mhurhangee/ep-ind-claims huggingface dataset:
A firing furnace for dental technology, in particular for ceramic dental compositions, comprising a display device which is in particular configured in the manner of a touch screen, and comprising a control device which has a data interface, characterized in that by way of said data interface data for controlling the firing furnace and preferably also image data can be transmitted, and in that the control device has a packet module, in particular an EDGE, GSM, GRPS and/or UMTS module, by way of which control data and/ or image data for presentation on the display device can be transmitted in the form of packets, wherein the data packets each have independent address information and are provided with an error correction scheme, wherein the firing furnace can be remotely controlled by way of the data interface and the packet module.
A badminton racket, wherein said badminton racket comprises a frame which extends annularly, a grip, a shaft which connects said frame and said grip to each other, and a string which is stretched across said frame to form a hitting surface on both sides of said frame, and wherein said frame is formed to make a front surface portion and a back surface portion thereof asymmetrical in shape in a cross sectional view taken along a plane orthogonal to an extension direction of said frame, characterized in that said front surface portion comprises a surface portion having an extremely small curvature substantially parallel to an in-plane direction of said hitting surface, and curved surface portions which are each formed into a curved surface in the shape of a quartered-circular arc in a cross-sectional view, and each end of which on the opposite side from the surface portion having an extremely small curvature is directed toward the back side, wherein said back surface portion comprises a circular-arc surface portion which bulges in a backward direction, and inclined surface portions which are respectively continuous with both the outer and inner sides of said circular-arc surface portion, wherein the circular-arc surface portion is formed so that a central portion of the circular-arc surface portion, with respect to the outward and inward direction, bulges most in the backward direction, and wherein when said front surface portion is equally divided into three areas in the outward and inward directions, said surface portion having an extremely small curvature is formed on a central area among said three areas, and said curved surface portions are formed, in the outward and inward directions, on the opposite sides from said central area. characterized in that said front surface portion comprises a surface portion having an extremely small curvature substantially parallel to an in-plane direction of said hitting surface, and curved surface portions which are each formed into a curved surface in the shape of a quartered-circular arc in a cross-sectional view, and each end of which on the opposite side from the surface portion having an extremely small curvature is directed toward the back side, wherein said back surface portion comprises a circular-arc surface portion which bulges in a backward direction, and inclined surface portions which are respectively continuous with both the outer and inner sides of said circular-arc surface portion, wherein the circular-arc surface portion is formed so that a central portion of the circular-arc surface portion, with respect to the outward and inward direction, bulges most in the backward direction, and wherein when said front surface portion is equally divided into three areas in the outward and inward directions, said surface portion having an extremely small curvature is formed on a central area among said three areas, and said curved surface portions are formed, in the outward and inward directions, on the opposite sides from said central area.
A display apparatus comprising: a display main body having a screen and a bezel that surrounds the screen; and a bezel hiding member mounted on the bezel to cover the bezel, wherein the bezel hiding member includes: a body portion, comprising: an attachment surface attached to the bezel; a light incident surface which extends from an inner end of the attachment surface and is inclined with respect to the attachment surface such that image light emitted from an edge region of the screen is incident on the light incident surface and refracted; and a boundary surface extending between an outer end of the attachment surface and an upper end of the light incident surface; and a plurality of prisms projecting from the boundary surface to emit the refracted image light along a direction that is the same direction in which the image is displayed from the screen, wherein the body portion is attached to the bezel so that the body portion and the plurality of prisms do not overlap the screen at all. a display main body having a screen and a bezel that surrounds the screen; and a bezel hiding member mounted on the bezel to cover the bezel, wherein the bezel hiding member includes: a body portion, comprising: an attachment surface attached to the bezel; a light incident surface which extends from an inner end of the attachment surface and is inclined with respect to the attachment surface such that image light emitted from an edge region of the screen is incident on the light incident surface and refracted; and a boundary surface extending between an outer end of the attachment surface and an upper end of the light incident surface; and a plurality of prisms projecting from the boundary surface to emit the refracted image light along a direction that is the same direction in which the image is displayed from the screen, a body portion, comprising: an attachment surface attached to the bezel; a light incident surface which extends from an inner end of the attachment surface and is inclined with respect to the attachment surface such that image light emitted from an edge region of the screen is incident on the light incident surface and refracted; and a boundary surface extending between an outer end of the attachment surface and an upper end of the light incident surface; and an attachment surface attached to the bezel; a light incident surface which extends from an inner end of the attachment surface and is inclined with respect to the attachment surface such that image light emitted from an edge region of the screen is incident on the light incident surface and refracted; and a boundary surface extending between an outer end of the attachment surface and an upper end of the light incident surface; and a plurality of prisms projecting from the boundary surface to emit the refracted image light along a direction that is the same direction in which the image is displayed from the screen, wherein the body portion is attached to the bezel so that the body portion and the plurality of prisms do not overlap the screen at all.
A device for inspecting embossed filter segments, where each embossed filter segment extends longitudinally along an axis of extension and comprises at least a first portion and a second portion each having a first end (20a, 21a) and a second end (20b, 21b); the second end of the first portion being adjacent and contiguous to the first end of the second portion; the first portion or the second portion being embossed; the device being characterized in that it comprises: a drum rotatable about a rotation axis and comprising a plurality of seats for receiving in each one an embossed filter segment; image capturing means for capturing an image of a first part of the embossed filter segment disposed in the seat of the drum, the first part extending parallel to the axis of extension of the embossed filter segment and at least from the first end of the first portion to the first end of the second portion; a processing unit for processing the aforesaid image and which, based on the image, calculates the length (L 1) of the first portion of the embossed filter segment; wherein the image capturing means comprise: a first camera which captures the image of the first part of the embossed filter segment disposed in the seat of the drum; a first illuminator illuminating at least the first part of the embossed filter segment disposed in the seat of the drum. wherein each seat of the drum is configured to receive only partially the embossed filter segment so that at least the first part of the embossed filter segment protrudes from the drum; the first camera and the first illuminator are counterposed to each other and side by side with the drum. a drum rotatable about a rotation axis and comprising a plurality of seats for receiving in each one an embossed filter segment; image capturing means for capturing an image of a first part of the embossed filter segment disposed in the seat of the drum, the first part extending parallel to the axis of extension of the embossed filter segment and at least from the first end of the first portion to the first end of the second portion; a processing unit for processing the aforesaid image and which, based on the image, calculates the length (L 1) of the first portion of the embossed filter segment; wherein the image capturing means comprise: a first camera which captures the image of the first part of the embossed filter segment disposed in the seat of the drum; a first illuminator illuminating at least the first part of the embossed filter segment disposed in the seat of the drum. wherein each seat of the drum is configured to receive only partially the embossed filter segment so that at least the first part of the embossed filter segment protrudes from the drum; the first camera and the first illuminator are counterposed to each other and side by side with the drum.
Wet-rotor motor pump with a split tube separating the motor stator from the motor shaft mounted in the split tube and carrying rotor laminations projecting into the pump chamber and carrying the impeller in said pump chamber, in which a coaxial annual space is provided between a separating wall separating the interior of the split tube from the pump chamber and the rear of the impeller, with the pumped liquid flowing into the rotor space surrounded by the split tube through at least one flow passage in the separating wall so as, after flowing through the rotor chamber, to flow back into the pump chamber, in particular through the longitudinal cavity of the motor shaft, characterised by - the rear of the impeller having a coaxial annular projection that separates the rear annual space surrounding the motor shaft from the rest of the pump chamber, apart from at least one throttle gap extending through the annual projection, which throttles the pumped liquid as it flows through from the pump pressure side into the annual space, and - the annular space being connected to the pump intake side by at least one throttled opening (15, 16) in the rear wall of the impeller and/or in the wall of the hollow motor shaft, - the annular space being delimited on the side facing the interior of the split tube by a sealing ring, the outer wall of which forms the throttle gap with the inner side of the annular projection. - the rear of the impeller having a coaxial annular projection that separates the rear annual space surrounding the motor shaft from the rest of the pump chamber, apart from at least one throttle gap extending through the annual projection, which throttles the pumped liquid as it flows through from the pump pressure side into the annual space, and - the annular space being connected to the pump intake side by at least one throttled opening (15, 16) in the rear wall of the impeller and/or in the wall of the hollow motor shaft, - the annular space being delimited on the side facing the interior of the split tube by a sealing ring, the outer wall of which forms the throttle gap with the inner side of the annular projection.
A feeder of boards for machines for assembling pallets having a perimetric base, characterized in that it comprises: - a pickup station; - a release station, which is spaced laterally with respect to said pickup station along a transfer direction; - means for positioning two groups of boards (80a, 80b, 80c, 80d, 80e) at said pickup station in a substantially horizontal position; - means for transferring said two groups of boards (80a, 80b, 80c, 80d, 80e) from said pickup station to said release station in a substantially horizontal position; said transfer means comprising: - first transfer means, which can engage the boards (80a, 80b) of a first group of boards and can be transferred, along said transfer direction, from said pickup station to said release station and vice versa; - second transfer means, which can engage the boards (80c, 80d, 80e) of a second group of boards; said second transfer means being able to be transferred, along said transfer direction, from said pickup station to said release station and vice versa and being rotatable about a substantially vertical rotational axis so as to vary the orientation of said second group of boards (80c, 80d, 80e) with respect to said first group of boards (80a, 80b). - a pickup station; - a release station, which is spaced laterally with respect to said pickup station along a transfer direction; - means for positioning two groups of boards (80a, 80b, 80c, 80d, 80e) at said pickup station in a substantially horizontal position; - means for transferring said two groups of boards (80a, 80b, 80c, 80d, 80e) from said pickup station to said release station in a substantially horizontal position; said transfer means comprising: - first transfer means, which can engage the boards (80a, 80b) of a first group of boards and can be transferred, along said transfer direction, from said pickup station to said release station and vice versa; - second transfer means, which can engage the boards (80c, 80d, 80e) of a second group of boards; said second transfer means being able to be transferred, along said transfer direction, from said pickup station to said release station and vice versa and being rotatable about a substantially vertical rotational axis so as to vary the orientation of said second group of boards (80c, 80d, 80e) with respect to said first group of boards (80a, 80b).
Flushing cistern arrangement comprising a flushing cistern, a holding unit and a discharge unit, wherein the flushing cistern has a wall bounding an inner space, said wall having an inner side facing the inner space and an outer side, wherein the discharge unit is held in the inner space by the holding unit and flushing water located in the inner space can be removed from the inner space via the discharge unit during a flushing operation, and wherein the holding unit protrudes outwards, as seen from the inner space, through an opening in the wall of the flushing cistern, wherein the holding unit is connected or can be connected to the flushing cistern via a clamping unit by way of a fastening portion integrally moulded on the flushing cistern, wherein the fastening portion is integrally moulded on the outer side of the flushing cistern and extends from the surface of the outer side, characterized in that between the clamping unit and the fastening portion of the flushing cistern there is an orientation element, via which the clamping unit can be oriented with respect to the fastening portion, wherein the orientation element serves at the same time as an anti-rotation element so that a rotation of the clamping unit with respect to the fastening portion can be prevented.
A microphone system comprising a microphone and hardware logic configured to detect a pre-defined phrase comprising two or more component parts in an audio stream received via the microphone and in response to detecting the pre-defined phrase, to send a trigger signal to activate a module external to the microphone system; wherein the hardware logic is further configured, in response to partially detecting the two or more component parts of the pre-defined phrase in a first portion of the audio stream, to: determine if a previous portion of the audio stream comprising a partially detected pre-defined phrase was stored; in response to determining that the previous portion of the audio stream comprising a partially detected pre-defined phrase was not stored, to store the first portion of the audio stream; in response to determining that the previous portion of the audio stream comprising a partially detected pre-defined phrase was stored, examine the previous portion of the audio stream by comparing component parts of the previous portion of the audio stream to those component parts which were not matched by the first portion of the audio stream; and in response to determining that each of the two or more component parts of the predefined phrase are matched by at least one of the first or previous portions of the audio stream, to send a trigger signal to activate the module external to the microphone system. determine if a previous portion of the audio stream comprising a partially detected pre-defined phrase was stored; in response to determining that the previous portion of the audio stream comprising a partially detected pre-defined phrase was not stored, to store the first portion of the audio stream; in response to determining that the previous portion of the audio stream comprising a partially detected pre-defined phrase was stored, examine the previous portion of the audio stream by comparing component parts of the previous portion of the audio stream to those component parts which were not matched by the first portion of the audio stream; and in response to determining that each of the two or more component parts of the predefined phrase are matched by at least one of the first or previous portions of the audio stream, to send a trigger signal to activate the module external to the microphone system.
Container treatment plant in which at least one cyclically operating container treatment machine and at least one feed conveyor and/or at least one discharge conveyor, respectively for individual containers are provided in functional association to the container treatment machine, characterized in that at least two continuously driven, circulating conveyor means (F1, F2, F1', F2') supplying each other with individual containers are provided in the feed conveyor and/or in the discharge conveyor, respectively, of which the conveyor means (F2, F2') being closer in the conveying direction to the cyclically operating container treatment machine has a narrower conveying pitch than the wider conveying pitch of a conveyor means (F1, F1') which is further away, and that a container acceptance and/or transfer interruption caused by a respective standstill (9a, 11 a) between cycles of the cyclically operating container treatment machine is compensated by the conveying pitch difference (T1 - T2) of the conveyor means (F1, F2, F1', F2') supplying each other continuously with individual containers.
A collection of polymer beads, wherein the volume distribution expressed as a function of bead diameter comprises a first peak having a maximum of PM1 at diameter PD1 and having full width at half maximum of 75 μm or less, a second peak having a maximum of PM2 at diameter PD2 and having full width at half maximum of 75 μm or less; and a valley having a minimum value of VM1 at a diameter between PD1 and PD2, wherein VM1 is less than 0.25∗PM1 and VM1 is also less than 0.25∗PM2; wherein PD1 and PD2 differ by 25 μm or more, and wherein the collection of polymer beads has volume average sphericity Ψ of 0.9 to 1.0, wherein indicator of sphericity (Ψ) is calculated as follows: Ψ = bc / a 2 3 wherein a, b and c are the three mechanical principal axes of the particle, a being the longest principal axis of the particle, and c being the shortest principal axis of the particle, and further wherein the polymer beads comprise polymerized units of one or more monofunctional vinyl monomer and one or more multifunctional vinyl monomer, wherein the amount of monofunctional vinyl monomer is 75% or more, by weight based on the weight of all the monomers, and the amount of the multifunctional vinyl monomer is 5% to 25%, by weight based on the weight of all the monomers. a first peak having a maximum of PM1 at diameter PD1 and having full width at half maximum of 75 μm or less, a second peak having a maximum of PM2 at diameter PD2 and having full width at half maximum of 75 μm or less; and a valley having a minimum value of VM1 at a diameter between PD1 and PD2, wherein VM1 is less than 0.25∗PM1 and VM1 is also less than 0.25∗PM2;
A focusing processing method, applied in a terminal device provided with a first camera assembly for photographing pictures and a second camera assembly for performing a phase focusing, wherein the first camera assembly and the second camera assembly can realize focusing synchronously, each first filter unit in the first camera assembly corresponds to one pixel point in a first image sensor, each second filter unit in the second camera assembly corresponds to one combination pixel in a second image sensor, and each combination pixel comprises n adjacent pixel points, where n is an even number greater than or equal to 2; wherein the method comprises: obtaining (301, 403) a first image collected by n/2 pixel points on a left side of a combination pixel in the second image sensor and a second image collected by n/2 pixel points on a right side of the combination pixel in the second image sensor; determining (302, 404) a phase difference between the first image and the second image and determining whether the phase difference is in a preset range; when the phase difference is not in the preset range, controlling a first motor in the first camera assembly to drive a first camera to move according to the phase difference and depending on a preset strategy; and when the phase difference is in the preset range, obtaining position information of a second camera in the second camera assembly and controlling the first motor to drive the first camera to move to a same position as the second camera according to the position information of the second camera. obtaining (301, 403) a first image collected by n/2 pixel points on a left side of a combination pixel in the second image sensor and a second image collected by n/2 pixel points on a right side of the combination pixel in the second image sensor; determining (302, 404) a phase difference between the first image and the second image and determining whether the phase difference is in a preset range; when the phase difference is not in the preset range, controlling a first motor in the first camera assembly to drive a first camera to move according to the phase difference and depending on a preset strategy; and when the phase difference is in the preset range, obtaining position information of a second camera in the second camera assembly and controlling the first motor to drive the first camera to move to a same position as the second camera according to the position information of the second camera.