mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a radio link failure recovery, comprising: establishing a first communication link with a first node (605-a) using a wireless wide area network, WWAN, radio access technology; establishing a second communication link, different from the first communication link, with a second node different (605-b) from the first node (605-a) using a wireless local area network, WLAN, radio access technology; transmitting at least one first data flow over the first communication link using the WWAN radio access technology and at least one second data flow over the second communication link using the WLAN radio access technology; detecting a radio link failure, between a user equipment and the first node (605-a), in the first communication link that uses the WWAN radio access technology; determining to suspend the at least one second data flow over the second communication link when the radio link failure is detected in the first communication link; suspending the transmission of the at least one second data flow over the second communication link; characterized by detecting a recovery from the radio link failure; and resuming the transmission of the at least one second data flow over the second communication link in response to detecting the recovery. establishing a first communication link with a first node (605-a) using a wireless wide area network, WWAN, radio access technology; establishing a second communication link, different from the first communication link, with a second node different (605-b) from the first node (605-a) using a wireless local area network, WLAN, radio access technology; transmitting at least one first data flow over the first communication link using the WWAN radio access technology and at least one second data flow over the second communication link using the WLAN radio access technology; detecting a radio link failure, between a user equipment and the first node (605-a), in the first communication link that uses the WWAN radio access technology; determining to suspend the at least one second data flow over the second communication link when the radio link failure is detected in the first communication link; suspending the transmission of the at least one second data flow over the second communication link; characterized by detecting a recovery from the radio link failure; and resuming the transmission of the at least one second data flow over the second communication link in response to detecting the recovery.
A waste water lifting installation, with at least one pump and with a level sensor, wherein the pump can be switched on and off by the level sensor, and the level sensor comprises at least one movable pressure surface and at least one electrical switch which is coupled to the pressure surface in a manner such that the switch can be actuated by way of movement of the pressure surface in a first movement direction and with a force production means, by way of which in at least one part region of the movement of the pressure surface in the first movement direction, a force acting on the pressure surface and directed opposite to the first movement direction can be produced, characterised by a selection device which has at least two selectable conditions, wherein in a first condition, the force production means produces a force acting on the pressure surface, and in a second condition produces a lower force or no force, acting on the pressure surface.
Temporary spacer device, suitable during use to be implanted at the knee joint replacing a previous prosthesis and suitable during use to treat an infection arose at the knee joint itself, comprising a tibial component, adapted to be fixed to one end of the tibial bone in proximity to the knee joint, and a femoral component, adapted to be fixed to one end of the femoral bone in proximity to the knee joint, wherein said tibial component is adapted to come into contact and be articulated with said femoral component, wherein said tibial component comprises a protrusion adapted to be inserted in an opening present in said femoral component, in order to allow the sliding and the rotation of said femoral component on said tibial component, wherein said protrusion has a substantially C-shaped conformation, characterized in that said protrusion has a head or end provided with two sections (26', 26") which are extended on opposite sides with respect to said protrusion and in that said opening comprises a first opening having a first width and a second opening having a second width, wherein said first width is greater than said second width.
A method for producing powder from a coarsely granular, thermoplastic material, wherein a homogenizing first device produces a first melt from a non-homogeneous pre-mixture of the material, wherein first chips are produced from the first melt in a second device, wherein the chips are milled to a powder, wherein this powder is separated into at least two fractions with coarser and finer particle sizes, and wherein a selected fraction with finer particle sizes is returned to the method prior to milling, characterized in that a second melt is produced from the selected fraction in a non-homogenizing third device, with second chips being produced from the latter, and that the second chips are combined with the first chips and milled with each other.
Device for clamping and orienting segmented, thin-walled and hollow profiled components (12', 12''), comprising a support structure or similar frame structure supported on or against a base, and a device which is accommodated in and retained by the support structure and is used for clamping two segmented, thin-walled and hollow profiled components (12', 12''), whereby the clamping device is designed in such a way that the clamping device can act upon the two components (12', 12'') perpendicular to the longitudinal axis of the support structure and radially outward in the region of the common separation plane of the two components, and the clamping device comprises at least two clamping elements which have clamping surfaces acting upon the two components (12', 12'') and which are arranged on a common plane and can be moved radially outward from inside, and vice versa, characterized in that the clamping device comprises the at least two clamping elements and a clamping actuation element which commonly acts upon both the at least two clamping elements, whereby the clamping actuation element of the clamping device is designed like or as a tapered ring, in particular one that is formed of a single piece or is split into segments, and acts upon the at least two clamping elements radially outward from inside by moving along or parallel to or substantially along or parallel to the longitudinal axis of the support structure, whereby the clamping actuation element of the clamping device can be supported radially inward against a support element in the form of a support ring.
A method for providing a data loss prevention, DLP, policy on an email system on a single policy directive basis for sharing a set of single policy definition in multiple policy enforcement points with an appropriate action for each of the plurality of policy enforcement points, said email system comprising said multiple of policy enforcement points comprising an email server and a set of email clients, said email clients in communication with said email server, said DLP policy comprising a set of modules, the steps of said method comprising: defining the set of single policy definitions, said single policy definition comprising a generic policy directive and an associate action; disseminating said set of single policy definitions to the multiple of policy enforcement points, wherein each of the multiple of policy enforcement points comprises a translation/mapping system which understands the generic policy directive and transforms the generic policy directive to a directive in a contextually understood format by the respective policy enforcement point; processing an email with said email system, said email authored by a user, wherein each of the policy enforcement points is adapted to evaluate the single policy definition and to apply the directives in a manner consistent with a contextual evaluation and enforcement of the single policy; and if one of the single policy directive is triggered, applying an action associated with said single policy action. defining the set of single policy definitions, said single policy definition comprising a generic policy directive and an associate action; disseminating said set of single policy definitions to the multiple of policy enforcement points, wherein each of the multiple of policy enforcement points comprises a translation/mapping system which understands the generic policy directive and transforms the generic policy directive to a directive in a contextually understood format by the respective policy enforcement point; processing an email with said email system, said email authored by a user, wherein each of the policy enforcement points is adapted to evaluate the single policy definition and to apply the directives in a manner consistent with a contextual evaluation and enforcement of the single policy; and if one of the single policy directive is triggered, applying an action associated with said single policy action.
An adjustable rotary device system comprising: a) a rotary device having sites for holding three dimensional articles, said rotary device being capable of conveying said articles along an arcuate path, said rotary device comprising: at least one rotatable element having a center, two surfaces, and a periphery, said at least one rotatable element being rotatable in a plane of rotation about an axis in order to convey said articles, wherein said axis is generally perpendicular to the plane of rotation of said rotatable element; and a mechanism for rotating said rotatable element about said axis, said mechanism being at least indirectly mechanically coupled to said rotatable element; and b) an elevation change mechanism for adjusting the elevation of said rotatable element in a direction parallel to said axis, characterized in that, said elevation change mechanism is selectively engageable with said mechanism for rotating said rotatable element, wherein said mechanism for rotating said rotatable element is also arranged to impart motion to said elevation change mechanism so that when said elevation change mechanism is engaged with said mechanism for rotating said rotatable element, the elevation change mechanism moves in the direction of said axis. a) a rotary device having sites for holding three dimensional articles, said rotary device being capable of conveying said articles along an arcuate path, said rotary device comprising: at least one rotatable element having a center, two surfaces, and a periphery, said at least one rotatable element being rotatable in a plane of rotation about an axis in order to convey said articles, wherein said axis is generally perpendicular to the plane of rotation of said rotatable element; and a mechanism for rotating said rotatable element about said axis, said mechanism being at least indirectly mechanically coupled to said rotatable element; and at least one rotatable element having a center, two surfaces, and a periphery, said at least one rotatable element being rotatable in a plane of rotation about an axis in order to convey said articles, wherein said axis is generally perpendicular to the plane of rotation of said rotatable element; and a mechanism for rotating said rotatable element about said axis, said mechanism being at least indirectly mechanically coupled to said rotatable element; and b) an elevation change mechanism for adjusting the elevation of said rotatable element in a direction parallel to said axis, characterized in that, said elevation change mechanism is selectively engageable with said mechanism for rotating said rotatable element, wherein said mechanism for rotating said rotatable element is also arranged to impart motion to said elevation change mechanism so that when said elevation change mechanism is engaged with said mechanism for rotating said rotatable element, the elevation change mechanism moves in the direction of said axis.
A method in an audio teleconference mixing system, of the type which is configured to mix a plurality of audio input streams to thereby produce at least one audio output stream for sending to at least one telephone endpoint (2, 21), wherein the method is for producing said at least one audio output stream based on the plurality of audio input streams, the method comprising: determining that the plurality of audio input streams comprises more than a threshold number of noise-carrying audio input streams in which speech is currently detected; determining a respective measure of perceived importance for each of said noise-carrying audio input streams, wherein determining the measure of perceived importance for an audio input stream comprises a measure of verbosity indicative of how much speech the audio input stream has included; selecting a subset of said noise-carrying audio input streams based on their respective measures of perceived importance, wherein each of said noise-carrying audio input streams is a continuous transmission CTX audio input stream and has a verbosity measure, and wherein a selected number of said noise-carrying audio input streams that have the highest verbosity measure of said noise-carrying audio input streams are included in the subset while the other ones of said noise-carrying audio input streams are excluded from the subset; and including the subset of the noise-carrying audio input streams in said at least one audio output stream, and excluding said other ones of said noise-carrying audio input streams from said at least one audio output stream. determining that the plurality of audio input streams comprises more than a threshold number of noise-carrying audio input streams in which speech is currently detected; determining a respective measure of perceived importance for each of said noise-carrying audio input streams, wherein determining the measure of perceived importance for an audio input stream comprises a measure of verbosity indicative of how much speech the audio input stream has included; selecting a subset of said noise-carrying audio input streams based on their respective measures of perceived importance, wherein each of said noise-carrying audio input streams is a continuous transmission CTX audio input stream and has a verbosity measure, and wherein a selected number of said noise-carrying audio input streams that have the highest verbosity measure of said noise-carrying audio input streams are included in the subset while the other ones of said noise-carrying audio input streams are excluded from the subset; and including the subset of the noise-carrying audio input streams in said at least one audio output stream, and excluding said other ones of said noise-carrying audio input streams from said at least one audio output stream.
A method of allocating a plurality of data symbols for uplink transmission from a mobile station using Orthogonal Frequency Division Multiple Access, OFDMA, the method comprising: allocating, by the mobile station, the plurality of data symbols to a plurality of subcarrier groups, wherein the plurality of subcarrier groups are allocated to the mobile station, and wherein each data symbol of the plurality of data symbols is mapped to one of the subcarriers of the plurality of subcarrier groups; and transmitting, by the mobile station, the allocated plurality of data symbols to a base station, wherein each of the plurality of subcarrier groups is formed by grouping a plurality of adjacent subcarriers, wherein each of the plurality of subcarrier groups is spaced apart a certain distance from neighboring subcarrier groups, and wherein consecutive data symbols of the plurality of data symbols are allocated in sequence to the subcarriers of the plurality of subcarrier groups in increasing order of subcarrier number. allocating, by the mobile station, the plurality of data symbols to a plurality of subcarrier groups, wherein the plurality of subcarrier groups are allocated to the mobile station, and wherein each data symbol of the plurality of data symbols is mapped to one of the subcarriers of the plurality of subcarrier groups; and transmitting, by the mobile station, the allocated plurality of data symbols to a base station, wherein each of the plurality of subcarrier groups is formed by grouping a plurality of adjacent subcarriers, wherein each of the plurality of subcarrier groups is spaced apart a certain distance from neighboring subcarrier groups, and wherein consecutive data symbols of the plurality of data symbols are allocated in sequence to the subcarriers of the plurality of subcarrier groups in increasing order of subcarrier number.
A bumper for motor vehicles with a channel-shaped cross member and a frontal channel-shaped front element, which together form a pedestrian protection system, where in the assembled state, the front element has a greater overall height than the cross member and its upper and lower wall areas incline from the horizontal towards the cross member in its rear portion (3a, 3b) that faces the cross member, characterised in that each end of the rear, upper and lower wall areas of the front element abut on the cross member at a contact position, where it forms an acute angle with the vertical extending from the outer side of the cross member, whose absolute value is preferably smaller than 30°, more preferably less than 10°, and especially preferably close to zero degrees. and where the parts facing the cross member incline at a continuously decreasing angle to a transverse wall (12 or 13) of the cross member, starting from the horizontal with respect to the cross member's vertical axis extending from the outer side of the cross member.
Use of a composition comprising a mixture of molecules obtained from Vitis vinifera and Vaccinum angstifolium, said mixture comprising: - at least 1% catechins and/or epicatechins, the percentage being given by weight relative to the total weight of the mixture, - - at least 5 ppm (parts per million in the mixture) ferulic acid, and - - at least 200 ppm resveratrol, in a single dose taken on a one-off, non-repeated basis by a healthy human being or a healthy animal in order to improve or maintain cognitive functions, the single dose being taken less than 5 hours before the desired effect. - at least 1% catechins and/or epicatechins, the percentage being given by weight relative to the total weight of the mixture, - - at least 5 ppm (parts per million in the mixture) ferulic acid, and - - at least 200 ppm resveratrol,
A heat dissipating system (10, 10', 100) for data center equipment, comprising: a fluid cooled thermal bus bar on a rack system; a thermal transport (16, 16') to remove heat from a heat-generating component (12, 12') on a rack component and move the heat to a heat exchanger (18, 18', 118); rails or brackets on the rack component provide a channel to guide and support the rack component when installed on the rack system; a clamp mechanism comprising spring loaded clamps and a sliding bar attached to an outer surface of the fluid cooled thermal bus bar, wherein the sliding bar is to move the clamp mechanism between a locked position where the spring loaded clamps grasp the rails or brackets and pull the rack server against the thermal bus bar, so that a pressure is applied between an inner cooling surface of the thermal bus bar and the heat exchanger (18, 18', 118) to form a thermally conductive dry disconnect interface therebetween, and an unlocked position in which the clamps are loosened and therefore the thermal bus bar does not contact the heat exchanger (18, 18', 118). a fluid cooled thermal bus bar on a rack system; a thermal transport (16, 16') to remove heat from a heat-generating component (12, 12') on a rack component and move the heat to a heat exchanger (18, 18', 118); rails or brackets on the rack component provide a channel to guide and support the rack component when installed on the rack system; a clamp mechanism comprising spring loaded clamps and a sliding bar attached to an outer surface of the fluid cooled thermal bus bar, wherein the sliding bar is to move the clamp mechanism between a locked position where the spring loaded clamps grasp the rails or brackets and pull the rack server against the thermal bus bar, so that a pressure is applied between an inner cooling surface of the thermal bus bar and the heat exchanger (18, 18', 118) to form a thermally conductive dry disconnect interface therebetween, and an unlocked position in which the clamps are loosened and therefore the thermal bus bar does not contact the heat exchanger (18, 18', 118).
A flip-type cover in a portable electronic device, the flip-type cover comprising: a front cover; a rear cover configured to be detachably engaged with a rear surface of the portable electronic device; a connection cover configured to connect the front cover to the rear cover; a display screen disposed in the front cover; and a rear-cover Printed Circuit Board, PCB, mounted to the rear cover and connected to the portable electronic device, to receive data from the portable electronic device, wherein if the flip-type cover is engaged with the portable electronic device, the rear-cover PCB transmits data received from the portable electronic device to the display screen; a connector configured to connect the rear-cover PCB to the portable electronic device, wherein the connector is disposed in correspondence with a memory card socket installed on the rear surface of the portable electronic device. a front cover; a rear cover configured to be detachably engaged with a rear surface of the portable electronic device; a connection cover configured to connect the front cover to the rear cover; a display screen disposed in the front cover; and a rear-cover Printed Circuit Board, PCB, mounted to the rear cover and connected to the portable electronic device, to receive data from the portable electronic device, wherein if the flip-type cover is engaged with the portable electronic device, the rear-cover PCB transmits data received from the portable electronic device to the display screen; a connector configured to connect the rear-cover PCB to the portable electronic device, wherein the connector is disposed in correspondence with a memory card socket installed on the rear surface of the portable electronic device.
A mutant chondroitinase ABCI enzyme comprising a sequence selected from 055D2-3 having SEQ ID NO: 1, 079B6-2 having SEQ ID NO: 2, 023G6-4 having SEQ ID NO: 5, 005B12-3 having SEQ ID NO: 6.