending from an end of the first sliding surface (m) to a lower end of the sliding surface, the first sliding surface (m) is formed of hard film, the second sliding surface (n) is not formed of hard film, the proportion of the first sliding surface (m) is 75 to 95 % of the entire length of the cross section of the piston ring, and the proportion of the second sliding surface (n) is 5 to 25 % of the entire length, the second sliding surface (n) exists at a position deviated inward from a phantom line extending from the original barrel face shaped first sliding surface (m) toward the lower end, an amount of deviation (f) is 1 to 20 μm, and the outer periphery has a barrel face shape or an eccentric barrel face shape.
A coupling component to hold a lighting body inserted in a protection bulb via a mouth portion of the bulb, said component having a groove for receiving the rim of said mouth portion of said bulb, characterized in that said groove includes sculptured formations to keep said mouth rim received in said groove spaced from the bottom of said groove to produce a discontinuous contact between said mouth rim and said groove.
A phosphate-free automatic dishwashing detergent composition in unit-dose form having a weight of from 8 to 25 grams, the composition comprising: i) greater than 5 to 8 grams of an organic complexing agent selected from the group consisting of methyl glycine diacetic acid, its salts and derivatives thereof, glutamic-N,N- diacetic acid, its salts and derivatives thereof, iminodisuccinic acid, its salts and derivatives thereof, carboxy methyl inulin, its salts and derivatives thereof, and mixtures thereof; ii) a dispersant polymer; iii) from 1 to 3 grams of bleach and wherein the complexing agent and the dispersant polymer are in a weight ratio of from 10:1 to 20:1. i) greater than 5 to 8 grams of an organic complexing agent selected from the group consisting of methyl glycine diacetic acid, its salts and derivatives thereof, glutamic-N,N- diacetic acid, its salts and derivatives thereof, iminodisuccinic acid, its salts and derivatives thereof, carboxy methyl inulin, its salts and derivatives thereof, and mixtures thereof; ii) a dispersant polymer; iii) from 1 to 3 grams of bleach
A method for accessing block storage devices, the method comprising: receiving a write request including an uncompressed data and an uncompressed block address associated with the uncompressed data, wherein the uncompressed block address is a logical block address where the uncompressed data is stored; generating compressed data by compressing the uncompressed data; determining a plurality of mapping candidates of compressed data blocks in the block storage devices based on the uncompressed block address; selecting a compressed data block from the plurality of mapping candidates that has sufficient capacity to store the compressed data; writing the compressed data to the selected compressed data block of a respective block storage device of the block storage devices; updating metadata of the selected compressed data block to link the uncompressed block address to a compressed block address of the selected compressed data block; receiving a read request including the uncompressed block address; and identifying the compressed data block from the plurality of mapping candidates based on metadata of each of the mapping candidates of compressed data blocks, wherein the selected compressed data block comprises the compressed data and the metadata that tracks the uncompressed block address being mapped to the selected compressed data block and allocation information of the compressed data, and the metadata is stored in the selected compressed data block. receiving a write request including an uncompressed data and an uncompressed block address associated with the uncompressed data, wherein the uncompressed block address is a logical block address where the uncompressed data is stored; generating compressed data by compressing the uncompressed data; determining a plurality of mapping candidates of compressed data blocks in the block storage devices based on the uncompressed block address; selecting a compressed data block from the plurality of mapping candidates that has sufficient capacity to store the compressed data; writing the compressed data to the selected compressed data block of a respective block storage device of the block storage devices; updating metadata of the selected compressed data block to link the uncompressed block address to a compressed block address of the selected compressed data block; receiving a read request including the uncompressed block address; and identifying the compressed data block from the plurality of mapping candidates based on metadata of each of the mapping candidates of compressed data blocks, wherein the selected compressed data block comprises the compressed data and the metadata that tracks the uncompressed block address being mapped to the selected compressed data block and allocation information of the compressed data, and the metadata is stored in the selected compressed data block.
A device for selective application of light to one or more eyes of a user comprising: a light emitting source for emitting the light; at least one sensor (13, 17) for measuring parameters relating to the ambient and/or the body of the user; a controller for selecting the emitted light based on the parameters sensed, and communicated to the controller, by the at least one sensor (13, 17); the device being characterised by further comprising: an identifier for identifying a location of an optic disk on a retina in the one or more eyes, and an optical system adapted to selectively apply the emitted light onto the optic disk. a light emitting source for emitting the light; at least one sensor (13, 17) for measuring parameters relating to the ambient and/or the body of the user; a controller for selecting the emitted light based on the parameters sensed, and communicated to the controller, by the at least one sensor (13, 17); the device being characterised by further comprising: an identifier for identifying a location of an optic disk on a retina in the one or more eyes, and an optical system adapted to selectively apply the emitted light onto the optic disk. an identifier for identifying a location of an optic disk on a retina in the one or more eyes, and an optical system adapted to selectively apply the emitted light onto the optic disk.
Method for fixing a first component in a second component, in which the first component is centred and fixed in the second component by a press fit, comprising the following steps: overmoulding at least a part of the inner side of the second component in order to form a plastics sleeve; and centring and fixing the first component within the plastics sleeve of the second component by means of a press fit, wherein the base of the interior space of the second component has a centric depression for receiving a bearing projection of the first component, characterized in that the base of the interior space of the second component is overmoulded in the region of this depression such that a plastics sleeve of H-shaped form in section is produced, the bearing projection being centred and fixed in said plastics sleeve by means of a press fit. overmoulding at least a part of the inner side of the second component in order to form a plastics sleeve; and centring and fixing the first component within the plastics sleeve of the second component by means of a press fit, wherein the base of the interior space of the second component has a centric depression for receiving a bearing projection of the first component, characterized in that the base of the interior space of the second component is overmoulded in the region of this depression such that a plastics sleeve of H-shaped form in section is produced, the bearing projection being centred and fixed in said plastics sleeve by means of a press fit.
A method to prepare a well cementing slurry, comprising: coating particles of an expanding agent with a phenolic resin; comprising: contacting the expanding agent particles with a phenolic monomer and an aldehyde; and polymerizing the phenolic monomer and the aldehyde to form a layer of the phenolic resin coating; and combining the coated particles with mix water and hydraulic cement to form a cement slurry for cementing a well. coating particles of an expanding agent with a phenolic resin; comprising: contacting the expanding agent particles with a phenolic monomer and an aldehyde; and polymerizing the phenolic monomer and the aldehyde to form a layer of the phenolic resin coating; and contacting the expanding agent particles with a phenolic monomer and an aldehyde; and polymerizing the phenolic monomer and the aldehyde to form a layer of the phenolic resin coating; and combining the coated particles with mix water and hydraulic cement to form a cement slurry for cementing a well.
An antenna support adapted to be mounted on an electric circuit card and to carry an antenna that is electrically connected to the card, the support comprising: • a plurality of housings (11, 15), each adapted to receive the antenna in a distinct orientation; • adjustment means for adjusting the position of the antenna on the card; • means for fastening the support on the card. • a plurality of housings (11, 15), each adapted to receive the antenna in a distinct orientation; • adjustment means for adjusting the position of the antenna on the card; • means for fastening the support on the card.
Stairlift for conveying a load along a staircase, comprising; - a rail, - a carriage carried by the rail and moveable along the rail, - a carriage drive to drive the carriage along the rail, - a load carrier support supporting a load carrier, such as a chair or wheelchair platform, which load carrier support is rotatably connected to the carriage to rotate about a horizontal axis, - a rotation device to rotate the load carrier support relative to the carriage about the horizontal axis, and - a control unit to control the rotation device such that the load carrier support is positioned in a desired orientation relative to a horizontal plane, and wherein; -- the rotation device comprises at least one motor (31, 32) and a first rotator, -- at least one of the at least one motor is operatively connected to the load carrier support via the first rotator to cause rotation of the load carrier support relative to the carriage about the horizontal axis, characterized in that the rotation device comprises a second rotator which operatively connects at least one of the at least one motor to the load carrier support via the second rotator to cause rotation of the load carrier support relative to the carriage about the horizontal axis in unison with the first rotator. - a rail, - a carriage carried by the rail and moveable along the rail, - a carriage drive to drive the carriage along the rail, - a load carrier support supporting a load carrier, such as a chair or wheelchair platform, which load carrier support is rotatably connected to the carriage to rotate about a horizontal axis, - a rotation device to rotate the load carrier support relative to the carriage about the horizontal axis, and - a control unit to control the rotation device such that the load carrier support is positioned in a desired orientation relative to a horizontal plane, and wherein; -- the rotation device comprises at least one motor (31, 32) and a first rotator, -- at least one of the at least one motor is operatively connected to the load carrier support via the first rotator to cause rotation of the load carrier support relative to the carriage about the horizontal axis, -- the rotation device comprises at least one motor (31, 32) and a first rotator, -- at least one of the at least one motor is operatively connected to the load carrier support via the first rotator to cause rotation of the load carrier support relative to the carriage about the horizontal axis,
A retinal repair device (100,300) for insertion into the periocular space adjacent a retinal tear in the eye, the retinal repair device (100,300) comprising: a curved or bendable elongated portion (110,310) including a posterior end (111,311), an anterior end (112,312), opposite the posterior end (111,311), an orbital facing surface (113,313) extending from the posterior end (111,311) to the anterior end (112,312) and a sclera facing surface (114,314) extending from the posterior end (111,311) to the anterior end (112,312), opposite the orbital facing surface (113,313); and a thickened portion (120,320) including a sclera contacting surface (121,321) distal to the orbital facing surface (113,313) configured to indent the sclera, characterized by first and second wings (125,126,325,326) extending out beyond a width of the elongated portion (110,310) in opposite directions transverse to a length from the posterior end (111,311) t0 the anterior end (112,312) of the elongated portion (110,310) a curved or bendable elongated portion (110,310) including a posterior end (111,311), an anterior end (112,312), opposite the posterior end (111,311), an orbital facing surface (113,313) extending from the posterior end (111,311) to the anterior end (112,312) and a sclera facing surface (114,314) extending from the posterior end (111,311) to the anterior end (112,312), opposite the orbital facing surface (113,313); and a posterior end (111,311), an anterior end (112,312), opposite the posterior end (111,311), an orbital facing surface (113,313) extending from the posterior end (111,311) to the anterior end (112,312) and a sclera facing surface (114,314) extending from the posterior end (111,311) to the anterior end (112,312), opposite the orbital facing surface (113,313); and a thickened portion (120,320) including a sclera contacting surface (121,321) distal to the orbital facing surface (113,313) configured to indent the sclera, characterized by first and second wings (125,126,325,326) extending out beyond a width of the elongated portion (110,310) in opposite directions transverse to a length from the posterior end (111,311) t0 the anterior end (112,312) of the elongated portion (110,310)