mhurhangee/ep-ind-claims huggingface dataset:
A power receiving device (130, 230) comprising: a receiving coil configured to produce an input alternating waveform from a received alternating magnetic field emanating from a source (110, 210) external to the power receiving device; a rectifier coupled to the receiving coil and configured to rectify the input alternating waveform in order to deliver, at an output of the rectifier, power having a rectified voltage; a loading circuit configured to be selectively coupled to the receiving coil, wherein the power receiving device presents a first load impedance when the loading circuit is uncoupled from the receiving coil, and the power receiving device presents a different, second load impedance when the loading circuit is coupled to the receiving coil; and a modulation circuit, characterised in that the modulation circuit is directly coupled to the output of the rectifier, wherein the modulation circuit is configured to cause the loading circuit to be coupled to and uncoupled from the receiving coil at a pre-determined modulation rate when the modulation circuit determines that the rectified voltage and a first threshold voltage have a first inequality relationship. a receiving coil configured to produce an input alternating waveform from a received alternating magnetic field emanating from a source (110, 210) external to the power receiving device; a rectifier coupled to the receiving coil and configured to rectify the input alternating waveform in order to deliver, at an output of the rectifier, power having a rectified voltage; a loading circuit configured to be selectively coupled to the receiving coil, wherein the power receiving device presents a first load impedance when the loading circuit is uncoupled from the receiving coil, and the power receiving device presents a different, second load impedance when the loading circuit is coupled to the receiving coil; and a modulation circuit,
A system comprising: a lens (130, 330) disposed relative to a scene and configured to focus light from the scene; an aperture (122, 322) defined within an opaque material (120, 320), wherein the opaque material is configured to block a portion of the light focused by the lens, and wherein the aperture is configured to transmit therethrough another portion of the light focused by the lens; a waveguide having a first side that receives the portion of the light transmitted through the aperture, wherein the waveguide guides the received light, by total internal reflection or frustrated total internal reflection, toward a second side of the waveguide opposite to the first side, and wherein the waveguide has a third side extending along a guiding direction of the waveguide between the first side and the second side; and an array (110, 310) of light detectors (112, 114) that detects a portion of the received light that evanesces or otherwise leaks out of the third side of the waveguide as the received light is guided by total internal reflection or frustrated total internal reflection along the guiding direction of the waveguide. a lens (130, 330) disposed relative to a scene and configured to focus light from the scene; an aperture (122, 322) defined within an opaque material (120, 320), wherein the opaque material is configured to block a portion of the light focused by the lens, and wherein the aperture is configured to transmit therethrough another portion of the light focused by the lens; a waveguide having a first side that receives the portion of the light transmitted through the aperture, wherein the waveguide guides the received light, by total internal reflection or frustrated total internal reflection, toward a second side of the waveguide opposite to the first side, and wherein the waveguide has a third side extending along a guiding direction of the waveguide between the first side and the second side; and an array (110, 310) of light detectors (112, 114) that detects a portion of the received light that evanesces or otherwise leaks out of the third side of the waveguide as the received light is guided by total internal reflection or frustrated total internal reflection along the guiding direction of the waveguide.
Method for determining the suitability of an optical material for the production of optical elements, in particular for the transillumination with high-energy light, in which radiation-induced absorption in the optical material is established by virtue of the latter being irradiated by excitation radiation and the overall fluorescence, which consists of intrinsic and non-intrinsic components and which is induced by this irradiation, being determined, wherein the non-intrinsic fluorescence during and/or directly after the radiation is determined as fluorescence, characterized in that the material is irradiated in advance by laser radiation up to the saturation of the rapid damage prior to this determination.
A method for use in automatic discovery, and/or automatic provisioning of communications device in a network environment, said communications device being coupled to a network appliance, the method comprising: a network appliance module executing a program application for managing the automatic configuration of said communications device and said network appliance, said program application comprising instructions causing the network appliance module to perform: reading existing database configuration files and configuration templates from a database into a network appliance memory; propagating configuration data from the existing configuration files to network appliance configuration files external to the network appliance module using system calls to scripts that apply parameter substitution and system-specific customization of the original template configuration files; starting a UPnP manager to forward HTTPS, SIP and RTP ports as specified in said database configuration files; starting a thread for responding to UPnP discovery requests; and starting an interface manager between said program and said network appliance, which starts a thread for processing requests from PHP scripts using a PHP API. reading existing database configuration files and configuration templates from a database into a network appliance memory; propagating configuration data from the existing configuration files to network appliance configuration files external to the network appliance module using system calls to scripts that apply parameter substitution and system-specific customization of the original template configuration files; starting a UPnP manager to forward HTTPS, SIP and RTP ports as specified in said database configuration files; starting a thread for responding to UPnP discovery requests; and starting an interface manager between said program and said network appliance, which starts a thread for processing requests from PHP scripts using a PHP API.
A system comprising a playback system for playing back an audio piece at a playback site and for providing additional information related to the audio piece and a central system, the playback system comprising: - an acquisition component for acquiring audio data of the audio piece, - a means (40, 55) for acquiring the additional information related to the audio piece, - an encoding component, which is located at the playback site of the audio piece and which is configured to combine the audio data and the additional information and to generate an audio signal containing the audio piece and the additional information, and - a playback component, which is connected to the encoding component and which is configured to generate an acoustic signal from the audio signal, wherein the encoding component is configured to generate a first intermediate audio signal from the additional information and a second intermediate audio signal from the audio data and to superpose the second intermediate audio signal with the first intermediate audio signal to generate the audio signal from which the acoustic signal is generated, the frequency range of the first intermediate audio signal being above the highest frequency the human ear is able to perceive so that the additional information contained in the acoustic signal is essentially imperceptible to the listener of the audio piece, and wherein the playback system is connected to the central system via a data network and in that the means for acquiring the additional information is an interface component of the playback system which is configured to send a request to the central system that indicates the audio piece for which the additional information is requested, and wherein the playback system is configured to retrieve the additional information from the central system via the data network in response to the acquisition of the audio data of the audio piece and the sent request. - an acquisition component for acquiring audio data of the audio piece, - a means (40, 55) for acquiring the additional information related to the audio piece, - an encoding component, which is located at the playback site of the audio piece and which is configured to combine the audio data and the additional information and to generate an audio signal containing the audio piece and the additional information, and - a playback component, which is connected to the encoding component and which is configured to generate an acoustic signal from the audio signal, wherein the encoding component is configured to generate a first intermediate audio signal from the additional information and a second intermediate audio signal from the audio data and to superpose the second intermediate audio signal with the first intermediate audio signal to generate the audio signal from which the acoustic signal is generated, the frequency range of the first intermediate audio signal being above the highest frequency the human ear is able to perceive so that the additional information contained in the acoustic signal is essentially imperceptible to the listener of the audio piece, and wherein
A reversible indexable cutting insert, comprising: opposing first and second end surfaces interconnected by a continuous peripheral surface, with a median plane located between the first and second end surfaces and intersecting the peripheral surface to form an insert boundary line (Lb), and an insert axis perpendicular to the median plane about which the cutting insert is indexable, the peripheral surface including side surfaces alternating with corner surfaces, with each corner surface having a corner bisector plane (Pc) containing the insert axis, and the side and corner surfaces (26, 28) intersecting with both the first and second end surfaces at side and corner edges (40, 42), respectively, with each side edge having a major cutting edge, and each corner edge having a corner and minor cutting edge (46, 48), wherein, in a side view of the cutting insert, each major and minor cutting edge (44, 48) slopes away from first and second end points (E1, E2), respectively, of its mutually associated corner cutting edge, towards the median plane, and the reversible cutting insert being characterised in that the peripheral surface includes exactly three side surfaces alternating with exactly three corner surfaces, wherein a first imaginary straight line extending perpendicular to the median plane and intersecting any one of the corner cutting edges at any point along its length except the second end point, passes through the median plane inside the insert boundary line (Lb). opposing first and second end surfaces interconnected by a continuous peripheral surface, with a median plane located between the first and second end surfaces and intersecting the peripheral surface to form an insert boundary line (Lb), and an insert axis perpendicular to the median plane about which the cutting insert is indexable, the peripheral surface including side surfaces alternating with corner surfaces, with each corner surface having a corner bisector plane (Pc) containing the insert axis, and the side and corner surfaces (26, 28) intersecting with both the first and second end surfaces at side and corner edges (40, 42), respectively, with each side edge having a major cutting edge, and each corner edge having a corner and minor cutting edge (46, 48), the peripheral surface including side surfaces alternating with corner surfaces, with each corner surface having a corner bisector plane (Pc) containing the insert axis, and the side and corner surfaces (26, 28) intersecting with both the first and second end surfaces at side and corner edges (40, 42), respectively, with each side edge having a major cutting edge, and each corner edge having a corner and minor cutting edge (46, 48), wherein, in a side view of the cutting insert, each major and minor cutting edge (44, 48) slopes away from first and second end points (E1, E2), respectively, of its mutually associated corner cutting edge, towards the median plane, and the reversible cutting insert being characterised in that the peripheral surface includes exactly three side surfaces alternating with exactly three corner surfaces,
A door fitting comprising: • a mounting device designed for mounting on a door, • and a fitting device, designed for fastening to the mounting device, with a handle region for receiving a handle, in particular a door handle, • wherein the mounting device comprises a mounting plate and a locking device arranged on the mounting plate so as to be movable into a locking position and a release position, • wherein the locking device is designed to fasten the fitting device to the mounting device in the locking position, • and wherein the locking device has a first pin element recess, in particular a first lock cylinder recess, for inserting a pin element, in particular a lock cylinder, and the first pin element recess is designed such that an inserted pin element blocks a movement of the locking device from the locking position into the release position. • a mounting device designed for mounting on a door, • and a fitting device, designed for fastening to the mounting device, with a handle region for receiving a handle, in particular a door handle, • wherein the mounting device comprises a mounting plate and a locking device arranged on the mounting plate so as to be movable into a locking position and a release position, • wherein the locking device is designed to fasten the fitting device to the mounting device in the locking position, • and wherein the locking device has a first pin element recess, in particular a first lock cylinder recess, for inserting a pin element, in particular a lock cylinder, and the first pin element recess is designed such that an inserted pin element blocks a movement of the locking device from the locking position into the release position.
A three-dimensional coordinate measurement apparatus comprising: a surface plate configured to place a measuring object; and a Y carriage configured to support a measuring probe, the Y carriage supported by two strut members (16, 18) which are across the surface plate and movable in a Y-axis direction of the surface plate; wherein the two strut members include a first strut member provided with a driving mechanism configured to drive the Y carriage in the Y-axis direction, and a second strut member configured to move following the first strut member, a guide portion parallel to the Y-axis direction is formed in the surface plate on a first strut member side, side surface support members (64E, 64F) which support the first strut member on the surface plate by holding both opposed side surfaces (42L, 42R) of the guide portion, are provided, the side surface support members (64E, 64F) are arranged separately from each other along the Y axis direction with the driving mechanism interposed between the side surface support members (64E, 64F), and the driving mechanism is configured to be brought into contact with one of the two side surfaces (42L, 42R) of the guide portion. a surface plate configured to place a measuring object; and a Y carriage configured to support a measuring probe, the Y carriage supported by two strut members (16, 18) which are across the surface plate and movable in a Y-axis direction of the surface plate; wherein the two strut members include a first strut member provided with a driving mechanism configured to drive the Y carriage in the Y-axis direction, and a second strut member configured to move following the first strut member, a guide portion parallel to the Y-axis direction is formed in the surface plate on a first strut member side, side surface support members (64E, 64F) which support the first strut member on the surface plate by holding both opposed side surfaces (42L, 42R) of the guide portion, are provided, the side surface support members (64E, 64F) are arranged separately from each other along the Y axis direction with the driving mechanism interposed between the side surface support members (64E, 64F), and the driving mechanism is configured to be brought into contact with one of the two side surfaces (42L, 42R) of the guide portion.
A tube quick coupling device, for coupling liquid tubes, comprising a male element and a female element, each of said male and female elements being adapted to be coupled to a respective liquid tube; said male element including at least a resilient tongue engageable in an opening radially formed in said female element, said male element comprising an anti-rotating edge and said female element comprising an anti-rotating slot wherein a mutual engagement of said slot and said edge facilitating the engagement of said male element in said female element, characterized in that said resilient tongue comprises a shaped portion at a tip thereof and said opening comprises a shaped portion which couples with said shaped portion to prevent further displacement of said resilient tongue and hence disconnection of the male element and the female element as the device is pressurized by liquid conveyed through said liquid tubes.
Pouch for storing at least one substance, comprising an outlet for extracting the substance, said outlet being bordered by free edges of the pouch; at least a first inner layer arranged inside and partly attached to a first wall of the pouch so that said first inner layer has a free strip detached from the pouch and operatively joinable to a second wall of the pouch to obtain a sealed membrane for closing a fillable aseptic housing of the pouch and defining, in proximity of said outlet, a seat configured in such a way as to receive a spout, said seat being delimited by the membrane and by said free edges of the pouch; a second inner layer arranged inside and partly attached to said second wall so that said second inner layer has a free strip detached from the pouch and joinable to the free strip of said first inner layer to obtain said sealed membrane, characterised in that the pouch is formed by a pair of laminated sheets (4a, 4b) stacked on each other and partly sealed together at a common peripheral border, each of said laminated sheets (4a, 4b) being formed by one of the inner layers (6a, 6b) and by an outer layer (7a, 7b) defining the exterior surface of the pouch, wherein the inner layers (6a, 6b) extend over the whole development of the laminated sheets (4a, 4b).
A process for purifying daptomycin comprising the steps of a) loading a solution comprising partly purified daptomycin onto an anion exchange chromatography column; b) loading the solution of step a) onto a reverse phase chromatography column; c) optionally loading the solution of step b) onto yet a reverse phase chromatography column at least once; wherein the elution buffer in a) is a monovalent salt solution and the elution buffer in b) is aqueous alcohol. a) loading a solution comprising partly purified daptomycin onto an anion exchange chromatography column; b) loading the solution of step a) onto a reverse phase chromatography column; c) optionally loading the solution of step b) onto yet a reverse phase chromatography column at least once;
A method for treating an animal substrate comprising: agitating the moistened animal substrate with a treatment formulation and a solid particulate material in a sealed apparatus, wherein the treatment formulation comprises at least one treatment agent selected from tanning agents, re-tanning agents and tannery process agents, wherein the solid particulate material has an average particle diameter of from 1 mm to 500mm and/or a length of from 1 mm to 500mm, and wherein the animal substrate is hide, skin or leather.
A method of synchronising the phase of a local image synchronisation signal generator of a local video data processor in communication with an asynchronous switched packet network to the phase of a reference image synchronisation signal generator of a reference video data processor also coupled to the network, the local and reference processors having respective clocks (10, 30), the reference and local image synchronisation signal generators generating periodic image synchronisation signals in synchronism with the reference and local clocks respectively, the method comprising the step of frequency synchronising the local and reference clocks, and the method being characterised by: the reference video data processor sending, via the network, to the local data processor an image timing packet containing reference image synchronisation data indicating the difference in timing, measured with respect to the reference processor's clock, between the time at which the image timing packet is launched onto the network and the time of production of a reference image synchronisation signal; and the local video data processor controlling the timing of the production of the local image synchronisation signals in dependence on the reference image synchronisation data extracted from the timing packet and the time of arrival of the timing packet. the reference video data processor sending, via the network, to the local data processor an image timing packet containing reference image synchronisation data indicating the difference in timing, measured with respect to the reference processor's clock, between the time at which the image timing packet is launched onto the network and the time of production of a reference image synchronisation signal; and the local video data processor controlling the timing of the production of the local image synchronisation signals in dependence on the reference image synchronisation data extracted from the timing packet and the time of arrival of the timing packet.
A device for drug delivery to an orifice of a subject, comprising a shell containing and being substantially impermeable to an active pharmaceutical ingredient, wherein said shell has at least one hole sized for in-vivo release of said active pharmaceutical ingredient, characterized in that said shell is elastically stressed by said active pharmaceutical ingredient and wherein said release of said active pharmaceutical ingredient is as a result of said elastic stressing, and wherein said device also comprises an elongate tail extending from said shell, wherein said at least one hole is incorporated into the elongate tail, wherein the average tail diameter is less than 40% at an average diameter of said shell, and wherein said tail and said shell are formed of a single material.