mhurhangee/ep-ind-claims huggingface dataset:
A head of a beauty device comprising: a stirring mechanism configured to stir bubbles; and a head case provided with an opening for allowing the bubbles stirred by the stirring mechanism to pass through, wherein the head case includes a support portion configured to support the stirring mechanism in such a way that the stirring mechanism is capable of making at least one motion of a rotation and a movement relative to the head case, characterized in that the support portion supports the stirring mechanism in such a way that the stirring mechanism is capable of rotating relative to the head case, and wherein the stirring mechanism includes a base provided with a discharge port through which a mixture of a foaming agent and water can pass, and a blade formed on a surface of the base which is an opening-side surface. a stirring mechanism configured to stir bubbles; and a head case provided with an opening for allowing the bubbles stirred by the stirring mechanism to pass through, wherein the head case includes a support portion configured to support the stirring mechanism in such a way that the stirring mechanism is capable of making at least one motion of a rotation and a movement relative to the head case, characterized in that the support portion supports the stirring mechanism in such a way that the stirring mechanism is capable of rotating relative to the head case, and wherein the stirring mechanism includes a base provided with a discharge port through which a mixture of a foaming agent and water can pass, and a blade formed on a surface of the base which is an opening-side surface.
Apparatus for clamping workpieces on machine tools, comprising: - at least one basic frame attachable to a machine tool for the machining of at least one workpiece; - at least a first clamping assembly and at least a second clamping assembly associated with said basic frame in a movable manner from a release position to a clamping position of said workpiece, along a clamping stroke, and from said clamping position to said release position, along a release stroke; - at least one fluid actuator (5, 6), provided with a fixed portion associated with said basic frame and with a movable portion associated with said fixed portion in a sliding manner along a direction of sliding and connected to a drive assembly associated with said clamping assemblies (3, 4), said fluid actuator (5, 6) comprising at least one chamber which can be fed with at least one pressurized fluid to simultaneously displace said clamping assemblies (3, 4) between said release position and said clamping position; characterized by the fact that said drive assembly comprises at least one rocker element hinged to said first clamping assembly and to said second clamping assembly and associated in a rotatable manner with said movable portion, which comprises at least one curved thrust surface arranged in thrust contact against said rocker element during said clamping stroke, wherein said rocker element is rotatable on said curved thrust surface. - at least one basic frame attachable to a machine tool for the machining of at least one workpiece; - at least a first clamping assembly and at least a second clamping assembly associated with said basic frame in a movable manner from a release position to a clamping position of said workpiece, along a clamping stroke, and from said clamping position to said release position, along a release stroke; - at least one fluid actuator (5, 6), provided with a fixed portion associated with said basic frame and with a movable portion associated with said fixed portion in a sliding manner along a direction of sliding and connected to a drive assembly associated with said clamping assemblies (3, 4), said fluid actuator (5, 6) comprising at least one chamber which can be fed with at least one pressurized fluid to simultaneously displace said clamping assemblies (3, 4) between said release position and said clamping position;
A method of producing a thin film solar cell, comprising: (a) providing a substrate film; (b) providing an electrically conductive back contact layer; (c) providing a p-type absorber layer, which p-type absorber layer is comprised of a copper-zinc-tin alloy which further comprises at least one chalcogen and which has the chemical formula Cu x Zn y Sn z S a with x being from 1.5 to 2.5, y being from 0.9 to 1.5, z being from 0.5 to 1.1 and a being from 0.1 to 4.2, or having chemical formula Cu x Zn y Sn z Se b with x being from 1.5 to 2.5, y being from 0.9 to 1.5, z being from 0.5 to 1.1 and b being from 0.1 to 4.2 or having chemical formula Cu x Zn y Sn z S a Se b with x being from 1.5 to 2.5, y being from 0.9 to 1.5, z being from 0.5 to 1.1, a being from 0.1 to 4.2 and b being from 0.1 to 4.2; (d) further providing at least one n-type buffer layer; and (e) further providing at least one window layer, wherein providing a p-type absorber layer in method step (c) comprises depositing a copper-zinc-tin alloy, said alloy additionally containing at least one chalcogen, said method step comprises contacting a substrate and an anode with a cyanide-free metal plating composition and flowing an electric current between said substrate and the anode, wherein the metal plating composition comprises at least one copper plating species, at least one zinc plating species, at least one tin plating species, at least one complexing agent, at least one chalcogen plating species and at least one additive, selected from the group comprising disubstituted benzene compounds having general chemical formula I: wherein R 1 and R 2 are the same or different, are selected independently from the group comprising OH, SH, NR 3 R 4, CO-R 5, COOR 5, CONR 3 R 4, COSR 5, SO 2 OR 5, SO 2 R 5, SO 2 NR 3 R 4 and the salts thereof or have the aforementioned meanings and form a common condensation chain; with R 3 and R 4 being the same or different, being selected independently from the group comprising H and alkyl; and with R 5 being selected from the group comprising H, alkyl and hydroxyalkyl. (a) providing a substrate film; (b) providing an electrically conductive back contact layer; (c) providing a p-type absorber layer, which p-type absorber layer is comprised of a copper-zinc-tin alloy which further comprises at least one chalcogen and which has the chemical formula Cu x Zn y Sn z S a with x being from 1.5 to 2.5, y being from 0.9 to 1.5, z being from 0.5 to 1.1 and a being from 0.1 to 4.2, or having chemical formula Cu x Zn y Sn z Se b with x being from 1.5 to 2.5, y being from 0.9 to 1.5, z being from 0.5 to 1.1 and b being from 0.1 to 4.2 or having chemical formula Cu x Zn y Sn z S a Se b with x being from 1.5 to 2.5, y being from 0.9 to 1.5, z being from 0.5 to 1.1, a being from 0.1 to 4.2 and b being from 0.1 to 4.2; (d) further providing at least one n-type buffer layer; and (e) further providing at least one window layer,
A terminal roaming steering method, performed by a control node, wherein the method comprises: determining a steering protocol supported by a terminal, wherein the terminal is connected to a first access point, AP, and the steering protocol is used to steer the terminal to perform roaming; determining a second AP from at least one neighboring AP of the first AP; and steering, based on the steering protocol, the terminal to roam from the first AP to the second AP, wherein the determining a second AP from at least one neighboring AP of the first AP comprises: for any neighboring AP in the at least one neighboring AP, when a network status of the first AP and a network status of the neighboring AP meet a network status indicated by network selection reference information of the terminal, determining the neighboring AP as the second AP, wherein the network selection reference information is used to indicate network statuses that the first AP and the second AP need to meet when the terminal performs roaming. determining a steering protocol supported by a terminal, wherein the terminal is connected to a first access point, AP, and the steering protocol is used to steer the terminal to perform roaming; determining a second AP from at least one neighboring AP of the first AP; and steering, based on the steering protocol, the terminal to roam from the first AP to the second AP, wherein the determining a second AP from at least one neighboring AP of the first AP comprises: for any neighboring AP in the at least one neighboring AP, when a network status of the first AP and a network status of the neighboring AP meet a network status indicated by network selection reference information of the terminal, determining the neighboring AP as the second AP, wherein the network selection reference information is used to indicate network statuses that the first AP and the second AP need to meet when the terminal performs roaming. for any neighboring AP in the at least one neighboring AP, when a network status of the first AP and a network status of the neighboring AP meet a network status indicated by network selection reference information of the terminal, determining the neighboring AP as the second AP, wherein the network selection reference information is used to indicate network statuses that the first AP and the second AP need to meet when the terminal performs roaming.
A cryoprobe clamp comprising: a housing portion (52, 54); a handle extending from the housing portion (52, 54); a clamp assembly including a distal blade and a proximal blade, the distal and proximal blades (62, 60) structured for clamping a target tissue therebetween, a trigger mechanism positioned adjacent the handle and operably coupled to the clamp assembly; and an ablation tool (20, 20A, 20B, 64) extending between the housing portion (52, 54) and the clamp assembly; wherein the distal blade includes receiving means structured to receive a distal portion of the ablation tool (20, 20A, 20B, 64), and the proximal blade includes an outer frame surrounding an open window portion; and wherein the distal portion of the ablation tool (20, 20A, 20B, 64) is aligned substantially with the window portion of the proximal blade when the target tissue is clamped between the distal and proximal blades (62, 60), wherein upon clamping the target tissue between the distal and proximal blades (62, 60), a lesion formed by the distal end of the ablation tool (20, 20A, 20B, 64) is visible through the window portion of the proximal blade. a housing portion (52, 54); a handle extending from the housing portion (52, 54); a clamp assembly including a distal blade and a proximal blade, the distal and proximal blades (62, 60) structured for clamping a target tissue therebetween, a trigger mechanism positioned adjacent the handle and operably coupled to the clamp assembly; and an ablation tool (20, 20A, 20B, 64) extending between the housing portion (52, 54) and the clamp assembly;
A method of manufacturing a component (W;84), comprising: additively manufacturing a crucible for casting of the component (W;84), wherein the crucible includes a core at least partially within a shell, the core forming internal passageways of the component (W;84); forming the core via additive manufacturing;> manufacturing the component (W;84) concurrently with the core, the manufacturing of the component (W;84) including adding a metal material in powder form to the crucible; remelting the metal material; solidifying the metal material within the crucible to form a metal directionally solidified columnar grain microstructure within the component (W;84); and removing the crucible to reveal the component (W;84). additively manufacturing a crucible for casting of the component (W;84), wherein the crucible includes a core at least partially within a shell, the core forming internal passageways of the component (W;84); forming the core via additive manufacturing;> manufacturing the component (W;84) concurrently with the core, the manufacturing of the component (W;84) including adding a metal material in powder form to the crucible; remelting the metal material; solidifying the metal material within the crucible to form a metal directionally solidified columnar grain microstructure within the component (W;84); and removing the crucible to reveal the component (W;84).
An imaging system for a railway vehicle, comprising: a first imaging module, placed in a leading railway vehicle, for capturing a stereo image of a first area in a traveling direction of the railway vehicle; a second imaging module, placed in the leading railway vehicle and capable of capturing a second area including a farther area and a nearer area, the farther area being farther than at least the first area, the nearer area overlapping the first area before the farther area, the second imaging module being configured to capture a high-resolution image with resolution higher than resolution of the first imaging module; and an image processor configured to: calculate a first distance to a first position in the nearer area overlapping the first area, the first distance being calculated from the stereo image captured by the first imaging module, calculate a length corresponding to one pixel of the farther area in the high-resolution image captured by the second imaging module, the length being calculated based on a known size of an object located in the farther area, and estimate a second distance to a second position in the farther area of the second area, the second distance being estimated from the first distance and the length corresponding to one pixel of the farther area. a first imaging module, placed in a leading railway vehicle, for capturing a stereo image of a first area in a traveling direction of the railway vehicle; a second imaging module, placed in the leading railway vehicle and capable of capturing a second area including a farther area and a nearer area, the farther area being farther than at least the first area, the nearer area overlapping the first area before the farther area, the second imaging module being configured to capture a high-resolution image with resolution higher than resolution of the first imaging module; and an image processor configured to: calculate a first distance to a first position in the nearer area overlapping the first area, the first distance being calculated from the stereo image captured by the first imaging module, calculate a length corresponding to one pixel of the farther area in the high-resolution image captured by the second imaging module, the length being calculated based on a known size of an object located in the farther area, and estimate a second distance to a second position in the farther area of the second area, the second distance being estimated from the first distance and the length corresponding to one pixel of the farther area. calculate a first distance to a first position in the nearer area overlapping the first area, the first distance being calculated from the stereo image captured by the first imaging module, calculate a length corresponding to one pixel of the farther area in the high-resolution image captured by the second imaging module, the length being calculated based on a known size of an object located in the farther area, and estimate a second distance to a second position in the farther area of the second area, the second distance being estimated from the first distance and the length corresponding to one pixel of the farther area.
A tissue ablation apparatus adapted for deployment within a blood-filled environment, comprising: a barrier or membrane projecting from a deployment catheter and defining a visualization field when the barrier or membrane is in a deployed configuration, wherein the barrier or membrane further defines at least one aperture through which fluid is permeable; an imaging element positioned within or along the barrier or membrane and adapted to image a tissue surface adjacent to the barrier or membrane within a field of view of the imaging element when the visualization field is purged of blood via a transparent fluid; an electrode positioned within or along the barrier or membrane; and characterized in that the electrode is positioned within or along the barrier or membrane such that the electrode is outside the field of view and spaced from the aperture such that energy discharged from the electrode is directed through the transparent fluid and into the tissue surface being visualized. a barrier or membrane projecting from a deployment catheter and defining a visualization field when the barrier or membrane is in a deployed configuration, wherein the barrier or membrane further defines at least one aperture through which fluid is permeable; an imaging element positioned within or along the barrier or membrane and adapted to image a tissue surface adjacent to the barrier or membrane within a field of view of the imaging element when the visualization field is purged of blood via a transparent fluid; an electrode positioned within or along the barrier or membrane; and characterized in that the electrode is positioned within or along the barrier or membrane such that the electrode is outside the field of view and spaced from the aperture such that energy discharged from the electrode is directed through the transparent fluid and into the tissue surface being visualized.
Method for determining at least one material characteristic of a magnetizable metal body by means of a micromagnetic sensor arrangement, which comprises at least one excitation coil having a magnetic core for signal excitation and at least one receiver, comprising the steps: - magnetizing the body by means of the sensor arrangement via current or voltage excitation of the sensor arrangement, which comprises at least one sign change between a positive part of a half-wave and a negative part of a half-wave, - measuring at least one signal in the receiver, - Fourier transformation of the signal, - determining the material characteristic from at least one Fourier component, characterized by the further steps: - turning off the excitation, and - measuring the post-oscillation of the signal in the receiver after turning off the excitation and using at least the part of the signal resulting from the post-oscillation in the Fourier transformation. comprising the steps: - magnetizing the body by means of the sensor arrangement via current or voltage excitation of the sensor arrangement, which comprises at least one sign change between a positive part of a half-wave and a negative part of a half-wave, - measuring at least one signal in the receiver, - Fourier transformation of the signal, - determining the material characteristic from at least one Fourier component, - magnetizing the body by means of the sensor arrangement via current or voltage excitation of the sensor arrangement, which comprises at least one sign change between a positive part of a half-wave and a negative part of a half-wave, - measuring at least one signal in the receiver, - Fourier transformation of the signal, - determining the material characteristic from at least one Fourier component, characterized by the further steps: - turning off the excitation, and - measuring the post-oscillation of the signal in the receiver after turning off the excitation and using at least the part of the signal resulting from the post-oscillation in the Fourier transformation. - turning off the excitation, and - measuring the post-oscillation of the signal in the receiver after turning off the excitation and using at least the part of the signal resulting from the post-oscillation in the Fourier transformation.
An article of footwear comprising: an upper that includes a knitted component formed of unitary knit construction, the knitted component including an external surface; and a sole structure that is coupled to the upper, the sole structure including: an intermediate member with a first surface, the first surface being attached to the external surface of the knitted component, a base member including an upper surface, and at least one stiffener having a first portion that is attached to the intermediate member and a second portion, wherein the intermediate member is disposed between the at least one stiffener and the external surface of the knitted component, the article of footwear being characterized in that the second portion of the at least one stiffener extends transversely from the first portion of the at least one stiffener, the intermediate member includes a first recess that is configured to receive the first portion of the at least one stiffener therein, and the upper surface of the base member includes a base recess that is configured to receive the second portion of the at least one stiffener therein. an upper that includes a knitted component formed of unitary knit construction, the knitted component including an external surface; and a sole structure that is coupled to the upper, the sole structure including: an intermediate member with a first surface, the first surface being attached to the external surface of the knitted component, a base member including an upper surface, and at least one stiffener having a first portion that is attached to the intermediate member and a second portion, wherein the intermediate member is disposed between the at least one stiffener and the external surface of the knitted component, an intermediate member with a first surface, the first surface being attached to the external surface of the knitted component, a base member including an upper surface, and at least one stiffener having a first portion that is attached to the intermediate member and a second portion, wherein the intermediate member is disposed between the at least one stiffener and the external surface of the knitted component, the article of footwear being characterized in that the second portion of the at least one stiffener extends transversely from the first portion of the at least one stiffener, the intermediate member includes a first recess that is configured to receive the first portion of the at least one stiffener therein, and the upper surface of the base member includes a base recess that is configured to receive the second portion of the at least one stiffener therein. the second portion of the at least one stiffener extends transversely from the first portion of the at least one stiffener, the intermediate member includes a first recess that is configured to receive the first portion of the at least one stiffener therein, and the upper surface of the base member includes a base recess that is configured to receive the second portion of the at least one stiffener therein.