mhurhangee/patent-ind-claim-en huggingface dataset:
A numerical controller configured to control a wire electrical discharge machine which performs machining by relatively moving a wire electrode and a workpiece according to a machining program, the numerical controller comprising: a section division unit configured to generate section data such that a machining path commanded by the machining program is divided into sections each with a length longer than a predetermined minimum length; a re-approximation unit configured to generate re-approximation section data such that the individual sections are re-approximated to a straight line or a circular arc based on the section data; and a machining adjustment unit configured to adjust an operation of the wire electrical discharge machine at a corner portion and a circular-arc portion of the machining path, based on the re-approximation section data, wherein the machining path is a free curve shape. a section division unit configured to generate section data such that a machining path commanded by the machining program is divided into sections each with a length longer than a predetermined minimum length; a re-approximation unit configured to generate re-approximation section data such that the individual sections are re-approximated to a straight line or a circular arc based on the section data; and a machining adjustment unit configured to adjust an operation of the wire electrical discharge machine at a corner portion and a circular-arc portion of the machining path, based on the re-approximation section data, wherein the machining path is a free curve shape.
A laundry treating appliance comprising: a cabinet defining an interior of the laundry treating appliance ; a treating chamber located within the interior and having an access opening; characterized in that further comprises a door movably mounted to the cabinet between at least open, venting, and closed positions; a door stop assembly comprising a door stop carried by the cabinet moveable between at least a venting position where the door is maintained ajar and a non-venting position where the door is in a closed position; wherein the door stop is configured to engage the door in the venting position and to automatically move the door to the closed position in response to a user input. a cabinet defining an interior of the laundry treating appliance ; a treating chamber located within the interior and having an access opening; characterized in that further comprises a door movably mounted to the cabinet between at least open, venting, and closed positions; a door stop assembly comprising a door stop carried by the cabinet moveable between at least a venting position where the door is maintained ajar and a non-venting position where the door is in a closed position; wherein the door stop is configured to engage the door in the venting position and to automatically move the door to the closed position in response to a user input.
A method for providing voice feedback to a user of an electronic device, comprising: identifying at least two speakable items to be provided to a user; and generating an initial queue including the at least two speakable items; characterised in that : the at least two speakable items include a first speakable item associated with a first speakable order, and at least one second speakable item associated with a second speakable order; and the method further comprises the steps of: ordering the first speakable item and the at least one second speakable item in the initial queue based on the respective speakable order associated with the first speakable item and the at least one second speakable item; and providing voice output corresponding to the first speakable item and the at least one second speakable item in the order specified in the initial queue. identifying at least two speakable items to be provided to a user; and generating an initial queue including the at least two speakable items; characterised in that : the at least two speakable items include a first speakable item associated with a first speakable order, and at least one second speakable item associated with a second speakable order; and the method further comprises the steps of: ordering the first speakable item and the at least one second speakable item in the initial queue based on the respective speakable order associated with the first speakable item and the at least one second speakable item; and providing voice output corresponding to the first speakable item and the at least one second speakable item in the order specified in the initial queue. the at least two speakable items include a first speakable item associated with a first speakable order, and at least one second speakable item associated with a second speakable order; and the method further comprises the steps of: ordering the first speakable item and the at least one second speakable item in the initial queue based on the respective speakable order associated with the first speakable item and the at least one second speakable item; and providing voice output corresponding to the first speakable item and the at least one second speakable item in the order specified in the initial queue. ordering the first speakable item and the at least one second speakable item in the initial queue based on the respective speakable order associated with the first speakable item and the at least one second speakable item; and providing voice output corresponding to the first speakable item and the at least one second speakable item in the order specified in the initial queue.
Control method for a grass-cutting robot , the grass-cutting robot comprising a travelling apparatus configured to facilitate travel of the grass-cutting robot on a physical surface in a first direction (d1, d71, d81) and a motive power apparatus configured to drive the travelling apparatus , wherein the method comprises: Detecting an attitude of the grass-cutting robot , corresponding to the attitude in which a movement of at least part of the travelling apparatus of the grass-cutting robot causes the grass-cutting robot to travel in the first direction (d1, d71, d81), characterized in that the method further comprises: determining that the attitude meets a predetermined condition, and thus applying a control signal to the motive power apparatus of the grass-cutting robot , the control signal causing the motive power apparatus to generate a resistance in the travelling apparatus , and the resistance causing the movement of at least part of the travelling apparatus to be hindered; and wherein the resistance is enough to hinder the movement of said at least part of the travelling apparatus in the first direction (d1, d71, d81), but not enough to cause a movement of said at least part of the travelling apparatus in a second direction (d2, d72, d82) different from the first direction (d1, d71, d81). Detecting an attitude of the grass-cutting robot , corresponding to the attitude in which a movement of at least part of the travelling apparatus of the grass-cutting robot causes the grass-cutting robot to travel in the first direction (d1, d71, d81), characterized in that the method further comprises: determining that the attitude meets a predetermined condition, and thus applying a control signal to the motive power apparatus of the grass-cutting robot , the control signal causing the motive power apparatus to generate a resistance in the travelling apparatus , and the resistance causing the movement of at least part of the travelling apparatus to be hindered; and wherein the resistance is enough to hinder the movement of said at least part of the travelling apparatus in the first direction (d1, d71, d81), but not enough to cause a movement of said at least part of the travelling apparatus in a second direction (d2, d72, d82) different from the first direction (d1, d71, d81). determining that the attitude meets a predetermined condition, and thus applying a control signal to the motive power apparatus of the grass-cutting robot , the control signal causing the motive power apparatus to generate a resistance in the travelling apparatus , and the resistance causing the movement of at least part of the travelling apparatus to be hindered; and wherein the resistance is enough to hinder the movement of said at least part of the travelling apparatus in the first direction (d1, d71, d81), but not enough to cause a movement of said at least part of the travelling apparatus in a second direction (d2, d72, d82) different from the first direction (d1, d71, d81).
Rotor hollow shaft for the rotor of an electric machine, having a cylinder jacket which is closed off on both sides by end flanges , wherein in each case one shaft journal is situated on the end flanges , wherein, at least in one end flange, in particular in one of the shaft journals , there is provided an access bore which provides access to the shaft cavity surrounded by a cylinder jacket , characterized by a leadthrough element which is fitted into the access bore so as to impart a sealing action with respect to the shaft cavity and which leads through the surrounding shaft cavity to the other shaft journal , where said leadthrough element is likewise fitted so as to impart a sealing action with respect to the shaft cavity , wherein the leadthrough element permits the leadthrough of a liquid or gaseous medium .
A bottle holder comprising a container provided with an insertion opening (5; 102) suitable for receiving a bottle (4; 40) in the container of the bottle holder, the opening (5; 102) of the container being of the same dimensions as the cross-section (D) of the container , at least two removable wedging members being mounted on at least one part of the inner surface of the container, the two wedging members being configured as continuous rings and another removable wedging member is inserted in the container when the two wedging members configured as continuous rings are in place in the container , characterised in that the third wedging member is provided, on its outer surface, with housings for receiving the two wedging members configured as rings.
A valve unit configured to be provided in a passage through which cooling water of an internal combustion engine circulates, the valve unit comprising: a thermo valve that opens and closes a main flow path (R1) depending on a temperature of the cooling water; a valve case including a valve case main body in which the thermo valve is housed therein, and the main flow path (R1) is formed, and in which a valve seat which a valve body of the thermo valve seats on and unseats from is formed in the middle of the main flow path (R1); characterised in that the valve unit further comprises a sleeve formed to protrude outward from the valve case main body ; a sub-flow path (R2) formed to include a cooling water storage chamber (S) formed inside the sleeve , a lead-out passage communicating an upstream side of the valve seat of the main flow path (R1) with the cooling water storage chamber (S), and a lead-in passage communicating a main flow path (R1) on a downstream side of the valve seat of the main flow path (R1) with the cooling water storage chamber (S); wherein a sub-valve is attached to the sleeve to open and close the sub-flow path (R2). a thermo valve that opens and closes a main flow path (R1) depending on a temperature of the cooling water; a valve case including a valve case main body in which the thermo valve is housed therein, and the main flow path (R1) is formed, and in which a valve seat which a valve body of the thermo valve seats on and unseats from is formed in the middle of the main flow path (R1); characterised in that the valve unit further comprises a sleeve formed to protrude outward from the valve case main body ; a sub-flow path (R2) formed to include a cooling water storage chamber (S) formed inside the sleeve , a lead-out passage communicating an upstream side of the valve seat of the main flow path (R1) with the cooling water storage chamber (S), and a lead-in passage communicating a main flow path (R1) on a downstream side of the valve seat of the main flow path (R1) with the cooling water storage chamber (S); wherein a sub-valve is attached to the sleeve to open and close the sub-flow path (R2). a sleeve formed to protrude outward from the valve case main body ; a sub-flow path (R2) formed to include a cooling water storage chamber (S) formed inside the sleeve , a lead-out passage communicating an upstream side of the valve seat of the main flow path (R1) with the cooling water storage chamber (S), and a lead-in passage communicating a main flow path (R1) on a downstream side of the valve seat of the main flow path (R1) with the cooling water storage chamber (S); wherein a sub-valve is attached to the sleeve to open and close the sub-flow path (R2).
A system comprising: a prosthetic heart valve having an inflow end and an outflow end , comprising: a collapsible and expandable stent ; a collapsible and expandable valve assembly disposed within the stent and having a plurality of leaflets ; a collapsible and expandable frame formed of braided wires , the frame having a body portion and a lumen extending through the body portion for receiving the stent and the valve assembly ; and a delivery device comprising: a hollow catheter for receiving the frame in a collapsed condition; wherein the frame is configured for partial deployment, resheathing and redeployment from the delivery device; the delivery device characterized by an elongate flexible shaft having a distal end configured to be disposed within the catheter and to releasably couple with the frame to couple prosthetic heart valve to the delivery device such that the elongate flexible shaft remains coupled to the frame after the prosthetic heart valve is deployed out of the hollow catheter . a prosthetic heart valve having an inflow end and an outflow end , comprising: a collapsible and expandable stent ; a collapsible and expandable valve assembly disposed within the stent and having a plurality of leaflets ; a collapsible and expandable frame formed of braided wires , the frame having a body portion and a lumen extending through the body portion for receiving the stent and the valve assembly ; and a collapsible and expandable stent ; a collapsible and expandable valve assembly disposed within the stent and having a plurality of leaflets ; a collapsible and expandable frame formed of braided wires , the frame having a body portion and a lumen extending through the body portion for receiving the stent and the valve assembly ; and a delivery device comprising: a hollow catheter for receiving the frame in a collapsed condition; wherein the frame is configured for partial deployment, resheathing and redeployment from the delivery device; the delivery device characterized by an elongate flexible shaft having a distal end configured to be disposed within the catheter and to releasably couple with the frame to couple prosthetic heart valve to the delivery device such that the elongate flexible shaft remains coupled to the frame after the prosthetic heart valve is deployed out of the hollow catheter .
Powered paragliding harness comprising a harness including a back rest for the pilot's back and an engine mount carrying a power unit including a propeller , wherein back rest and engine mount are connected via a lever mechanism , wherein the lever mechanism comprises at least a first lever and a second lever , wherein the first lever is shorter than the second lever , wherein in the operational status of the harness the first lever is situated above the second lever , wherein the levers are arranged to enable the transition from an upright position , where the angle between back rest and propeller is small, especially back rest and propeller are parallel or close to parallel, to allow for an upright position of the pilot during take-off and landing, into a reclined position , where the angle between back rest and propeller is larger than in the upright position , to allow for a reclined position of the pilot during flight, and vice versa, characterized in that each lever is connected with one end to the back rest via a hinged connection and with the other end to the engine mount via a hinged connection, and in that the connection between second lever and engine mount is situated nearer to the center of gravity of the power unit than the connection between first lever and engine mount . wherein back rest and engine mount are connected via a lever mechanism , wherein the lever mechanism comprises at least a first lever and a second lever , wherein the first lever is shorter than the second lever , wherein in the operational status of the harness the first lever is situated above the second lever , wherein the levers are arranged to enable the transition from an upright position , where the angle between back rest and propeller is small, especially back rest and propeller are parallel or close to parallel, to allow for an upright position of the pilot during take-off and landing, into a reclined position , where the angle between back rest and propeller is larger than in the upright position , to allow for a reclined position of the pilot during flight, and vice versa, characterized in that each lever is connected with one end to the back rest via a hinged connection and with the other end to the engine mount via a hinged connection, and in that the connection between second lever and engine mount is situated nearer to the center of gravity of the power unit than the connection between first lever and engine mount .
A security element for banknotes, value documents and data carriers, comprising a carrier substrate and a coating which has color-shifting effects, wherein the coating has repeating regions with different color-shifting effects, wherein the regions are in each case matched to one another in such a way that when the viewing angle is continuously changed, the original color of a first region first becomes visible in a region adjacent to this first region or in a region spaced apart from this first region or in a region at least partially overlapping this first region and, when the viewing angle is further changed, becomes visible in respectively further adjacent, spaced apart or overlapping regions, characterized in that the regions of different color-shifting effects are formed by a printed layer of color-shifting effect printing ink or are formed in each case by a coating consisting of a layer reflecting electromagnetic waves, a spacer layer and an absorber layer. the regions of different color-shifting effects are formed by a printed layer of color-shifting effect printing ink or are formed in each case by a coating consisting of a layer reflecting electromagnetic waves, a spacer layer and an absorber layer.
An indirect printing system having an intermediate transfer member (ITM) in the form of a circulating endless belt for transporting ink images from an image forming station, where the ink images are deposited on an outer surface of the ITM by at least one print bar , to an impression station where the ink images are transferred from the outer surface of the ITM onto a printing substrate, wherein the outer surface of the ITM is maintained within the image forming station at a predetermined distance from the at least one print bar by a plurality of support rollers that have a common flat tangential plane and contact the inner surface of the ITM , characterized the inner surface of the ITM is attracted to the support rollers , the attraction being such that the area of contact between the ITM and each support roller is greater on the downstream side than the upstream side of the support roller, referenced to the direction of movement of the ITM.
Apparatus for generating ultraviolet pulsed laser-radiation for laser material processing, comprising: a laser-source generating a beam of pulsed laser-radiation , the pulsed laser-radiation having a pulse-duration between about 100 femtoseconds and about 200 picoseconds; a frequency-conversion module , the frequency-conversion module having an enclosed interior volume that is sealed airtight; a hollow-core optical fiber arranged to transport the beam of pulsed laser-radiation from the laser-source to the frequency-conversion module , with the hollow core of the hollow-core optical fiber containing a gas and configured to spectrally broaden the laser-radiation passing through the fiber ; a pulse-compression module configured to receive the spectrally broadened laser-radiation from the hollow-core optical fiber and temporally compress the pulses passing therethrough; a first non-linear crystal and a second non-linear crystal located within the enclosed interior volume of the frequency-conversion module ; wherein the beam of pulsed laser-radiation propagates in recited order through the hollow-core optical fiber , the pulse-compression module , the first non-linear crystal , and the second non-linear crystal ; and wherein the first non-linear crystal and the second non-linear crystal are arranged to generate a beam of ultraviolet pulsed laser-radiation. a laser-source generating a beam of pulsed laser-radiation , the pulsed laser-radiation having a pulse-duration between about 100 femtoseconds and about 200 picoseconds; a frequency-conversion module , the frequency-conversion module having an enclosed interior volume that is sealed airtight; a hollow-core optical fiber arranged to transport the beam of pulsed laser-radiation from the laser-source to the frequency-conversion module , with the hollow core of the hollow-core optical fiber containing a gas and configured to spectrally broaden the laser-radiation passing through the fiber ; a pulse-compression module configured to receive the spectrally broadened laser-radiation from the hollow-core optical fiber and temporally compress the pulses passing therethrough; a first non-linear crystal and a second non-linear crystal located within the enclosed interior volume of the frequency-conversion module ; wherein the beam of pulsed laser-radiation propagates in recited order through the hollow-core optical fiber , the pulse-compression module , the first non-linear crystal , and the second non-linear crystal ; and wherein the first non-linear crystal and the second non-linear crystal are arranged to generate a beam of ultraviolet pulsed laser-radiation.
A woven fabric comprising a warp and a weft, at least one of the warp and the weft being at least partially a fiber (M) that is a monofilament 1, a fiber (N) crossing the fiber (M) being at least partially a multifilament 2, the woven fabric satisfying either one of the following conditions or : the monofilament 1 is fused to the multifilament 2, and a multifilament coverage ratio a/L and a monofilament concealment ratio h/b satisfy both the formulae (A) and (B): 1.0 ≤ a / L ≤ 1.5 0.5 ≤ h / b ≤ 1.0 or the monofilament 1 is not fused to the multifilament 2, and the multifilament coverage ratio a/L and the monofilament concealment ratio h/b satisfy both the formulae (C) and (D) : 1.0 ≤ a / L ≤ 1.5 0.7 ≤ h / b ≤ 1.0 wherein a, b, L, and h each have the following meanings: a: length of the multifilament 2 in a cross section thereof in a direction of woven fabric surface; b: length of the multifilament 2 in a cross section thereof in a direction of woven fabric thickness; L: center-to-center distance between filaments of the multifilament 2 adjacent across the fiber (M); and h: crimp height of the monofilament 1. the monofilament 1 is fused to the multifilament 2, and a multifilament coverage ratio a/L and a monofilament concealment ratio h/b satisfy both the formulae (A) and (B): 1.0 ≤ a / L ≤ 1.5 0.5 ≤ h / b ≤ 1.0 or the monofilament 1 is not fused to the multifilament 2, and the multifilament coverage ratio a/L and the monofilament concealment ratio h/b satisfy both the formulae (C) and (D) : a: length of the multifilament 2 in a cross section thereof in a direction of woven fabric surface; b: length of the multifilament 2 in a cross section thereof in a direction of woven fabric thickness; L: center-to-center distance between filaments of the multifilament 2 adjacent across the fiber (M); and h: crimp height of the monofilament 1.