mhurhangee/ep-ind-claims huggingface dataset:
A device for electro membrane extraction, comprising a syringe holder (2,202) adapted to hold a syringe (1,201) comprising an acceptor solution; a sample vial holder (6, 6', 206) adapted to hold a sample vial comprising a vial cap (5, 5', 205), where the vial cap includes an inside funnel (12,212,312) to be equipped with a prewetted hollow fiber membrane (13,213) having a tube like shape sealed at the end opposite the funnel and forming a lumen; the vial cap further comprises steering guides (14,214,314) for at least two electrodes; a first electrode to be immersed in a donor solution placed in the sample vial; a second electrode to be immersed, through the funnel in the vial cap, into the lumen of the hollow fiber membrane; characterized in that the device further comprises means for sliding the first electrode in and out of the donor solution in the sample vial and for sliding the second electrode in and out of the lumen of the hollow fiber membrane, wherein the syringe comprises a needle (3,203) and the needle is used as the second electrode.
Method for operating a screen wheel filter for highly viscous melts having pressures greater than 10 bar and temperatures greater than 90° C, the screen wheel filter substantially comprising a screen wheel arranged in a housing, having a melt channel spaced apart from a screen insert backwashing station and/or screen insert changing station and accommodating at least one screen insert, characterized in that relative to one of the screen inserts respectively located in the melt channel, the screen wheel is driven in rotation for at least one complete revolution before the respective screen insert is changed in the screen insert changing station and/or is backwashed in the screen insert backwashing station, and wherein the drive speed and drive cycle for the screen wheel are adjusted as a function of the thermal or oxidative decomposition behaviour of the respective melt such that when the respective screen insert enters the melt channel of the screen wheel filter again, the melt remaining in the respective screen insert has experienced thermal decomposition or oxidative decomposition of ≤ 3% cleaved molecular chains, preferably ≤ 1% cleaved molecular chains.
A method of generating a spectacle-free facial image of a spectacled person, comprising the following steps: A) Recording a first image of a face of the person by means of a camera; B) Determination of the pixels assigned to the spectacle lenses in the first image by means of an evaluation unit; C) Illuminating the face of the person and thereby creating a pattern on the face and on the spectacle lenses by means of a projection means, wherein a pattern in the form of a stripe pattern is projected onto the face of the person and onto the spectacle lenses by the at least one projection means; D) Capturing a second image of the illuminated face of the person by means of the camera or by means of a second camera; and E) Determination and compensation of optical effects within the first image caused by the spectacle lenses on the basis of a pattern distortion detected in the second image by means of the evaluation unit, in order to generate the spectacle-free facial image of the person, the pattern distortion being detected by determining discontinuity points and/or kink points of the pattern in the second image by means of the evaluation unit. A) Recording a first image of a face of the person by means of a camera; B) Determination of the pixels assigned to the spectacle lenses in the first image by means of an evaluation unit; C) Illuminating the face of the person and thereby creating a pattern on the face and on the spectacle lenses by means of a projection means, wherein a pattern in the form of a stripe pattern is projected onto the face of the person and onto the spectacle lenses by the at least one projection means; D) Capturing a second image of the illuminated face of the person by means of the camera or by means of a second camera; and E) Determination and compensation of optical effects within the first image caused by the spectacle lenses on the basis of a pattern distortion detected in the second image by means of the evaluation unit, in order to generate the spectacle-free facial image of the person, the pattern distortion being detected by determining discontinuity points and/or kink points of the pattern in the second image by means of the evaluation unit.
A tibial spacer system comprising: a provisional component (212, 212') comprising: a body; an articulating surface (216A, 216B) positioned on the body configured to engage condylar surfaces of a femoral component; a first bearing surface disposed opposite the articulating surface; a first edge periphery region connecting the articulating surface and the first bearing surface; and a sizing extension extending from the body opposite the articulating surface, the sizing extension comprising: a bone engagement surface; an edge periphery region extending from the bone engagement surface; and a first alignment indicator (234B, 234B', 278A) located on the edge periphery region of the sizing extension, characterised in that an alignment tab extends from the first edge periphery region of the body. a provisional component (212, 212') comprising: a body; an articulating surface (216A, 216B) positioned on the body configured to engage condylar surfaces of a femoral component; a first bearing surface disposed opposite the articulating surface; a first edge periphery region connecting the articulating surface and the first bearing surface; and a body; an articulating surface (216A, 216B) positioned on the body configured to engage condylar surfaces of a femoral component; a first bearing surface disposed opposite the articulating surface; a first edge periphery region connecting the articulating surface and the first bearing surface; and a sizing extension extending from the body opposite the articulating surface, the sizing extension comprising: a bone engagement surface; an edge periphery region extending from the bone engagement surface; and a first alignment indicator (234B, 234B', 278A) located on the edge periphery region of the sizing extension, characterised in that an alignment tab extends from the first edge periphery region of the body. a bone engagement surface; an edge periphery region extending from the bone engagement surface; and a first alignment indicator (234B, 234B', 278A) located on the edge periphery region of the sizing extension, characterised in that an alignment tab extends from the first edge periphery region of the body.
A system comprising: one or more devices (100, 110, 120), each of which comprises a plurality of domains (101, 102, 106, 111, 112, 121, 122; 221, 222, 223, 224, 225, 226) supported by at least one platform (105, 115, 125), each domain comprising a configuration of computing resources executing on the at least one platform and each domain being configured to perform functions for an owner of the domain that may be located locally or remotely from the domain, wherein each domain may have a different owner, and wherein each owner may specify policies for operation of its domain as well as for operation of its domain in relation to the platform on which the domain resides and other domains; and a system-wide domain manager (107; 230; 406; 502) resident on one of the domains, the system-wide domain manager being configured to enforce the policies of the domain on which it is resident and the policies of the other domains, coordinate enforcement of respective policies of the other domains in relation to the domain in which the system-wide domain manager resides, coordinate interaction among the other domains in accordance with their respective policies and the policies of the domain in which the system-wide domain manager resides, and determine, considering one or more of said policies, whether to load a new domain or render one of the domains inactive. one or more devices (100, 110, 120), each of which comprises a plurality of domains (101, 102, 106, 111, 112, 121, 122; 221, 222, 223, 224, 225, 226) supported by at least one platform (105, 115, 125), each domain comprising a configuration of computing resources executing on the at least one platform and each domain being configured to perform functions for an owner of the domain that may be located locally or remotely from the domain, wherein each domain may have a different owner, and wherein each owner may specify policies for operation of its domain as well as for operation of its domain in relation to the platform on which the domain resides and other domains; and a system-wide domain manager (107; 230; 406; 502) resident on one of the domains, the system-wide domain manager being configured to enforce the policies of the domain on which it is resident and the policies of the other domains, coordinate enforcement of respective policies of the other domains in relation to the domain in which the system-wide domain manager resides, coordinate interaction among the other domains in accordance with their respective policies and the policies of the domain in which the system-wide domain manager resides, and determine, considering one or more of said policies, whether to load a new domain or render one of the domains inactive.
A preservative removing device for fitting an outlet of a container for an ophthalmic solution, emulsion, or suspension comprising a preservative, wherein the preservative removing device is a plug, characterized in that the preservative removing device comprises a porous hydrophilic polymeric matrix, wherein the porous hydrophilic polymeric matrix is partitioned as microparticles with cross-sections of 2 to 100 μm, and wherein the porous hydrophilic polymeric matrix has a hydraulic permeability greater than 0.01 Da and a partition coefficient for the preservative from the solution, emulsion, or suspension of at least 100.
A frequency modulated continuous wave (FMCW) radar comprising: a single antenna; a transmit path coupled to the single antenna and configured to provide a FMCW signal thereto, the transmit path including a voltage controlled oscillator controlled by a phase-locked loop, the phase-locked loop including a fractional-n synthesizer integrated circuit configured to implement a FMCW ramp waveform that ramps from a starting frequency to an ending frequency and upon reaching the ending frequency returns to the starting frequency to ramp again; a receive path coupled to the single antenna and configured to include a reflected version of the FMCW signal from the transmit path that is reflected off of the single antenna as a reflected signal and a portion of the FMCW signal leaking through a circulator as a leakage signal, the receive path including components configured to filter and sample a signal in the receive path; and a delay path coupled between a coupler in the transmit path and a mixer in the receive path, the delay path including a delay element configured to delay a local oscillator reference signal from the transmit path such that the propagation time of the local oscillator reference signal from the coupler to the mixer through the delay path is between the propagation time of the reflected signal and the propagation time of the leakage signal, wherein the mixer is configured to subtract the local oscillator reference signal from the signal in the receive path, wherein the local oscillator reference signal 114 is a portion of the signal in the transmit path. a single antenna; a transmit path coupled to the single antenna and configured to provide a FMCW signal thereto, the transmit path including a voltage controlled oscillator controlled by a phase-locked loop, the phase-locked loop including a fractional-n synthesizer integrated circuit configured to implement a FMCW ramp waveform that ramps from a starting frequency to an ending frequency and upon reaching the ending frequency returns to the starting frequency to ramp again; a receive path coupled to the single antenna and configured to include a reflected version of the FMCW signal from the transmit path that is reflected off of the single antenna as a reflected signal and a portion of the FMCW signal leaking through a circulator as a leakage signal, the receive path including components configured to filter and sample a signal in the receive path; and a delay path coupled between a coupler in the transmit path and a mixer in the receive path, the delay path including a delay element configured to delay a local oscillator reference signal from the transmit path such that the propagation time of the local oscillator reference signal from the coupler to the mixer through the delay path is between the propagation time of the reflected signal and the propagation time of the leakage signal, wherein the mixer is configured to subtract the local oscillator reference signal from the signal in the receive path, wherein the local oscillator reference signal 114 is a portion of the signal in the transmit path.
A food preparation comprising a food product housed in a closed and ovenable container, intended for being sold fresh, frozen or refrigerated, the food product is embedded in salt, an ovenable sheet (5, 6) covering at least partially said product being arranged between the food product and the salt, the container is suitable for revealing or uncovering its content in the upper portion, characterized in that a portion (5a or 6a) of the sheet (5 or 6) covering the top of the food product is accessible from the outside of the salt, said portion being able to be held with fingers for pulling it and lifting the layer of salt covering it in the upper portion for uncovering the food product.
Method of treating a raw fluid to be treated by flocculation and separation charged with impurities in suspension, colloidal impurities or dissolved impurities, wherein: - the raw fluid to be treated is circulated with a flocculating reagent in a flocculation vat to obtain a flocculated mixture in which the impurities form flocs, and - this flocculated mixture is circulated in a separation area in which the flocculated mixture is separated into clarified effluent and sludge containing the flocs, characterized in that: * a completely immersed flow-guide tube delimits a central area in the flocculation vat in which agitation brings about turbulent axial flow of the mixture of the raw fluid to be treated and the flocculating agent in an axial direction of the flow-guide tube, * that flow is divided angularly by means of a static system opposing rotation of the flow disposed at the flow-guide tube outlet, * this mixture is allowed to circulate in an opposite direction in a peripheral area around the central area in order to reach the inlet of the central area, and * a fraction of the mixture is passed to the separation area. - the raw fluid to be treated is circulated with a flocculating reagent in a flocculation vat to obtain a flocculated mixture in which the impurities form flocs, and - this flocculated mixture is circulated in a separation area in which the flocculated mixture is separated into clarified effluent and sludge containing the flocs, * a completely immersed flow-guide tube delimits a central area in the flocculation vat in which agitation brings about turbulent axial flow of the mixture of the raw fluid to be treated and the flocculating agent in an axial direction of the flow-guide tube, * that flow is divided angularly by means of a static system opposing rotation of the flow disposed at the flow-guide tube outlet, * this mixture is allowed to circulate in an opposite direction in a peripheral area around the central area in order to reach the inlet of the central area, and * a fraction of the mixture is passed to the separation area.
A counter lock of an espagnolette lock for a two-winged door, having a latch lift (16, 25), which is guided extendably through a recess (19, 27) in a faceplate (18, 26) and can be driven via a nut, wherein the latch lift (16, 25) has different sections (20, 21, 29, 30) of different widths and the recess (19, 27) guides the latch lift (16, 25) only to some of the sections (20, 29), characterized in that the latch lift (16, 25) is wider outside of the area of the guide section (22, 31) than in the area of the guide section (22, 31) and that, when the latch of the main lock is pressed down by means of the latch lift (16, 25), the latch lift (16, 25) protrudes with its wide section (21, 30) beyond the projecting edge of the latch.
A wire harness comprising: a wire bundle (11, 12) having a plurality of electric wires; and a protector attached to the wire bundle (11, 12), the wire bundle (11, 12) having a relay line drawn out from the wire bundle (11, 12), the relay line having a connector at an end portion of the relay line, the protector having: a housing portion (41A to 41D) to cover the wire bundle (11, 12); and a connector holding portion (43A to 43D, 44, 45) capable of holding the connector in a first posture and a second posture different from the first posture, the connector holding portion (43Ato 43D, 44, 45) being located in the housing portion (41Ato 41D) within a range to allow the relay line to be extended to hold the connector on the connector holding portion (43A to 43D, 44, 45), and the connector being held by the connector holding portion (43A to 43D, 44, 45) in one of the first posture and the second posture to house the relay line in the protector, characterized in that that a first fitting direction between the connector and a counterpart connector upon the connector is held in the first posture and a second fitting direction between the connector and the counterpart connector upon the connector is held in the second posture are different from each other. a wire bundle (11, 12) having a plurality of electric wires; and a protector attached to the wire bundle (11, 12), the wire bundle (11, 12) having a relay line drawn out from the wire bundle (11, 12), the relay line having a connector at an end portion of the relay line, the protector having: a housing portion (41A to 41D) to cover the wire bundle (11, 12); and a connector holding portion (43A to 43D, 44, 45) capable of holding the connector in a first posture and a second posture different from the first posture, the connector holding portion (43Ato 43D, 44, 45) being located in the housing portion (41Ato 41D) within a range to allow the relay line to be extended to hold the connector on the connector holding portion (43A to 43D, 44, 45), and the connector being held by the connector holding portion (43A to 43D, 44, 45) in one of the first posture and the second posture to house the relay line in the protector, characterized in that that a first fitting direction between the connector and a counterpart connector upon the connector is held in the first posture and a second fitting direction between the connector and the counterpart connector upon the connector is held in the second posture are different from each other.
A method comprising: issuing a resource request from an application to a service provider, the resource request requesting access to a resource at the service provider, wherein the resource request is issued by the application in the name of a requesting user; and providing credentials to the service provider such that an owner of the resource is able to grant consent to the resource request, wherein the consent is dependent on both the application and the requesting user: sending a first authorisation request seeking permission from the owner of the resource for the application to access the resource I, the method characterized by: receiving a conditional authorisation granting the application permission to access the said resource on condition that the access request is made in the name of a user defined in the conditional authorization, and sending a second access request from the application to the service provider requesting access to the resource, the second access request including details of the conditional authorisation. issuing a resource request from an application to a service provider, the resource request requesting access to a resource at the service provider, wherein the resource request is issued by the application in the name of a requesting user; and providing credentials to the service provider such that an owner of the resource is able to grant consent to the resource request, wherein the consent is dependent on both the application and the requesting user: sending a first authorisation request seeking permission from the owner of the resource for the application to access the resource I, the method characterized by: receiving a conditional authorisation granting the application permission to access the said resource on condition that the access request is made in the name of a user defined in the conditional authorization, and sending a second access request from the application to the service provider requesting access to the resource, the second access request including details of the conditional authorisation. sending a first authorisation request seeking permission from the owner of the resource for the application to access the resource I, the method characterized by: receiving a conditional authorisation granting the application permission to access the said resource on condition that the access request is made in the name of a user defined in the conditional authorization, and sending a second access request from the application to the service provider requesting access to the resource, the second access request including details of the conditional authorisation.
An intermittent drive system comprising: a rotatable output component; a rotating input component including a driving engagement element; a synchronizer including a synchronizing ring coupled to the output element to rotate therewith, the synchronizing ring having a driven engagement element configured to selectively engage with the driving engagement element, the synchronizing ring having an alignment feature configured to rotationally align the driving engagement element with the driven engagement element, and a decoupling ring selectively coupled to the input component, characterized in that the synchronizing ring having a decoupling feature configured to selectively disengage the driving engagement element from the driven engagement element; and the decoupling ring having a decoupling feature configured to selectively engage with the decoupling feature of the synchronizing ring; wherein the driving engagement element engages the driven engagement element only when both the alignment feature is rotationally oriented to align the driving engagement element with the driven engagement element and the decoupling features (110, 112) are rotationally oriented to allow the driving engagement element to engage the driven engagement element. a rotatable output component; a rotating input component including a driving engagement element; a synchronizer including a synchronizing ring coupled to the output element to rotate therewith, the synchronizing ring having a driven engagement element configured to selectively engage with the driving engagement element, the synchronizing ring having an alignment feature configured to rotationally align the driving engagement element with the driven engagement element, and a decoupling ring selectively coupled to the input component, characterized in that the synchronizing ring having a decoupling feature configured to selectively disengage the driving engagement element from the driven engagement element; and the decoupling ring having a decoupling feature configured to selectively engage with the decoupling feature of the synchronizing ring; wherein the driving engagement element engages the driven engagement element only when both the alignment feature is rotationally oriented to align the driving engagement element with the driven engagement element and the decoupling features (110, 112) are rotationally oriented to allow the driving engagement element to engage the driven engagement element.