mhurhangee/patent-ind-claim-en huggingface dataset:
A cooling appliance comprising an ice maker assembly ; the ice maker assembly comprising; an ice mold including plurality of cavities and configured to freeze water to produce ice pieces; a container placed underneath the ice maker and is configured to store the ice pieces, the container comprising; - a bottom wall , - a pair of side walls reciprocally extending from the bottom wall ; - a front wall and a back wall configured to interconnect the said side walls; - a transfer means extending between the front wall and the back wall which upon being activated, is configured to transfer ice pieces towards the front wall , wherein the front wall comprises an opening, characterized by a guide in the form of a polygon provided on the front wall so as to protrude from the front wall towards the transfer means , the guide comprising a cutout in line with the opening, forming a channel , and wherein the guide is configured to guide ice pieces towards the channel upon activation of the transfer means . an ice mold including plurality of cavities and configured to freeze water to produce ice pieces; a container placed underneath the ice maker and is configured to store the ice pieces, the container comprising; - a bottom wall , - a pair of side walls reciprocally extending from the bottom wall ; - a front wall and a back wall configured to interconnect the said side walls; - a transfer means extending between the front wall and the back wall which upon being activated, is configured to transfer ice pieces towards the front wall , wherein the front wall comprises an opening, - a bottom wall , - a pair of side walls reciprocally extending from the bottom wall ; - a front wall and a back wall configured to interconnect the said side walls; - a transfer means extending between the front wall and the back wall which upon being activated, is configured to transfer ice pieces towards the front wall , wherein the front wall comprises an opening, characterized by a guide in the form of a polygon provided on the front wall so as to protrude from the front wall towards the transfer means , the guide comprising a cutout in line with the opening, forming a channel , and wherein the guide is configured to guide ice pieces towards the channel upon activation of the transfer means .
Cabinet configuration for accommodating at least one printing device, in particular a printing device for marking objects like containers, packages, products, parcels or bottles, the cabinet configuration comprising: a printer module with a casing , the casing comprising an opening for introducing and/or extracting the printing device, wherein a support element for supporting the printing device is movably connected to an inner portion of the casing , preferably to a bottom portion of the casing , so that the support element is at least partially extractable from the casing , wherein the support element comprises an upper portion and a lower portion , the upper portion and the lower portion being spaced apart with a gap therebetween, characterized in that a tray is provided in the gap between the upper portion and the lower portion , the tray being at least partially extractable from the gap and configured to retain ink leaking from the printing device. a printer module with a casing , the casing comprising an opening for introducing and/or extracting the printing device, wherein a support element for supporting the printing device is movably connected to an inner portion of the casing , preferably to a bottom portion of the casing , so that the support element is at least partially extractable from the casing , wherein the support element comprises an upper portion and a lower portion , the upper portion and the lower portion being spaced apart with a gap therebetween, characterized in that a tray is provided in the gap between the upper portion and the lower portion , the tray being at least partially extractable from the gap and configured to retain ink leaking from the printing device.
Method for adjusting a testing device for ultrasonic testing of workpieces, in which method, in a reference body having comparison reflectors previously introduced into various regions of the reference body to be tested, ultrasonic waves are firstly coupled into these test regions and ultrasonic waves reflected within the reference body are received and converted into electrical signals, an amplitude of the signals over the propagation time of the signals is output as an A-scan, wherein, with knowledge of the type and position of the relevant comparison reflector, the signal is adjusted in relation to the comparison reflector to be identified by adjusting test parameters of the testing device in such a way that the comparison reflector can be identified as an error signal, and the testing device is adjusted using these optimised adjustment values for the test parameters, characterised in that a test grid is created from previously specified adjustment values in previously specified test parameter ranges, the regions of the reference body to be tested are tested on the basis of the test grid, the corresponding A-scans are recorded as raw data, and the adjustment values for the test parameters for the adjustment are optimised on the basis of the raw data using a computer system comprising suitable software.
A disposable bidirectional ratchet comprising: a handle comprising a tubular front body affixed to a tubular back body ; the tubular front body having an interior wall , the interior wall comprising teeth extending periodically from the interior wall ; a toggle within the handle; a knob that moves the toggle ; a plurality of pins on an end of the toggle formed collinearly with the tubular front body ; a plurality of plastic actuators , each comprising; fingers , levers , toes , and a head having a post guide formed therein; a plurality of posts affixed to a clutch ; and, wherein the actuators are movably affixed to the clutch via the posts , and the pin position selects the direction of engagement via adjustment of the actuator position via applying force to the levers , which moves the lateral edges of the actuator towards or away from the teeth . a handle comprising a tubular front body affixed to a tubular back body ; the tubular front body having an interior wall , the interior wall comprising teeth extending periodically from the interior wall ; a toggle within the handle; a knob that moves the toggle ; a plurality of pins on an end of the toggle formed collinearly with the tubular front body ; a plurality of plastic actuators , each comprising; fingers , levers , toes , and a head having a post guide formed therein; a plurality of posts affixed to a clutch ; and, wherein the actuators are movably affixed to the clutch via the posts , and the pin position selects the direction of engagement via adjustment of the actuator position via applying force to the levers , which moves the lateral edges of the actuator towards or away from the teeth .
An alpine ski or ski touring boot comprising a lower part or shell , adapted to enclose the foot of the user, and an upper part or cuff , adapted to enclose the lower part of the leg of the skier, - wherein the cuff is hinged to the shell so as to rotate, with respect to the shell , about hinges defining a rotation axis (X-X), forward, towards a tip of the boot , and backward, towards a heel of the boot , - wherein the cuff comprises a closing lever adapted to selectively lock and/or unlock the rotation of the cuff with respect to the shell , depending on whether the user wishes to switch from the skiing configuration to the walking configuration, respectively, wherein - the closing lever is mechanically connected to at least one closing cable of the cuff which at least partially wraps the cuff to allow the closing and opening thereof, - the cuff is provided with at least one fastening pin , which is integral with the cuff itself, characterized in that - the closing cable is provided with a hooking plate at least partially counter-shaped with respect to the fastening pin so as to achieve a mechanical coupling to the fastening pin . - wherein the cuff is hinged to the shell so as to rotate, with respect to the shell , about hinges defining a rotation axis (X-X), forward, towards a tip of the boot , and backward, towards a heel of the boot , - wherein the cuff comprises a closing lever adapted to selectively lock and/or unlock the rotation of the cuff with respect to the shell , depending on whether the user wishes to switch from the skiing configuration to the walking configuration, respectively, wherein - the closing lever is mechanically connected to at least one closing cable of the cuff which at least partially wraps the cuff to allow the closing and opening thereof, - the cuff is provided with at least one fastening pin , which is integral with the cuff itself, characterized in that - the closing cable is provided with a hooking plate at least partially counter-shaped with respect to the fastening pin so as to achieve a mechanical coupling to the fastening pin .
A hinge device having a bearing part for a pivot mounting of one shutter element or two shutter elements of a sliding bi-fold shutter , wherein the hinge device extends along a longitudinal axis, has at least one holding element of a holding apparatus which can be latched in a spring-like manner in the direction of the longitudinal axis, wherein the holding apparatus makes it possible to hold adjacent hinge devices of the sliding bi-fold shutter in reciprocal contact, and comprises a guide apparatus which can be inserted into a guide profile of the sliding bi-fold shutter so that the longitudinal axis of the hinge device is aligned parallel to a guide axis of the guide profile , wherein the hinge device has at least one male or one female coupling element of a plug-in device which can be mated in the direction of the longitudinal axis, wherein the male and the female coupling element of the plug-in device are adapted to one another so that the mated coupling elements of brought-together hinge devices fix the longitudinal axes of the hinge devices in parallel alignment and prevent relative movements transversely to the longitudinal axes between the hinge devices , characterized in that at least in the case of a first side face of the hinge device running transversely to the longitudinal axis, the male or female coupling element and the at least one holding element are arranged offset from one another transversely to the longitudinal axis.
Device for distributing, on a surface of a living body, a product containing an active component or forming a cosmetic product, and the release/discharge, at least as far as this surface, of energy in the form of (a) light wave(s), the device comprising a distribution zone of product on said surface and at least one light source emitting at least one light ray towards the surface wherein - the device comprises a housing and a capsule releaseably coupled to the housing , wherein the capsule comprises a reservoir containing the product , - the capsule comprises a movable element , preferably a ball, forming at least part of the distribution zone - wherein the reservoir has at least one moveable and/or deformable wall , such as a piston, such that the volume of the reservoir can be reduced for dispensing the product , by moving and/or deforming said at least one wall , and wherein the housing comprises the at least one light source . - the device comprises a housing and a capsule releaseably coupled to the housing , wherein the capsule comprises a reservoir containing the product , - the capsule comprises a movable element , preferably a ball, forming at least part of the distribution zone - wherein the reservoir has at least one moveable and/or deformable wall , such as a piston, such that the volume of the reservoir can be reduced for dispensing the product , by moving and/or deforming said at least one wall , and
An arc welding system of a consumable electrode type, comprising: a wire feeding device for feeding welding wire (W) from a wire feeding source to a welding torch ; and a power supply device for supplying electric power between the welding wire (W) fed to the welding torch by the wire feeding device and a base material (A), the system being configured to weld the base material (A) by arc generated between the welding wire (W) and the base material (A) by the electric power that is supplied, wherein the wire feeding device includes an intermediate wire feeding source that is disposed between the wire feeding source and the welding torch and is configured to temporarily accommodate the welding wire (W) fed from the wire feeding source and to feed the welding wire (W) being accommodated to the welding torch , charaterized in that: the power supply device includes a first power supply and a second power supply that are connected in parallel for supplying electric power between the welding wire (W) and the base material (A), and the first power supply is adapted to control power feeding by the first power supply and the second power supply and feeding of welding wire (W) by the wire feeding device . the power supply device includes a first power supply and a second power supply that are connected in parallel for supplying electric power between the welding wire (W) and the base material (A), and the first power supply is adapted to control power feeding by the first power supply and the second power supply and feeding of welding wire (W) by the wire feeding device .
A method for determining a position of a mobile carrier, the mobile carrier comprising a processing and memory circuitry, PMC, and a satellite communications on the move, SOTM, antenna system that includes an antenna and being configured to maintain a communications link from a satellite communications, SATCOM, having a spatial position, , the method comprising, by the PMC: (a) obtaining data indicative of the spatial position of the SATCOM; (b) obtaining data indicative of an estimated altitude of the mobile carrier; (c) obtaining data indicative of an angle of the antenna , wherein the angle is representative of a direction of the antenna towards the SATCOM spatial position; and (d) determining the position of the mobile carrier , based on the obtained data indicative of the spatial position of the SATCOM, the obtained data indicative of the estimated altitude, and the obtained data indicative of the angle. (a) obtaining data indicative of the spatial position of the SATCOM; (b) obtaining data indicative of an estimated altitude of the mobile carrier; (c) obtaining data indicative of an angle of the antenna , wherein the angle is representative of a direction of the antenna towards the SATCOM spatial position; and (d) determining the position of the mobile carrier , based on the obtained data indicative of the spatial position of the SATCOM, the obtained data indicative of the estimated altitude, and the obtained data indicative of the angle.
Sensor apparatus for a magnetic bearing apparatus having a motion sensor and a sensor ring , which has the shape of a hollow cylinder and is intended to be connected to a shaft of an electrical rotating machine in a force-fitting manner, wherein the motion sensor is separated from sensor ring by an air gap , wherein the sensor ring has a carrier ring composed of a first material and a sensor target composed of a second material , wherein the second material of the sensor target has lower permeability and/or higher electrical conductivity than the first material of the carrier ring , wherein the second material of the sensor target is a paramagnetic stainless steel.
A liquid curable epoxy resin composition comprising a cycloaliphatic epoxy compound (A); a silica (B); and a phosphite ester (C), the cycloaliphatic epoxy compound (A) having at least one alicyclic skeleton and two or more epoxy groups per molecule, wherein the phosphite ester (C) is selected from the group consisting of bis(2,6-di-t-butyl-4-methylphenyl)pentaerythriol diphosphite, tris(2-ethylhexyl)phosphite, and triisodecyl phosphite.
A power line sensor unit configured for connection to a power line , the sensor comprising: a first capacitor comprising a first electrode and a second electrode; a port configured to receive a connection to a second capacitor , wherein the first electrode of the first capacitor is connected to the port and the second electrode of the first capacitor is configured for connection to the power line; a voltage sensor configured to measure a voltage at the port, whereby the measured voltage is indicative of the voltage of the power line, wherein the first capacitor is disposed within the sensor unit, and wherein the second capacitor has a capacitance greater than a capacitance of the first capacitor. a first capacitor comprising a first electrode and a second electrode; a port configured to receive a connection to a second capacitor , wherein the first electrode of the first capacitor is connected to the port and the second electrode of the first capacitor is configured for connection to the power line; a voltage sensor configured to measure a voltage at the port, whereby the measured voltage is indicative of the voltage of the power line, wherein the first capacitor is disposed within the sensor unit, and wherein the second capacitor has a capacitance greater than a capacitance of the first capacitor.
Device for holding drinking straws , constructed from a base frame and a cover element connected at least indirectly to the same, wherein: - the base frame has a lower holding grid with a plurality of lower receptacles provided for holding one drinking straw respectively, - the cover element has an upper holding grid with upper receptacles , positioned according to the arrangement of the lower receptacles and designed to be mirror-symmetrical to the same, - a middle holding grid is present with a plurality of middle receptacles in alignment with the lower receptacles and with the upper receptacles , - side parts connect to the lower holding grid and to the upper holding grid and which respectively conclude in the form of a connecting frame provided for connecting to the middle holding grid , - connecting means are present for detachably fastening the connecting frame to the middle holding grid , - the middle holding grid is designed as a separate middle part, detachable both from the base frame and also from the cover element via a latching connection , - the base frame and the cover element are identically shaped, - latching elements , which are provided for interacting with counter-contours , arranged on the edge of the middle holding grid and offset with respect to one another in the longitudinal direction of the edge, are formed as one piece with the base frame and the cover element respectively. - the base frame has a lower holding grid with a plurality of lower receptacles provided for holding one drinking straw respectively, - the cover element has an upper holding grid with upper receptacles , positioned according to the arrangement of the lower receptacles and designed to be mirror-symmetrical to the same, - a middle holding grid is present with a plurality of middle receptacles in alignment with the lower receptacles and with the upper receptacles , - side parts connect to the lower holding grid and to the upper holding grid and which respectively conclude in the form of a connecting frame provided for connecting to the middle holding grid , - connecting means are present for detachably fastening the connecting frame to the middle holding grid , - the middle holding grid is designed as a separate middle part, detachable both from the base frame and also from the cover element via a latching connection , - the base frame and the cover element are identically shaped, - latching elements , which are provided for interacting with counter-contours , arranged on the edge of the middle holding grid and offset with respect to one another in the longitudinal direction of the edge, are formed as one piece with the base frame and the cover element respectively.
Method for producing a primary material for a cutting tool, in particular a primary material for a saw blade or a saw band, wherein a band-shaped carrier of a metal carrier material and an edge wire of a high-speed steel are continuously brought together along a lateral edge of the band-shaped carrier and transported into a welding device and the band-shaped carrier is welded to the edge wire along the lateral edge of the carrier to produce a bimetal band, characterized in that the band-shaped carrier and the edge wire are welded to one another by at least a first laser welding device, which is arranged on one side of the band-shaped carrier, and at least a second laser welding device, which is arranged on the opposite side of the band-shaped carrier.
An apparatus comprising: memory to store a decompression Application Programming Interface, API, the decompression API to receive an input handle to a data object, wherein the data object includes compressed data and metadata; and Decompression Engine, DE, circuitry to decompress the compressed data to generate uncompressed data, the DE circuitry to decompress the compressed data in response to invocation of a decompression instruction by the decompression API, wherein the metadata comprises a first operand to indicate a location of the compressed data, a second operand to indicate a size of the compressed data, a third operand to indicate a location to which decompressed data by the DE circuitry is to be stored, and a fourth operand to indicate a size of the decompressed data. memory to store a decompression Application Programming Interface, API, the decompression API to receive an input handle to a data object, wherein the data object includes compressed data and metadata; and Decompression Engine, DE, circuitry to decompress the compressed data to generate uncompressed data, the DE circuitry to decompress the compressed data in response to invocation of a decompression instruction by the decompression API, wherein the metadata comprises a first operand to indicate a location of the compressed data, a second operand to indicate a size of the compressed data, a third operand to indicate a location to which decompressed data by the DE circuitry is to be stored, and a fourth operand to indicate a size of the decompressed data.