mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication performed by a user equipment, UE, characterised by comprising: receiving information broadcasted by a serving base station from the serving base station and at least one neighboring base station, the information indicating a time allocation of discovery resources allocated by each of the serving base station and the at least one neighboring base station for performing direct discovery, wherein the discovery resources corresponding to the serving base station are time-adjacent, non-overlapping, and within one subframe of the discovery resources corresponding to some of the at least one neighboring base station, and wherein the discovery resources corresponding to the serving base station are reused by some other of the at least one neighboring base station; determining a subframe timing; and performing the direct discovery based on the determined subframe timing, wherein performing the direct discovery comprises waking once to perform the direct discovery using each of the allocated discovery resources in a sequential manner according to the time allocation of each of the allocated discovery resources, wherein at least one of the determined subframe timing or the performed direct discovery is based on the received information. receiving information broadcasted by a serving base station from the serving base station and at least one neighboring base station, the information indicating a time allocation of discovery resources allocated by each of the serving base station and the at least one neighboring base station for performing direct discovery, wherein the discovery resources corresponding to the serving base station are time-adjacent, non-overlapping, and within one subframe of the discovery resources corresponding to some of the at least one neighboring base station, and wherein the discovery resources corresponding to the serving base station are reused by some other of the at least one neighboring base station; determining a subframe timing; and performing the direct discovery based on the determined subframe timing, wherein performing the direct discovery comprises waking once to perform the direct discovery using each of the allocated discovery resources in a sequential manner according to the time allocation of each of the allocated discovery resources, wherein at least one of the determined subframe timing or the performed direct discovery is based on the received information.
Computer-implemented method for displaying a plurality of digital objects (51, 52, 53, 54, 55) on a user interface screen of an electronic system, each digital object representing a digital item located in memory of the electronic system or on an external storage connected to the electronic system, the method comprising the steps of - displaying at least two of the plurality of digital objects (51, 52, 53, 54, 55) on the user interface screen, - selecting a digital object of the plurality of digital objects, and - in response to selecting the digital object displaying an operable user interface element at an initial position at the user interface screen staying always at a predetermined location at the user interface screen, hiding the selected digital object at its initial position on the user interface screen, displaying the selected digital object by adding the selected digital object to the operable user interface element in a non-overlapping way with at least the non-selected digital objects of the plurality of digital objects, which operable user interface element represents a function to be applied on the digital item corresponding to the selected digital object when the operable user interface element is operated, wherein the operable user interface element stays at its initial position on the user interface screen. - displaying at least two of the plurality of digital objects (51, 52, 53, 54, 55) on the user interface screen, - selecting a digital object of the plurality of digital objects, and - in response to selecting the digital object displaying an operable user interface element at an initial position at the user interface screen staying always at a predetermined location at the user interface screen, hiding the selected digital object at its initial position on the user interface screen,
A compound of formula I wherein R 1 is phenyl or pyridinyl, which are optionally substituted by one, two or three substituents, selected from halogen, C 1-4 -alkyl substituted by halogen, C 1-4 -alkoxy, C 1-4 -alkoxy substituted by halogen, cyano or S 2 - C 1-4 -alkyl, or is morpholinyl, dihydropyranyl or piperidinyl, wherein piperidinyl is optionally substituted by halogen, or is C O-C 1-4 -alkyl; R 2 is hydrogen; R 3 is hydrogen, C 1-4 -alkyl substituted by halogen, -(CH 2) n -S 2 -C 1-4 -alkyl, -(CH 2) n -cycloalkyl or -(CH 2) n -C 1-4 -alkoxy; R 4 is hydrogen or C 1-4 -alkyl; n is 0, 1 or 2; or a pharmaceutically acceptable acid addition salt, a racemic mixture or its corresponding enantiomer and/or optical isomers thereof. R 1 is phenyl or pyridinyl, which are optionally substituted by one, two or three substituents, selected from halogen, C 1-4 -alkyl substituted by halogen, C 1-4 -alkoxy, C 1-4 -alkoxy substituted by halogen, cyano or S 2 - C 1-4 -alkyl, or is morpholinyl, dihydropyranyl or piperidinyl, wherein piperidinyl is optionally substituted by halogen, or is C O-C 1-4 -alkyl; R 2 is hydrogen; R 3 is hydrogen, C 1-4 -alkyl substituted by halogen, -(CH 2) n -S 2 -C 1-4 -alkyl, -(CH 2) n -cycloalkyl or -(CH 2) n -C 1-4 -alkoxy; R 4 is hydrogen or C 1-4 -alkyl; n is 0, 1 or 2;
A computer implemented method, comprising: receiving a depth map of a scene and a corresponding active brightness image of the scene, wherein the active brightness image can show brightness levels of individual regions and/or pixels of the depth camera's sensors; detecting blooming in the depth map at least in part from saturated pixels in the active brightness image; identifying a depth range of the saturated pixels, comprising: computing a set of all valid depth pixels that have a spatial neighbor that is saturated, generating a histogram of depth values for the set and smoothing the histogram, and computing the largest sequence of consecutive bins in the smoothed histogram where each bin of that sequence has a count larger than 0; invalidating the depth range of the saturated pixels from the depth map; and, generating another depth map that includes invalidated depths for the saturated pixels. receiving a depth map of a scene and a corresponding active brightness image of the scene, wherein the active brightness image can show brightness levels of individual regions and/or pixels of the depth camera's sensors; detecting blooming in the depth map at least in part from saturated pixels in the active brightness image; identifying a depth range of the saturated pixels, comprising: computing a set of all valid depth pixels that have a spatial neighbor that is saturated, generating a histogram of depth values for the set and smoothing the histogram, and computing the largest sequence of consecutive bins in the smoothed histogram where each bin of that sequence has a count larger than 0; computing a set of all valid depth pixels that have a spatial neighbor that is saturated, generating a histogram of depth values for the set and smoothing the histogram, and computing the largest sequence of consecutive bins in the smoothed histogram where each bin of that sequence has a count larger than 0; invalidating the depth range of the saturated pixels from the depth map; and, generating another depth map that includes invalidated depths for the saturated pixels.
A method for checkpointing in a network device having an input port, an output port, an active virtual machine, and a standby virtual machine, a network application on the active virtual machine which manipulates data present on the input port and transmits the manipulated data from the output port; a checkpoint engine on the active virtual machine; and an interface agent on the active virtual machine, having callable functions to move data from the input port to the output port, the method comprising the steps of: determining, by the checkpoint engine, that a checkpoint is required; requesting, by the checkpoint engine, that the interface agent quiesce itself; determining, by the interface agent, if there are additional packets being processed by the network application and if not, setting an indication of quiescence and if so, continuing to check for additional packets being processed; determining, by the checkpoint engine, if an indication of quiescence has been set, and if so, declaring a checkpoint, and if not, continuing to check for the quiescence indication; if the checkpoint is declared, pause the active virtual machine; copy memory data of the active virtual machine; copy the state data of the active virtual machine; resume the active virtual machine; indicate the checkpoint is complete; restart the interface agent; and transfer a copy of memory data and the copy of state data from the active virtual machine to the standby virtual machine. determining, by the checkpoint engine, that a checkpoint is required; requesting, by the checkpoint engine, that the interface agent quiesce itself; determining, by the interface agent, if there are additional packets being processed by the network application and if not, setting an indication of quiescence and if so, continuing to check for additional packets being processed; determining, by the checkpoint engine, if an indication of quiescence has been set, and if so, declaring a checkpoint, and if not, continuing to check for the quiescence indication; if the checkpoint is declared, pause the active virtual machine; copy memory data of the active virtual machine; copy the state data of the active virtual machine; resume the active virtual machine; indicate the checkpoint is complete; restart the interface agent; and transfer a copy of memory data and the copy of state data from the active virtual machine to the standby virtual machine.
A floating disc brake (1a, 1b) comprising: a support (2a, 2b) that is fixed to a vehicle body and is adjacent to a rotor that rotates together with a wheel; an inner pad provided on an axially inner side relative to the rotor; an outer pad provided on an axially outer side relative to the rotor; and a yoke (3a, 3b, 3c) supported to the support (2a, 2b) in an axially movable manner, the yoke including a pad support portion (39, 39a, 39b) that supports the outer pad on an axially outer side of the outer pad, wherein the outer pad includes, on its axially outer surface, a pair of pad-side engagement portions formed of an elastic material, wherein the pad support portion (39, 39a, 39b) has a support hole (45, 45a) that is open on at least an axially inner surface of the pad support portion (39, 39a, 39b), and the support hole (45, 45a) is provided with a pair of yoke-side engagement portions on inner side surfaces of the support hole (45, 45a) that face each other in a circumferential direction, and wherein the pair of pad-side engagement portions and the pair of yoke-side engagement portions are concavo-convex engaged with each other in the circumferential direction, characterised in that the support hole is a bottomed hole that is not open on an axially outer surface of the pad support portion (39, 39a). a support (2a, 2b) that is fixed to a vehicle body and is adjacent to a rotor that rotates together with a wheel; an inner pad provided on an axially inner side relative to the rotor; an outer pad provided on an axially outer side relative to the rotor; and a yoke (3a, 3b, 3c) supported to the support (2a, 2b) in an axially movable manner, the yoke including a pad support portion (39, 39a, 39b) that supports the outer pad on an axially outer side of the outer pad, wherein the outer pad includes, on its axially outer surface, a pair of pad-side engagement portions formed of an elastic material, wherein the pad support portion (39, 39a, 39b) has a support hole (45, 45a) that is open on at least an axially inner surface of the pad support portion (39, 39a, 39b), and the support hole (45, 45a) is provided with a pair of yoke-side engagement portions on inner side surfaces of the support hole (45, 45a) that face each other in a circumferential direction, and wherein the pair of pad-side engagement portions and the pair of yoke-side engagement portions are concavo-convex engaged with each other in the circumferential direction, characterised in that the support hole is a bottomed hole that is not open on an axially outer surface of the pad support portion (39, 39a).
Method for nucleation in the freeze-drying of products in a product chamber, the product chamber being connected to a condenser via a valve, comprising the following steps to be carried out one after the other in a time sequence: a) lowering the pressure in the product chamber and the condenser at a temperature lying below the freezing point of the product until a defined pressure is reached, lying below atmospheric pressure and above a product-specific nucleation pressure at which nucleation commences; b) closing the valve between the product chamber and the condenser; c) maintaining the pressure in the product chamber and further lowering the pressure in the condenser; d) opening the valve between the product chamber and the condenser after or upon reaching the product-specific nucleation pressure in the condenser such that the pressure in the product chamber is lowered to a pressure below the product-specific nucleation pressure. a) lowering the pressure in the product chamber and the condenser at a temperature lying below the freezing point of the product until a defined pressure is reached, lying below atmospheric pressure and above a product-specific nucleation pressure at which nucleation commences; b) closing the valve between the product chamber and the condenser; c) maintaining the pressure in the product chamber and further lowering the pressure in the condenser; d) opening the valve between the product chamber and the condenser after or upon reaching the product-specific nucleation pressure in the condenser such that the pressure in the product chamber is lowered to a pressure below the product-specific nucleation pressure.
A device for fastening a stock rail with a rail base in the region of a switch or crossing, comprising a bearing plate for the stock rail with a slide chair for a movable rail, particularly a tongue rail, and a spring element for holding down the rail base on the side facing the slide chair, wherein the spring element runs through a tunnel-like recess in the slide charr that extends approximately perpendicular to the stock rail, characterized in that the slide chair is a component that is realised separately of the bearing plate and held in an opening of the bearing plate.
A horological movement comprising a barrel, an analogue time display mechanism and a regulator module for regulating the running of the analogue display mechanism comprising a continuously rotating generator and a regulation circuit, the generator being formed of a rotor with permanent magnets rotated by the barrel and comprising at least one coil, forming a stator, which is connected to the regulation circuit, which is arranged to be able to regulate the average frequency of rotation of the rotor; the horological movement comprising a power supply circuit connected to said at least one coil and intended to power supply the regulation circuit, this power supply circuit comprising a rectifier for rectifying the induced alternating voltage and a power supply capacity which is recharged, by the voltage induced via the rectifier, during charging periods in each of which said induced voltage reaches a peak value; the regulation circuit being arranged to be able to measure the rotation of the rotor over time and thus detect a drift in the average frequency of rotation of the generator relative to a set frequency, determined by an electronic oscillator associated with the regulation circuit, and/or a variation in the frequency of rotation, and to be able to generate braking pulses of the rotor by momentarily reducing the impedance at the terminals of said at least one coil, so as to brake the rotor according to said drift and/or said variation to regulate the speed of rotation of the generator and thus the operation of the analogue display mechanism; the regulation circuit being arranged to be able to detect the zero crossings of an induced alternating voltage generated in said at least one coil by the rotating rotor and to generate first braking pulses which are each triggered after a detection of a zero crossing of the induced voltage, the duration of each first braking pulse being scheduled so that it ends before the induced alternating voltage reaches the peak value after the zero crossing used to trigger this first braking pulse; characterised in that the regulation circuit is arranged so as to be able to further generate second braking pulses which are each triggered after a detection of the end of one of the charging periods of the power supply capacity and each of which has a duration scheduled for each second braking pulse to end before the induced alternating voltage crosses zero.
Surge arrester for a charging apparatus for a battery, wherein during a charging process the voltage across the terminals of the battery rises on the basis of the internal resistance of the battery, having: a first voltage detector monitoring the battery voltage, which is designed to detect that a first voltage threshold has been exceeded; and a second voltage detector monitoring the battery voltage, which is designed to detect that a second voltage threshold has been exceeded; wherein the second voltage threshold is lower than the first voltage threshold; wherein the second voltage threshold is adaptable on the basis of it having been detected that the first voltage threshold has been exceeded, wherein the battery is not charged further if the second voltage detector detects that the second voltage threshold has been exceeded, characterized in that the second voltage threshold is reduced by a predetermined value if the first voltage detector detects that the first voltage threshold has been exceeded. a first voltage detector monitoring the battery voltage, which is designed to detect that a first voltage threshold has been exceeded; and a second voltage detector monitoring the battery voltage, which is designed to detect that a second voltage threshold has been exceeded; wherein the second voltage threshold is lower than the first voltage threshold; wherein the second voltage threshold is adaptable on the basis of it having been detected that the first voltage threshold has been exceeded, wherein the battery is not charged further if the second voltage detector detects that the second voltage threshold has been exceeded, characterized in that the second voltage threshold is reduced by a predetermined value if the first voltage detector detects that the first voltage threshold has been exceeded.
Modular conveyor belt (10; 100) comprising a plurality of first rows of one or more belt modules (20; 110) and a plurality of second rows of one or more belt modules (40; 110), wherein each belt module (20, 40; 110) comprises at least two link sections (21, 41; 121, 141) and the first rows and the second rows are alternately interlinked with each other by intercalating link sections (21, 41; 121, 141) of adjacent belt modules (20, 40; 110) of adjacent first and second rows, wherein each of the first rows comprises a first drive surface (26; 126, 146) for receiving a force-transmitting surface of a first series of force-transmitting surfaces of a drive sprocket, the first drive surfaces (26; 126, 146) of the first rows being arranged along a first line in a direction of belt travel, and each of the second rows comprises a second drive surface (48; 128, 148) for receiving a force-transmitting surface of a second series of force-transmitting surfaces of the drive sprocket or a further drive sprocket, the second drive surfaces (48; 128, 148) of the second rows being arranged along a second line in the direction of belt travel, wherein the first line and the second line are offset with respect to each other, characterised in that at least one of the belt modules (20; 110) of one of the first rows comprises a first middle section (22; 122, 142) between two link sections (21; 121, 141), which has a first flat top surface and is arranged adjacent to a second middle section (42; 122, 142) between two link sections (41; 121, 141) of an adjacent belt module (40; 110) of one of the adjacent second rows having a second flat top surface, wherein the first flat top surface and the second flat top surface have a different width in the direction of belt travel at least in adjacent zones and the first and second middle sections (22, 42; 122, 142) are devoid of linking means.
A toolholder assembly for releasably holding a toolholder, comprising a tool support member having a forwardly facing surface and a bore along a longitudinal central axis and a passageway along a radial axis, the passageway extending through the tool support member and the bore intersecting the passageway and the forwardly facing surface and extending rearwardly from the forwardly facing surface for receiving the toolholder, the passageway having a first aperture and a second aperture wherein the first aperture and the second aperture include forward wall surfaces (24a,b; 26a,b); an actuating bolt positioned within the passageway, a first end of the actuating bolt including a bolt locking segment having a side surface and a bolt locking surface, the bolt locking surface engaging a lockable surface on the toolholder to lock the actuating bolt to the toolholder, an actuating centering nut rotatably fixed within the tool support member and threadably secured to a second end of the actuating bolt, the actuating centering nut having a centering nut locking segment with centering nut locking surfaces including two side surfaces (85a,b); wherein during locking of the actuating bolt with the toolholder, the actuating centering nut is drawn toward the bolt first end thereby forcing at least the forward wall surfaces (24a,b; 26a,b) to engage with the actuating bolt side surface and the centering nut side surfaces (85a, b), respectively, characterized in that the forward wall surfaces (24a,b; 26a,b) of the first aperture and the second aperture of the passageway each comprise at least two forward wall surfaces (24a,b; 26a,b), respectively, that converge in the forward direction, wherein the converging wall surfaces are either linear or curvilinear and wherein during locking, the respective forward wall surfaces (24a,b; 26a,b) are forced to engage with the actuating bolt side surface and the centering nut side surfaces (85a, b), in at least a single point on each side of the radial axis and equidistance from the radial axis to thereby center the actuating centering nut, the actuating bolt and the toolholder with respect to the radial axis and the longitudinal axis of the bore.