mhurhangee/ep-ind-claims huggingface dataset:
An equalizing mechanism for a displacement machine according to the spiral principle, in particular a scroll compressor, wherein the equalizing mechanism has a drive shaft, a first equalizing element and a second equalizing element, wherein - the first equalizing element has a cylindrical hub section and a first force transmission section, and is in rotatable contact with the drive shaft by a first rotary axis, and - the second equalizing element is in rotatable contact with the drive shaft by a second rotary axis, and wherein a center axis S of the drive shaft and a center axis C of the cylindrical hub section are arranged on a first reference line CS, and characterized in that a center of gravity J of the first equalizing element and a center of gravity K of the second equalizing element are arranged on a different side of the first reference line CS than a center axis P of the first rotary axis. - the first equalizing element has a cylindrical hub section and a first force transmission section, and is in rotatable contact with the drive shaft by a first rotary axis, and - the second equalizing element is in rotatable contact with the drive shaft by a second rotary axis,
A radio network controller for supporting a multi-cell service in a cellular communication network, the radio network controller comprising: interface connection logic operably coupled to a plurality of wireless base stations supporting communication within a communication cell of the cellular communication network; wherein the radio network controller is characterized by: signal processing logic for generating a cell configuration message comprising cell configuration information; and transmitting logic for transmitting the cell configuration message to the plurality of wireless base stations using a multicast protocol. interface connection logic operably coupled to a plurality of wireless base stations supporting communication within a communication cell of the cellular communication network; wherein the radio network controller is characterized by: signal processing logic for generating a cell configuration message comprising cell configuration information; and transmitting logic for transmitting the cell configuration message to the plurality of wireless base stations using a multicast protocol. signal processing logic for generating a cell configuration message comprising cell configuration information; and transmitting logic for transmitting the cell configuration message to the plurality of wireless base stations using a multicast protocol.
Device for transporting containers, with a transport element and with several container grippers (4, 4a), provided at the transport element for gripping and holding the containers, wherein each container gripper (4, 4a) comprises at least two pivotable gripping arms (5, 5a), which are pretensioned by at least one spring element (14, 14a) into a closing position, as well as at least one control element or blocking element, which forms at least one control surface with at least two sections (15.1, 15.2), supported on which are the spring elements taking effect on the gripper arms (5, 5a), and which can be moved between at least one first position, corresponding to a releasing state of the container gripper (4, 4a), in which the respective spring element (14, 14a) is supported on a first section (15.1) of the control surface, and a second position corresponding to a blocking state of the container gripper (4, 4a), in which the respective spring element (14, 14a), additionally tensioned, is supported on a second section (15.2) of the control surface, wherein the respective control element or blocking element can be moved axially in a blocking element axis between the first and second position, and that the sections (15.1, 15.2) are provided following one another in the blocking element axis.
A method of providing a control signal for application to a mechanical actuator of an implantable hearing device, the method comprising: receiving an audio signal; converting the audio signal into an electrical signal; modulating the electrical signal using pulse modulation to provide a pulse modulated signal; modulating the pulse modulated signal using a digital modulation to provide a transmission signal for transmitting to an internal module of the implanted hearing device; receiving the transmission signal; digitally demodulating the received transmission signal to remove the digital modulation; and applying the demodulated signal to an input of an amplifier to provide the control signal for application to the mechanical actuator. receiving an audio signal; converting the audio signal into an electrical signal; modulating the electrical signal using pulse modulation to provide a pulse modulated signal; modulating the pulse modulated signal using a digital modulation to provide a transmission signal for transmitting to an internal module of the implanted hearing device; receiving the transmission signal; digitally demodulating the received transmission signal to remove the digital modulation; and applying the demodulated signal to an input of an amplifier to provide the control signal for application to the mechanical actuator.
A method of loading material within a microchannel device, the method comprising: loading particulates into a plurality of process microchannels; wherein the channel has at least one internal dimension of 10 mm or less, assembling a portable, compact ultrasonic densification unit within a pressure vessel housing the plurality of process microchannels prior to the act of ultrasonically packing the particulates; ultrasonically packing the particulates into the plurality of process microchannels using the portable, compact ultrasonic densification unit; and disassembling the portable, compact ultrasonic densification unit and removing the portable, compact ultrasonic densification unit from the pressure vessel housing the plurality of process microchannels subsequent to the act of ultrasonically packing the particulates. loading particulates into a plurality of process microchannels; wherein the channel has at least one internal dimension of 10 mm or less, assembling a portable, compact ultrasonic densification unit within a pressure vessel housing the plurality of process microchannels prior to the act of ultrasonically packing the particulates; ultrasonically packing the particulates into the plurality of process microchannels using the portable, compact ultrasonic densification unit; and disassembling the portable, compact ultrasonic densification unit and removing the portable, compact ultrasonic densification unit from the pressure vessel housing the plurality of process microchannels subsequent to the act of ultrasonically packing the particulates.
A pallet for holding a hat for printing, the hat comprising a cap and a bill attached to the cap, the pallet comprising: a bottom plate; a printing plate mounted on the bottom plate; a top plate movable between an open position and a closed position, the top plate comprising an opening; and a bill support mounted on the bottom plate; whereby the bill support is configured to support the bill along the plane of the printing plate, and the bill support is positioned such that when the hat is mounted in the pallet with the top plate in the closed position, a portion of the cap on which the image is to be printed is supported on the printing plate and exposed through the opening of the top plate and the underside of the bill of the hat is supported by the bill support, characterized in that the top surface of the bill support and the surface of the printing plate define a plane parallel to the bottom plate, the top surface suitable for supporting the bill along this plane. a bottom plate; a printing plate mounted on the bottom plate; a top plate movable between an open position and a closed position, the top plate comprising an opening; and a bill support mounted on the bottom plate; whereby the bill support is configured to support the bill along the plane of the printing plate, and the bill support is positioned such that when the hat is mounted in the pallet with the top plate in the closed position, a portion of the cap on which the image is to be printed is supported on the printing plate and exposed through the opening of the top plate and the underside of the bill of the hat is supported by the bill support, characterized in that the top surface of the bill support and the surface of the printing plate define a plane parallel to the bottom plate, the top surface suitable for supporting the bill along this plane.
A mouth mask, including: a flexible sheet body, integrally formed, having a first surface and a second surface opposite to the first surface, the first surface protruding to form an abutting portion for abutting against a front side of a chin and a supporting portion for abutting against a lower side of the chin, the abutting portion including a first opening formed on the second surface, the supporting portion including a second opening formed on the second surface, the flexible sheet body further including two connecting portions, the two connecting portions located by two opposite sides of the abutting portion and the supporting portion respectively, the flexible sheet body further including a first waved structure which laterally extends at least between the two connecting portions and the abutting portion, the flexible sheet body further including a second waved structure arranged transversely relative to the abutting portion and the supporting portion, the second waved structure being arranged around the supporting portion. a flexible sheet body, integrally formed, having a first surface and a second surface opposite to the first surface, the first surface protruding to form an abutting portion for abutting against a front side of a chin and a supporting portion for abutting against a lower side of the chin, the abutting portion including a first opening formed on the second surface, the supporting portion including a second opening formed on the second surface, the flexible sheet body further including two connecting portions, the two connecting portions located by two opposite sides of the abutting portion and the supporting portion respectively, the flexible sheet body further including a first waved structure which laterally extends at least between the two connecting portions and the abutting portion, the flexible sheet body further including a second waved structure arranged transversely relative to the abutting portion and the supporting portion, the second waved structure being arranged around the supporting portion.
Lock cylinder comprising a lock plug that is rotatably arranged in a housing, the housing extending along a lock plug axis from an outer face for inserting a key into the lock plug as far as an inner face that is adjacent to a locking bit, the housing along the lock plug axis being composed of at least two housing parts (28, 30) and the housing parts (28, 30) being frictionally interconnected, a first housing part comprising first and second housing part sides (32, 34) that extend perpendicularly to the lock plug axis and face away from one another and a plug-in projection being arranged on the first housing part side for being inserted into a socket of a second housing part and a socket being arranged on the second housing part side for receiving a plug-in projection of a third housing part, characterized in that the plug-in projection is slightly larger than the socket in a plane that is perpendicular to the lock plug axis, so that the plug-in projection for being inserted into the socket is slightly deformed and is therefore frictionally received in the socket.
A method for supporting multicast for large scale antenna systems, the method comprising: assigning a pilot sequence to each program from among a plurality of programs such that each program has a unique pilot sequence; and broadcasting the unique pilot sequences for the plurality of programs. assigning a pilot sequence to each program from among a plurality of programs such that each program has a unique pilot sequence; and broadcasting the unique pilot sequences for the plurality of programs.
A corner bearing (11, 11') for a window, a door or the like, comprising a base plate which is configured for fastening in a corner, formed by converging C-shaped profile elements (81, 82), of a frame of the window, the door or the like, and a coupling device (20, 20') which is connected to the base plate and which can be coupled to a leaf of the window, the door or the like to movably support said leaf at the frame, wherein the corner bearing (11, 11') comprises a clamping bracket having a first clamping limb extending in a first longitudinal direction for fastening the base plate to a horizontal C-shaped profile element of the frame and having a second clamping limb, which is angled with respect to the first clamping limb and which extends in a second longitudinal direction, for fastening the base plate to a vertical C-shaped profile element of the frame, wherein the first clamping limb of the clamping bracket is arranged at a rear side of the base plate facing away from the coupling device (20, 20'), wherein the first clamping limb can be inserted into a groove of the horizontal C-shaped profile element in an insertion position and the first clamping limb engages behind webs (88, 89) of the horizontal C-shaped profile element in a clamping position, characterized in that the first clamping limb is rotatably supported about an axis of rotation between the insertion position and the clamping position, and in that the first clamping limb can be drawn towards the base plate in the direction of the axis of rotation by means of an adjustment device in order to fix the base plate to the frame in a clamping manner in the clamping position of the first clamping limb.
A pre-manufactured thermoplastic signage for large aviation substrates comprising: an alkyd resin-based composition including surface indicia materials, reflective materials and friction materials, said resin- based composition being formed as a continuous sheet; characterized by the sheet being flexible and capable of being wound onto a take-up spool; the backing of the signage being relatively thin and flexible utilizing a polyurea epoxy primer having a viscosity ranging from 1cP to 300 cP; said signage being suitable for being unwound such that said signage is rolled and positioned to conform to said substrates having been primed with a CCS epoxy primer and for being heated to a predetermined temperature for optimal adhesion of said resin-based composition to said large substrates; and said signage comprising features that allow edges of said signage to physically interconnect and interlock with edges of other signage. an alkyd resin-based composition including surface indicia materials, reflective materials and friction materials, said resin- based composition being formed as a continuous sheet; characterized by the sheet being flexible and capable of being wound onto a take-up spool; the backing of the signage being relatively thin and flexible utilizing a polyurea epoxy primer having a viscosity ranging from 1cP to 300 cP; said signage being suitable for being unwound such that said signage is rolled and positioned to conform to said substrates having been primed with a CCS epoxy primer and for being heated to a predetermined temperature for optimal adhesion of said resin-based composition to said large substrates; and said signage comprising features that allow edges of said signage to physically interconnect and interlock with edges of other signage.
A system comprising: (a) a reference electrode, a counter electrode and a working electrode of a potentiostat; and (b) a feedback mechanism coupled to the reference electrode and configured to detect a potential associated with a sample via the reference electrode, wherein the feedback mechanism provides a feedback signal to the sample via the counter electrode, the feedback signal configured to provide excitation control of the sample at the working electrode, wherein the feedback mechanism comprises a first negative-feedback amplifier configured to generate a first signal based on a difference between a voltage signal indicative of the detected potential associated with the sample and a set potential value, and a second negative feedback amplifier configured to receive the first signal and generate the feedback signal. (a) a reference electrode, a counter electrode and a working electrode of a potentiostat; and (b) a feedback mechanism coupled to the reference electrode and configured to detect a potential associated with a sample via the reference electrode,
A method of operating an imaging system to perform Cephalometric imaging, the imaging system comprising a column, an upper shelf pivotally coupled to the column, a rotating part coupled to the upper shelf and linearly translatable along a length of the upper shelf in a direction radial to the column, a first x-ray source coupled to the rotating part, an x-ray detector coupled to the rotating part on an opposite side of a first imaging volume from the first x-ray source, and a Cephalometric patient support, characterized in that the method comprising at least following steps of performing (303, 305) at least one calibration sweep by controllably adjusting a pivot angle of the upper shelf and by controllably adjusting a linear position of the rotating part along the upper shelf to move a position of the x-ray detector relative to the Cephalometric patient support while emitting x-rays from the first x-ray source; capturing (327, 337) image data by the x-ray detector while performing the at least one calibration sweep; and determining (329, 339) a center position of the Cephalometric patient support relative to the imaging system in at least two dimensions based on the image data captured while performing the at least one calibration sweep. a column, an upper shelf pivotally coupled to the column, a rotating part coupled to the upper shelf and linearly translatable along a length of the upper shelf in a direction radial to the column, a first x-ray source coupled to the rotating part, an x-ray detector coupled to the rotating part on an opposite side of a first imaging volume from the first x-ray source, and a Cephalometric patient support, characterized in that the method comprising at least following steps of performing (303, 305) at least one calibration sweep by controllably adjusting a pivot angle of the upper shelf and by controllably adjusting a linear position of the rotating part along the upper shelf to move a position of the x-ray detector relative to the Cephalometric patient support while emitting x-rays from the first x-ray source; capturing (327, 337) image data by the x-ray detector while performing the at least one calibration sweep; and determining (329, 339) a center position of the Cephalometric patient support relative to the imaging system in at least two dimensions based on the image data captured while performing the at least one calibration sweep.
Electric hand-held machine tool, in particular an angle grinder, comprising a housing which comprises a first housing part and a second housing part, comprising an electric motor which is accommodated in the housing and drives a rotor shaft which is connected in a force-transmitting manner to an output unit accommodated in a gear head, wherein a housing ring is provided, which connects the end face of the first housing part to the second housing part, the housing ring is screwed to the first housing part and/or the second housing part, and the screw connection is made parallel to the rotor shaft, and characterized in that, the housing is vibration-decoupled from the housing ring and/or the gear head. a housing ring is provided, which connects the end face of the first housing part to the second housing part, the housing ring is screwed to the first housing part and/or the second housing part, and the screw connection is made parallel to the rotor shaft, and characterized in that, the housing is vibration-decoupled from the housing ring and/or the gear head.
A magnetorheological piston ring comprising an MR-piston-ring body disposable within a cylinder of an MR damper and having a central longitudinal axis, wherein the MR piston ring body has a radially inner surface defining a boundary of a longitudinally-extending primary MR passageway, wherein the MR piston ring body includes a surface portion which is slidingly engagable with the cylinder and which has first and second longitudinal ends (24 and 26), characterised in that the surface portion includes at least one surface groove each defining a secondary MR passageway and extending from the first longitudinal end to the second longitudinal end.
Motor vehicle door closure having - a locking mechanism, - a triggering lever acting on the locking mechanism, - at least one actuating lever, and having - a securing element that cooperates with the actuating lever via the interposition of a transmission member (7, 8), wherein the transmission member (7, 8) is constructed in two parts, with a connecting lever and a coupling lever which is mounted on the actuating lever so as to be rotatable about an axis and configured as a two-arm lever with a coupling arm and a stop arm, wherein the connecting lever further shifts the coupling lever into its engagement position with the triggering lever or its disengagement position with the triggering lever depending on the position of the securing element, and thereby brings the actuating lever into engagement or disengagement position with the triggering lever depending on the position of the securing element, characterised in that - the coupling lever takes up at least one retracted position and one extended position with respect to the actuating lever, wherein - the coupling lever has a limit stop which in its extended position bears on the actuating lever, - when the coupling lever is in the extended position, the stop arm takes up a protruding position with respect to the actuating lever, and consequently cooperates with the triggering lever, and wherein - when the coupling lever is in the retracted position, the stop arm is covered by the actuating lever as it were, and no longer cooperates with the triggering lever. - a locking mechanism, - a triggering lever acting on the locking mechanism, - at least one actuating lever, and having - a securing element that cooperates with the actuating lever via the interposition of a transmission member (7, 8), - the coupling lever takes up at least one retracted position and one extended position with respect to the actuating lever, wherein - the coupling lever has a limit stop which in its extended position bears on the actuating lever, - when the coupling lever is in the extended position, the stop arm takes up a protruding position with respect to the actuating lever, and consequently cooperates with the triggering lever, and wherein - when the coupling lever is in the retracted position, the stop arm is covered by the actuating lever as it were, and no longer cooperates with the triggering lever.