mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling operation of a tool carrier, the system comprising a first remote control adapted to generate a first control signal, a second remote control adapted to generate a second control signal, and a controller system supported on the tool carrier characterized in that: the controller system is adapted to select and receive the first control signal when the tool carrier is at a first work zone to the exclusion of the second control signal and to select and receive the second control signal when the tool carrier is at a second work zone to the exclusion of the first control signal to control operation of the tool carrier. the controller system is adapted to select and receive the first control signal when the tool carrier is at a first work zone to the exclusion of the second control signal and to select and receive the second control signal when the tool carrier is at a second work zone to the exclusion of the first control signal to control operation of the tool carrier.
Device for reconstructing a three-dimensional scene built from individual points with an optical system, comprising at least one real point-shaped or line-shaped, sufficiently coherent light source and a lens, and with a controllable display made of matrix-type cells or cells of another regular arrangement with at least one opening per cell, said opening being controllable in amplitude and/or phase, wherein, in the light direction, the light source, the lens and the controllable display are arranged in succession, wherein the device is adapted to code a video hologram into the controllable display and wherein the lens generates an image of the light source in the plane of the Fourier back transform of the video hologram at the location of the light source image, characterized in that a viewer window is positioned in a viewer plane, which corresponds to the plane of the Fourier back transform of the video hologram at the location of the light source image, within a diffraction order of the video hologram coded into the controllable display, in that the three-dimensional scene is viewable through the viewer window if an eye of a viewer is positioned at the viewer window, in that a computer of the device is configured to form a projection region using a projection from the viewer window as a base through a selected point of the three-dimensional scene to the controllable display, to code the video hologram in the projection region of the controllable display for displaying the selected point, and in that this projection region is the only region in which the video hologram is coded for the selected point.
Carrier pot for a brake disk, with a radially inner hub ring portion for fastening to a wheel axle and with a radially outer brake disk ring portion for fastening to the brake disk, characterized in that the carrier pot is manufactured from a fiber-plastic composite and comprises at least one electrical/electronic functional component that is integrated in the fiber-plastic composite.
A building system comprising at least one profile having a bottom and two side walls (2, 3) defining an opening in the profile, and at least one bracket on a wall panel attachable to said profile, the side walls (2, 3) and bottom of the profile form a dovetailed profile opening where the profile side walls (2, 3) hereby form an angle of less than 90° with the profile bottom, the bracket comprises flexible side engagement members (7, 7a) that are adapted to be biased against the side walls (2, 3) of the profile for mounting the bracket therein, wherein the bracket comprises a mounting plate and a bi-stable plate spring, characterized in that said spring is pivotally connected at both ends to the flexible side engagement members (7, 7a) at the innermost edges thereof and that the flexible side engagement members (7, 7a) are connected at their outermost edges to the mounting plate, where said flexible side engagement members (7, 7a) are biased against the side walls (2, 3) of the profile by the bi-stable plate spring having a first stable form with a convex curvature and a second stable form where the bi-stable plate spring is substantially straightened into a stable locking position and thereby cause the flexible side engagement members (7, 7a) into engagement with the profile side walls (2, 3), and in that the bi-stable spring is attached to the flexible side engagement members (7, 7a) with a curved configuration, so that during insertion into the opening of the profile the curved bi-stable plate spring abuts against the bottom of the profile whereby a pressure is exerted on the bi-stable plate spring so that it is straightened into a stable locking position.
A polarization separation device intended to receive an incident light beam, the device comprising a first geometric-phase lens (L 1), having a first optical center (O 1), a first optical axis (Z 1) and a positive first focal length (F 1) for a first circular polarization state and an opposite focal length (-F 1) for another circular polarization state orthogonal to the first circular polarization state, and a second geometric-phase lens (L 2), having a second optical center (O 2), a second optical axis (Z 2) and a positive second focal length (F 2) for the first circular polarization state and an opposite focal length (-F 2) for the other circular polarization state, the first optical axis (Z 1) and the second optical axis (Z 2) forming an angle smaller than a few degrees, the first and second geometric-phase lenses being separated from one another by a first distance according to the first optical axis (Z 1), the device being configured and directed so that a projection (P 1) of the first optical center (O 1) according to the first optical axis (Z 1) on the second geometric-phase optical lens (L 2) is located at a non-zero second distance (e) from the second optical center (O 2), said first distance being smaller than said first focal length (F 1) and said second focal length (F 2).
An adaptor for a shaving cartridge, wherein the adaptor comprises a frame, and wherein the adaptor is provided with at least one shaving aid and the shaving aid is motionless with regard to the frame, and wherein the adaptor is reversible on a shaving cartridge perpendicularly to a longitudinal axis (X-X).
A cleaning device for cleaning the inner surface of a pipe, the cleaning device comprising a flexible shaft running through a rear end sleeve attached to the flexible shaft and a forward end sleeve, the cleaning device further comprising chains composed of links, each chain extending between the rear end sleeve and the forward end sleeve and being attached to said rear end sleeve and to said forward end sleeve, wherein the forward end sleeve is movable along an end portion of the flexible shaft, characterized in that the cleaning device further comprises a spring around the flexible shaft located between said rear end sleeve and said forward end sleeve, and that the forward end sleeve defines a through-hole having a non-circular cross-section, and the end portion of the flexible shaft has a non-circular cross-section running through the through-hole of the forward end sleeve 20. the cleaning device further comprises a spring around the flexible shaft located between said rear end sleeve and said forward end sleeve, and that the forward end sleeve defines a through-hole having a non-circular cross-section, and the end portion of the flexible shaft has a non-circular cross-section running through the through-hole of the forward end sleeve 20.
Conveyance element for a people conveyor, wherein the conveyance element is configured for being moved in a conveyance direction; wherein the conveyance element comprises a tread plate configured for supporting passengers, the tread plate having a longitudinal extension extending parallel to the conveyance direction and a lateral extension extending transversely to the conveyance direction; wherein the conveyance element further comprises at least one protection element (28, 29) configured for collecting items and/or fluids; wherein the at least one protection element (28, 29) extends beyond at least one end of the tread plate in the conveyance direction and is arranged below the tread plate, when the conveyance element is arranged in an upright orientation characterized in that the at least one protection element (28, 29) comprises a front end facing away from the conveyance element with a sealing lip provided at said front end. wherein the conveyance element is configured for being moved in a conveyance direction; wherein the conveyance element comprises a tread plate configured for supporting passengers, the tread plate having a longitudinal extension extending parallel to the conveyance direction and a lateral extension extending transversely to the conveyance direction; wherein the conveyance element further comprises at least one protection element (28, 29) configured for collecting items and/or fluids; wherein the at least one protection element (28, 29) extends beyond at least one end of the tread plate in the conveyance direction and is arranged below the tread plate, when the conveyance element is arranged in an upright orientation characterized in that the at least one protection element (28, 29) comprises a front end facing away from the conveyance element with a sealing lip provided at said front end.
An aerosol-generating system for generating an inhalable aerosol, comprising: a pump having an inlet and an outlet, the inlet being connectable to a liquid storage portion; a fluid channel fluidly connected to the pump; and a fluid sensor, wherein the fluid sensor is configured to determine a presence of liquid aerosol-forming substrate in the fluid channel by measuring an electrical property of the fluid comprised in the fluid channel. a pump having an inlet and an outlet, the inlet being connectable to a liquid storage portion; a fluid channel fluidly connected to the pump; and a fluid sensor, wherein the fluid sensor is configured to determine a presence of liquid aerosol-forming substrate in the fluid channel by measuring an electrical property of the fluid comprised in the fluid channel.
A self-locking subpackaging bottle, comprising: a bottle body, a bottle cap and an adapter, wherein: the bottle cap comprises a receiving and a rotating cap, the receiving cap and the rotating cap are sequentially arranged at a front end of the bottle body, the rotating cap is rotatably sleeved outside a front end of the receiving cap, and the receiving cap and the rotating cap are provided with through holes; characterized in that the adapter comprises an adapter cap, a rotating ring and a fixing ring which are coaxially connected, the adapter cap comprises an annular cap, a first bearing and a suppor1 ring, the first bearing is arranged on an inner wall of the annular cap, the support ring is arranged above the first bearing, the rotating ring is rotatably connected to an interior of the annular cap through the first bearing, and the fixing ring is connected to the interior of the annular cap through the support ring; and an inner wall of the rotating ring meshes with an outer wall of the rotating cap, and an inner wall of the fixing ring meshes with an outer wall of the receiving cap. the bottle cap comprises a receiving and a rotating cap, the receiving cap and the rotating cap are sequentially arranged at a front end of the bottle body, the rotating cap is rotatably sleeved outside a front end of the receiving cap, and the receiving cap and the rotating cap are provided with through holes; characterized in that the adapter comprises an adapter cap, a rotating ring and a fixing ring which are coaxially connected, the adapter cap comprises an annular cap, a first bearing and a suppor1 ring, the first bearing is arranged on an inner wall of the annular cap, the support ring is arranged above the first bearing, the rotating ring is rotatably connected to an interior of the annular cap through the first bearing, and the fixing ring is connected to the interior of the annular cap through the support ring; and an inner wall of the rotating ring meshes with an outer wall of the rotating cap, and an inner wall of the fixing ring meshes with an outer wall of the receiving cap.
A method for holding together a blow molding in several parts of a blowing station in the closed state for blow molding containers from preforms of a thermoplastic material using a compressed-air operated form retainer, which exerts a holding-together force, wherein the form retainer is pressurized with compressed air for the purpose and for the duration of generating the holding-together force, characterized in that the blowing station has a relief valve, which can be controlled by means of control compressed air from a control compressed air line, wherein the form retainer is pressurized at least at times with control compressed air from the control compressed air line.
A foam comprising a polylactide polymer in the form of a star polymer having at least three arms, wherein the foam is an open cell foam having a density no greater than 0.1 g/cm 3, wherein the density is determined as indicated in the specification.
A storage data encryption and decryption method, comprising: step 1: providing a true random number generator configured to generate a plurality of keys, wherein the plurality of keys comprises a first key and a second, different key; step 2: providing a data memory configured to store data and a key memory configured to store keys, and writing the keys into the key memory; and step 3: providing a data reading and writing interface module configured to read and write data, and providing a data encryption and decryption module configured to read the keys and perform encryption and decryption operations; wherein the data written from the data reading and writing interface module is encrypted by the data encryption and decryption module and then written into the data memory, and the data read from the data memory is decrypted by the data encryption and decryption module and then read to the data reading and writing interface module, wherein the method is performed by an embedded system comprising first and second chips, wherein data in the first chip is configured to be encrypted and decrypted using the first key of the plurality of keys, and wherein data in the second chip is configured to be encrypted and decrypted using the second, different key of the plurality of keys. step 1: providing a true random number generator configured to generate a plurality of keys, wherein the plurality of keys comprises a first key and a second, different key; step 2: providing a data memory configured to store data and a key memory configured to store keys, and writing the keys into the key memory; and step 3: providing a data reading and writing interface module configured to read and write data, and providing a data encryption and decryption module configured to read the keys and perform encryption and decryption operations; wherein the data written from the data reading and writing interface module is encrypted by the data encryption and decryption module and then written into the data memory, and the data read from the data memory is decrypted by the data encryption and decryption module and then read to the data reading and writing interface module, wherein the method is performed by an embedded system comprising first and second chips, wherein data in the first chip is configured to be encrypted and decrypted using the first key of the plurality of keys, and wherein data in the second chip is configured to be encrypted and decrypted using the second, different key of the plurality of keys.
A lock having a latch and a bolt which are jointly pre-tensioned with a push-out spring in their push-out direction, wherein the bolt is substantially held within the cross-section of the latch lying transversely to the direction of movement and can be pushed out beyond the pushed-out position of the latch, wherein a trip is provided that is mounted on the latch and is pre-tensioned against its position of rest and which in the position of rest projects laterally over a draw-in face of the latch and bolts the bolt in its position where it is drawn back in relation to the latch, wherein the trip cooperates with a closing plate to release the bolt and in the event of actuation releases the pre-tensioned bolt, and wherein the bolt can be drawn back by way of a restoring lever, and the latch can be drawn back by way of an entraining-coupling element that is arranged on the bolt, and in that a stop is provided that projects into the path of movement of the latch and is stayed by means of a staying spring, wherein the stop only projects into the rear end section of the path of movement of the latch just before its drawn-back end position is reached.
A method of advertising availability of a notification, the method comprising: generating, at an Authorization, Authentication and Accounting, AAA, server (302, 400) acting as a first Extensible Authentication Protocol, EAP, peer, a notification frame encapsulated in a first EAP Type-Length-Value, TLV, data structure, wherein the notification frame includes a notification identifier corresponding to a notification message; and including the first EAP TLV data structure in an EAP method to be transmitted in a manner receivable by a mobile station that is acting as a second EAP peer. generating, at an Authorization, Authentication and Accounting, AAA, server (302, 400) acting as a first Extensible Authentication Protocol, EAP, peer, a notification frame encapsulated in a first EAP Type-Length-Value, TLV, data structure, wherein the notification frame includes a notification identifier corresponding to a notification message; and including the first EAP TLV data structure in an EAP method to be transmitted in a manner receivable by a mobile station that is acting as a second EAP peer.
Control apparatus, in particular for use in endoscopes or the like, comprising a proximal and a distal end section (18, 20), each of which comprises an articulation zone, and a central section arranged therebetween, an outer hollow-cylindrical shaft having an inner diameter Di"', an inner, preferably hollow-cylindrical shaft having an outer diameter Da', and a control element which is arranged between said shafts and has two or more (n) force-transmitting longitudinal elements extending substantially from the proximal to the distal end section of the control apparatus for mechanically coupling the movement of the distal end section with the movement of the proximal articulation section, wherein the longitudinal elements are arranged in spaced-apart relation to one another at substantially regular angular distances b 1, b 2... b n in a circumferential direction of the control apparatus and are fixed relative to one another in the area of the proximal and the distal ends thereof in each case in a circumferential direction, characterized in that the longitudinal elements are formed with a cross-section of substantially rectangular shape and are formed with radially inner and radially outer edges, wherein, in cross-section, the radially inner edges are located on a circle with diameter D" and the radially outer edges of the longitudinal elements are located on a circle with diameter Da", in that the angular distances b 1, b 2... b n of the longitudinal elements relative to one another, as measured in a circumferential direction, are selected such that the force-transmitting longitudinal elements are guided without contact in a circumferential direction and optionally guided in contact with the outer and/or the inner shaft (36; 32) in a radial direction, in that the outer diameter Da' of the inner shaft satisfies the following relationship with respect to the diameter Di" and the distances b 1, b 2,... b n measured in a circumferential direction, and in that the inner diameter D"' of the outer shaft and the outer diameter Da' of the inner shaft satisfy the following relationship with respect to the diameter Da" and the diameter Di": Da ′ > Di " − 1 / π * Σ b 1 + b 2 +... b n Di ′ ′ ′ − Da ′ < 1 1⁄2 * Da " − Di "
A zirconia-alumina composite ceramic sintered body, characterized in that the zirconia-alumina composite ceramic sintered body comprises the following components in percentage by mass: 5%-15% of a zirconium-containing compound, content thereof calculated with zirconia; 0.3%-1% of a yttrium-containing compound, content thereof calculated with yttrium oxide; 0.04%-0.8% of a silicon-containing compound, content thereof calculated with silicon oxide; 0.01%-0.03% of a calcium-containing compound, content thereof calculated with calcium oxide; 0-0.03% of a magnesium-containing compound, content thereof calculated with magnesium oxide; and the balance being alumina; the zirconium-containing compound comprises zirconia.
A beverage dispense apparatus, comprising: a receiving structure for locating and holding opposite ends of a beverage package; a dispense outlet, incorporating a piercing element configured for puncturing the beverage package when held at opposite ends by the receiving structure; and a gas delivery feature comprising a cannula configured for piercing a wall of the package and, in use, introducing a gas under pressure directly into a headspace of the beverage package distant from an outlet end of the beverage package and into contact with a beverage contained therein; at least one pump operable in a vacuum mode for pausing dispense; wherein the apparatus is configured for opening the outlet end of the package prior to introducing gas under pressure by the gas delivery feature. a receiving structure for locating and holding opposite ends of a beverage package; a dispense outlet, incorporating a piercing element configured for puncturing the beverage package when held at opposite ends by the receiving structure; and a gas delivery feature comprising a cannula configured for piercing a wall of the package and, in use, introducing a gas under pressure directly into a headspace of the beverage package distant from an outlet end of the beverage package and into contact with a beverage contained therein; at least one pump operable in a vacuum mode for pausing dispense; wherein the apparatus is configured for opening the outlet end of the package prior to introducing gas under pressure by the gas delivery feature.
Prechamber spark plug receiving arrangement for receiving a prechamber spark plug in a housing bushing, comprising at least one fuel duct, which is made in the wall of the housing bushing, for supplying fuel to a prechamber, wherein at least one adjustable valve member of a switching valve is introduced into the wall of the housing bushing for regulating the fuel flow through the fuel duct or is arranged on the wall, wherein the valve member in or on the wall of the housing bushing can be adjusted between a closed position and an open position, and wherein a plurality of fuel ducts are made in the wall of the housing bushing in a manner distributed over the periphery, characterized in that the actuator, for adjusting the valve member of the switching valve, is designed as a solenoid which can be energized, wherein the solenoid is arranged peripherally in the form of a ring in or on the wall of the housing bushing.