mhurhangee/ep-ind-claims huggingface dataset:
A laser level (10, 210, 310), comprising: a housing (20, 220, 320); a laser generator assembly housed at least partially in the housing (20, 220, 320) and arranged to generate a laser beam, a projector (103, 203, 303) configured to project the laser beam from the laser generator assembly outside of the housing (20, 220, 320); wherein the laser level is a rotary laser level and the projector (103, 203, 303) is arranged to rotate with respect to the housing (20, 220, 320), thereby to rotate the laser beam with respect to the housing to create the appearance of a projected laser line on a target surface in use; the laser level further comprising at least one protective leg (71, 271, 371) extending from the housing (20, 220, 320), wherein the at least one protective leg is situated in part of the path of the laser beam as the projector (103, 203, 303) rotates in use; characterized in that a width dimension of the laser beam in a plane of the rotation of the laser beam is configured to be greater than a corresponding width of the at least one protective leg (71, 271, 371) where the laser beam hits the at least one protective leg in use, thereby to diminish at least one gap in the apparent projected laser line due to blocking of the laser beam by the at least one protective leg. a housing (20, 220, 320); a laser generator assembly housed at least partially in the housing (20, 220, 320) and arranged to generate a laser beam, a projector (103, 203, 303) configured to project the laser beam from the laser generator assembly outside of the housing (20, 220, 320); wherein the laser level is a rotary laser level and the projector (103, 203, 303) is arranged to rotate with respect to the housing (20, 220, 320), thereby to rotate the laser beam with respect to the housing to create the appearance of a projected laser line on a target surface in use; the laser level further comprising at least one protective leg (71, 271, 371) extending from the housing (20, 220, 320), wherein the at least one protective leg is situated in part of the path of the laser beam as the projector (103, 203, 303) rotates in use; characterized in that a width dimension of the laser beam in a plane of the rotation of the laser beam is configured to be greater than a corresponding width of the at least one protective leg (71, 271, 371) where the laser beam hits the at least one protective leg in use, thereby to diminish at least one gap in the apparent projected laser line due to blocking of the laser beam by the at least one protective leg.
A chip card, comprising an electronic memory in which ciphertext is stored and in which a transport PIN is stored, comprising means for transferring the chip card from an initial use status into a used status, the initial use status representing a first status of the chip card in which the chip card has not been used by a third party who is not an authorized user, the used status representing a second status of the chip card in which the chip card was used, the means for transfer being designed so that the transfer from the initial use status into the used status only takes place if the ciphertext and the transport PIN agree, comprising means for transmitting the ciphertext, and means for receiving the decrypted ciphertext, and comprising means for checking the agreement of the decrypted ciphertext with the transport PIN.
An air duct assembly, the air duct assembly comprises an installing base wherein the air duct assembly further comprises a fan blade support assembly, a fan blade and a drive portion, wherein the fan blade support assembly is installed on the installing base and the fan blade support assembly comprises: a support structure, provided in a support base hole, and the support structure is provided with a shaft hole; and a fan blade shaft, wherein, the fan blade is connected with the fan blade shaft, an end of the fan blade shaft is connected with the drive portion after passing through the shaft hole, wherein, the fan blade shaft comprises a first shaft section and a second shaft section connected with the first shaft section, and a diameter of the first shaft section is less than a diameter of the second shaft section; characterized in that the fan blade support assembly comprises: a support base, wherein the support base comprises a support base body, and the support base body is provided with the support base hole; and the fan blade shaft is movably provided relative to the support base, wherein when the fan blade shaft is connected with the drive portion, there is a gap between an outer wall surface of the first shaft section and an inner wall surface of the shaft hole. a support structure, provided in a support base hole, and the support structure is provided with a shaft hole; and a fan blade shaft, wherein, the fan blade is connected with the fan blade shaft, an end of the fan blade shaft is connected with the drive portion after passing through the shaft hole, wherein, the fan blade shaft comprises a first shaft section and a second shaft section connected with the first shaft section, and a diameter of the first shaft section is less than a diameter of the second shaft section; characterized in that the fan blade support assembly comprises: a support base, wherein the support base comprises a support base body, and the support base body is provided with the support base hole; and the fan blade shaft is movably provided relative to the support base, wherein when the fan blade shaft is connected with the drive portion, there is a gap between an outer wall surface of the first shaft section and an inner wall surface of the shaft hole.
A fastening device for releasably fastening a front panel to a drawer, in particular to a drawer side wall, comprising: - at least one furniture fitting pre-mounted to the front panel and - a catching device associated with the drawer, wherein the catching device automatically holds the furniture fitting when it is pushed in and the catching device has a moveable catching element with a control contour, - a locking device for the catching device, which prevents unintentional release of the furniture fitting from the catching device, characterised in that the locking device has a control body which is moveable in a guide path and which bears against the control contour of the catching element, wherein the movable control body is jammed between the guide patch and the control contour so that pulling the furniture fitting out of the fastening device is prevented. - at least one furniture fitting pre-mounted to the front panel and - a catching device associated with the drawer, wherein the catching device automatically holds the furniture fitting when it is pushed in and the catching device has a moveable catching element with a control contour, - a locking device for the catching device, which prevents unintentional release of the furniture fitting from the catching device, characterised in that the locking device has a control body which is moveable in a guide path and which bears against the control contour of the catching element, wherein the movable control body is jammed between the guide patch and the control contour so that pulling the furniture fitting out of the fastening device is prevented.
Electric machine for arrangement in a transmission housing, having - an adapter device, - an axle connected to the adapter device, - a rotor arranged on the axle by means of a bearing device so as to be rotatable about the axle, and - a stator which surrounds the rotor in a circumferential direction, which is arrangeable spaced apart from the rotor, and at least partially fixable, in the adapter device, wherein - the adapter device partially covers the rotor and/or the stator, and is a sub-housing of the electric machine, characterized in that - the rotor has a rotor carrier with at least one laminated core arranged on the rotor carrier, and - the rotor carrier has a cavity which is formed in an axial direction of the rotor carrier and which comprises, on a first rotor carrier face side facing towards the adapter device, a receiving opening for receiving the axle and the bearing device. - an adapter device, - an axle connected to the adapter device, - a rotor arranged on the axle by means of a bearing device so as to be rotatable about the axle, and - a stator which surrounds the rotor in a circumferential direction, which is arrangeable spaced apart from the rotor, and at least partially fixable, in the adapter device, wherein - the adapter device partially covers the rotor and/or the stator, and is a sub-housing of the electric machine, characterized in that - the rotor has a rotor carrier with at least one laminated core arranged on the rotor carrier, and - the rotor carrier has a cavity which is formed in an axial direction of the rotor carrier and which comprises, on a first rotor carrier face side facing towards the adapter device, a receiving opening for receiving the axle and the bearing device.
A gas turbine engine comprising: a propulsion unit including a fan, and a free turbine connected to drive said fan about a first axis; and a core engine, said core engine including at least a compressor (145, 150), a combustion section, and a turbine (160, 170), said core engine turbine (160, 170) connected to drive said compressor (145, 150), and said compressor (145, 150) and said core engine turbine (160, 170) rotating about a second axis, wherein said first and second axes (C, X) are non-parallel to each other, characterised in that: said fan delivers air into a main duct, and said main duct has an inlet tapping a portion of the air from said main duct into a turning duct which feeds air into said compressor (145, 150). a propulsion unit including a fan, and a free turbine connected to drive said fan about a first axis; and a core engine, said core engine including at least a compressor (145, 150), a combustion section, and a turbine (160, 170), said core engine turbine (160, 170) connected to drive said compressor (145, 150), and said compressor (145, 150) and said core engine turbine (160, 170) rotating about a second axis, wherein said first and second axes (C, X) are non-parallel to each other,
A lip balm applicator product, comprising: a receptacle having a lip balm composition located therein, the receptacle comprising, an upper portion and a lower portion; the lower portion having an upper end and a lower end; the upper portion and the lower portion are connectable together and a support platform located at the upper end of the lower portion for supporting the lip balm having an exposed arcuate surface for contact with the lips of a user and being closable by the upper portion of the receptacle; wherein the receptacle is substantially spherical in shape, arcuate, ovate or egg-shaped characterized in that the support platform is a wheel having an outer rim wherein the support platform includes a plurality of spokes that extend from the outer rim and that terminate at a hub and the support platform is snappingly received on the lower portion by prongs. a receptacle having a lip balm composition located therein, the receptacle comprising, an upper portion and a lower portion; the lower portion having an upper end and a lower end; the upper portion and the lower portion are connectable together and a support platform located at the upper end of the lower portion for supporting the lip balm having an exposed arcuate surface for contact with the lips of a user and being closable by the upper portion of the receptacle;
A compound represented by the following formula: wherein R 1 and R 2 are different from each other and represent an aliphatic hydrocarbon group having not less than 4 carbon atoms, and n represents an integer of 1 to 3.
A filament winding device which moves a fiber guide member equipped with a plurality of cylindrically shaped fiber feeding ports relatively in an axial direction of a wound member rotating relatively about the axis, and feeds fibers through the fiber feeding ports to wind the fibers around the wound member, wherein the fiber feeding ports are provided only in part of the fiber guide member, and when the fiber guide member reciprocates relatively in the axial direction of the wound member, the fibers form a smooth helical layer; characterized in that the fiber feeding ports are provided so that a fiber feeding position or a fiber feeding angle of the fibers is changed in accordance with a change of a diameter of the wound member; wherein the fiber feeding ports are provided to relatively operate independently of one another with respect to the fiber guide member, the fiber feeding ports being able to revolvably operate along a plane including the fiber guide member, slide and rotate about a long axis of the cylindrically shaped fiber feeding ports.
A filtering element for filtering devices, comprising: - a filtering material which defines a filtering space, intended for the filtration of fluids, and - at least one water indicator (13, 19, 23) which is provided at a location coming into contact with fluid during filtration operation and indicates the presence of water in the fluid in a visually recognisable manner, - characterised in that the at least one water indicator (13, 19, 23) - is provided on an end cap (7, 9) for encasement at one end of the filtering material and/or is at least partially a component part of the end cap (7, 9), and/or - is provided on a fluid-permeable supporting structure surrounding the filtering material and/or is at least partially a component part of the supporting structure. - a filtering material which defines a filtering space, intended for the filtration of fluids, and - at least one water indicator (13, 19, 23) which is provided at a location coming into contact with fluid during filtration operation and indicates the presence of water in the fluid in a visually recognisable manner, - characterised in that the at least one water indicator (13, 19, 23) - is provided on an end cap (7, 9) for encasement at one end of the filtering material and/or is at least partially a component part of the end cap (7, 9), and/or - is provided on a fluid-permeable supporting structure surrounding the filtering material and/or is at least partially a component part of the supporting structure.
A joint structure comprising a reinforcement portion that is formed by joining a composite material and a reinforcing material through an adhesive, wherein the composite material includes a plate portion that is formed by laminating a plurality of fiber sheets, and a raised portion (10, 31) that is formed by laminating a plurality of fiber sheets in addition to the plurality of fiber sheets of the plate portion, the reinforcement portion includes the raised portion (10, 31) and the reinforcing material that is bonded to the raised portion (10, 31) through an adhesive, a first boundary between the plate portion and the raised portion (10, 31) and a second boundary between the raised portion (10, 31) and the reinforcing material are located at different positions in an in-plane direction of a laminated interface between the fiber sheets that are laminated, and characterized in that surfaces of the plate portion and the raised portion (10, 31) are covered with a single fiber sheet; the plate portion is a flat plate, the raised portion is a portion formed to be raised with respect to an inner surface of the plate portion and is provided on an entire surface of a surface to be bonded, to which the stringer is bonded, and is configured to reduce a peel stress applied to the first boundary between the composite material and the reinforcing material. wherein the composite material includes a plate portion that is formed by laminating a plurality of fiber sheets, and a raised portion (10, 31) that is formed by laminating a plurality of fiber sheets in addition to the plurality of fiber sheets of the plate portion, the reinforcement portion includes the raised portion (10, 31) and the reinforcing material that is bonded to the raised portion (10, 31) through an adhesive, a first boundary between the plate portion and the raised portion (10, 31) and a second boundary between the raised portion (10, 31) and the reinforcing material are located at different positions in an in-plane direction of a laminated interface between the fiber sheets that are laminated, and characterized in that surfaces of the plate portion and the raised portion (10, 31) are covered with a single fiber sheet; the plate portion is a flat plate, the raised portion is a portion formed to be raised with respect to an inner surface of the plate portion and is provided on an entire surface of a surface to be bonded, to which the stringer is bonded, and is configured to reduce a peel stress applied to the first boundary between the composite material and the reinforcing material.
A method of assembling a sous-vide cooker in a housing, the method comprising: providing a chamber having a bottom interior surface; including a passive circulator; including a heating unit; arranging one or more temperature sensors exterior to the chamber; implementing a proportional-integral-derivative controller; and placing a control panel; wherein the PID controller has been programmed with a temperature correction algorithm for converting temperatures measured by the one or more temperature sensors into actual water temperature in the chamber based on a predetermined formula, and wherein the heating unit heats the chamber and the PID controller controls the heating unit using the one or more temperature sensors and the difference between a preset temperature and the actual water temperature. providing a chamber having a bottom interior surface; including a passive circulator; including a heating unit; arranging one or more temperature sensors exterior to the chamber; implementing a proportional-integral-derivative controller; and placing a control panel; wherein the PID controller has been programmed with a temperature correction algorithm for converting temperatures measured by the one or more temperature sensors into actual water temperature in the chamber based on a predetermined formula, and wherein the heating unit heats the chamber and the PID controller controls the heating unit using the one or more temperature sensors and the difference between a preset temperature and the actual water temperature.
An optoelectronic assembly, comprising: a mold compound; a photonic integrated circuit, PIC, embedded in the mold compound, the PIC having: a first face that is exposed from the mold compound, the face of the PIC including electrical contacts comprising pins or contact pads or sockets, and a second face perpendicular to the first face, including a reflecting coating; an interposer embedded in the mold compound, the interposer having a face that is exposed from the mold compound and is co-planar with the face of the PIC, the face of the interposer having electrical contacts comprising pins or contact pads or sockets; and an electrical integrated circuit, EIC, having electrical contacts comprising contact pads or sockets or pins configured to form pillar bumps when electrically coupled to the electrical contacts on the face of the PIC exposed from the mold compound and to the electrical contacts on the face of the interposer exposed from the mold compound, the EIC comprising bridging electrical connections between the PIC and the interposer. a mold compound; a photonic integrated circuit, PIC, embedded in the mold compound, the PIC having: a first face that is exposed from the mold compound, the face of the PIC including electrical contacts comprising pins or contact pads or sockets, and a second face perpendicular to the first face, including a reflecting coating; a first face that is exposed from the mold compound, the face of the PIC including electrical contacts comprising pins or contact pads or sockets, and a second face perpendicular to the first face, including a reflecting coating; an interposer embedded in the mold compound, the interposer having a face that is exposed from the mold compound and is co-planar with the face of the PIC, the face of the interposer having electrical contacts comprising pins or contact pads or sockets; and an electrical integrated circuit, EIC, having electrical contacts comprising contact pads or sockets or pins configured to form pillar bumps when electrically coupled to the electrical contacts on the face of the PIC exposed from the mold compound and to the electrical contacts on the face of the interposer exposed from the mold compound, the EIC comprising bridging electrical connections between the PIC and the interposer.
A conference audio system comprising: a plurality of microphones, each of the microphones being associated with: an analog/digital converter configured to convert an audio signal from the microphone into a digital signal; an audio level detector configured to detect utterance or silence depending on whether or not the level of the converted digital signal exceeds a predetermined level; an audio data storage unit in form of a ring memory configured to temporarily store the digital signal of which the corresponding utterance is to be detected by the audio level detector; a controller configured to control the storage of audio data to the audio data storage unit and the reading of the stored audio data; a digital/analog converter configured to convert the read audio data into an analog audio signal; and a speaker configured to output sound on the basis of the analog audio signal; wherein, upon detection of utterance by the audio level detector, the controller is configured to read the stored audio data with a time delay Δt corresponding to a time delay occurring at the beginning of the utterance, wherein the controller is configured to shorten the time delay Δt by a detected silent portion At1, when Δt1 is shorter than Δt, so that the controller stops writing and the sound is output by the speaker with a time delay of Δt-Δt1, and if the length of a further silent portion is longer than Δt-Δt1, the controller stops writing again and sound is output by the speaker in real time without time delay. an analog/digital converter configured to convert an audio signal from the microphone into a digital signal; an audio level detector configured to detect utterance or silence depending on whether or not the level of the converted digital signal exceeds a predetermined level; an audio data storage unit in form of a ring memory configured to temporarily store the digital signal of which the corresponding utterance is to be detected by the audio level detector; a controller configured to control the storage of audio data to the audio data storage unit and the reading of the stored audio data; a digital/analog converter configured to convert the read audio data into an analog audio signal; and a speaker configured to output sound on the basis of the analog audio signal; wherein, upon detection of utterance by the audio level detector, the controller is configured to read the stored audio data with a time delay Δt corresponding to a time delay occurring at the beginning of the utterance, wherein the controller is configured to shorten the time delay Δt by a detected silent portion At1, when Δt1 is shorter than Δt, so that the controller stops writing and the sound is output by the speaker with a time delay of Δt-Δt1, and if the length of a further silent portion is longer than Δt-Δt1, the controller stops writing again and sound is output by the speaker in real time without time delay.
Multichannel section for curtains having straight and curved regions, with a plurality of downwardly open guide channels for mounting at least one carriage, the multichannel section for curtains being made from a plurality of sections (11, 12), each section (11, 12) comprising a guide channel, characterized in that the sections (11, 12) are movable in longitudinal direction of the guide channels and are connected firmly to one another at least transversely to the longitudinal direction by a latch or catch connection.