mhurhangee/ep-ind-claims huggingface dataset:
Automation cell (12, 70, 84) for handling component carriers, having - an enclosure within which a first stacking space, a second stacking space and a third stacking space for component carriers are arranged, the enclosure having a loading opening for the first stacking space, - a transfer device for transferring component carriers between the stacking spaces (34, 36, 38), and - a separating device in order to selectively separate or release the first stacking space inwardly, characterized in that the automation cell (12, 70, 84) has a safety system for an intervention area at the loading opening, which is set up - to monitor the entire intervention area in full monitoring mode, - to monitor only a sub-area, in particular an outer sub-area, of the intervention area in partial monitoring mode, and - to interrupt the operation of the automation cell (12, 70, 84) if the safety system detects an intervention, and in that the automation cell (12, 70, 84) is set up - to switch the safety system to partial monitoring mode in automatic loading mode if an automated loading process has been registered beforehand, and to switch the safety system to full monitoring mode after completion of the automated loading process, and - to deactivate the safety system in manual loading mode when the separating device separates the first stacking space and to switch the safety system to full monitoring mode before the separating device releases the first stacking space. - an enclosure within which a first stacking space, a second stacking space and a third stacking space for component carriers are arranged, the enclosure having a loading opening for the first stacking space, - a transfer device for transferring component carriers between the stacking spaces (34, 36, 38), and - a separating device in order to selectively separate or release the first stacking space inwardly, - to monitor the entire intervention area in full monitoring mode, - to monitor only a sub-area, in particular an outer sub-area, of the intervention area in partial monitoring mode, and - to interrupt the operation of the automation cell (12, 70, 84) if the safety system detects an intervention, and in that the automation cell (12, 70, 84) is set up - to switch the safety system to partial monitoring mode in automatic loading mode if an automated loading process has been registered beforehand, and to switch the safety system to full monitoring mode after completion of the automated loading process, and - to deactivate the safety system in manual loading mode when the separating device separates the first stacking space and to switch the safety system to full monitoring mode before the separating device releases the first stacking space.
A method of managing group information in a communication system providing group communication between subscribers of a first administrative subsystem and subscribers of a second administrative subsystem, the method comprising: storing group information of subscribers of the first administrative subsystem in a first server in the first administrative subsystem; receiving, in the first server, a request concerning a group management action related to group information of a particular subscriber; checking whether the particular subscriber is a subscriber of the first administrative subsystem; sending, in response to the particular subscriber not being said subscriber of the first administrative subsystem, an inquiry for the group information of the particular subscriber to a second server storing group information of subscribers of the second administrative subsystem in the second administrative subsystem; receiving a response to the inquiry from the second server; and performing, in the first server, the action according to the response to the inquiry. storing group information of subscribers of the first administrative subsystem in a first server in the first administrative subsystem; receiving, in the first server, a request concerning a group management action related to group information of a particular subscriber; checking whether the particular subscriber is a subscriber of the first administrative subsystem; sending, in response to the particular subscriber not being said subscriber of the first administrative subsystem, an inquiry for the group information of the particular subscriber to a second server storing group information of subscribers of the second administrative subsystem in the second administrative subsystem; receiving a response to the inquiry from the second server; and performing, in the first server, the action according to the response to the inquiry.
An electric motor comprising: a case; a stator having stator windings coupled to the case; a rotor having a rotor shaft and rotor windings; at least two main rotor bearings (312, 314; 604, 602) coupling the rotor shaft to the case, wherein the at least two main rotor bearings (312, 314; 604, 602) having a first electrical resistance between the rotor shaft and the case; and a rotor discharge bearing (318; 602) coupling the rotor shaft to the case, wherein the rotor discharge bearing (318; 602) has a second electrical resistance between the rotor shaft and the case, the second electrical resistance being less than the first electrical resistance to direct rotor discharge through the rotor discharge bearing (318; 602); characterized in that: a main rotor bearing of the at least two main rotor bearings (312, 314; 604, 602) has a first loading; and the rotor discharge bearing (318; 602) has a second loading that is greater than the first loading which causes a layer of grease separating the moving components from the stationary components of the rotor discharge bearing to be of a lesser thickness than a layer of grease separating the moving components from the stationary components of the main rotor bearing (314, 312). a case; a stator having stator windings coupled to the case; a rotor having a rotor shaft and rotor windings; at least two main rotor bearings (312, 314; 604, 602) coupling the rotor shaft to the case, wherein the at least two main rotor bearings (312, 314; 604, 602) having a first electrical resistance between the rotor shaft and the case; and a rotor discharge bearing (318; 602) coupling the rotor shaft to the case, wherein the rotor discharge bearing (318; 602) has a second electrical resistance between the rotor shaft and the case, the second electrical resistance being less than the first electrical resistance to direct rotor discharge through the rotor discharge bearing (318; 602); characterized in that: a main rotor bearing of the at least two main rotor bearings (312, 314; 604, 602) has a first loading; and the rotor discharge bearing (318; 602) has a second loading that is greater than the first loading which causes a layer of grease separating the moving components from the stationary components of the rotor discharge bearing to be of a lesser thickness than a layer of grease separating the moving components from the stationary components of the main rotor bearing (314, 312).
A method for wireless communication at a user equipment, UE, comprising: monitoring, in a connected mode during discontinuous reception operation, a control channel during a wake-up signal occasion associated with a discontinuous reception on-duration; detecting a wake-up message during the wake-up signal occasion, the wake-up message being indicative of whether the UE is to wake-up to monitor the control channel during the discontinuous reception on-duration; identifying, from the wake-up message, a wake-up message component that triggers a link management procedure by the UE, wherein the wake-up message component includes a link management triggering state index; mapping the link management triggering state index to a corresponding reference signal resource set included in a reference signal triggering state table; and performing link management based at least in part on the wake-up message component and the mapping. monitoring, in a connected mode during discontinuous reception operation, a control channel during a wake-up signal occasion associated with a discontinuous reception on-duration; detecting a wake-up message during the wake-up signal occasion, the wake-up message being indicative of whether the UE is to wake-up to monitor the control channel during the discontinuous reception on-duration; identifying, from the wake-up message, a wake-up message component that triggers a link management procedure by the UE, wherein the wake-up message component includes a link management triggering state index; mapping the link management triggering state index to a corresponding reference signal resource set included in a reference signal triggering state table; and performing link management based at least in part on the wake-up message component and the mapping.
A packer, comprising: an outer housing; an inner mandrel movable relative to the outer housing; and a packing element; characterised in that the packing element is actuatable by the relative movement between the outer housing and the inner mandrel, and in that the inner mandrel includes a first piston surface opposed to a second piston surface to prevent relative movement between the outer housing and the inner mandrel in response to hydraulic pressure, wherein a surface area of the first piston surface is provided to move the inner mandrel relative to the outer housing in a first direction and a surface area of the second piston surface is provided to move the inner mandrel relative to the outer housing in a second direction, and wherein the surface areas of the first and second piston surfaces are effectively equivalent to prevent relative movement between the outer housing and the inner mandrel in response to fluid pressure. an outer housing; an inner mandrel movable relative to the outer housing; and a packing element; characterised in that the packing element is actuatable by the relative movement between the outer housing and the inner mandrel, and in that the inner mandrel includes a first piston surface opposed to a second piston surface to prevent relative movement between the outer housing and the inner mandrel in response to hydraulic pressure, wherein a surface area of the first piston surface is provided to move the inner mandrel relative to the outer housing in a first direction and a surface area of the second piston surface is provided to move the inner mandrel relative to the outer housing in a second direction, and wherein the surface areas of the first and second piston surfaces are effectively equivalent to prevent relative movement between the outer housing and the inner mandrel in response to fluid pressure.
Aircraft structure having a surface on which is fixed a sensor comprising at least one transducer, configured to convert a physical characteristic into at least one signal, and at least one conductive element configured to convey said signal, said sensor being linked to the structure by a joining system, the joining system comprising at least one chamber in which said at least one transducer is positioned, at least one passage configured to allow at least one conductive element to pass through the chamber, at least one flexible link linking each transducer present in the chamber to said chamber and at least one binder ensuring a join between the chamber and the structure, the chamber comprising a flexible lattice openwork cage which has an outer surface and meshes with dimensions limiting the penetration of the binder into the lattice openwork cage, the binder covering the outer surface of the lattice openwork cage.
A method performed by a user device that supports a plurality of message authentication code, MAC, lengths for integrity protection of wireless communications, the method comprising: receiving, from a base station, a first message (226, 326, 426, 722, 822, 922) including i) an information element indicating a first MAC length of the plurality of MAC lengths and ii) a MAC having a second MAC length of the plurality of MAC lengths; when the information element indicates that the first MAC length is to be used for integrity protection, generating a second message (232, 332, 432, 726, 826, 926) including a MAC having the first MAC length; and transmitting the second message (232, 332, 432, 726, 826, 926) to the base station. receiving, from a base station, a first message (226, 326, 426, 722, 822, 922) including i) an information element indicating a first MAC length of the plurality of MAC lengths and ii) a MAC having a second MAC length of the plurality of MAC lengths; when the information element indicates that the first MAC length is to be used for integrity protection, generating a second message (232, 332, 432, 726, 826, 926) including a MAC having the first MAC length; and transmitting the second message (232, 332, 432, 726, 826, 926) to the base station.
A method for processing signals, comprising: receiving a plurality of audio signal samples at an oversampling circuit; replicating each of the audio signal samples n times at the oversampling circuit, wherein n is variable; providing the audio signal samples to the oversampling circuit via a buffer wherein n is in a fixed state if the buffer is not in an overflow or underflow condition; and increasing or decreasing n from the fixed state for a number of audio signal samples in response to signaling from the buffer indicating that the buffer is in an underflow or overflow condition, the number of audio signal samples for which n is increased or decreased being a function of the fixed state of n. receiving a plurality of audio signal samples at an oversampling circuit; replicating each of the audio signal samples n times at the oversampling circuit, wherein n is variable; providing the audio signal samples to the oversampling circuit via a buffer wherein n is in a fixed state if the buffer is not in an overflow or underflow condition; and increasing or decreasing n from the fixed state for a number of audio signal samples in response to signaling from the buffer indicating that the buffer is in an underflow or overflow condition, the number of audio signal samples for which n is increased or decreased being a function of the fixed state of n.
A method for specifically detecting an Adenovirus target nucleic acid in a sample comprising the steps of: (a) contacting a sample suspected of containing at least an Adenovirus nucleic acid with at least two first amplification oligomers each respectively comprising or consisting of the target hybridising sequence as set forth in SEQ ID NO:25 and 26 and at least two second amplification oligomers each respectively comprising or consisting of the target hybridizing sequence as set forth in SEQ ID NO: 27 and 28; (b) providing conditions sufficient for generating an amplicon from an Adenovirus target nucleic acid present in said sample using said amplification oligomers from step (a); and (c) providing conditions for detecting said amplicon and determining whether an Adenovirus target nucleic acid is present in said sample. (a) contacting a sample suspected of containing at least an Adenovirus nucleic acid with at least two first amplification oligomers each respectively comprising or consisting of the target hybridising sequence as set forth in SEQ ID NO:25 and 26 and at least two second amplification oligomers each respectively comprising or consisting of the target hybridizing sequence as set forth in SEQ ID NO: 27 and 28; (b) providing conditions sufficient for generating an amplicon from an Adenovirus target nucleic acid present in said sample using said amplification oligomers from step (a); and (c) providing conditions for detecting said amplicon and determining whether an Adenovirus target nucleic acid is present in said sample.
A method for detecting an improperly wrapped envelope in a mailpiece fabrication system, each envelope comprising content material disposed internally of a wrapping material forming an enclosure by a sealing adhesive, disposed around, at least a portion of, the content material, the method comprising the steps of: optically imaging each wrapped envelope in predetermined regions of interest to examine the spatial relationship between the internal content material and a point of reference indicative of the bounds of the sealing adhesive; and examining the proximity of the internal content material and the sealing adhesive and providing a cue when the spatial separation therebetween is less than a threshold value. optically imaging each wrapped envelope in predetermined regions of interest to examine the spatial relationship between the internal content material and a point of reference indicative of the bounds of the sealing adhesive; and examining the proximity of the internal content material and the sealing adhesive and providing a cue when the spatial separation therebetween is less than a threshold value.
Use of a workpiece support part in a method for correcting the axial position of a workpiece support and in a method for material-removing machining of a dental workpiece in a processing machine comprising the workpiece support, wherein the workpiece support part has a seating surface, wherein the workpiece is held by the workpiece support and is rotated together with the workpiece support about a drive rotation axis of the processing machine during the material-removing machining, and wherein the workpiece support has at least one further second workpiece support part (4, 5), which can be connected to the workpiece support part and separated therefrom, and which has at least one compensation region with a material projection for introducing of a compensation surface by material-removing machining, characterized in that, in the process for correcting the axial position, the second workpiece support part (4, 5) with the compensation region is fastened to a drive shaft of the processing machine, wherein the drive shaft can be rotated about the drive rotation axis, subsequently, by means of material removal with simultaneous rotation of the drive shaft together with the second workpiece support part (4, 5) about the drive rotation axis, the compensation surface is configured with a material-removing tool of the processing machine in the compensation region, and the seating surface of the workpiece support part is positively connected to the compensation surface of the second workpiece support part (4, 5).
Seating furniture (1;1';1";1;1;1;1;101;101';101") with a stand (3;3';3";3;103;103';103"), a seating surface (4;104) attached to it, and preferably a backrest (5;105) attached to the seating surface (4;104) at which between the stand (3;3';3";3;103;103';103") and the seating surface (4;104) a first attachment fixture (7;107,108) approximately centrally arranged below the seating surface (4;104) is provided as the only connection (6;106), characterized by the fact that at the attachment fixture (7;107-109) the end areas of two structural tube sections (9;47;118;128) are fixed, which approximately diverge from the first attachment fixture (7;107-109) and extend out to the stand (3;3';3";3;103;103';103"), or even run out into the same, where the both structural tube sections (9;47;118;128) at first are running in or contrary to the sitting direction with a clearance between them and the bottom side of the seating surface and at the latest in the area of the front or of the rear edge of the seating surface (4;104) diverge within an approximately horizontal plane and thereupon are redirected so far that they finally run in a direction opposite to the original direction in the area of each of the side edges of the seating surface (4;104) and/or downward.
Sleeve for an image transmission apparatus, comprising: an interchangeable field-of-view apparatus with a channel, which connects the proximal end and the distal end of the field-of-view apparatus, for receiving the image transmission apparatus, wherein the cross section of the channel of the field-of-view apparatus is matched to the cross section of the image transmission apparatus in order to facilitate a rotation of the image transmission apparatus about its longitudinal axis in the channel, an optical device (87, 92) at the distal end of the channel, which is embodied to influence at least either the field of view or the focusing of the image transmission apparatus, wherein the field-of-view apparatus is embodied as an interchangeable distal sleeve part, wherein the field-of-view apparatus is embodied to form an endoscope together with the image transmission apparatus, characterized by a proximal sleeve part with a sheath, wherein the sheath is provided at the proximal sleeve part and wherein the sheath is connected in rotatable fashion to the proximal sleeve part by way of an axial fixation device, wherein the field-of-view apparatus and the proximal sleeve part are embodied with the sheath in order to create a detachable mechanical connection between the field-of-view apparatus and the proximal sleeve part via the sheath and the axial fixation device and in order to form the sleeve. an interchangeable field-of-view apparatus with a channel, which connects the proximal end and the distal end of the field-of-view apparatus, for receiving the image transmission apparatus, wherein the cross section of the channel of the field-of-view apparatus is matched to the cross section of the image transmission apparatus in order to facilitate a rotation of the image transmission apparatus about its longitudinal axis in the channel, an optical device (87, 92) at the distal end of the channel, which is embodied to influence at least either the field of view or the focusing of the image transmission apparatus, wherein the field-of-view apparatus is embodied as an interchangeable distal sleeve part, wherein the field-of-view apparatus is embodied to form an endoscope together with the image transmission apparatus, characterized by a proximal sleeve part with a sheath, wherein the sheath is provided at the proximal sleeve part and wherein the sheath is connected in rotatable fashion to the proximal sleeve part by way of an axial fixation device, wherein the field-of-view apparatus and the proximal sleeve part are embodied with the sheath in order to create a detachable mechanical connection between the field-of-view apparatus and the proximal sleeve part via the sheath and the axial fixation device and in order to form the sleeve.