mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication by a user equipment, UE, comprising: tuning back to a first network after tuning away from the first network; determining that a trigger event has occurred by determining that a packet received after tuning back to the first network is received out of order; in response to the determination, modifying a negative acknowledgement, NACK, timing configuration to enable the UE to send NACKs for one or more missed packets quicker relative to a default NACK timing configuration, wherein the modifying includes not waiting for a re-ordering timer to expire or using a re-ordering timer with a value that is less than a default value of the re-ordering timer ; and transmitting one or more NACKs in accordance with the modified NACK timing configuration. tuning back to a first network after tuning away from the first network; determining that a trigger event has occurred by determining that a packet received after tuning back to the first network is received out of order; in response to the determination, modifying a negative acknowledgement, NACK, timing configuration to enable the UE to send NACKs for one or more missed packets quicker relative to a default NACK timing configuration, wherein the modifying includes not waiting for a re-ordering timer to expire or using a re-ordering timer with a value that is less than a default value of the re-ordering timer ; and transmitting one or more NACKs in accordance with the modified NACK timing configuration.
Arrangement (1, 1', 1", 1′′′) for transferring pulp from one process stage to a subsequent process stage, the arrangement comprising: a receiving portion for receiving pulp at a first dry solids content and a first pressure, a dilution portion for diluting pulp to a second solid content and for holding the pulp at a second pressure, and a screw conveyor for transporting pulp from the receiving portion to the dilution portion , the screw conveyor comprising a screw , wherein the screw conveyor is arranged to transport the pulp and to also increase the pressure from the first pressure to the second pressure, wherein the dilution portion has an outlet connected to a pump for pumping diluted pulp from the arrangement to a subsequent process stage, wherein the arrangement further comprises a pressure sensor arranged to detect the pressure inside the dilution portion , and wherein further the pump is arranged to control the pressure by operating in response to the detected pressure inside the dilution portion . a receiving portion for receiving pulp at a first dry solids content and a first pressure, a dilution portion for diluting pulp to a second solid content and for holding the pulp at a second pressure, and a screw conveyor for transporting pulp from the receiving portion to the dilution portion , the screw conveyor comprising a screw , wherein the screw conveyor is arranged to transport the pulp and to also increase the pressure from the first pressure to the second pressure, wherein the dilution portion has an outlet connected to a pump for pumping diluted pulp from the arrangement to a subsequent process stage, wherein the arrangement further comprises a pressure sensor arranged to detect the pressure inside the dilution portion , and wherein further the pump is arranged to control the pressure by operating in response to the detected pressure inside the dilution portion .
A method for determining a Physical Uplink Control Channel PUCCH resource for a user equipment , wherein the PUCCH resource is used to transmit a Hybrid Automatic Repeat Request HARQ feedback of the user equipment with respect to its corresponding Physical Downlink Shared Channel PDSCH, the method comprising steps of: the user equipment acquiring (S203) an index value for a Control Channel Element CCE scheduled for the user equipment in an Enhanced Physical Downlink Control Channel E-PDCCH; and the user equipment determining (S220), based on the index value and a first parameter, the PUCCH resource used to transmit the HARQ feedback of the user equipment with respect to its corresponding PDSCH, the first parameter representing a reference value that should be used when determining the PUCCH resource used to transmit the HARQ feedback of the user equipment with respect to its corresponding PDSCH, if scheduling the CCE for the user equipment in the E-PDCCH, wherein the first parameter consists of a second parameter and a third parameter, wherein the second parameter represents a reference value that should be used when determining the PUCCH resource used to transmit the HARQ feedback of the user equipment with respect to its corresponding PDSCH, if scheduling the CCE for the user equipment in a Physical Downlink Control Channel PDCCH; the third parameter represents an offset between the first parameter and the second parameter; and wherein the third parameter is calculated based on a setting of the number of resources used by a Physical Control Format Indication Channel PCFICH and a Physical Hybrid Repeat Indication Channel PHICH, the number of system antennas, and downlink bandwidth of a cell accessed by the user equipment , further comprising steps of: calculating (S201) the third parameter by the user equipment itself; receiving the second parameter from a serving base station of the user equipment by the user equipment through signaling.
Ribbon-shaped connector for connecting cellular electrical elements , comprising a ribbon-shaped support element , a ribbon-shaped retaining element and at least one contact element , whereby the at least one contact element is arranged between the support element and the retaining element , wherein the retaining element and/or the support element are separated parts of a ribbon material, characterized in that the support element is deep-drawn i.e. thermoplastically formed and comprises at least one receptacle moulded into it for the at least one contact element .
A method comprising: receiving user respiration and heart rate information according to a radar signal detected from a non-contact radar detection device ; extracting chest breathing information and abdominal breathing information from the user respiration information; associating a phase difference between the chest breathing information and abdominal breathing information with a stress level indicator to determine stress recovery, wherein the stress level indicator comprises heart rate variability detected by the radar signal; and calibrating target respiration information based on the stress level indicator. receiving user respiration and heart rate information according to a radar signal detected from a non-contact radar detection device ; extracting chest breathing information and abdominal breathing information from the user respiration information; associating a phase difference between the chest breathing information and abdominal breathing information with a stress level indicator to determine stress recovery, wherein the stress level indicator comprises heart rate variability detected by the radar signal; and calibrating target respiration information based on the stress level indicator.
A pipe bending machine for bending pipes of large diameter, wherein - a pipe manipulator is provided for moving the pipes, by means of which a pipe is guided in the axial direction through a heating means which annularly surrounds the pipe , - at least one bending arm is located in the part of the device for bending which is situated in the feed direction of the pipe , - a bending lock located on the bending arm firmly encompasses the pipe piece to be bent and moves about the bending axis of rotation while the pipe is being advanced, characterised in that the pipe manipulator comprises a feed rod , a holding lever and a receiving sleeve which is rotatable, axially displaceable in the feed direction of the pipe and which: - is installed at the end of the pipe in the feed means , - is designed for engaging in the pipe from the inside and for firmly clamping the pipe from the inside, and - is displaceable for guiding the pipe in a defined manner through the heating means into the bending arm lock , and that the pipe to be bent can be fixed by the receiving sleeve in at least two holding planes which are perpendicular to the pipe centre axis, and that the fixing takes place in a frictional manner in each of the holding planes by the holding levers which can be pushed against the pipe from the inside. - a pipe manipulator is provided for moving the pipes, by means of which a pipe is guided in the axial direction through a heating means which annularly surrounds the pipe , - at least one bending arm is located in the part of the device for bending which is situated in the feed direction of the pipe , - a bending lock located on the bending arm firmly encompasses the pipe piece to be bent and moves about the bending axis of rotation while the pipe is being advanced, - is installed at the end of the pipe in the feed means , - is designed for engaging in the pipe from the inside and for firmly clamping the pipe from the inside, and - is displaceable for guiding the pipe in a defined manner through the heating means into the bending arm lock ,
A handle substrate for a composite substrate for a semiconductor, said handle substrate comprising polycrystalline alumina, wherein a sintering aid for said polycrystalline alumina includes 200 to 800 ppm of ZrO 2 and 10 to 30 ppm of Y 2 O 3 , a surface roughness Ra of said bonding face of said handle substrate is 3.0 nm or less, an average grain size of said polycrystalline alumina is 1 to 35 μm, characterized in that said sintering aid further includes 150 to 300 ppm of MgO, a porosity of said polycrystalline alumina is 0.01% or more and 0.1% or less, and a number of pores having a size of 0.5 μm or larger and included in a surface region on a side of a bonding face of said handle substrate is 0.5 times or less of a number of pores having a size of 0.1 μm or larger and 0.3 μm or smaller and included in said surface region, the number and the size of the pores being determined as set out in the description.
A signal processing apparatus comprising: a first object detection section adapted to detect an object; a second object detection section adapted to detect an object and different from the first object detection section; and a buffering section adapted to buffer detection results of the object of at least any one of the first object detection section or the second object detection section, characterized in that the signal processing apparatus further comprises a time-of-day discrepancy detection section adapted to detect, as an amount of time-of-day discrepancy, a time-of-day discrepancy between a first time of day when a predetermined target is detected by the first object detection section and a second time of day when the predetermined target is detected by the second object detection section; and a time-of-day discrepancy correction section adapted to set an amount of delay caused by the buffering section according to the amount of time-of-day discrepancy and correct the time-of-day discrepancy. a first object detection section adapted to detect an object; a second object detection section adapted to detect an object and different from the first object detection section; and a buffering section adapted to buffer detection results of the object of at least any one of the first object detection section or the second object detection section, characterized in that the signal processing apparatus further comprises a time-of-day discrepancy detection section adapted to detect, as an amount of time-of-day discrepancy, a time-of-day discrepancy between a first time of day when a predetermined target is detected by the first object detection section and a second time of day when the predetermined target is detected by the second object detection section; and a time-of-day discrepancy correction section adapted to set an amount of delay caused by the buffering section according to the amount of time-of-day discrepancy and correct the time-of-day discrepancy.
An elevator door interlock , comprising: a first base configured to be supported on a hoistway door component , the first base being situated to be selectively pivoted relative to the hoistway door component ; a first bumper supported on the first base such that pivotal movement of the first base changes a position of the first bumper relative to the hoistway door component; a second base situated to be selectively moved relative to the hoistway door component ; a second bumper supported on the second base such that selective movement of the second base changes a position of the second bumper relative to the hoistway door component ; and a latch situated for pivotal movement about a pivot axis relative to the first base between a door locking position and a released position, characterized in that the first base is selectively pivoted about the pivot axis . a first base configured to be supported on a hoistway door component , the first base being situated to be selectively pivoted relative to the hoistway door component ; a first bumper supported on the first base such that pivotal movement of the first base changes a position of the first bumper relative to the hoistway door component; a second base situated to be selectively moved relative to the hoistway door component ; a second bumper supported on the second base such that selective movement of the second base changes a position of the second bumper relative to the hoistway door component ; and a latch situated for pivotal movement about a pivot axis relative to the first base between a door locking position and a released position, characterized in that the first base is selectively pivoted about the pivot axis .
A tread for a tire having a contact face intended to come into contact with ground during rolling, the tread being provided with a plurality of grooves of a depth D opening to the contact face and a plurality of contact elements being delimited by the plurality of grooves , each of the plurality of contact elements having a top face constituting a part of the contact face and at least two incisions of a depth d opening to the top face and extending radially inward of the contact elements , the at least two incisions consisting of at least one thin incision being delimited via two opposed thin incision faces having a width t1 measured on the top face of the contact element when the tread being brand new and at least one thick incision being delimited via two opposed thick incision faces having a width t2 measured on the top face of the contact element when the tread being brand new, the width t2 being thicker than the width t1, the width t2 of the at least one thick incision being at least equal to 1.0 mm, the tread being characterized in that the at least one thick incision comprises at least one protrusion protruding from one of the thick incision faces toward another thick incision face , and in that the at least one thin incision comprises no protrusion protruding from one of the thin incision faces toward another thin incision face (512; 511). the at least two incisions consisting of at least one thin incision being delimited via two opposed thin incision faces having a width t1 measured on the top face of the contact element when the tread being brand new and at least one thick incision being delimited via two opposed thick incision faces having a width t2 measured on the top face of the contact element when the tread being brand new, the width t2 being thicker than the width t1, the width t2 of the at least one thick incision being at least equal to 1.0 mm, the tread being characterized in that the at least one thick incision comprises at least one protrusion protruding from one of the thick incision faces toward another thick incision face , and in that the at least one thin incision comprises no protrusion protruding from one of the thin incision faces toward another thin incision face (512; 511).
A pulse generator, comprising: a plurality of electrode nodes, each electrode node configured to be coupled to an electrode configured to contact a patient's tissue; a plurality of first digital-to-analog converters, called DACs in the following, each configured to receive a first current with a magnitude indicative of a first total anodic current amplitude to be produced at the electrode nodes in a first timing channel, wherein each of the first DACs is configured when selected to provide a first anodic stimulation current to only a corresponding different one of the electrode nodes; and a plurality of second DACs each configured to receive a second current with a magnitude indicative of a second total anodic current amplitude to be produced at the electrode nodes in a second timing channel, wherein each of the second DACs is configured when selected to provide a second anodic stimulation current to only a corresponding different one of the electrode nodes. a plurality of electrode nodes, each electrode node configured to be coupled to an electrode configured to contact a patient's tissue; a plurality of first digital-to-analog converters, called DACs in the following, each configured to receive a first current with a magnitude indicative of a first total anodic current amplitude to be produced at the electrode nodes in a first timing channel, wherein each of the first DACs is configured when selected to provide a first anodic stimulation current to only a corresponding different one of the electrode nodes; and a plurality of second DACs each configured to receive a second current with a magnitude indicative of a second total anodic current amplitude to be produced at the electrode nodes in a second timing channel, wherein each of the second DACs is configured when selected to provide a second anodic stimulation current to only a corresponding different one of the electrode nodes.
A cooling appliance comprising; a body , a door having an inner liner , a grain dispensing unit adapted to be detachably mounted onto the inner liner comprising; a container for storing the grain, a dispenser pivotably attached on a lower portion of the container , wherein the dispenser is pressed by means of force applied by a user to pivot between an open position allowing the grain to flow under the influence of gravity and a closed position inhibiting flow of the grain characterized in that the container comprises a lug and that the dispenser comprises a slot via which the dispenser is pivotably attached to the container , a biasing means placed in between the slot and the container biasing the dispenser towards the closed position and the container comprises a first arch configured to at least partly surround the lug and that the dispenser comprises a second arch configured to at least partly surround the slot wherein the first arch and the second arch forms a channel guiding the biasing means . a body , a door having an inner liner , a grain dispensing unit adapted to be detachably mounted onto the inner liner comprising; a container for storing the grain, a dispenser pivotably attached on a lower portion of the container , wherein the dispenser is pressed by means of force applied by a user to pivot between an open position allowing the grain to flow under the influence of gravity and a closed position inhibiting flow of the grain characterized in that the container comprises a lug and that the dispenser comprises a slot via which the dispenser is pivotably attached to the container , a biasing means placed in between the slot and the container biasing the dispenser towards the closed position and the container comprises a first arch configured to at least partly surround the lug and that the dispenser comprises a second arch configured to at least partly surround the slot wherein the first arch and the second arch forms a channel guiding the biasing means .
An expandable liner hanger system , comprising: a setting tool , comprising: a cone mandrel defining a tapered external annular surface and adapted to be displaced in first and second axial directions ; an expansion cone extending about the cone mandrel and defining a tapered internal annular surface adapted to be engaged by the tapered external annular surface when the cone mandrel is displaced in the first axial direction ; and a cone retainer connected to the cone mandrel and adapted to engage the expansion cone when the cone mandrel is displaced in the second axial direction and relative to the expansion cone ; and a hanger body having a reduced diameter portion adapted to be engaged and radially expanded by the expansion cone when the cone mandrel and the expansion cone are displaced in the first axial direction and relative to the hanger body ; wherein, when the cone retainer engages the expansion cone , the tapered internal annular surface is disengaged from the tapered external annular surface so that the expansion cone is permitted to bell radially inward, wherein the engagement of the expansion cone with the reduced diameter portion of the hanger body forms a seal so that the setting tool acts as a hydraulic piston within the hanger body . a setting tool , comprising: a cone mandrel defining a tapered external annular surface and adapted to be displaced in first and second axial directions ; an expansion cone extending about the cone mandrel and defining a tapered internal annular surface adapted to be engaged by the tapered external annular surface when the cone mandrel is displaced in the first axial direction ; and a cone retainer connected to the cone mandrel and adapted to engage the expansion cone when the cone mandrel is displaced in the second axial direction and relative to the expansion cone ; and a cone mandrel defining a tapered external annular surface and adapted to be displaced in first and second axial directions ; an expansion cone extending about the cone mandrel and defining a tapered internal annular surface adapted to be engaged by the tapered external annular surface when the cone mandrel is displaced in the first axial direction ; and a cone retainer connected to the cone mandrel and adapted to engage the expansion cone when the cone mandrel is displaced in the second axial direction and relative to the expansion cone ; a hanger body having a reduced diameter portion adapted to be engaged and radially expanded by the expansion cone when the cone mandrel and the expansion cone are displaced in the first axial direction and relative to the hanger body ; wherein, when the cone retainer engages the expansion cone , the tapered internal annular surface is disengaged from the tapered external annular surface so that the expansion cone is permitted to bell radially inward, wherein the engagement of the expansion cone with the reduced diameter portion of the hanger body forms a seal so that the setting tool acts as a hydraulic piston within the hanger body .